URL https://opencores.org/ocsvn/usb_fpga_2_13/usb_fpga_2_13/trunk

Subversion Repositories usb_fpga_2_13

[/] [usb_fpga_2_13/] [trunk/] [default/] [usb-fpga-2.04/] [default.lst] - Blame information for rev 2

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Line No.	Rev	Author	Line
1	2	ZTEX	`1 ;--------------------------------------------------------`
2			`2 ; File Created by SDCC : free open source ANSI-C Compiler`
3			`3 ; Version 2.8.0 #5117 (May 15 2008) (UNIX)`
4			`4 ; This file was generated Wed Apr 2 23:08:29 2014`
5			`5 ;--------------------------------------------------------`
6			`6 .module default_tmp`
7			`7 .optsdcc -mmcs51 --model-small`
8			`8`
9			`9 ;--------------------------------------------------------`
10			`10 ; Public variables in this module`
11			`11 ;--------------------------------------------------------`
12			`12 .globl _sendStringDescriptor_PARM_3`
13			`13 .globl _sendStringDescriptor_PARM_2`
14			`14 .globl _spi_write_PARM_2`
15			`15 .globl _flash_read_PARM_2`
16			`16 .globl _mac_eeprom_init_hexdigits_1_1`
17			`17 .globl _EmptyStringDescriptor`
18			`18 .globl _FullSpeedConfigDescriptor_PadByte`
19			`19 .globl _FullSpeedConfigDescriptor`
20			`20 .globl _HighSpeedConfigDescriptor_PadByte`
21			`21 .globl _HighSpeedConfigDescriptor`
22			`22 .globl _DeviceQualifierDescriptor`
23			`23 .globl _DeviceDescriptor`
24			`24 .globl _configurationString`
25			`25 .globl _productString`
26			`26 .globl _manufacturerString`
27			`27 .globl _fpga_flash_boot_id`
28			`28 .globl _main`
29			`29 .globl _init_USB`
30			`30 .globl _mac_eeprom_init`
31			`31 .globl _EP8_ISR`
32			`32 .globl _EP6_ISR`
33			`33 .globl _EP4_ISR`
34			`34 .globl _EP2_ISR`
35			`35 .globl _EP1OUT_ISR`
36			`36 .globl _EP1IN_ISR`
37			`37 .globl _EP0ACK_ISR`
38			`38 .globl _HSGRANT_ISR`
39			`39 .globl _URES_ISR`
40			`40 .globl _SUSP_ISR`
41			`41 .globl _SUTOK_ISR`
42			`42 .globl _SOF_ISR`
43			`43 .globl _abscode_identity`
44			`44 .globl _fpga_configure_from_flash_init`
45			`45 .globl _fpga_first_free_sector`
46			`46 .globl _fpga_configure_from_flash`
47			`47 .globl _fpga_send_ep0`
48			`48 .globl _spi_send_ep0`
49			`49 .globl _spi_read_ep0`
50			`50 .globl _flash_init`
51			`51 .globl _flash_write_next`
52			`52 .globl _flash_write_finish`
53			`53 .globl _flash_write_finish_sector`
54			`54 .globl _flash_write_init`
55			`55 .globl _flash_write`
56			`56 .globl _flash_write_byte`
57			`57 .globl _spi_pp`
58			`58 .globl _flash_read_finish`
59			`59 .globl _flash_read_next`
60			`60 .globl _flash_read_init`
61			`61 .globl _spi_wait`
62			`62 .globl _spi_deselect`
63			`63 .globl _spi_select`
64			`64 .globl _spi_write`
65			`65 .globl _spi_write_byte`
66			`66 .globl _flash_read`
67			`67 .globl _flash_read_byte`
68			`68 .globl _spi_clocks`
69			`69 .globl _mac_eeprom_read_ep0`
70			`70 .globl _mac_eeprom_write`
71			`71 .globl _mac_eeprom_read`
72			`72 .globl _eeprom_write_ep0`
73			`73 .globl _eeprom_read_ep0`
74			`74 .globl _eeprom_write`
75			`75 .globl _eeprom_read`
76			`76 .globl _eeprom_select`
77			`77 .globl _i2c_waitStop`
78			`78 .globl _i2c_waitStart`
79			`79 .globl _i2c_waitRead`
80			`80 .globl _i2c_waitWrite`
81			`81 .globl _MEM_COPY1_int`
82			`82 .globl _uwait`
83			`83 .globl _wait`
84			`84 .globl _abscode_intvec`
85			`85 .globl _EIPX6`
86			`86 .globl _EIPX5`
87			`87 .globl _EIPX4`
88			`88 .globl _PI2C`
89			`89 .globl _PUSB`
90			`90 .globl _BREG7`
91			`91 .globl _BREG6`
92			`92 .globl _BREG5`
93			`93 .globl _BREG4`
94			`94 .globl _BREG3`
95			`95 .globl _BREG2`
96			`96 .globl _BREG1`
97			`97 .globl _BREG0`
98			`98 .globl _EIEX6`
99			`99 .globl _EIEX5`
100			`100 .globl _EIEX4`
101			`101 .globl _EI2C`
102			`102 .globl _EUSB`
103			`103 .globl _ACC7`
104			`104 .globl _ACC6`
105			`105 .globl _ACC5`
106			`106 .globl _ACC4`
107			`107 .globl _ACC3`
108			`108 .globl _ACC2`
109			`109 .globl _ACC1`
110			`110 .globl _ACC0`
111			`111 .globl _SMOD1`
112			`112 .globl _ERESI`
113			`113 .globl _RESI`
114			`114 .globl _INT6`
115			`115 .globl _CY`
116			`116 .globl _AC`
117			`117 .globl _F0`
118			`118 .globl _RS1`
119			`119 .globl _RS0`
120			`120 .globl _OV`
121			`121 .globl _F1`
122			`122 .globl _PF`
123			`123 .globl _TF2`
124			`124 .globl _EXF2`
125			`125 .globl _RCLK`
126			`126 .globl _TCLK`
127			`127 .globl _EXEN2`
128			`128 .globl _TR2`
129			`129 .globl _CT2`
130			`130 .globl _CPRL2`
131			`131 .globl _SM0_1`
132			`132 .globl _SM1_1`
133			`133 .globl _SM2_1`
134			`134 .globl _REN_1`
135			`135 .globl _TB8_1`
136			`136 .globl _RB8_1`
137			`137 .globl _TI_1`
138			`138 .globl _RI_1`
139			`139 .globl _PS1`
140			`140 .globl _PT2`
141			`141 .globl _PS0`
142			`142 .globl _PT1`
143			`143 .globl _PX1`
144			`144 .globl _PT0`
145			`145 .globl _PX0`
146			`146 .globl _IOD7`
147			`147 .globl _IOD6`
148			`148 .globl _IOD5`
149			`149 .globl _IOD4`
150			`150 .globl _IOD3`
151			`151 .globl _IOD2`
152			`152 .globl _IOD1`
153			`153 .globl _IOD0`
154			`154 .globl _EA`
155			`155 .globl _ES1`
156			`156 .globl _ET2`
157			`157 .globl _ES0`
158			`158 .globl _ET1`
159			`159 .globl _EX1`
160			`160 .globl _ET0`
161			`161 .globl _EX0`
162			`162 .globl _IOC7`
163			`163 .globl _IOC6`
164			`164 .globl _IOC5`
165			`165 .globl _IOC4`
166			`166 .globl _IOC3`
167			`167 .globl _IOC2`
168			`168 .globl _IOC1`
169			`169 .globl _IOC0`
170			`170 .globl _SM0_0`
171			`171 .globl _SM1_0`
172			`172 .globl _SM2_0`
173			`173 .globl _REN_0`
174			`174 .globl _TB8_0`
175			`175 .globl _RB8_0`
176			`176 .globl _TI_0`
177			`177 .globl _RI_0`
178			`178 .globl _IOB7`
179			`179 .globl _IOB6`
180			`180 .globl _IOB5`
181			`181 .globl _IOB4`
182			`182 .globl _IOB3`
183			`183 .globl _IOB2`
184			`184 .globl _IOB1`
185			`185 .globl _IOB0`
186			`186 .globl _TF1`
187			`187 .globl _TR1`
188			`188 .globl _TF0`
189			`189 .globl _TR0`
190			`190 .globl _IE1`
191			`191 .globl _IT1`
192			`192 .globl _IE0`
193			`193 .globl _IT0`
194			`194 .globl _IOA7`
195			`195 .globl _IOA6`
196			`196 .globl _IOA5`
197			`197 .globl _IOA4`
198			`198 .globl _IOA3`
199			`199 .globl _IOA2`
200			`200 .globl _IOA1`
201			`201 .globl _IOA0`
202			`202 .globl _EIP`
203			`203 .globl _BREG`
204			`204 .globl _EIE`
205			`205 .globl _ACC`
206			`206 .globl _EICON`
207			`207 .globl _PSW`
208			`208 .globl _TH2`
209			`209 .globl _TL2`
210			`210 .globl _RCAP2H`
211			`211 .globl _RCAP2L`
212			`212 .globl _T2CON`
213			`213 .globl _SBUF1`
214			`214 .globl _SCON1`
215			`215 .globl _GPIFSGLDATLNOX`
216			`216 .globl _GPIFSGLDATLX`
217			`217 .globl _GPIFSGLDATH`
218			`218 .globl _GPIFTRIG`
219			`219 .globl _EP01STAT`
220			`220 .globl _IP`
221			`221 .globl _OEE`
222			`222 .globl _OED`
223			`223 .globl _OEC`
224			`224 .globl _OEB`
225			`225 .globl _OEA`
226			`226 .globl _IOE`
227			`227 .globl _IOD`
228			`228 .globl _AUTOPTRSETUP`
229			`229 .globl _EP68FIFOFLGS`
230			`230 .globl _EP24FIFOFLGS`
231			`231 .globl _EP2468STAT`
232			`232 .globl _IE`
233			`233 .globl _INT4CLR`
234			`234 .globl _INT2CLR`
235			`235 .globl _IOC`
236			`236 .globl _AUTOPTRL2`
237			`237 .globl _AUTOPTRH2`
238			`238 .globl _AUTOPTRL1`
239			`239 .globl _AUTOPTRH1`
240			`240 .globl _SBUF0`
241			`241 .globl _SCON0`
242			`242 .globl __XPAGE`
243			`243 .globl _MPAGE`
244			`244 .globl _EXIF`
245			`245 .globl _IOB`
246			`246 .globl _CKCON`
247			`247 .globl _TH1`
248			`248 .globl _TH0`
249			`249 .globl _TL1`
250			`250 .globl _TL0`
251			`251 .globl _TMOD`
252			`252 .globl _TCON`
253			`253 .globl _PCON`
254			`254 .globl _DPS`
255			`255 .globl _DPH1`
256			`256 .globl _DPL1`
257			`257 .globl _DPH0`
258			`258 .globl _DPL0`
259			`259 .globl _SP`
260			`260 .globl _IOA`
261			`261 .globl _ISOFRAME_COUNTER`
262			`262 .globl _ep0_vendor_cmd_setup`
263			`263 .globl _ep0_prev_setup_request`
264			`264 .globl _ep0_payload_transfer`
265			`265 .globl _ep0_payload_remaining`
266			`266 .globl _SN_STRING`
267			`267 .globl _MODULE_RESERVED`
268			`268 .globl _INTERFACE_CAPABILITIES`
269			`269 .globl _INTERFACE_VERSION`
270			`270 .globl _FW_VERSION`
271			`271 .globl _PRODUCT_ID`
272			`272 .globl _ZTEXID`
273			`273 .globl _ZTEX_DESCRIPTOR_VERSION`
274			`274 .globl _ZTEX_DESCRIPTOR`
275			`275 .globl _OOEA`
276			`276 .globl _fpga_conf_initialized`
277			`277 .globl _fpga_flash_result`
278			`278 .globl _fpga_init_b`
279			`279 .globl _fpga_bytes`
280			`280 .globl _fpga_checksum`
281			`281 .globl _ep0_write_mode`
282			`282 .globl _ep0_read_mode`
283			`283 .globl _spi_write_sector`
284			`284 .globl _spi_need_pp`
285			`285 .globl _spi_write_addr_lo`
286			`286 .globl _spi_write_addr_hi`
287			`287 .globl _spi_buffer`
288			`288 .globl _spi_last_cmd`
289			`289 .globl _spi_erase_cmd`
290			`290 .globl _spi_memtype`
291			`291 .globl _spi_device`
292			`292 .globl _spi_vendor`
293			`293 .globl _flash_ec`
294			`294 .globl _flash_sectors`
295			`295 .globl _flash_sector_size`
296			`296 .globl _flash_enabled`
297			`297 .globl _config_data_valid`
298			`298 .globl _mac_eeprom_addr`
299			`299 .globl _eeprom_write_checksum`
300			`300 .globl _eeprom_write_bytes`
301			`301 .globl _eeprom_addr`
302			`302 .globl _INTVEC_GPIFWF`
303			`303 .globl _INTVEC_GPIFDONE`
304			`304 .globl _INTVEC_EP8FF`
305			`305 .globl _INTVEC_EP6FF`
306			`306 .globl _INTVEC_EP2FF`
307			`307 .globl _INTVEC_EP8EF`
308			`308 .globl _INTVEC_EP6EF`
309			`309 .globl _INTVEC_EP4EF`
310			`310 .globl _INTVEC_EP2EF`
311			`311 .globl _INTVEC_EP8PF`
312			`312 .globl _INTVEC_EP6PF`
313			`313 .globl _INTVEC_EP4PF`
314			`314 .globl _INTVEC_EP2PF`
315			`315 .globl _INTVEC_EP8ISOERR`
316			`316 .globl _INTVEC_EP6ISOERR`
317			`317 .globl _INTVEC_EP4ISOERR`
318			`318 .globl _INTVEC_EP2ISOERR`
319			`319 .globl _INTVEC_ERRLIMIT`
320			`320 .globl _INTVEC_EP8PING`
321			`321 .globl _INTVEC_EP6PING`
322			`322 .globl _INTVEC_EP4PING`
323			`323 .globl _INTVEC_EP2PING`
324			`324 .globl _INTVEC_EP1PING`
325			`325 .globl _INTVEC_EP0PING`
326			`326 .globl _INTVEC_IBN`
327			`327 .globl _INTVEC_EP8`
328			`328 .globl _INTVEC_EP6`
329			`329 .globl _INTVEC_EP4`
330			`330 .globl _INTVEC_EP2`
331			`331 .globl _INTVEC_EP1OUT`
332			`332 .globl _INTVEC_EP1IN`
333			`333 .globl _INTVEC_EP0OUT`
334			`334 .globl _INTVEC_EP0IN`
335			`335 .globl _INTVEC_EP0ACK`
336			`336 .globl _INTVEC_HISPEED`
337			`337 .globl _INTVEC_USBRESET`
338			`338 .globl _INTVEC_SUSPEND`
339			`339 .globl _INTVEC_SUTOK`
340			`340 .globl _INTVEC_SOF`
341			`341 .globl _INTVEC_SUDAV`
342			`342 .globl _INT12VEC_IE6`
343			`343 .globl _INT11VEC_IE5`
344			`344 .globl _INT10VEC_GPIF`
345			`345 .globl _INT9VEC_I2C`
346			`346 .globl _INT8VEC_USB`
347			`347 .globl _INT7VEC_USART1`
348			`348 .globl _INT6VEC_RESUME`
349			`349 .globl _INT5VEC_T2`
350			`350 .globl _INT4VEC_USART0`
351			`351 .globl _INT3VEC_T1`
352			`352 .globl _INT2VEC_IE1`
353			`353 .globl _INT1VEC_T0`
354			`354 .globl _INT0VEC_IE0`
355			`355 .globl _EP8FIFOBUF`
356			`356 .globl _EP6FIFOBUF`
357			`357 .globl _EP4FIFOBUF`
358			`358 .globl _EP2FIFOBUF`
359			`359 .globl _EP1INBUF`
360			`360 .globl _EP1OUTBUF`
361			`361 .globl _EP0BUF`
362			`362 .globl _GPIFABORT`
363			`363 .globl _GPIFREADYSTAT`
364			`364 .globl _GPIFREADYCFG`
365			`365 .globl _XGPIFSGLDATLNOX`
366			`366 .globl _XGPIFSGLDATLX`
367			`367 .globl _XGPIFSGLDATH`
368			`368 .globl _EP8GPIFTRIG`
369			`369 .globl _EP8GPIFPFSTOP`
370			`370 .globl _EP8GPIFFLGSEL`
371			`371 .globl _EP6GPIFTRIG`
372			`372 .globl _EP6GPIFPFSTOP`
373			`373 .globl _EP6GPIFFLGSEL`
374			`374 .globl _EP4GPIFTRIG`
375			`375 .globl _EP4GPIFPFSTOP`
376			`376 .globl _EP4GPIFFLGSEL`
377			`377 .globl _EP2GPIFTRIG`
378			`378 .globl _EP2GPIFPFSTOP`
379			`379 .globl _EP2GPIFFLGSEL`
380			`380 .globl _GPIFTCB0`
381			`381 .globl _GPIFTCB1`
382			`382 .globl _GPIFTCB2`
383			`383 .globl _GPIFTCB3`
384			`384 .globl _FLOWSTBHPERIOD`
385			`385 .globl _FLOWSTBEDGE`
386			`386 .globl _FLOWSTB`
387			`387 .globl _FLOWHOLDOFF`
388			`388 .globl _FLOWEQ1CTL`
389			`389 .globl _FLOWEQ0CTL`
390			`390 .globl _FLOWLOGIC`
391			`391 .globl _FLOWSTATE`
392			`392 .globl _GPIFADRL`
393			`393 .globl _GPIFADRH`
394			`394 .globl _GPIFCTLCFG`
395			`395 .globl _GPIFIDLECTL`
396			`396 .globl _GPIFIDLECS`
397			`397 .globl _GPIFWFSELECT`
398			`398 .globl _wLengthH`
399			`399 .globl _wLengthL`
400			`400 .globl _wIndexH`
401			`401 .globl _wIndexL`
402			`402 .globl _wValueH`
403			`403 .globl _wValueL`
404			`404 .globl _bRequest`
405			`405 .globl _bmRequestType`
406			`406 .globl _SETUPDAT`
407			`407 .globl _SUDPTRCTL`
408			`408 .globl _SUDPTRL`
409			`409 .globl _SUDPTRH`
410			`410 .globl _EP8FIFOBCL`
411			`411 .globl _EP8FIFOBCH`
412			`412 .globl _EP6FIFOBCL`
413			`413 .globl _EP6FIFOBCH`
414			`414 .globl _EP4FIFOBCL`
415			`415 .globl _EP4FIFOBCH`
416			`416 .globl _EP2FIFOBCL`
417			`417 .globl _EP2FIFOBCH`
418			`418 .globl _EP8FIFOFLGS`
419			`419 .globl _EP6FIFOFLGS`
420			`420 .globl _EP4FIFOFLGS`
421			`421 .globl _EP2FIFOFLGS`
422			`422 .globl _EP8CS`
423			`423 .globl _EP6CS`
424			`424 .globl _EP4CS`
425			`425 .globl _EP2CS`
426			`426 .globl _EPXCS`
427			`427 .globl _EP1INCS`
428			`428 .globl _EP1OUTCS`
429			`429 .globl _EP0CS`
430			`430 .globl _EP8BCL`
431			`431 .globl _EP8BCH`
432			`432 .globl _EP6BCL`
433			`433 .globl _EP6BCH`
434			`434 .globl _EP4BCL`
435			`435 .globl _EP4BCH`
436			`436 .globl _EP2BCL`
437			`437 .globl _EP2BCH`
438			`438 .globl _EP1INBC`
439			`439 .globl _EP1OUTBC`
440			`440 .globl _EP0BCL`
441			`441 .globl _EP0BCH`
442			`442 .globl _FNADDR`
443			`443 .globl _MICROFRAME`
444			`444 .globl _USBFRAMEL`
445			`445 .globl _USBFRAMEH`
446			`446 .globl _TOGCTL`
447			`447 .globl _WAKEUPCS`
448			`448 .globl _SUSPEND`
449			`449 .globl _USBCS`
450			`450 .globl _UDMACRCQUALIFIER`
451			`451 .globl _UDMACRCL`
452			`452 .globl _UDMACRCH`
453			`453 .globl _EXTAUTODAT2`
454			`454 .globl _XAUTODAT2`
455			`455 .globl _EXTAUTODAT1`
456			`456 .globl _XAUTODAT1`
457			`457 .globl _I2CTL`
458			`458 .globl _I2DAT`
459			`459 .globl _I2CS`
460			`460 .globl _PORTECFG`
461			`461 .globl _PORTCCFG`
462			`462 .globl _PORTACFG`
463			`463 .globl _INTSETUP`
464			`464 .globl _INT4IVEC`
465			`465 .globl _INT2IVEC`
466			`466 .globl _CLRERRCNT`
467			`467 .globl _ERRCNTLIM`
468			`468 .globl _USBERRIRQ`
469			`469 .globl _USBERRIE`
470			`470 .globl _GPIFIRQ`
471			`471 .globl _GPIFIE`
472			`472 .globl _EPIRQ`
473			`473 .globl _EPIE`
474			`474 .globl _USBIRQ`
475			`475 .globl _USBIE`
476			`476 .globl _NAKIRQ`
477			`477 .globl _NAKIE`
478			`478 .globl _IBNIRQ`
479			`479 .globl _IBNIE`
480			`480 .globl _EP8FIFOIRQ`
481			`481 .globl _EP8FIFOIE`
482			`482 .globl _EP6FIFOIRQ`
483			`483 .globl _EP6FIFOIE`
484			`484 .globl _EP4FIFOIRQ`
485			`485 .globl _EP4FIFOIE`
486			`486 .globl _EP2FIFOIRQ`
487			`487 .globl _EP2FIFOIE`
488			`488 .globl _OUTPKTEND`
489			`489 .globl _INPKTEND`
490			`490 .globl _EP8ISOINPKTS`
491			`491 .globl _EP6ISOINPKTS`
492			`492 .globl _EP4ISOINPKTS`
493			`493 .globl _EP2ISOINPKTS`
494			`494 .globl _EP8FIFOPFL`
495			`495 .globl _EP8FIFOPFH`
496			`496 .globl _EP6FIFOPFL`
497			`497 .globl _EP6FIFOPFH`
498			`498 .globl _EP4FIFOPFL`
499			`499 .globl _EP4FIFOPFH`
500			`500 .globl _EP2FIFOPFL`
501			`501 .globl _EP2FIFOPFH`
502			`502 .globl _ECC2B2`
503			`503 .globl _ECC2B1`
504			`504 .globl _ECC2B0`
505			`505 .globl _ECC1B2`
506			`506 .globl _ECC1B1`
507			`507 .globl _ECC1B0`
508			`508 .globl _ECCRESET`
509			`509 .globl _ECCCFG`
510			`510 .globl _EP8AUTOINLENL`
511			`511 .globl _EP8AUTOINLENH`
512			`512 .globl _EP6AUTOINLENL`
513			`513 .globl _EP6AUTOINLENH`
514			`514 .globl _EP4AUTOINLENL`
515			`515 .globl _EP4AUTOINLENH`
516			`516 .globl _EP2AUTOINLENL`
517			`517 .globl _EP2AUTOINLENH`
518			`518 .globl _EP8FIFOCFG`
519			`519 .globl _EP6FIFOCFG`
520			`520 .globl _EP4FIFOCFG`
521			`521 .globl _EP2FIFOCFG`
522			`522 .globl _EP8CFG`
523			`523 .globl _EP6CFG`
524			`524 .globl _EP4CFG`
525			`525 .globl _EP2CFG`
526			`526 .globl _EP1INCFG`
527			`527 .globl _EP1OUTCFG`
528			`528 .globl _GPIFHOLDAMOUNT`
529			`529 .globl _REVCTL`
530			`530 .globl _REVID`
531			`531 .globl _FIFOPINPOLAR`
532			`532 .globl _UART230`
533			`533 .globl _BPADDRL`
534			`534 .globl _BPADDRH`
535			`535 .globl _BREAKPT`
536			`536 .globl _FIFORESET`
537			`537 .globl _PINFLAGSCD`
538			`538 .globl _PINFLAGSAB`
539			`539 .globl _IFCONFIG`
540			`540 .globl _CPUCS`
541			`541 .globl _GPCR2`
542			`542 .globl _GPIF_WAVE3_DATA`
543			`543 .globl _GPIF_WAVE2_DATA`
544			`544 .globl _GPIF_WAVE1_DATA`
545			`545 .globl _GPIF_WAVE0_DATA`
546			`546 .globl _GPIF_WAVE_DATA`
547			`547 .globl _flash_write_PARM_2`
548			`548 .globl _mac_eeprom_write_PARM_3`
549			`549 .globl _mac_eeprom_write_PARM_2`
550			`550 .globl _mac_eeprom_read_PARM_3`
551			`551 .globl _mac_eeprom_read_PARM_2`
552			`552 .globl _eeprom_write_PARM_3`
553			`553 .globl _eeprom_write_PARM_2`
554			`554 .globl _eeprom_read_PARM_3`
555			`555 .globl _eeprom_read_PARM_2`
556			`556 .globl _eeprom_select_PARM_3`
557			`557 .globl _eeprom_select_PARM_2`
558			`558 ;--------------------------------------------------------`
559			`559 ; special function registers`
560			`560 ;--------------------------------------------------------`
561			`561 .area RSEG (DATA)`
562			`0080 562 _IOA = 0x0080`
563			`0081 563 _SP = 0x0081`
564			`0082 564 _DPL0 = 0x0082`
565			`0083 565 _DPH0 = 0x0083`
566			`0084 566 _DPL1 = 0x0084`
567			`0085 567 _DPH1 = 0x0085`
568			`0086 568 _DPS = 0x0086`
569			`0087 569 _PCON = 0x0087`
570			`0088 570 _TCON = 0x0088`
571			`0089 571 _TMOD = 0x0089`
572			`008A 572 _TL0 = 0x008a`
573			`008B 573 _TL1 = 0x008b`
574			`008C 574 _TH0 = 0x008c`
575			`008D 575 _TH1 = 0x008d`
576			`008E 576 _CKCON = 0x008e`
577			`0090 577 _IOB = 0x0090`
578			`0091 578 _EXIF = 0x0091`
579			`0092 579 _MPAGE = 0x0092`
580			`0092 580 __XPAGE = 0x0092`
581			`0098 581 _SCON0 = 0x0098`
582			`0099 582 _SBUF0 = 0x0099`
583			`009A 583 _AUTOPTRH1 = 0x009a`
584			`009B 584 _AUTOPTRL1 = 0x009b`
585			`009D 585 _AUTOPTRH2 = 0x009d`
586			`009E 586 _AUTOPTRL2 = 0x009e`
587			`00A0 587 _IOC = 0x00a0`
588			`00A1 588 _INT2CLR = 0x00a1`
589			`00A2 589 _INT4CLR = 0x00a2`
590			`00A8 590 _IE = 0x00a8`
591			`00AA 591 _EP2468STAT = 0x00aa`
592			`00AB 592 _EP24FIFOFLGS = 0x00ab`
593			`00AC 593 _EP68FIFOFLGS = 0x00ac`
594			`00AF 594 _AUTOPTRSETUP = 0x00af`
595			`00B0 595 _IOD = 0x00b0`
596			`00B1 596 _IOE = 0x00b1`
597			`00B2 597 _OEA = 0x00b2`
598			`00B3 598 _OEB = 0x00b3`
599			`00B4 599 _OEC = 0x00b4`
600			`00B5 600 _OED = 0x00b5`
601			`00B6 601 _OEE = 0x00b6`
602			`00B8 602 _IP = 0x00b8`
603			`00BA 603 _EP01STAT = 0x00ba`
604			`00BB 604 _GPIFTRIG = 0x00bb`
605			`00BD 605 _GPIFSGLDATH = 0x00bd`
606			`00BE 606 _GPIFSGLDATLX = 0x00be`
607			`00BF 607 _GPIFSGLDATLNOX = 0x00bf`
608			`00C0 608 _SCON1 = 0x00c0`
609			`00C1 609 _SBUF1 = 0x00c1`
610			`00C8 610 _T2CON = 0x00c8`
611			`00CA 611 _RCAP2L = 0x00ca`
612			`00CB 612 _RCAP2H = 0x00cb`
613			`00CC 613 _TL2 = 0x00cc`
614			`00CD 614 _TH2 = 0x00cd`
615			`00D0 615 _PSW = 0x00d0`
616			`00D8 616 _EICON = 0x00d8`
617			`00E0 617 _ACC = 0x00e0`
618			`00E8 618 _EIE = 0x00e8`
619			`00F0 619 _BREG = 0x00f0`
620			`00F8 620 _EIP = 0x00f8`
621			`621 ;--------------------------------------------------------`
622			`622 ; special function bits`
623			`623 ;--------------------------------------------------------`
624			`624 .area RSEG (DATA)`
625			`0080 625 _IOA0 = 0x0080`
626			`0081 626 _IOA1 = 0x0081`
627			`0082 627 _IOA2 = 0x0082`
628			`0083 628 _IOA3 = 0x0083`
629			`0084 629 _IOA4 = 0x0084`
630			`0085 630 _IOA5 = 0x0085`
631			`0086 631 _IOA6 = 0x0086`
632			`0087 632 _IOA7 = 0x0087`
633			`0088 633 _IT0 = 0x0088`
634			`0089 634 _IE0 = 0x0089`
635			`008A 635 _IT1 = 0x008a`
636			`008B 636 _IE1 = 0x008b`
637			`008C 637 _TR0 = 0x008c`
638			`008D 638 _TF0 = 0x008d`
639			`008E 639 _TR1 = 0x008e`
640			`008F 640 _TF1 = 0x008f`
641			`0090 641 _IOB0 = 0x0090`
642			`0091 642 _IOB1 = 0x0091`
643			`0092 643 _IOB2 = 0x0092`
644			`0093 644 _IOB3 = 0x0093`
645			`0094 645 _IOB4 = 0x0094`
646			`0095 646 _IOB5 = 0x0095`
647			`0096 647 _IOB6 = 0x0096`
648			`0097 648 _IOB7 = 0x0097`
649			`0098 649 _RI_0 = 0x0098`
650			`0099 650 _TI_0 = 0x0099`
651			`009A 651 _RB8_0 = 0x009a`
652			`009B 652 _TB8_0 = 0x009b`
653			`009C 653 _REN_0 = 0x009c`
654			`009D 654 _SM2_0 = 0x009d`
655			`009E 655 _SM1_0 = 0x009e`
656			`009F 656 _SM0_0 = 0x009f`
657			`00A0 657 _IOC0 = 0x00a0`
658			`00A1 658 _IOC1 = 0x00a1`
659			`00A2 659 _IOC2 = 0x00a2`
660			`00A3 660 _IOC3 = 0x00a3`
661			`00A4 661 _IOC4 = 0x00a4`
662			`00A5 662 _IOC5 = 0x00a5`
663			`00A6 663 _IOC6 = 0x00a6`
664			`00A7 664 _IOC7 = 0x00a7`
665			`00A8 665 _EX0 = 0x00a8`
666			`00A9 666 _ET0 = 0x00a9`
667			`00AA 667 _EX1 = 0x00aa`
668			`00AB 668 _ET1 = 0x00ab`
669			`00AC 669 _ES0 = 0x00ac`
670			`00AD 670 _ET2 = 0x00ad`
671			`00AE 671 _ES1 = 0x00ae`
672			`00AF 672 _EA = 0x00af`
673			`00B0 673 _IOD0 = 0x00b0`
674			`00B1 674 _IOD1 = 0x00b1`
675			`00B2 675 _IOD2 = 0x00b2`
676			`00B3 676 _IOD3 = 0x00b3`
677			`00B4 677 _IOD4 = 0x00b4`
678			`00B5 678 _IOD5 = 0x00b5`
679			`00B6 679 _IOD6 = 0x00b6`
680			`00B7 680 _IOD7 = 0x00b7`
681			`00B8 681 _PX0 = 0x00b8`
682			`00B9 682 _PT0 = 0x00b9`
683			`00BA 683 _PX1 = 0x00ba`
684			`00BB 684 _PT1 = 0x00bb`
685			`00BC 685 _PS0 = 0x00bc`
686			`00BD 686 _PT2 = 0x00bd`
687			`00BE 687 _PS1 = 0x00be`
688			`00C0 688 _RI_1 = 0x00c0`
689			`00C1 689 _TI_1 = 0x00c1`
690			`00C2 690 _RB8_1 = 0x00c2`
691			`00C3 691 _TB8_1 = 0x00c3`
692			`00C4 692 _REN_1 = 0x00c4`
693			`00C5 693 _SM2_1 = 0x00c5`
694			`00C6 694 _SM1_1 = 0x00c6`
695			`00C7 695 _SM0_1 = 0x00c7`
696			`00C8 696 _CPRL2 = 0x00c8`
697			`00C9 697 _CT2 = 0x00c9`
698			`00CA 698 _TR2 = 0x00ca`
699			`00CB 699 _EXEN2 = 0x00cb`
700			`00CC 700 _TCLK = 0x00cc`
701			`00CD 701 _RCLK = 0x00cd`
702			`00CE 702 _EXF2 = 0x00ce`
703			`00CF 703 _TF2 = 0x00cf`
704			`00D0 704 _PF = 0x00d0`
705			`00D1 705 _F1 = 0x00d1`
706			`00D2 706 _OV = 0x00d2`
707			`00D3 707 _RS0 = 0x00d3`
708			`00D4 708 _RS1 = 0x00d4`
709			`00D5 709 _F0 = 0x00d5`
710			`00D6 710 _AC = 0x00d6`
711			`00D7 711 _CY = 0x00d7`
712			`00DB 712 _INT6 = 0x00db`
713			`00DC 713 _RESI = 0x00dc`
714			`00DD 714 _ERESI = 0x00dd`
715			`00DF 715 _SMOD1 = 0x00df`
716			`00E0 716 _ACC0 = 0x00e0`
717			`00E1 717 _ACC1 = 0x00e1`
718			`00E2 718 _ACC2 = 0x00e2`
719			`00E3 719 _ACC3 = 0x00e3`
720			`00E4 720 _ACC4 = 0x00e4`
721			`00E5 721 _ACC5 = 0x00e5`
722			`00E6 722 _ACC6 = 0x00e6`
723			`00E7 723 _ACC7 = 0x00e7`
724			`00E8 724 _EUSB = 0x00e8`
725			`00E9 725 _EI2C = 0x00e9`
726			`00EA 726 _EIEX4 = 0x00ea`
727			`00EB 727 _EIEX5 = 0x00eb`
728			`00EC 728 _EIEX6 = 0x00ec`
729			`00F0 729 _BREG0 = 0x00f0`
730			`00F1 730 _BREG1 = 0x00f1`
731			`00F2 731 _BREG2 = 0x00f2`
732			`00F3 732 _BREG3 = 0x00f3`
733			`00F4 733 _BREG4 = 0x00f4`
734			`00F5 734 _BREG5 = 0x00f5`
735			`00F6 735 _BREG6 = 0x00f6`
736			`00F7 736 _BREG7 = 0x00f7`
737			`00F8 737 _PUSB = 0x00f8`
738			`00F9 738 _PI2C = 0x00f9`
739			`00FA 739 _EIPX4 = 0x00fa`
740			`00FB 740 _EIPX5 = 0x00fb`
741			`00FC 741 _EIPX6 = 0x00fc`
742			`742 ;--------------------------------------------------------`
743			`743 ; overlayable register banks`
744			`744 ;--------------------------------------------------------`
745			`745 .area REG_BANK_0 (REL,OVR,DATA)`
746			`0000 746 .ds 8`
747			`747 ;--------------------------------------------------------`
748			`748 ; overlayable bit register bank`
749			`749 ;--------------------------------------------------------`
750			`750 .area BIT_BANK (REL,OVR,DATA)`
751			`0000 751 bits:`
752			`0000 752 .ds 1`
753			`8000 753 b0 = bits[0]`
754			`8100 754 b1 = bits[1]`
755			`8200 755 b2 = bits[2]`
756			`8300 756 b3 = bits[3]`
757			`8400 757 b4 = bits[4]`
758			`8500 758 b5 = bits[5]`
759			`8600 759 b6 = bits[6]`
760			`8700 760 b7 = bits[7]`
761			`761 ;--------------------------------------------------------`
762			`762 ; internal ram data`
763			`763 ;--------------------------------------------------------`
764			`764 .area DSEG (DATA)`
765			`0000 765 _eeprom_select_PARM_2:`
766			`0000 766 .ds 1`
767			`0001 767 _eeprom_select_PARM_3:`
768			`0001 768 .ds 1`
769			`0002 769 _eeprom_read_PARM_2:`
770			`0002 770 .ds 2`
771			`0004 771 _eeprom_read_PARM_3:`
772			`0004 772 .ds 1`
773			`0005 773 _eeprom_write_PARM_2:`
774			`0005 774 .ds 2`
775			`0007 775 _eeprom_write_PARM_3:`
776			`0007 776 .ds 1`
777			`0008 777 _mac_eeprom_read_PARM_2:`
778			`0008 778 .ds 1`
779			`0009 779 _mac_eeprom_read_PARM_3:`
780			`0009 780 .ds 1`
781			`000A 781 _mac_eeprom_write_PARM_2:`
782			`000A 782 .ds 1`
783			`000B 783 _mac_eeprom_write_PARM_3:`
784			`000B 784 .ds 1`
785			`000C 785 _flash_write_PARM_2:`
786			`000C 786 .ds 1`
787			`000D 787 _fpga_send_ep0_oOEC_1_1:`
788			`000D 788 .ds 1`
789			`789 ;--------------------------------------------------------`
790			`790 ; overlayable items in internal ram`
791			`791 ;--------------------------------------------------------`
792			`792 .area OSEG (OVR,DATA)`
793			`793 .area OSEG (OVR,DATA)`
794			`794 .area OSEG (OVR,DATA)`
795			`795 .area OSEG (OVR,DATA)`
796			`796 .area OSEG (OVR,DATA)`
797			`797 .area OSEG (OVR,DATA)`
798			`798 .area OSEG (OVR,DATA)`
799			`799 .area OSEG (OVR,DATA)`
800			`0000 800 _flash_read_PARM_2::`
801			`0000 801 .ds 1`
802			`802 .area OSEG (OVR,DATA)`
803			`803 .area OSEG (OVR,DATA)`
804			`0000 804 _spi_write_PARM_2::`
805			`0000 805 .ds 1`
806			`806 .area OSEG (OVR,DATA)`
807			`0000 807 _sendStringDescriptor_PARM_2::`
808			`0000 808 .ds 1`
809			`0001 809 _sendStringDescriptor_PARM_3::`
810			`0001 810 .ds 1`
811			`811 ;--------------------------------------------------------`
812			`812 ; Stack segment in internal ram`
813			`813 ;--------------------------------------------------------`
814			`814 .area SSEG (DATA)`
815			`0000 815 __start__stack:`
816			`0000 816 .ds 1`
817			`817`
818			`818 ;--------------------------------------------------------`
819			`819 ; indirectly addressable internal ram data`
820			`820 ;--------------------------------------------------------`
821			`821 .area ISEG (DATA)`
822			`822 ;--------------------------------------------------------`
823			`823 ; absolute internal ram data`
824			`824 ;--------------------------------------------------------`
825			`825 .area IABS (ABS,DATA)`
826			`826 .area IABS (ABS,DATA)`
827			`827 ;--------------------------------------------------------`
828			`828 ; bit data`
829			`829 ;--------------------------------------------------------`
830			`830 .area BSEG (BIT)`
831			`831 ;--------------------------------------------------------`
832			`832 ; paged external ram data`
833			`833 ;--------------------------------------------------------`
834			`834 .area PSEG (PAG,XDATA)`
835			`835 ;--------------------------------------------------------`
836			`836 ; external ram data`
837			`837 ;--------------------------------------------------------`
838			`838 .area XSEG (XDATA)`
839			`E400 839 _GPIF_WAVE_DATA = 0xe400`
840			`E400 840 _GPIF_WAVE0_DATA = 0xe400`
841			`E420 841 _GPIF_WAVE1_DATA = 0xe420`
842			`E440 842 _GPIF_WAVE2_DATA = 0xe440`
843			`E460 843 _GPIF_WAVE3_DATA = 0xe460`
844			`E50D 844 _GPCR2 = 0xe50d`
845			`E600 845 _CPUCS = 0xe600`
846			`E601 846 _IFCONFIG = 0xe601`
847			`E602 847 _PINFLAGSAB = 0xe602`
848			`E603 848 _PINFLAGSCD = 0xe603`
849			`E604 849 _FIFORESET = 0xe604`
850			`E605 850 _BREAKPT = 0xe605`
851			`E606 851 _BPADDRH = 0xe606`
852			`E607 852 _BPADDRL = 0xe607`
853			`E608 853 _UART230 = 0xe608`
854			`E609 854 _FIFOPINPOLAR = 0xe609`
855			`E60A 855 _REVID = 0xe60a`
856			`E60B 856 _REVCTL = 0xe60b`
857			`E60C 857 _GPIFHOLDAMOUNT = 0xe60c`
858			`E610 858 _EP1OUTCFG = 0xe610`
859			`E611 859 _EP1INCFG = 0xe611`
860			`E612 860 _EP2CFG = 0xe612`
861			`E613 861 _EP4CFG = 0xe613`
862			`E614 862 _EP6CFG = 0xe614`
863			`E615 863 _EP8CFG = 0xe615`
864			`E618 864 _EP2FIFOCFG = 0xe618`
865			`E619 865 _EP4FIFOCFG = 0xe619`
866			`E61A 866 _EP6FIFOCFG = 0xe61a`
867			`E61B 867 _EP8FIFOCFG = 0xe61b`
868			`E620 868 _EP2AUTOINLENH = 0xe620`
869			`E621 869 _EP2AUTOINLENL = 0xe621`
870			`E622 870 _EP4AUTOINLENH = 0xe622`
871			`E623 871 _EP4AUTOINLENL = 0xe623`
872			`E624 872 _EP6AUTOINLENH = 0xe624`
873			`E625 873 _EP6AUTOINLENL = 0xe625`
874			`E626 874 _EP8AUTOINLENH = 0xe626`
875			`E627 875 _EP8AUTOINLENL = 0xe627`
876			`E628 876 _ECCCFG = 0xe628`
877			`E629 877 _ECCRESET = 0xe629`
878			`E62A 878 _ECC1B0 = 0xe62a`
879			`E62B 879 _ECC1B1 = 0xe62b`
880			`E62C 880 _ECC1B2 = 0xe62c`
881			`E62D 881 _ECC2B0 = 0xe62d`
882			`E62E 882 _ECC2B1 = 0xe62e`
883			`E62F 883 _ECC2B2 = 0xe62f`
884			`E630 884 _EP2FIFOPFH = 0xe630`
885			`E631 885 _EP2FIFOPFL = 0xe631`
886			`E632 886 _EP4FIFOPFH = 0xe632`
887			`E633 887 _EP4FIFOPFL = 0xe633`
888			`E634 888 _EP6FIFOPFH = 0xe634`
889			`E635 889 _EP6FIFOPFL = 0xe635`
890			`E636 890 _EP8FIFOPFH = 0xe636`
891			`E637 891 _EP8FIFOPFL = 0xe637`
892			`E640 892 _EP2ISOINPKTS = 0xe640`
893			`E641 893 _EP4ISOINPKTS = 0xe641`
894			`E642 894 _EP6ISOINPKTS = 0xe642`
895			`E643 895 _EP8ISOINPKTS = 0xe643`
896			`E648 896 _INPKTEND = 0xe648`
897			`E649 897 _OUTPKTEND = 0xe649`
898			`E650 898 _EP2FIFOIE = 0xe650`
899			`E651 899 _EP2FIFOIRQ = 0xe651`
900			`E652 900 _EP4FIFOIE = 0xe652`
901			`E653 901 _EP4FIFOIRQ = 0xe653`
902			`E654 902 _EP6FIFOIE = 0xe654`
903			`E655 903 _EP6FIFOIRQ = 0xe655`
904			`E656 904 _EP8FIFOIE = 0xe656`
905			`E657 905 _EP8FIFOIRQ = 0xe657`
906			`E658 906 _IBNIE = 0xe658`
907			`E659 907 _IBNIRQ = 0xe659`
908			`E65A 908 _NAKIE = 0xe65a`
909			`E65B 909 _NAKIRQ = 0xe65b`
910			`E65C 910 _USBIE = 0xe65c`
911			`E65D 911 _USBIRQ = 0xe65d`
912			`E65E 912 _EPIE = 0xe65e`
913			`E65F 913 _EPIRQ = 0xe65f`
914			`E660 914 _GPIFIE = 0xe660`
915			`E661 915 _GPIFIRQ = 0xe661`
916			`E662 916 _USBERRIE = 0xe662`
917			`E663 917 _USBERRIRQ = 0xe663`
918			`E664 918 _ERRCNTLIM = 0xe664`
919			`E665 919 _CLRERRCNT = 0xe665`
920			`E666 920 _INT2IVEC = 0xe666`
921			`E667 921 _INT4IVEC = 0xe667`
922			`E668 922 _INTSETUP = 0xe668`
923			`E670 923 _PORTACFG = 0xe670`
924			`E671 924 _PORTCCFG = 0xe671`
925			`E672 925 _PORTECFG = 0xe672`
926			`E678 926 _I2CS = 0xe678`
927			`E679 927 _I2DAT = 0xe679`
928			`E67A 928 _I2CTL = 0xe67a`
929			`E67B 929 _XAUTODAT1 = 0xe67b`
930			`E67B 930 _EXTAUTODAT1 = 0xe67b`
931			`E67C 931 _XAUTODAT2 = 0xe67c`
932			`E67C 932 _EXTAUTODAT2 = 0xe67c`
933			`E67D 933 _UDMACRCH = 0xe67d`
934			`E67E 934 _UDMACRCL = 0xe67e`
935			`E67F 935 _UDMACRCQUALIFIER = 0xe67f`
936			`E680 936 _USBCS = 0xe680`
937			`E681 937 _SUSPEND = 0xe681`
938			`E682 938 _WAKEUPCS = 0xe682`
939			`E683 939 _TOGCTL = 0xe683`
940			`E684 940 _USBFRAMEH = 0xe684`
941			`E685 941 _USBFRAMEL = 0xe685`
942			`E686 942 _MICROFRAME = 0xe686`
943			`E687 943 _FNADDR = 0xe687`
944			`E68A 944 _EP0BCH = 0xe68a`
945			`E68B 945 _EP0BCL = 0xe68b`
946			`E68D 946 _EP1OUTBC = 0xe68d`
947			`E68F 947 _EP1INBC = 0xe68f`
948			`E690 948 _EP2BCH = 0xe690`
949			`E691 949 _EP2BCL = 0xe691`
950			`E694 950 _EP4BCH = 0xe694`
951			`E695 951 _EP4BCL = 0xe695`
952			`E698 952 _EP6BCH = 0xe698`
953			`E699 953 _EP6BCL = 0xe699`
954			`E69C 954 _EP8BCH = 0xe69c`
955			`E69D 955 _EP8BCL = 0xe69d`
956			`E6A0 956 _EP0CS = 0xe6a0`
957			`E6A1 957 _EP1OUTCS = 0xe6a1`
958			`E6A2 958 _EP1INCS = 0xe6a2`
959			`E6A3 959 _EPXCS = 0xe6a3`
960			`E6A3 960 _EP2CS = 0xe6a3`
961			`E6A4 961 _EP4CS = 0xe6a4`
962			`E6A5 962 _EP6CS = 0xe6a5`
963			`E6A6 963 _EP8CS = 0xe6a6`
964			`E6A7 964 _EP2FIFOFLGS = 0xe6a7`
965			`E6A8 965 _EP4FIFOFLGS = 0xe6a8`
966			`E6A9 966 _EP6FIFOFLGS = 0xe6a9`
967			`E6AA 967 _EP8FIFOFLGS = 0xe6aa`
968			`E6AB 968 _EP2FIFOBCH = 0xe6ab`
969			`E6AC 969 _EP2FIFOBCL = 0xe6ac`
970			`E6AD 970 _EP4FIFOBCH = 0xe6ad`
971			`E6AE 971 _EP4FIFOBCL = 0xe6ae`
972			`E6AF 972 _EP6FIFOBCH = 0xe6af`
973			`E6B0 973 _EP6FIFOBCL = 0xe6b0`
974			`E6B1 974 _EP8FIFOBCH = 0xe6b1`
975			`E6B2 975 _EP8FIFOBCL = 0xe6b2`
976			`E6B3 976 _SUDPTRH = 0xe6b3`
977			`E6B4 977 _SUDPTRL = 0xe6b4`
978			`E6B5 978 _SUDPTRCTL = 0xe6b5`
979			`E6B8 979 _SETUPDAT = 0xe6b8`
980			`E6B8 980 _bmRequestType = 0xe6b8`
981			`E6B9 981 _bRequest = 0xe6b9`
982			`E6BA 982 _wValueL = 0xe6ba`
983			`E6BB 983 _wValueH = 0xe6bb`
984			`E6BC 984 _wIndexL = 0xe6bc`
985			`E6BD 985 _wIndexH = 0xe6bd`
986			`E6BE 986 _wLengthL = 0xe6be`
987			`E6BF 987 _wLengthH = 0xe6bf`
988			`E6C0 988 _GPIFWFSELECT = 0xe6c0`
989			`E6C1 989 _GPIFIDLECS = 0xe6c1`
990			`E6C2 990 _GPIFIDLECTL = 0xe6c2`
991			`E6C3 991 _GPIFCTLCFG = 0xe6c3`
992			`E6C4 992 _GPIFADRH = 0xe6c4`
993			`E6C5 993 _GPIFADRL = 0xe6c5`
994			`E6C6 994 _FLOWSTATE = 0xe6c6`
995			`E6C7 995 _FLOWLOGIC = 0xe6c7`
996			`E6C8 996 _FLOWEQ0CTL = 0xe6c8`
997			`E6C9 997 _FLOWEQ1CTL = 0xe6c9`
998			`E6CA 998 _FLOWHOLDOFF = 0xe6ca`
999			`E6CB 999 _FLOWSTB = 0xe6cb`
1000			`E6CC 1000 _FLOWSTBEDGE = 0xe6cc`
1001			`E6CD 1001 _FLOWSTBHPERIOD = 0xe6cd`
1002			`E6CE 1002 _GPIFTCB3 = 0xe6ce`
1003			`E6CF 1003 _GPIFTCB2 = 0xe6cf`
1004			`E6D0 1004 _GPIFTCB1 = 0xe6d0`
1005			`E6D1 1005 _GPIFTCB0 = 0xe6d1`
1006			`E6D2 1006 _EP2GPIFFLGSEL = 0xe6d2`
1007			`E6D3 1007 _EP2GPIFPFSTOP = 0xe6d3`
1008			`E6D4 1008 _EP2GPIFTRIG = 0xe6d4`
1009			`E6DA 1009 _EP4GPIFFLGSEL = 0xe6da`
1010			`E6DB 1010 _EP4GPIFPFSTOP = 0xe6db`
1011			`E6DC 1011 _EP4GPIFTRIG = 0xe6dc`
1012			`E6E2 1012 _EP6GPIFFLGSEL = 0xe6e2`
1013			`E6E3 1013 _EP6GPIFPFSTOP = 0xe6e3`
1014			`E6E4 1014 _EP6GPIFTRIG = 0xe6e4`
1015			`E6EA 1015 _EP8GPIFFLGSEL = 0xe6ea`
1016			`E6EB 1016 _EP8GPIFPFSTOP = 0xe6eb`
1017			`E6EC 1017 _EP8GPIFTRIG = 0xe6ec`
1018			`E6F0 1018 _XGPIFSGLDATH = 0xe6f0`
1019			`E6F1 1019 _XGPIFSGLDATLX = 0xe6f1`
1020			`E6F2 1020 _XGPIFSGLDATLNOX = 0xe6f2`
1021			`E6F3 1021 _GPIFREADYCFG = 0xe6f3`
1022			`E6F4 1022 _GPIFREADYSTAT = 0xe6f4`
1023			`E6F5 1023 _GPIFABORT = 0xe6f5`
1024			`E740 1024 _EP0BUF = 0xe740`
1025			`E780 1025 _EP1OUTBUF = 0xe780`
1026			`E7C0 1026 _EP1INBUF = 0xe7c0`
1027			`F000 1027 _EP2FIFOBUF = 0xf000`
1028			`F400 1028 _EP4FIFOBUF = 0xf400`
1029			`F800 1029 _EP6FIFOBUF = 0xf800`
1030			`FC00 1030 _EP8FIFOBUF = 0xfc00`
1031			`0003 1031 _INT0VEC_IE0 = 0x0003`
1032			`000B 1032 _INT1VEC_T0 = 0x000b`
1033			`0013 1033 _INT2VEC_IE1 = 0x0013`
1034			`001B 1034 _INT3VEC_T1 = 0x001b`
1035			`0023 1035 _INT4VEC_USART0 = 0x0023`
1036			`002B 1036 _INT5VEC_T2 = 0x002b`
1037			`0033 1037 _INT6VEC_RESUME = 0x0033`
1038			`003B 1038 _INT7VEC_USART1 = 0x003b`
1039			`0043 1039 _INT8VEC_USB = 0x0043`
1040			`004B 1040 _INT9VEC_I2C = 0x004b`
1041			`0053 1041 _INT10VEC_GPIF = 0x0053`
1042			`005B 1042 _INT11VEC_IE5 = 0x005b`
1043			`0063 1043 _INT12VEC_IE6 = 0x0063`
1044			`0100 1044 _INTVEC_SUDAV = 0x0100`
1045			`0104 1045 _INTVEC_SOF = 0x0104`
1046			`0108 1046 _INTVEC_SUTOK = 0x0108`
1047			`010C 1047 _INTVEC_SUSPEND = 0x010c`
1048			`0110 1048 _INTVEC_USBRESET = 0x0110`
1049			`0114 1049 _INTVEC_HISPEED = 0x0114`
1050			`0118 1050 _INTVEC_EP0ACK = 0x0118`
1051			`0120 1051 _INTVEC_EP0IN = 0x0120`
1052			`0124 1052 _INTVEC_EP0OUT = 0x0124`
1053			`0128 1053 _INTVEC_EP1IN = 0x0128`
1054			`012C 1054 _INTVEC_EP1OUT = 0x012c`
1055			`0130 1055 _INTVEC_EP2 = 0x0130`
1056			`0134 1056 _INTVEC_EP4 = 0x0134`
1057			`0138 1057 _INTVEC_EP6 = 0x0138`
1058			`013C 1058 _INTVEC_EP8 = 0x013c`
1059			`0140 1059 _INTVEC_IBN = 0x0140`
1060			`0148 1060 _INTVEC_EP0PING = 0x0148`
1061			`014C 1061 _INTVEC_EP1PING = 0x014c`
1062			`0150 1062 _INTVEC_EP2PING = 0x0150`
1063			`0154 1063 _INTVEC_EP4PING = 0x0154`
1064			`0158 1064 _INTVEC_EP6PING = 0x0158`
1065			`015C 1065 _INTVEC_EP8PING = 0x015c`
1066			`0160 1066 _INTVEC_ERRLIMIT = 0x0160`
1067			`0170 1067 _INTVEC_EP2ISOERR = 0x0170`
1068			`0174 1068 _INTVEC_EP4ISOERR = 0x0174`
1069			`0178 1069 _INTVEC_EP6ISOERR = 0x0178`
1070			`017C 1070 _INTVEC_EP8ISOERR = 0x017c`
1071			`0180 1071 _INTVEC_EP2PF = 0x0180`
1072			`0184 1072 _INTVEC_EP4PF = 0x0184`
1073			`0188 1073 _INTVEC_EP6PF = 0x0188`
1074			`018C 1074 _INTVEC_EP8PF = 0x018c`
1075			`0190 1075 _INTVEC_EP2EF = 0x0190`
1076			`0194 1076 _INTVEC_EP4EF = 0x0194`
1077			`0198 1077 _INTVEC_EP6EF = 0x0198`
1078			`019C 1078 _INTVEC_EP8EF = 0x019c`
1079			`01A0 1079 _INTVEC_EP2FF = 0x01a0`
1080			`01A8 1080 _INTVEC_EP6FF = 0x01a8`
1081			`01AC 1081 _INTVEC_EP8FF = 0x01ac`
1082			`01B0 1082 _INTVEC_GPIFDONE = 0x01b0`
1083			`01B4 1083 _INTVEC_GPIFWF = 0x01b4`
1084			`0000 1084 _eeprom_addr::`
1085			`0000 1085 .ds 2`
1086			`0002 1086 _eeprom_write_bytes::`
1087			`0002 1087 .ds 2`
1088			`0004 1088 _eeprom_write_checksum::`
1089			`0004 1089 .ds 1`
1090			`0005 1090 _mac_eeprom_addr::`
1091			`0005 1091 .ds 1`
1092			`0006 1092 _config_data_valid::`
1093			`0006 1093 .ds 1`
1094			`0007 1094 _flash_enabled::`
1095			`0007 1095 .ds 1`
1096			`0008 1096 _flash_sector_size::`
1097			`0008 1097 .ds 2`
1098			`000A 1098 _flash_sectors::`
1099			`000A 1099 .ds 4`
1100			`000E 1100 _flash_ec::`
1101			`000E 1101 .ds 1`
1102			`000F 1102 _spi_vendor::`
1103			`000F 1103 .ds 1`
1104			`0010 1104 _spi_device::`
1105			`0010 1105 .ds 1`
1106			`0011 1106 _spi_memtype::`
1107			`0011 1107 .ds 1`
1108			`0012 1108 _spi_erase_cmd::`
1109			`0012 1109 .ds 1`
1110			`0013 1110 _spi_last_cmd::`
1111			`0013 1111 .ds 1`
1112			`0014 1112 _spi_buffer::`
1113			`0014 1113 .ds 4`
1114			`0018 1114 _spi_write_addr_hi::`
1115			`0018 1115 .ds 2`
1116			`001A 1116 _spi_write_addr_lo::`
1117			`001A 1117 .ds 1`
1118			`001B 1118 _spi_need_pp::`
1119			`001B 1119 .ds 1`
1120			`001C 1120 _spi_write_sector::`
1121			`001C 1121 .ds 2`
1122			`001E 1122 _ep0_read_mode::`
1123			`001E 1123 .ds 1`
1124			`001F 1124 _ep0_write_mode::`
1125			`001F 1125 .ds 1`
1126			`0020 1126 _fpga_checksum::`
1127			`0020 1127 .ds 1`
1128			`0021 1128 _fpga_bytes::`
1129			`0021 1129 .ds 4`
1130			`0025 1130 _fpga_init_b::`
1131			`0025 1131 .ds 1`
1132			`0026 1132 _fpga_flash_result::`
1133			`0026 1133 .ds 1`
1134			`0027 1134 _fpga_conf_initialized::`
1135			`0027 1135 .ds 1`
1136			`0028 1136 _OOEA::`
1137			`0028 1137 .ds 1`
1138			`0029 1138 _fpga_first_free_sector_buf_1_1:`
1139			`0029 1139 .ds 4`
1140			`002D 1140 _fpga_configure_from_flash_init_buf_1_1:`
1141			`002D 1141 .ds 4`
1142			`006C 1142 _ZTEX_DESCRIPTOR = 0x006c`
1143			`006D 1143 _ZTEX_DESCRIPTOR_VERSION = 0x006d`
1144			`006E 1144 _ZTEXID = 0x006e`
1145			`0072 1145 _PRODUCT_ID = 0x0072`
1146			`0076 1146 _FW_VERSION = 0x0076`
1147			`0077 1147 _INTERFACE_VERSION = 0x0077`
1148			`0078 1148 _INTERFACE_CAPABILITIES = 0x0078`
1149			`007E 1149 _MODULE_RESERVED = 0x007e`
1150			`008A 1150 _SN_STRING = 0x008a`
1151			`0031 1151 _mac_eeprom_init_buf_1_1:`
1152			`0031 1152 .ds 5`
1153			`1153 ;--------------------------------------------------------`
1154			`1154 ; absolute external ram data`
1155			`1155 ;--------------------------------------------------------`
1156			`1156 .area XABS (ABS,XDATA)`
1157			`1157 ;--------------------------------------------------------`
1158			`1158 ; external initialized ram data`
1159			`1159 ;--------------------------------------------------------`
1160			`1160 .area XISEG (XDATA)`
1161			`0000 1161 _ep0_payload_remaining::`
1162			`0000 1162 .ds 2`
1163			`0002 1163 _ep0_payload_transfer::`
1164			`0002 1164 .ds 1`
1165			`0003 1165 _ep0_prev_setup_request::`
1166			`0003 1166 .ds 1`
1167			`0004 1167 _ep0_vendor_cmd_setup::`
1168			`0004 1168 .ds 1`
1169			`0005 1169 _ISOFRAME_COUNTER::`
1170			`0005 1170 .ds 8`
1171			`1171 .area HOME (CODE)`
1172			`1172 .area GSINIT0 (CODE)`
1173			`1173 .area GSINIT1 (CODE)`
1174			`1174 .area GSINIT2 (CODE)`
1175			`1175 .area GSINIT3 (CODE)`
1176			`1176 .area GSINIT4 (CODE)`
1177			`1177 .area GSINIT5 (CODE)`
1178			`1178 .area GSINIT (CODE)`
1179			`1179 .area GSFINAL (CODE)`
1180			`1180 .area CSEG (CODE)`
1181			`1181 ;--------------------------------------------------------`
1182			`1182 ; interrupt vector`
1183			`1183 ;--------------------------------------------------------`
1184			`1184 .area HOME (CODE)`
1185			`0000 1185 __interrupt_vect:`
1186			`0000 02s00r00 1186 ljmp __sdcc_gsinit_startup`
1187			`1187 ;--------------------------------------------------------`
1188			`1188 ; global & static initialisations`
1189			`1189 ;--------------------------------------------------------`
1190			`1190 .area HOME (CODE)`
1191			`1191 .area GSINIT (CODE)`
1192			`1192 .area GSFINAL (CODE)`
1193			`1193 .area GSINIT (CODE)`
1194			`1194 .globl __sdcc_gsinit_startup`
1195			`1195 .globl __sdcc_program_startup`
1196			`1196 .globl __start__stack`
1197			`1197 .globl __mcs51_genXINIT`
1198			`1198 .globl __mcs51_genXRAMCLEAR`
1199			`1199 .globl __mcs51_genRAMCLEAR`
1200			`1200 .area GSFINAL (CODE)`
1201			`0000 02s00r03 1201 ljmp __sdcc_program_startup`
1202			`1202 ;--------------------------------------------------------`
1203			`1203 ; Home`
1204			`1204 ;--------------------------------------------------------`
1205			`1205 .area HOME (CODE)`
1206			`1206 .area HOME (CODE)`
1207			`0003 1207 __sdcc_program_startup:`
1208			`0003 12s1BrD5 1208 lcall _main`
1209			`1209 ; return from main will lock up`
1210			`0006 80 FE 1210 sjmp .`
1211			`1211 ;--------------------------------------------------------`
1212			`1212 ; code`
1213			`1213 ;--------------------------------------------------------`
1214			`1214 .area CSEG (CODE)`
1215			`1215 ;------------------------------------------------------------`
1216			`1216 ;Allocation info for local variables in function 'abscode_intvec'`
1217			`1217 ;------------------------------------------------------------`
1218			`1218 ;------------------------------------------------------------`
1219			`1219 ; ../../include/ezintavecs.h:92: void abscode_intvec()// _naked`
1220			`1220 ; -----------------------------------------`
1221			`1221 ; function abscode_intvec`
1222			`1222 ; -----------------------------------------`
1223			`0000 1223 _abscode_intvec:`
1224			`0002 1224 ar2 = 0x02`
1225			`0003 1225 ar3 = 0x03`
1226			`0004 1226 ar4 = 0x04`
1227			`0005 1227 ar5 = 0x05`
1228			`0006 1228 ar6 = 0x06`
1229			`0007 1229 ar7 = 0x07`
1230			`0000 1230 ar0 = 0x00`
1231			`0001 1231 ar1 = 0x01`
1232			`1232 ; ../../include/ezintavecs.h:317: ERROR: no line number 317 in file ../../include/ezintavecs.h`
1233			`1233`
1234			`1234 .area ABSCODE (ABS,CODE)`
1235			`0000 1235 .org 0x0000`
1236			`0000 1236 ENTRY:`
1237			`0000 02 02 00 1237 ljmp #0x0200`
1238			`1238 ; # 94 "../../include/ezintavecs.h"`
1239			`0003 1239 .org 0x0003`
1240			`1240 ; # 34 "../../include/ezintavecs.h"`
1241			`0003 32 1241 reti`
1242			`1242 ; # 94 "../../include/ezintavecs.h"`
1243			`000B 1243 .org 0x000b`
1244			`1244 ; # 35 "../../include/ezintavecs.h"`
1245			`000B 32 1245 reti`
1246			`1246 ; # 94 "../../include/ezintavecs.h"`
1247			`0013 1247 .org 0x0013`
1248			`1248 ; # 36 "../../include/ezintavecs.h"`
1249			`0013 32 1249 reti`
1250			`1250 ; # 94 "../../include/ezintavecs.h"`
1251			`001B 1251 .org 0x001b`
1252			`1252 ; # 37 "../../include/ezintavecs.h"`
1253			`001B 32 1253 reti`
1254			`1254 ; # 94 "../../include/ezintavecs.h"`
1255			`0023 1255 .org 0x0023`
1256			`1256 ; # 38 "../../include/ezintavecs.h"`
1257			`0023 32 1257 reti`
1258			`1258 ; # 94 "../../include/ezintavecs.h"`
1259			`002B 1259 .org 0x002b`
1260			`1260 ; # 39 "../../include/ezintavecs.h"`
1261			`002B 32 1261 reti`
1262			`1262 ; # 94 "../../include/ezintavecs.h"`
1263			`0033 1263 .org 0x0033`
1264			`1264 ; # 40 "../../include/ezintavecs.h"`
1265			`0033 32 1265 reti`
1266			`1266 ; # 94 "../../include/ezintavecs.h"`
1267			`003B 1267 .org 0x003b`
1268			`1268 ; # 41 "../../include/ezintavecs.h"`
1269			`003B 32 1269 reti`
1270			`1270 ; # 94 "../../include/ezintavecs.h"`
1271			`0043 1271 .org 0x0043`
1272			`1272 ; # 42 "../../include/ezintavecs.h"`
1273			`0043 32 1273 reti`
1274			`1274 ; # 94 "../../include/ezintavecs.h"`
1275			`004B 1275 .org 0x004b`
1276			`1276 ; # 43 "../../include/ezintavecs.h"`
1277			`004B 32 1277 reti`
1278			`1278 ; # 94 "../../include/ezintavecs.h"`
1279			`0053 1279 .org 0x0053`
1280			`1280 ; # 44 "../../include/ezintavecs.h"`
1281			`0053 32 1281 reti`
1282			`1282 ; # 94 "../../include/ezintavecs.h"`
1283			`005B 1283 .org 0x005b`
1284			`1284 ; # 45 "../../include/ezintavecs.h"`
1285			`005B 32 1285 reti`
1286			`1286 ; # 94 "../../include/ezintavecs.h"`
1287			`0063 1287 .org 0x0063`
1288			`1288 ; # 46 "../../include/ezintavecs.h"`
1289			`0063 32 1289 reti`
1290			`1290 ; # 94 "../../include/ezintavecs.h"`
1291			`0100 1291 .org 0x0100`
1292			`1292 ; # 47 "../../include/ezintavecs.h"`
1293			`0100 32 1293 reti`
1294			`1294 ; # 94 "../../include/ezintavecs.h"`
1295			`0104 1295 .org 0x0104`
1296			`1296 ; # 48 "../../include/ezintavecs.h"`
1297			`0104 32 1297 reti`
1298			`1298 ; # 94 "../../include/ezintavecs.h"`
1299			`0108 1299 .org 0x0108`
1300			`1300 ; # 49 "../../include/ezintavecs.h"`
1301			`0108 32 1301 reti`
1302			`1302 ; # 94 "../../include/ezintavecs.h"`
1303			`010C 1303 .org 0x010C`
1304			`1304 ; # 50 "../../include/ezintavecs.h"`
1305			`010C 32 1305 reti`
1306			`1306 ; # 94 "../../include/ezintavecs.h"`
1307			`0110 1307 .org 0x0110`
1308			`1308 ; # 51 "../../include/ezintavecs.h"`
1309			`0110 32 1309 reti`
1310			`1310 ; # 94 "../../include/ezintavecs.h"`
1311			`0114 1311 .org 0x0114`
1312			`1312 ; # 52 "../../include/ezintavecs.h"`
1313			`0114 32 1313 reti`
1314			`1314 ; # 94 "../../include/ezintavecs.h"`
1315			`0118 1315 .org 0x0118`
1316			`1316 ; # 53 "../../include/ezintavecs.h"`
1317			`0118 32 1317 reti`
1318			`1318 ; # 94 "../../include/ezintavecs.h"`
1319			`0120 1319 .org 0x0120`
1320			`1320 ; # 54 "../../include/ezintavecs.h"`
1321			`0120 32 1321 reti`
1322			`1322 ; # 94 "../../include/ezintavecs.h"`
1323			`0124 1323 .org 0x0124`
1324			`1324 ; # 55 "../../include/ezintavecs.h"`
1325			`0124 32 1325 reti`
1326			`1326 ; # 94 "../../include/ezintavecs.h"`
1327			`0128 1327 .org 0x0128`
1328			`1328 ; # 56 "../../include/ezintavecs.h"`
1329			`0128 32 1329 reti`
1330			`1330 ; # 94 "../../include/ezintavecs.h"`
1331			`012C 1331 .org 0x012C`
1332			`1332 ; # 57 "../../include/ezintavecs.h"`
1333			`012C 32 1333 reti`
1334			`1334 ; # 94 "../../include/ezintavecs.h"`
1335			`0130 1335 .org 0x0130`
1336			`1336 ; # 58 "../../include/ezintavecs.h"`
1337			`0130 32 1337 reti`
1338			`1338 ; # 94 "../../include/ezintavecs.h"`
1339			`0134 1339 .org 0x0134`
1340			`1340 ; # 59 "../../include/ezintavecs.h"`
1341			`0134 32 1341 reti`
1342			`1342 ; # 94 "../../include/ezintavecs.h"`
1343			`0138 1343 .org 0x0138`
1344			`1344 ; # 60 "../../include/ezintavecs.h"`
1345			`0138 32 1345 reti`
1346			`1346 ; # 94 "../../include/ezintavecs.h"`
1347			`013C 1347 .org 0x013C`
1348			`1348 ; # 61 "../../include/ezintavecs.h"`
1349			`013C 32 1349 reti`
1350			`1350 ; # 94 "../../include/ezintavecs.h"`
1351			`0140 1351 .org 0x0140`
1352			`1352 ; # 62 "../../include/ezintavecs.h"`
1353			`0140 32 1353 reti`
1354			`1354 ; # 94 "../../include/ezintavecs.h"`
1355			`0148 1355 .org 0x0148`
1356			`1356 ; # 63 "../../include/ezintavecs.h"`
1357			`0148 32 1357 reti`
1358			`1358 ; # 94 "../../include/ezintavecs.h"`
1359			`014C 1359 .org 0x014C`
1360			`1360 ; # 64 "../../include/ezintavecs.h"`
1361			`014C 32 1361 reti`
1362			`1362 ; # 94 "../../include/ezintavecs.h"`
1363			`0150 1363 .org 0x0150`
1364			`1364 ; # 65 "../../include/ezintavecs.h"`
1365			`0150 32 1365 reti`
1366			`1366 ; # 94 "../../include/ezintavecs.h"`
1367			`0154 1367 .org 0x0154`
1368			`1368 ; # 66 "../../include/ezintavecs.h"`
1369			`0154 32 1369 reti`
1370			`1370 ; # 94 "../../include/ezintavecs.h"`
1371			`0158 1371 .org 0x0158`
1372			`1372 ; # 67 "../../include/ezintavecs.h"`
1373			`0158 32 1373 reti`
1374			`1374 ; # 94 "../../include/ezintavecs.h"`
1375			`015C 1375 .org 0x015C`
1376			`1376 ; # 68 "../../include/ezintavecs.h"`
1377			`015C 32 1377 reti`
1378			`1378 ; # 94 "../../include/ezintavecs.h"`
1379			`0160 1379 .org 0x0160`
1380			`1380 ; # 69 "../../include/ezintavecs.h"`
1381			`0160 32 1381 reti`
1382			`1382 ; # 94 "../../include/ezintavecs.h"`
1383			`0170 1383 .org 0x0170`
1384			`1384 ; # 70 "../../include/ezintavecs.h"`
1385			`0170 32 1385 reti`
1386			`1386 ; # 94 "../../include/ezintavecs.h"`
1387			`0174 1387 .org 0x0174`
1388			`1388 ; # 71 "../../include/ezintavecs.h"`
1389			`0174 32 1389 reti`
1390			`1390 ; # 94 "../../include/ezintavecs.h"`
1391			`0178 1391 .org 0x0178`
1392			`1392 ; # 72 "../../include/ezintavecs.h"`
1393			`0178 32 1393 reti`
1394			`1394 ; # 94 "../../include/ezintavecs.h"`
1395			`017C 1395 .org 0x017C`
1396			`1396 ; # 73 "../../include/ezintavecs.h"`
1397			`017C 32 1397 reti`
1398			`1398 ; # 94 "../../include/ezintavecs.h"`
1399			`0180 1399 .org 0x0180`
1400			`1400 ; # 74 "../../include/ezintavecs.h"`
1401			`0180 32 1401 reti`
1402			`1402 ; # 94 "../../include/ezintavecs.h"`
1403			`0184 1403 .org 0x0184`
1404			`1404 ; # 75 "../../include/ezintavecs.h"`
1405			`0184 32 1405 reti`
1406			`1406 ; # 94 "../../include/ezintavecs.h"`
1407			`0188 1407 .org 0x0188`
1408			`1408 ; # 76 "../../include/ezintavecs.h"`
1409			`0188 32 1409 reti`
1410			`1410 ; # 94 "../../include/ezintavecs.h"`
1411			`018C 1411 .org 0x018C`
1412			`1412 ; # 77 "../../include/ezintavecs.h"`
1413			`018C 32 1413 reti`
1414			`1414 ; # 94 "../../include/ezintavecs.h"`
1415			`0190 1415 .org 0x0190`
1416			`1416 ; # 78 "../../include/ezintavecs.h"`
1417			`0190 32 1417 reti`
1418			`1418 ; # 94 "../../include/ezintavecs.h"`
1419			`0194 1419 .org 0x0194`
1420			`1420 ; # 79 "../../include/ezintavecs.h"`
1421			`0194 32 1421 reti`
1422			`1422 ; # 94 "../../include/ezintavecs.h"`
1423			`0198 1423 .org 0x0198`
1424			`1424 ; # 80 "../../include/ezintavecs.h"`
1425			`0198 32 1425 reti`
1426			`1426 ; # 94 "../../include/ezintavecs.h"`
1427			`019C 1427 .org 0x019C`
1428			`1428 ; # 81 "../../include/ezintavecs.h"`
1429			`019C 32 1429 reti`
1430			`1430 ; # 94 "../../include/ezintavecs.h"`
1431			`01A0 1431 .org 0x01A0`
1432			`1432 ; # 82 "../../include/ezintavecs.h"`
1433			`01A0 32 1433 reti`
1434			`1434 ; # 94 "../../include/ezintavecs.h"`
1435			`01A8 1435 .org 0x01A8`
1436			`1436 ; # 83 "../../include/ezintavecs.h"`
1437			`01A8 32 1437 reti`
1438			`1438 ; # 94 "../../include/ezintavecs.h"`
1439			`01AC 1439 .org 0x01AC`
1440			`1440 ; # 84 "../../include/ezintavecs.h"`
1441			`01AC 32 1441 reti`
1442			`1442 ; # 94 "../../include/ezintavecs.h"`
1443			`01B0 1443 .org 0x01B0`
1444			`1444 ; # 85 "../../include/ezintavecs.h"`
1445			`01B0 32 1445 reti`
1446			`1446 ; # 94 "../../include/ezintavecs.h"`
1447			`01B4 1447 .org 0x01B4`
1448			`1448 ; # 101 "../../include/ezintavecs.h"`
1449			`01B4 32 1449 reti`
1450			`01B8 1450 .org 0x01b8`
1451			`01B8 1451 INTVEC_DUMMY:`
1452			`01B8 32 1452 reti`
1453			`1453 .area CSEG (CODE)`
1454			`1454`
1455			`0000 22 1455 ret`
1456			`1456 ;------------------------------------------------------------`
1457			`1457 ;Allocation info for local variables in function 'wait'`
1458			`1458 ;------------------------------------------------------------`
1459			`1459 ;ms Allocated to registers r2 r3`
1460			`1460 ;i Allocated to registers r6 r7`
1461			`1461 ;j Allocated to registers r4 r5`
1462			`1462 ;------------------------------------------------------------`
1463			`1463 ; ../../include/ztex-utils.h:78: void wait(WORD short ms) { // wait in ms`
1464			`1464 ; -----------------------------------------`
1465			`1465 ; function wait`
1466			`1466 ; -----------------------------------------`
1467			`0001 1467 _wait:`
1468			`0001 AA 82 1468 mov r2,dpl`
1469			`0003 AB 83 1469 mov r3,dph`
1470			`1470 ; ../../include/ztex-utils.h:80: for (j=0; j`
1471			`0005 7C 00 1471 mov r4,#0x00`
1472			`0007 7D 00 1472 mov r5,#0x00`
1473			`0009 1473 00104$:`
1474			`0009 C3 1474 clr c`
1475			`000A EC 1475 mov a,r4`
1476			`000B 9A 1476 subb a,r2`
1477			`000C ED 1477 mov a,r5`
1478			`000D 9B 1478 subb a,r3`
1479			`000E 50 14 1479 jnc 00108$`
1480			`1480 ; ../../include/ztex-utils.h:81: for (i=0; i<1200; i++);`
1481			`0010 7E B0 1481 mov r6,#0xB0`
1482			`0012 7F 04 1482 mov r7,#0x04`
1483			`0014 1483 00103$:`
1484			`0014 1E 1484 dec r6`
1485			`0015 BE FF 01 1485 cjne r6,#0xff,00117$`
1486			`0018 1F 1486 dec r7`
1487			`0019 1487 00117$:`
1488			`0019 EE 1488 mov a,r6`
1489			`001A 4F 1489 orl a,r7`
1490			`001B 70 F7 1490 jnz 00103$`
1491			`1491 ; ../../include/ztex-utils.h:80: for (j=0; j`
1492			`001D 0C 1492 inc r4`
1493			`001E BC 00 E8 1493 cjne r4,#0x00,00104$`
1494			`0021 0D 1494 inc r5`
1495			`0022 80 E5 1495 sjmp 00104$`
1496			`0024 1496 00108$:`
1497			`0024 22 1497 ret`
1498			`1498 ;------------------------------------------------------------`
1499			`1499 ;Allocation info for local variables in function 'uwait'`
1500			`1500 ;------------------------------------------------------------`
1501			`1501 ;us Allocated to registers r2 r3`
1502			`1502 ;i Allocated to registers r6 r7`
1503			`1503 ;j Allocated to registers r4 r5`
1504			`1504 ;------------------------------------------------------------`
1505			`1505 ; ../../include/ztex-utils.h:88: void uwait(WORD short us) { // wait in 10�s steps`
1506			`1506 ; -----------------------------------------`
1507			`1507 ; function uwait`
1508			`1508 ; -----------------------------------------`
1509			`0025 1509 _uwait:`
1510			`0025 AA 82 1510 mov r2,dpl`
1511			`0027 AB 83 1511 mov r3,dph`
1512			`1512 ; ../../include/ztex-utils.h:90: for (j=0; j`
1513			`0029 7C 00 1513 mov r4,#0x00`
1514			`002B 7D 00 1514 mov r5,#0x00`
1515			`002D 1515 00104$:`
1516			`002D C3 1516 clr c`
1517			`002E EC 1517 mov a,r4`
1518			`002F 9A 1518 subb a,r2`
1519			`0030 ED 1519 mov a,r5`
1520			`0031 9B 1520 subb a,r3`
1521			`0032 50 14 1521 jnc 00108$`
1522			`1522 ; ../../include/ztex-utils.h:91: for (i=0; i<10; i++);`
1523			`0034 7E 0A 1523 mov r6,#0x0A`
1524			`0036 7F 00 1524 mov r7,#0x00`
1525			`0038 1525 00103$:`
1526			`0038 1E 1526 dec r6`
1527			`0039 BE FF 01 1527 cjne r6,#0xff,00117$`
1528			`003C 1F 1528 dec r7`
1529			`003D 1529 00117$:`
1530			`003D EE 1530 mov a,r6`
1531			`003E 4F 1531 orl a,r7`
1532			`003F 70 F7 1532 jnz 00103$`
1533			`1533 ; ../../include/ztex-utils.h:90: for (j=0; j`
1534			`0041 0C 1534 inc r4`
1535			`0042 BC 00 E8 1535 cjne r4,#0x00,00104$`
1536			`0045 0D 1536 inc r5`
1537			`0046 80 E5 1537 sjmp 00104$`
1538			`0048 1538 00108$:`
1539			`0048 22 1539 ret`
1540			`1540 ;------------------------------------------------------------`
1541			`1541 ;Allocation info for local variables in function 'MEM_COPY1_int'`
1542			`1542 ;------------------------------------------------------------`
1543			`1543 ;------------------------------------------------------------`
1544			`1544 ; ../../include/ztex-utils.h:99: void MEM_COPY1_int() // __naked`
1545			`1545 ; -----------------------------------------`
1546			`1546 ; function MEM_COPY1_int`
1547			`1547 ; -----------------------------------------`
1548			`0049 1548 _MEM_COPY1_int:`
1549			`1549 ; ../../include/ztex-utils.h:110: __endasm;`
1550			`1550`
1551			`0049 1551 020001$:`
1552			`0049 75 AF 07 1552 mov _AUTOPTRSETUP,#0x07`
1553			`004C 90 E6 7B 1553 mov dptr,#_XAUTODAT1`
1554			`004F E0 1554 movx a,@dptr`
1555			`0050 90 E6 7C 1555 mov dptr,#_XAUTODAT2`
1556			`0053 F0 1556 movx @dptr,a`
1557			`0054 DA F3 1557 djnz r2, 020001$`
1558			`0056 22 1558 ret`
1559			`1559`
1560			`0057 22 1560 ret`
1561			`1561 ;------------------------------------------------------------`
1562			`1562 ;Allocation info for local variables in function 'i2c_waitWrite'`
1563			`1563 ;------------------------------------------------------------`
1564			`1564 ;i2csbuf Allocated to registers r2`
1565			`1565 ;toc Allocated to registers r2`
1566			`1566 ;------------------------------------------------------------`
1567			`1567 ; ../../include/ztex-eeprom.h:41: BYTE i2c_waitWrite()`
1568			`1568 ; -----------------------------------------`
1569			`1569 ; function i2c_waitWrite`
1570			`1570 ; -----------------------------------------`
1571			`0058 1571 _i2c_waitWrite:`
1572			`1572 ; ../../include/ztex-eeprom.h:44: for ( toc=0; toc<255 && !(I2CS & bmBIT0); toc++ );`
1573			`0058 7A 00 1573 mov r2,#0x00`
1574			`005A 1574 00105$:`
1575			`005A BA FF 00 1575 cjne r2,#0xFF,00116$`
1576			`005D 1576 00116$:`
1577			`005D 50 0B 1577 jnc 00108$`
1578			`005F 90 E6 78 1578 mov dptr,#_I2CS`
1579			`0062 E0 1579 movx a,@dptr`
1580			`0063 FB 1580 mov r3,a`
1581			`0064 20 E0 03 1581 jb acc.0,00108$`
1582			`0067 0A 1582 inc r2`
1583			`0068 80 F0 1583 sjmp 00105$`
1584			`006A 1584 00108$:`
1585			`1585 ; ../../include/ztex-eeprom.h:45: i2csbuf = I2CS;`
1586			`006A 90 E6 78 1586 mov dptr,#_I2CS`
1587			`006D E0 1587 movx a,@dptr`
1588			`1588 ; ../../include/ztex-eeprom.h:46: if ( (i2csbuf & bmBIT2) \|\| (!(i2csbuf & bmBIT1)) ) {`
1589			`006E FA 1589 mov r2,a`
1590			`006F 20 E2 04 1590 jb acc.2,00101$`
1591			`0072 EA 1591 mov a,r2`
1592			`0073 20 E1 0B 1592 jb acc.1,00102$`
1593			`0076 1593 00101$:`
1594			`1594 ; ../../include/ztex-eeprom.h:47: I2CS \|= bmBIT6;`
1595			`0076 90 E6 78 1595 mov dptr,#_I2CS`
1596			`0079 E0 1596 movx a,@dptr`
1597			`007A 44 40 1597 orl a,#0x40`
1598			`007C F0 1598 movx @dptr,a`
1599			`1599 ; ../../include/ztex-eeprom.h:48: return 1;`
1600			`007D 75 82 01 1600 mov dpl,#0x01`
1601			`1601 ; ../../include/ztex-eeprom.h:50: return 0;`
1602			`0080 22 1602 ret`
1603			`0081 1603 00102$:`
1604			`0081 75 82 00 1604 mov dpl,#0x00`
1605			`0084 22 1605 ret`
1606			`1606 ;------------------------------------------------------------`
1607			`1607 ;Allocation info for local variables in function 'i2c_waitRead'`
1608			`1608 ;------------------------------------------------------------`
1609			`1609 ;i2csbuf Allocated to registers r2`
1610			`1610 ;toc Allocated to registers r2`
1611			`1611 ;------------------------------------------------------------`
1612			`1612 ; ../../include/ztex-eeprom.h:57: BYTE i2c_waitRead(void)`
1613			`1613 ; -----------------------------------------`
1614			`1614 ; function i2c_waitRead`
1615			`1615 ; -----------------------------------------`
1616			`0085 1616 _i2c_waitRead:`
1617			`1617 ; ../../include/ztex-eeprom.h:60: for ( toc=0; toc<255 && !(I2CS & bmBIT0); toc++ );`
1618			`0085 7A 00 1618 mov r2,#0x00`
1619			`0087 1619 00104$:`
1620			`0087 BA FF 00 1620 cjne r2,#0xFF,00115$`
1621			`008A 1621 00115$:`
1622			`008A 50 0B 1622 jnc 00107$`
1623			`008C 90 E6 78 1623 mov dptr,#_I2CS`
1624			`008F E0 1624 movx a,@dptr`
1625			`0090 FB 1625 mov r3,a`
1626			`0091 20 E0 03 1626 jb acc.0,00107$`
1627			`0094 0A 1627 inc r2`
1628			`0095 80 F0 1628 sjmp 00104$`
1629			`0097 1629 00107$:`
1630			`1630 ; ../../include/ztex-eeprom.h:61: i2csbuf = I2CS;`
1631			`0097 90 E6 78 1631 mov dptr,#_I2CS`
1632			`009A E0 1632 movx a,@dptr`
1633			`1633 ; ../../include/ztex-eeprom.h:62: if (i2csbuf & bmBIT2) {`
1634			`009B FA 1634 mov r2,a`
1635			`009C 30 E2 0B 1635 jnb acc.2,00102$`
1636			`1636 ; ../../include/ztex-eeprom.h:63: I2CS \|= bmBIT6;`
1637			`009F 90 E6 78 1637 mov dptr,#_I2CS`
1638			`00A2 E0 1638 movx a,@dptr`
1639			`00A3 44 40 1639 orl a,#0x40`
1640			`00A5 F0 1640 movx @dptr,a`
1641			`1641 ; ../../include/ztex-eeprom.h:64: return 1;`
1642			`00A6 75 82 01 1642 mov dpl,#0x01`
1643			`1643 ; ../../include/ztex-eeprom.h:66: return 0;`
1644			`00A9 22 1644 ret`
1645			`00AA 1645 00102$:`
1646			`00AA 75 82 00 1646 mov dpl,#0x00`
1647			`00AD 22 1647 ret`
1648			`1648 ;------------------------------------------------------------`
1649			`1649 ;Allocation info for local variables in function 'i2c_waitStart'`
1650			`1650 ;------------------------------------------------------------`
1651			`1651 ;toc Allocated to registers r2`
1652			`1652 ;------------------------------------------------------------`
1653			`1653 ; ../../include/ztex-eeprom.h:73: BYTE i2c_waitStart()`
1654			`1654 ; -----------------------------------------`
1655			`1655 ; function i2c_waitStart`
1656			`1656 ; -----------------------------------------`
1657			`00AE 1657 _i2c_waitStart:`
1658			`1658 ; ../../include/ztex-eeprom.h:76: for ( toc=0; toc<255; toc++ ) {`
1659			`00AE 7A 00 1659 mov r2,#0x00`
1660			`00B0 1660 00103$:`
1661			`00B0 BA FF 00 1661 cjne r2,#0xFF,00112$`
1662			`00B3 1662 00112$:`
1663			`00B3 50 0F 1663 jnc 00106$`
1664			`1664 ; ../../include/ztex-eeprom.h:77: if ( ! (I2CS & bmBIT2) )`
1665			`00B5 90 E6 78 1665 mov dptr,#_I2CS`
1666			`00B8 E0 1666 movx a,@dptr`
1667			`00B9 FB 1667 mov r3,a`
1668			`00BA 20 E2 04 1668 jb acc.2,00105$`
1669			`1669 ; ../../include/ztex-eeprom.h:78: return 0;`
1670			`00BD 75 82 00 1670 mov dpl,#0x00`
1671			`00C0 22 1671 ret`
1672			`00C1 1672 00105$:`
1673			`1673 ; ../../include/ztex-eeprom.h:76: for ( toc=0; toc<255; toc++ ) {`
1674			`00C1 0A 1674 inc r2`
1675			`00C2 80 EC 1675 sjmp 00103$`
1676			`00C4 1676 00106$:`
1677			`1677 ; ../../include/ztex-eeprom.h:80: return 1;`
1678			`00C4 75 82 01 1678 mov dpl,#0x01`
1679			`00C7 22 1679 ret`
1680			`1680 ;------------------------------------------------------------`
1681			`1681 ;Allocation info for local variables in function 'i2c_waitStop'`
1682			`1682 ;------------------------------------------------------------`
1683			`1683 ;toc Allocated to registers r2`
1684			`1684 ;------------------------------------------------------------`
1685			`1685 ; ../../include/ztex-eeprom.h:87: BYTE i2c_waitStop()`
1686			`1686 ; -----------------------------------------`
1687			`1687 ; function i2c_waitStop`
1688			`1688 ; -----------------------------------------`
1689			`00C8 1689 _i2c_waitStop:`
1690			`1690 ; ../../include/ztex-eeprom.h:90: for ( toc=0; toc<255; toc++ ) {`
1691			`00C8 7A 00 1691 mov r2,#0x00`
1692			`00CA 1692 00103$:`
1693			`00CA BA FF 00 1693 cjne r2,#0xFF,00112$`
1694			`00CD 1694 00112$:`
1695			`00CD 50 0F 1695 jnc 00106$`
1696			`1696 ; ../../include/ztex-eeprom.h:91: if ( ! (I2CS & bmBIT6) )`
1697			`00CF 90 E6 78 1697 mov dptr,#_I2CS`
1698			`00D2 E0 1698 movx a,@dptr`
1699			`00D3 FB 1699 mov r3,a`
1700			`00D4 20 E6 04 1700 jb acc.6,00105$`
1701			`1701 ; ../../include/ztex-eeprom.h:92: return 0;`
1702			`00D7 75 82 00 1702 mov dpl,#0x00`
1703			`00DA 22 1703 ret`
1704			`00DB 1704 00105$:`
1705			`1705 ; ../../include/ztex-eeprom.h:90: for ( toc=0; toc<255; toc++ ) {`
1706			`00DB 0A 1706 inc r2`
1707			`00DC 80 EC 1707 sjmp 00103$`
1708			`00DE 1708 00106$:`
1709			`1709 ; ../../include/ztex-eeprom.h:94: return 1;`
1710			`00DE 75 82 01 1710 mov dpl,#0x01`
1711			`00E1 22 1711 ret`
1712			`1712 ;------------------------------------------------------------`
1713			`1713 ;Allocation info for local variables in function 'eeprom_select'`
1714			`1714 ;------------------------------------------------------------`
1715			`1715 ;to Allocated with name '_eeprom_select_PARM_2'`
1716			`1716 ;stop Allocated with name '_eeprom_select_PARM_3'`
1717			`1717 ;addr Allocated to registers r2`
1718			`1718 ;toc Allocated to registers`
1719			`1719 ;------------------------------------------------------------`
1720			`1720 ; ../../include/ztex-eeprom.h:103: BYTE eeprom_select (BYTE addr, BYTE to, BYTE stop ) {`
1721			`1721 ; -----------------------------------------`
1722			`1722 ; function eeprom_select`
1723			`1723 ; -----------------------------------------`
1724			`00E2 1724 _eeprom_select:`
1725			`00E2 AA 82 1725 mov r2,dpl`
1726			`1726 ; ../../include/ztex-eeprom.h:105: eeprom_select_start:`
1727			`00E4 C3 1727 clr c`
1728			`00E5 E4 1728 clr a`
1729			`00E6 95*00 1729 subb a,_eeprom_select_PARM_2`
1730			`00E8 E4 1730 clr a`
1731			`00E9 33 1731 rlc a`
1732			`00EA FB 1732 mov r3,a`
1733			`00EB 1733 00101$:`
1734			`1734 ; ../../include/ztex-eeprom.h:106: I2CS \|= bmBIT7; // start bit`
1735			`00EB 90 E6 78 1735 mov dptr,#_I2CS`
1736			`00EE E0 1736 movx a,@dptr`
1737			`00EF 44 80 1737 orl a,#0x80`
1738			`00F1 F0 1738 movx @dptr,a`
1739			`1739 ; ../../include/ztex-eeprom.h:107: i2c_waitStart();`
1740			`00F2 C0 02 1740 push ar2`
1741			`00F4 C0 03 1741 push ar3`
1742			`00F6 12s00rAE 1742 lcall _i2c_waitStart`
1743			`00F9 D0 03 1743 pop ar3`
1744			`00FB D0 02 1744 pop ar2`
1745			`1745 ; ../../include/ztex-eeprom.h:108: I2DAT = addr; // select device for writing`
1746			`00FD 90 E6 79 1746 mov dptr,#_I2DAT`
1747			`0100 EA 1747 mov a,r2`
1748			`0101 F0 1748 movx @dptr,a`
1749			`1749 ; ../../include/ztex-eeprom.h:109: if ( ! i2c_waitWrite() ) {`
1750			`0102 C0 02 1750 push ar2`
1751			`0104 C0 03 1751 push ar3`
1752			`0106 12s00r58 1752 lcall _i2c_waitWrite`
1753			`0109 E5 82 1753 mov a,dpl`
1754			`010B D0 03 1754 pop ar3`
1755			`010D D0 02 1755 pop ar2`
1756			`010F 70 12 1756 jnz 00107$`
1757			`1757 ; ../../include/ztex-eeprom.h:110: if ( stop ) {`
1758			`0111 E5*01 1758 mov a,_eeprom_select_PARM_3`
1759			`0113 60 0A 1759 jz 00103$`
1760			`1760 ; ../../include/ztex-eeprom.h:111: I2CS \|= bmBIT6;`
1761			`0115 90 E6 78 1761 mov dptr,#_I2CS`
1762			`0118 E0 1762 movx a,@dptr`
1763			`0119 44 40 1763 orl a,#0x40`
1764			`011B F0 1764 movx @dptr,a`
1765			`1765 ; ../../include/ztex-eeprom.h:112: i2c_waitStop();`
1766			`011C 12s00rC8 1766 lcall _i2c_waitStop`
1767			`011F 1767 00103$:`
1768			`1768 ; ../../include/ztex-eeprom.h:114: return 0;`
1769			`011F 75 82 00 1769 mov dpl,#0x00`
1770			`0122 22 1770 ret`
1771			`0123 1771 00107$:`
1772			`1772 ; ../../include/ztex-eeprom.h:116: else if (toc`
1773			`0123 EB 1773 mov a,r3`
1774			`0124 60 10 1774 jz 00108$`
1775			`1775 ; ../../include/ztex-eeprom.h:117: uwait(10);`
1776			`0126 90 00 0A 1776 mov dptr,#0x000A`
1777			`0129 C0 02 1777 push ar2`
1778			`012B C0 03 1778 push ar3`
1779			`012D 12s00r25 1779 lcall _uwait`
1780			`0130 D0 03 1780 pop ar3`
1781			`0132 D0 02 1781 pop ar2`
1782			`1782 ; ../../include/ztex-eeprom.h:118: goto eeprom_select_start;`
1783			`0134 80 B5 1783 sjmp 00101$`
1784			`0136 1784 00108$:`
1785			`1785 ; ../../include/ztex-eeprom.h:120: if ( stop ) {`
1786			`0136 E5*01 1786 mov a,_eeprom_select_PARM_3`
1787			`0138 60 08 1787 jz 00110$`
1788			`1788 ; ../../include/ztex-eeprom.h:121: I2CS \|= bmBIT6;`
1789			`013A 90 E6 78 1789 mov dptr,#_I2CS`
1790			`013D E0 1790 movx a,@dptr`
1791			`013E FA 1791 mov r2,a`
1792			`013F 44 40 1792 orl a,#0x40`
1793			`0141 F0 1793 movx @dptr,a`
1794			`0142 1794 00110$:`
1795			`1795 ; ../../include/ztex-eeprom.h:123: return 1;`
1796			`0142 75 82 01 1796 mov dpl,#0x01`
1797			`0145 22 1797 ret`
1798			`1798 ;------------------------------------------------------------`
1799			`1799 ;Allocation info for local variables in function 'eeprom_read'`
1800			`1800 ;------------------------------------------------------------`
1801			`1801 ;addr Allocated with name '_eeprom_read_PARM_2'`
1802			`1802 ;length Allocated with name '_eeprom_read_PARM_3'`
1803			`1803 ;buf Allocated to registers r2 r3`
1804			`1804 ;bytes Allocated to registers r4`
1805			`1805 ;i Allocated to registers`
1806			`1806 ;------------------------------------------------------------`
1807			`1807 ; ../../include/ztex-eeprom.h:131: BYTE eeprom_read ( __xdata BYTE *buf, WORD addr, BYTE length ) {`
1808			`1808 ; -----------------------------------------`
1809			`1809 ; function eeprom_read`
1810			`1810 ; -----------------------------------------`
1811			`0146 1811 _eeprom_read:`
1812			`0146 AA 82 1812 mov r2,dpl`
1813			`0148 AB 83 1813 mov r3,dph`
1814			`1814 ; ../../include/ztex-eeprom.h:132: BYTE bytes = 0,i;`
1815			`014A 7C 00 1815 mov r4,#0x00`
1816			`1816 ; ../../include/ztex-eeprom.h:134: if ( length == 0 )`
1817			`014C E5*04 1817 mov a,_eeprom_read_PARM_3`
1818			`1818 ; ../../include/ztex-eeprom.h:135: return 0;`
1819			`014E 70 03 1819 jnz 00102$`
1820			`0150 F5 82 1820 mov dpl,a`
1821			`0152 22 1821 ret`
1822			`0153 1822 00102$:`
1823			`1823 ; ../../include/ztex-eeprom.h:137: if ( eeprom_select(EEPROM_ADDR, 100,0) )`
1824			`0153 75*00 64 1824 mov _eeprom_select_PARM_2,#0x64`
1825			`0156 75*01 00 1825 mov _eeprom_select_PARM_3,#0x00`
1826			`0159 75 82 A2 1826 mov dpl,#0xA2`
1827			`015C C0 02 1827 push ar2`
1828			`015E C0 03 1828 push ar3`
1829			`0160 C0 04 1829 push ar4`
1830			`0162 12s00rE2 1830 lcall _eeprom_select`
1831			`0165 E5 82 1831 mov a,dpl`
1832			`0167 D0 04 1832 pop ar4`
1833			`0169 D0 03 1833 pop ar3`
1834			`016B D0 02 1834 pop ar2`
1835			`016D 60 03 1835 jz 00134$`
1836			`016F 02s02r4C 1836 ljmp 00117$`
1837			`0172 1837 00134$:`
1838			`1838 ; ../../include/ztex-eeprom.h:140: I2DAT = HI(addr); // write address`
1839			`0172 90 E6 79 1839 mov dptr,#_I2DAT`
1840			`0175 E5*03 1840 mov a,(_eeprom_read_PARM_2 + 1)`
1841			`0177 F0 1841 movx @dptr,a`
1842			`1842 ; ../../include/ztex-eeprom.h:141: if ( i2c_waitWrite() ) goto eeprom_read_end;`
1843			`0178 C0 02 1843 push ar2`
1844			`017A C0 03 1844 push ar3`
1845			`017C C0 04 1845 push ar4`
1846			`017E 12s00r58 1846 lcall _i2c_waitWrite`
1847			`0181 E5 82 1847 mov a,dpl`
1848			`0183 D0 04 1848 pop ar4`
1849			`0185 D0 03 1849 pop ar3`
1850			`0187 D0 02 1850 pop ar2`
1851			`0189 60 03 1851 jz 00135$`
1852			`018B 02s02r4C 1852 ljmp 00117$`
1853			`018E 1853 00135$:`
1854			`1854 ; ../../include/ztex-eeprom.h:142: I2DAT = LO(addr); // write address`
1855			`018E 90 E6 79 1855 mov dptr,#_I2DAT`
1856			`0191 E5*02 1856 mov a,_eeprom_read_PARM_2`
1857			`0193 F0 1857 movx @dptr,a`
1858			`1858 ; ../../include/ztex-eeprom.h:143: if ( i2c_waitWrite() ) goto eeprom_read_end;`
1859			`0194 C0 02 1859 push ar2`
1860			`0196 C0 03 1860 push ar3`
1861			`0198 C0 04 1861 push ar4`
1862			`019A 12s00r58 1862 lcall _i2c_waitWrite`
1863			`019D E5 82 1863 mov a,dpl`
1864			`019F D0 04 1864 pop ar4`
1865			`01A1 D0 03 1865 pop ar3`
1866			`01A3 D0 02 1866 pop ar2`
1867			`01A5 60 03 1867 jz 00136$`
1868			`01A7 02s02r4C 1868 ljmp 00117$`
1869			`01AA 1869 00136$:`
1870			`1870 ; ../../include/ztex-eeprom.h:144: I2CS \|= bmBIT6;`
1871			`01AA 90 E6 78 1871 mov dptr,#_I2CS`
1872			`01AD E0 1872 movx a,@dptr`
1873			`01AE 44 40 1873 orl a,#0x40`
1874			`01B0 F0 1874 movx @dptr,a`
1875			`1875 ; ../../include/ztex-eeprom.h:145: i2c_waitStop();`
1876			`01B1 C0 02 1876 push ar2`
1877			`01B3 C0 03 1877 push ar3`
1878			`01B5 C0 04 1878 push ar4`
1879			`01B7 12s00rC8 1879 lcall _i2c_waitStop`
1880			`1880 ; ../../include/ztex-eeprom.h:147: I2CS \|= bmBIT7; // start bit`
1881			`01BA 90 E6 78 1881 mov dptr,#_I2CS`
1882			`01BD E0 1882 movx a,@dptr`
1883			`01BE 44 80 1883 orl a,#0x80`
1884			`01C0 F0 1884 movx @dptr,a`
1885			`1885 ; ../../include/ztex-eeprom.h:148: i2c_waitStart();`
1886			`01C1 12s00rAE 1886 lcall _i2c_waitStart`
1887			`1887 ; ../../include/ztex-eeprom.h:149: I2DAT = EEPROM_ADDR \| 1; // select device for reading`
1888			`01C4 90 E6 79 1888 mov dptr,#_I2DAT`
1889			`01C7 74 A3 1889 mov a,#0xA3`
1890			`01C9 F0 1890 movx @dptr,a`
1891			`1891 ; ../../include/ztex-eeprom.h:150: if ( i2c_waitWrite() ) goto eeprom_read_end;`
1892			`01CA 12s00r58 1892 lcall _i2c_waitWrite`
1893			`01CD E5 82 1893 mov a,dpl`
1894			`01CF D0 04 1894 pop ar4`
1895			`01D1 D0 03 1895 pop ar3`
1896			`01D3 D0 02 1896 pop ar2`
1897			`01D5 70 75 1897 jnz 00117$`
1898			`1898 ; ../../include/ztex-eeprom.h:152: *buf = I2DAT; // dummy read`
1899			`01D7 90 E6 79 1899 mov dptr,#_I2DAT`
1900			`01DA E0 1900 movx a,@dptr`
1901			`01DB 8A 82 1901 mov dpl,r2`
1902			`01DD 8B 83 1902 mov dph,r3`
1903			`01DF F0 1903 movx @dptr,a`
1904			`1904 ; ../../include/ztex-eeprom.h:153: if ( i2c_waitRead()) goto eeprom_read_end;`
1905			`01E0 C0 02 1905 push ar2`
1906			`01E2 C0 03 1906 push ar3`
1907			`01E4 C0 04 1907 push ar4`
1908			`01E6 12s00r85 1908 lcall _i2c_waitRead`
1909			`01E9 E5 82 1909 mov a,dpl`
1910			`01EB D0 04 1910 pop ar4`
1911			`01ED D0 03 1911 pop ar3`
1912			`01EF D0 02 1912 pop ar2`
1913			`01F1 70 59 1913 jnz 00117$`
1914			`01F3 FD 1914 mov r5,a`
1915			`01F4 1915 00118$:`
1916			`1916 ; ../../include/ztex-eeprom.h:154: for (; bytes`
1917			`01F4 C3 1917 clr c`
1918			`01F5 ED 1918 mov a,r5`
1919			`01F6 95*04 1919 subb a,_eeprom_read_PARM_3`
1920			`01F8 50 2A 1920 jnc 00121$`
1921			`1921 ; ../../include/ztex-eeprom.h:155: *buf = I2DAT; // read data`
1922			`01FA 90 E6 79 1922 mov dptr,#_I2DAT`
1923			`01FD E0 1923 movx a,@dptr`
1924			`01FE 8A 82 1924 mov dpl,r2`
1925			`0200 8B 83 1925 mov dph,r3`
1926			`0202 F0 1926 movx @dptr,a`
1927			`0203 A3 1927 inc dptr`
1928			`0204 AA 82 1928 mov r2,dpl`
1929			`0206 AB 83 1929 mov r3,dph`
1930			`1930 ; ../../include/ztex-eeprom.h:156: buf++;`
1931			`1931 ; ../../include/ztex-eeprom.h:157: if ( i2c_waitRead()) goto eeprom_read_end;`
1932			`0208 C0 02 1932 push ar2`
1933			`020A C0 03 1933 push ar3`
1934			`020C C0 04 1934 push ar4`
1935			`020E C0 05 1935 push ar5`
1936			`0210 12s00r85 1936 lcall _i2c_waitRead`
1937			`0213 E5 82 1937 mov a,dpl`
1938			`0215 D0 05 1938 pop ar5`
1939			`0217 D0 04 1939 pop ar4`
1940			`0219 D0 03 1940 pop ar3`
1941			`021B D0 02 1941 pop ar2`
1942			`021D 70 2D 1942 jnz 00117$`
1943			`1943 ; ../../include/ztex-eeprom.h:154: for (; bytes`
1944			`021F 0D 1944 inc r5`
1945			`0220 8D 04 1945 mov ar4,r5`
1946			`0222 80 D0 1946 sjmp 00118$`
1947			`0224 1947 00121$:`
1948			`1948 ; ../../include/ztex-eeprom.h:160: I2CS \|= bmBIT5; // no ACK`
1949			`0224 90 E6 78 1949 mov dptr,#_I2CS`
1950			`0227 E0 1950 movx a,@dptr`
1951			`0228 44 20 1951 orl a,#0x20`
1952			`022A F0 1952 movx @dptr,a`
1953			`1953 ; ../../include/ztex-eeprom.h:161: i = I2DAT; // dummy read`
1954			`022B 90 E6 79 1954 mov dptr,#_I2DAT`
1955			`022E E0 1955 movx a,@dptr`
1956			`1956 ; ../../include/ztex-eeprom.h:162: if ( i2c_waitRead()) goto eeprom_read_end;`
1957			`022F C0 04 1957 push ar4`
1958			`0231 12s00r85 1958 lcall _i2c_waitRead`
1959			`0234 E5 82 1959 mov a,dpl`
1960			`0236 D0 04 1960 pop ar4`
1961			`0238 70 12 1961 jnz 00117$`
1962			`1962 ; ../../include/ztex-eeprom.h:164: I2CS \|= bmBIT6; // stop bit`
1963			`023A 90 E6 78 1963 mov dptr,#_I2CS`
1964			`023D E0 1964 movx a,@dptr`
1965			`023E 44 40 1965 orl a,#0x40`
1966			`0240 F0 1966 movx @dptr,a`
1967			`1967 ; ../../include/ztex-eeprom.h:165: i = I2DAT; // dummy read`
1968			`0241 90 E6 79 1968 mov dptr,#_I2DAT`
1969			`0244 E0 1969 movx a,@dptr`
1970			`1970 ; ../../include/ztex-eeprom.h:166: i2c_waitStop();`
1971			`0245 C0 04 1971 push ar4`
1972			`0247 12s00rC8 1972 lcall _i2c_waitStop`
1973			`024A D0 04 1973 pop ar4`
1974			`1974 ; ../../include/ztex-eeprom.h:168: eeprom_read_end:`
1975			`024C 1975 00117$:`
1976			`1976 ; ../../include/ztex-eeprom.h:169: return bytes;`
1977			`024C 8C 82 1977 mov dpl,r4`
1978			`024E 22 1978 ret`
1979			`1979 ;------------------------------------------------------------`
1980			`1980 ;Allocation info for local variables in function 'eeprom_write'`
1981			`1981 ;------------------------------------------------------------`
1982			`1982 ;addr Allocated with name '_eeprom_write_PARM_2'`
1983			`1983 ;length Allocated with name '_eeprom_write_PARM_3'`
1984			`1984 ;buf Allocated to registers r2 r3`
1985			`1985 ;bytes Allocated to registers r4`
1986			`1986 ;------------------------------------------------------------`
1987			`1987 ; ../../include/ztex-eeprom.h:178: BYTE eeprom_write ( __xdata BYTE *buf, WORD addr, BYTE length ) {`
1988			`1988 ; -----------------------------------------`
1989			`1989 ; function eeprom_write`
1990			`1990 ; -----------------------------------------`
1991			`024F 1991 _eeprom_write:`
1992			`024F AA 82 1992 mov r2,dpl`
1993			`0251 AB 83 1993 mov r3,dph`
1994			`1994 ; ../../include/ztex-eeprom.h:179: BYTE bytes = 0;`
1995			`0253 7C 00 1995 mov r4,#0x00`
1996			`1996 ; ../../include/ztex-eeprom.h:181: if ( length == 0 )`
1997			`0255 E5*07 1997 mov a,_eeprom_write_PARM_3`
1998			`1998 ; ../../include/ztex-eeprom.h:182: return 0;`
1999			`0257 70 03 1999 jnz 00102$`
2000			`0259 F5 82 2000 mov dpl,a`
2001			`025B 22 2001 ret`
2002			`025C 2002 00102$:`
2003			`2003 ; ../../include/ztex-eeprom.h:184: if ( eeprom_select(EEPROM_ADDR, 100,0) )`
2004			`025C 75*00 64 2004 mov _eeprom_select_PARM_2,#0x64`
2005			`025F 75*01 00 2005 mov _eeprom_select_PARM_3,#0x00`
2006			`0262 75 82 A2 2006 mov dpl,#0xA2`
2007			`0265 C0 02 2007 push ar2`
2008			`0267 C0 03 2008 push ar3`
2009			`0269 C0 04 2009 push ar4`
2010			`026B 12s00rE2 2010 lcall _eeprom_select`
2011			`026E E5 82 2011 mov a,dpl`
2012			`0270 D0 04 2012 pop ar4`
2013			`0272 D0 03 2013 pop ar3`
2014			`0274 D0 02 2014 pop ar2`
2015			`0276 60 03 2015 jz 00125$`
2016			`0278 02s03r0C 2016 ljmp 00111$`
2017			`027B 2017 00125$:`
2018			`2018 ; ../../include/ztex-eeprom.h:187: I2DAT = HI(addr); // write address`
2019			`027B 90 E6 79 2019 mov dptr,#_I2DAT`
2020			`027E E5*06 2020 mov a,(_eeprom_write_PARM_2 + 1)`
2021			`0280 F0 2021 movx @dptr,a`
2022			`2022 ; ../../include/ztex-eeprom.h:188: if ( i2c_waitWrite() ) goto eeprom_write_end;`
2023			`0281 C0 02 2023 push ar2`
2024			`0283 C0 03 2024 push ar3`
2025			`0285 C0 04 2025 push ar4`
2026			`0287 12s00r58 2026 lcall _i2c_waitWrite`
2027			`028A E5 82 2027 mov a,dpl`
2028			`028C D0 04 2028 pop ar4`
2029			`028E D0 03 2029 pop ar3`
2030			`0290 D0 02 2030 pop ar2`
2031			`0292 60 03 2031 jz 00126$`
2032			`0294 02s03r0C 2032 ljmp 00111$`
2033			`0297 2033 00126$:`
2034			`2034 ; ../../include/ztex-eeprom.h:189: I2DAT = LO(addr); // write address`
2035			`0297 90 E6 79 2035 mov dptr,#_I2DAT`
2036			`029A E5*05 2036 mov a,_eeprom_write_PARM_2`
2037			`029C F0 2037 movx @dptr,a`
2038			`2038 ; ../../include/ztex-eeprom.h:190: if ( i2c_waitWrite() ) goto eeprom_write_end;`
2039			`029D C0 02 2039 push ar2`
2040			`029F C0 03 2040 push ar3`
2041			`02A1 C0 04 2041 push ar4`
2042			`02A3 12s00r58 2042 lcall _i2c_waitWrite`
2043			`02A6 E5 82 2043 mov a,dpl`
2044			`02A8 D0 04 2044 pop ar4`
2045			`02AA D0 03 2045 pop ar3`
2046			`02AC D0 02 2046 pop ar2`
2047			`02AE 70 5C 2047 jnz 00111$`
2048			`02B0 FD 2048 mov r5,a`
2049			`02B1 2049 00112$:`
2050			`2050 ; ../../include/ztex-eeprom.h:192: for (; bytes`
2051			`02B1 C3 2051 clr c`
2052			`02B2 ED 2052 mov a,r5`
2053			`02B3 95*07 2053 subb a,_eeprom_write_PARM_3`
2054			`02B5 50 47 2054 jnc 00115$`
2055			`2055 ; ../../include/ztex-eeprom.h:193: I2DAT = *buf; // write data`
2056			`02B7 8A 82 2056 mov dpl,r2`
2057			`02B9 8B 83 2057 mov dph,r3`
2058			`02BB E0 2058 movx a,@dptr`
2059			`02BC FE 2059 mov r6,a`
2060			`02BD A3 2060 inc dptr`
2061			`02BE AA 82 2061 mov r2,dpl`
2062			`02C0 AB 83 2062 mov r3,dph`
2063			`02C2 90 E6 79 2063 mov dptr,#_I2DAT`
2064			`02C5 EE 2064 mov a,r6`
2065			`02C6 F0 2065 movx @dptr,a`
2066			`2066 ; ../../include/ztex-eeprom.h:194: eeprom_write_checksum += *buf;`
2067			`02C7 90s00r04 2067 mov dptr,#_eeprom_write_checksum`
2068			`02CA E0 2068 movx a,@dptr`
2069			`02CB FF 2069 mov r7,a`
2070			`02CC EE 2070 mov a,r6`
2071			`02CD 2F 2071 add a,r7`
2072			`02CE F0 2072 movx @dptr,a`
2073			`2073 ; ../../include/ztex-eeprom.h:195: buf++;`
2074			`2074 ; ../../include/ztex-eeprom.h:196: eeprom_write_bytes+=1;`
2075			`02CF 90s00r02 2075 mov dptr,#_eeprom_write_bytes`
2076			`02D2 E0 2076 movx a,@dptr`
2077			`02D3 FE 2077 mov r6,a`
2078			`02D4 A3 2078 inc dptr`
2079			`02D5 E0 2079 movx a,@dptr`
2080			`02D6 FF 2080 mov r7,a`
2081			`02D7 90s00r02 2081 mov dptr,#_eeprom_write_bytes`
2082			`02DA 74 01 2082 mov a,#0x01`
2083			`02DC 2E 2083 add a,r6`
2084			`02DD F0 2084 movx @dptr,a`
2085			`02DE E4 2085 clr a`
2086			`02DF 3F 2086 addc a,r7`
2087			`02E0 A3 2087 inc dptr`
2088			`02E1 F0 2088 movx @dptr,a`
2089			`2089 ; ../../include/ztex-eeprom.h:197: if ( i2c_waitWrite() ) goto eeprom_write_end;`
2090			`02E2 C0 02 2090 push ar2`
2091			`02E4 C0 03 2091 push ar3`
2092			`02E6 C0 04 2092 push ar4`
2093			`02E8 C0 05 2093 push ar5`
2094			`02EA 12s00r58 2094 lcall _i2c_waitWrite`
2095			`02ED E5 82 2095 mov a,dpl`
2096			`02EF D0 05 2096 pop ar5`
2097			`02F1 D0 04 2097 pop ar4`
2098			`02F3 D0 03 2098 pop ar3`
2099			`02F5 D0 02 2099 pop ar2`
2100			`02F7 70 13 2100 jnz 00111$`
2101			`2101 ; ../../include/ztex-eeprom.h:192: for (; bytes`
2102			`02F9 0D 2102 inc r5`
2103			`02FA 8D 04 2103 mov ar4,r5`
2104			`02FC 80 B3 2104 sjmp 00112$`
2105			`02FE 2105 00115$:`
2106			`2106 ; ../../include/ztex-eeprom.h:199: I2CS \|= bmBIT6; // stop bit`
2107			`02FE 90 E6 78 2107 mov dptr,#_I2CS`
2108			`0301 E0 2108 movx a,@dptr`
2109			`0302 44 40 2109 orl a,#0x40`
2110			`0304 F0 2110 movx @dptr,a`
2111			`2111 ; ../../include/ztex-eeprom.h:200: i2c_waitStop();`
2112			`0305 C0 04 2112 push ar4`
2113			`0307 12s00rC8 2113 lcall _i2c_waitStop`
2114			`030A D0 04 2114 pop ar4`
2115			`2115 ; ../../include/ztex-eeprom.h:202: eeprom_write_end:`
2116			`030C 2116 00111$:`
2117			`2117 ; ../../include/ztex-eeprom.h:203: return bytes;`
2118			`030C 8C 82 2118 mov dpl,r4`
2119			`030E 22 2119 ret`
2120			`2120 ;------------------------------------------------------------`
2121			`2121 ;Allocation info for local variables in function 'eeprom_read_ep0'`
2122			`2122 ;------------------------------------------------------------`
2123			`2123 ;i Allocated to registers r3`
2124			`2124 ;b Allocated to registers r2`
2125			`2125 ;------------------------------------------------------------`
2126			`2126 ; ../../include/ztex-eeprom.h:209: BYTE eeprom_read_ep0 () {`
2127			`2127 ; -----------------------------------------`
2128			`2128 ; function eeprom_read_ep0`
2129			`2129 ; -----------------------------------------`
2130			`030F 2130 _eeprom_read_ep0:`
2131			`2131 ; ../../include/ztex-eeprom.h:211: b = ep0_payload_transfer;`
2132			`030F 90s00r02 2132 mov dptr,#_ep0_payload_transfer`
2133			`0312 E0 2133 movx a,@dptr`
2134			`0313 FA 2134 mov r2,a`
2135			`2135 ; ../../include/ztex-eeprom.h:212: i = eeprom_read(EP0BUF, eeprom_addr, b);`
2136			`0314 90s00r00 2136 mov dptr,#_eeprom_addr`
2137			`0317 E0 2137 movx a,@dptr`
2138			`0318 F5*02 2138 mov _eeprom_read_PARM_2,a`
2139			`031A A3 2139 inc dptr`
2140			`031B E0 2140 movx a,@dptr`
2141			`031C F5*03 2141 mov (_eeprom_read_PARM_2 + 1),a`
2142			`031E 8A*04 2142 mov _eeprom_read_PARM_3,r2`
2143			`0320 90 E7 40 2143 mov dptr,#_EP0BUF`
2144			`0323 C0 02 2144 push ar2`
2145			`0325 12s01r46 2145 lcall _eeprom_read`
2146			`0328 AB 82 2146 mov r3,dpl`
2147			`032A D0 02 2147 pop ar2`
2148			`2148 ; ../../include/ztex-eeprom.h:213: eeprom_addr += b;`
2149			`032C 7C 00 2149 mov r4,#0x00`
2150			`032E 90s00r00 2150 mov dptr,#_eeprom_addr`
2151			`0331 E0 2151 movx a,@dptr`
2152			`0332 FD 2152 mov r5,a`
2153			`0333 A3 2153 inc dptr`
2154			`0334 E0 2154 movx a,@dptr`
2155			`0335 FE 2155 mov r6,a`
2156			`0336 90s00r00 2156 mov dptr,#_eeprom_addr`
2157			`0339 EA 2157 mov a,r2`
2158			`033A 2D 2158 add a,r5`
2159			`033B F0 2159 movx @dptr,a`
2160			`033C EC 2160 mov a,r4`
2161			`033D 3E 2161 addc a,r6`
2162			`033E A3 2162 inc dptr`
2163			`033F F0 2163 movx @dptr,a`
2164			`2164 ; ../../include/ztex-eeprom.h:214: return i;`
2165			`0340 8B 82 2165 mov dpl,r3`
2166			`0342 22 2166 ret`
2167			`2167 ;------------------------------------------------------------`
2168			`2168 ;Allocation info for local variables in function 'eeprom_write_ep0'`
2169			`2169 ;------------------------------------------------------------`
2170			`2170 ;length Allocated to registers r2`
2171			`2171 ;------------------------------------------------------------`
2172			`2172 ; ../../include/ztex-eeprom.h:230: void eeprom_write_ep0 ( BYTE length ) {`
2173			`2173 ; -----------------------------------------`
2174			`2174 ; function eeprom_write_ep0`
2175			`2175 ; -----------------------------------------`
2176			`0343 2176 _eeprom_write_ep0:`
2177			`0343 AA 82 2177 mov r2,dpl`
2178			`2178 ; ../../include/ztex-eeprom.h:231: eeprom_write(EP0BUF, eeprom_addr, length);`
2179			`0345 90s00r00 2179 mov dptr,#_eeprom_addr`
2180			`0348 E0 2180 movx a,@dptr`
2181			`0349 F5*05 2181 mov _eeprom_write_PARM_2,a`
2182			`034B A3 2182 inc dptr`
2183			`034C E0 2183 movx a,@dptr`
2184			`034D F5*06 2184 mov (_eeprom_write_PARM_2 + 1),a`
2185			`034F 8A*07 2185 mov _eeprom_write_PARM_3,r2`
2186			`0351 90 E7 40 2186 mov dptr,#_EP0BUF`
2187			`0354 C0 02 2187 push ar2`
2188			`0356 12s02r4F 2188 lcall _eeprom_write`
2189			`0359 D0 02 2189 pop ar2`
2190			`2190 ; ../../include/ztex-eeprom.h:232: eeprom_addr += length;`
2191			`035B 7B 00 2191 mov r3,#0x00`
2192			`035D 90s00r00 2192 mov dptr,#_eeprom_addr`
2193			`0360 E0 2193 movx a,@dptr`
2194			`0361 FC 2194 mov r4,a`
2195			`0362 A3 2195 inc dptr`
2196			`0363 E0 2196 movx a,@dptr`
2197			`0364 FD 2197 mov r5,a`
2198			`0365 90s00r00 2198 mov dptr,#_eeprom_addr`
2199			`0368 EA 2199 mov a,r2`
2200			`0369 2C 2200 add a,r4`
2201			`036A F0 2201 movx @dptr,a`
2202			`036B EB 2202 mov a,r3`
2203			`036C 3D 2203 addc a,r5`
2204			`036D A3 2204 inc dptr`
2205			`036E F0 2205 movx @dptr,a`
2206			`036F 22 2206 ret`
2207			`2207 ;------------------------------------------------------------`
2208			`2208 ;Allocation info for local variables in function 'mac_eeprom_read'`
2209			`2209 ;------------------------------------------------------------`
2210			`2210 ;addr Allocated with name '_mac_eeprom_read_PARM_2'`
2211			`2211 ;length Allocated with name '_mac_eeprom_read_PARM_3'`
2212			`2212 ;buf Allocated to registers r2 r3`
2213			`2213 ;bytes Allocated to registers r4`
2214			`2214 ;i Allocated to registers`
2215			`2215 ;------------------------------------------------------------`
2216			`2216 ; ../../include/ztex-eeprom.h:272: BYTE mac_eeprom_read ( __xdata BYTE *buf, BYTE addr, BYTE length ) {`
2217			`2217 ; -----------------------------------------`
2218			`2218 ; function mac_eeprom_read`
2219			`2219 ; -----------------------------------------`
2220			`0370 2220 _mac_eeprom_read:`
2221			`0370 AA 82 2221 mov r2,dpl`
2222			`0372 AB 83 2222 mov r3,dph`
2223			`2223 ; ../../include/ztex-eeprom.h:273: BYTE bytes = 0,i;`
2224			`0374 7C 00 2224 mov r4,#0x00`
2225			`2225 ; ../../include/ztex-eeprom.h:275: if ( length == 0 )`
2226			`0376 E5*09 2226 mov a,_mac_eeprom_read_PARM_3`
2227			`2227 ; ../../include/ztex-eeprom.h:276: return 0;`
2228			`0378 70 03 2228 jnz 00102$`
2229			`037A F5 82 2229 mov dpl,a`
2230			`037C 22 2230 ret`
2231			`037D 2231 00102$:`
2232			`2232 ; ../../include/ztex-eeprom.h:278: if ( eeprom_select(EEPROM_MAC_ADDR, 100,0) )`
2233			`037D 75*00 64 2233 mov _eeprom_select_PARM_2,#0x64`
2234			`0380 75*01 00 2234 mov _eeprom_select_PARM_3,#0x00`
2235			`0383 75 82 A6 2235 mov dpl,#0xA6`
2236			`0386 C0 02 2236 push ar2`
2237			`0388 C0 03 2237 push ar3`
2238			`038A C0 04 2238 push ar4`
2239			`038C 12s00rE2 2239 lcall _eeprom_select`
2240			`038F E5 82 2240 mov a,dpl`
2241			`0391 D0 04 2241 pop ar4`
2242			`0393 D0 03 2242 pop ar3`
2243			`0395 D0 02 2243 pop ar2`
2244			`0397 60 03 2244 jz 00131$`
2245			`0399 02s04r5A 2245 ljmp 00115$`
2246			`039C 2246 00131$:`
2247			`2247 ; ../../include/ztex-eeprom.h:281: I2DAT = addr; // write address`
2248			`039C 90 E6 79 2248 mov dptr,#_I2DAT`
2249			`039F E5*08 2249 mov a,_mac_eeprom_read_PARM_2`
2250			`03A1 F0 2250 movx @dptr,a`
2251			`2251 ; ../../include/ztex-eeprom.h:282: if ( i2c_waitWrite() ) goto mac_eeprom_read_end;`
2252			`03A2 C0 02 2252 push ar2`
2253			`03A4 C0 03 2253 push ar3`
2254			`03A6 C0 04 2254 push ar4`
2255			`03A8 12s00r58 2255 lcall _i2c_waitWrite`
2256			`03AB E5 82 2256 mov a,dpl`
2257			`03AD D0 04 2257 pop ar4`
2258			`03AF D0 03 2258 pop ar3`
2259			`03B1 D0 02 2259 pop ar2`
2260			`03B3 60 03 2260 jz 00132$`
2261			`03B5 02s04r5A 2261 ljmp 00115$`
2262			`03B8 2262 00132$:`
2263			`2263 ; ../../include/ztex-eeprom.h:283: I2CS \|= bmBIT6;`
2264			`03B8 90 E6 78 2264 mov dptr,#_I2CS`
2265			`03BB E0 2265 movx a,@dptr`
2266			`03BC 44 40 2266 orl a,#0x40`
2267			`03BE F0 2267 movx @dptr,a`
2268			`2268 ; ../../include/ztex-eeprom.h:284: i2c_waitStop();`
2269			`03BF C0 02 2269 push ar2`
2270			`03C1 C0 03 2270 push ar3`
2271			`03C3 C0 04 2271 push ar4`
2272			`03C5 12s00rC8 2272 lcall _i2c_waitStop`
2273			`2273 ; ../../include/ztex-eeprom.h:286: I2CS \|= bmBIT7; // start bit`
2274			`03C8 90 E6 78 2274 mov dptr,#_I2CS`
2275			`03CB E0 2275 movx a,@dptr`
2276			`03CC 44 80 2276 orl a,#0x80`
2277			`03CE F0 2277 movx @dptr,a`
2278			`2278 ; ../../include/ztex-eeprom.h:287: i2c_waitStart();`
2279			`03CF 12s00rAE 2279 lcall _i2c_waitStart`
2280			`2280 ; ../../include/ztex-eeprom.h:288: I2DAT = EEPROM_MAC_ADDR \| 1; // select device for reading`
2281			`03D2 90 E6 79 2281 mov dptr,#_I2DAT`
2282			`03D5 74 A7 2282 mov a,#0xA7`
2283			`03D7 F0 2283 movx @dptr,a`
2284			`2284 ; ../../include/ztex-eeprom.h:289: if ( i2c_waitWrite() ) goto mac_eeprom_read_end;`
2285			`03D8 12s00r58 2285 lcall _i2c_waitWrite`
2286			`03DB E5 82 2286 mov a,dpl`
2287			`03DD D0 04 2287 pop ar4`
2288			`03DF D0 03 2288 pop ar3`
2289			`03E1 D0 02 2289 pop ar2`
2290			`03E3 70 75 2290 jnz 00115$`
2291			`2291 ; ../../include/ztex-eeprom.h:291: *buf = I2DAT; // dummy read`
2292			`03E5 90 E6 79 2292 mov dptr,#_I2DAT`
2293			`03E8 E0 2293 movx a,@dptr`
2294			`03E9 8A 82 2294 mov dpl,r2`
2295			`03EB 8B 83 2295 mov dph,r3`
2296			`03ED F0 2296 movx @dptr,a`
2297			`2297 ; ../../include/ztex-eeprom.h:292: if ( i2c_waitRead()) goto mac_eeprom_read_end;`
2298			`03EE C0 02 2298 push ar2`
2299			`03F0 C0 03 2299 push ar3`
2300			`03F2 C0 04 2300 push ar4`
2301			`03F4 12s00r85 2301 lcall _i2c_waitRead`
2302			`03F7 E5 82 2302 mov a,dpl`
2303			`03F9 D0 04 2303 pop ar4`
2304			`03FB D0 03 2304 pop ar3`
2305			`03FD D0 02 2305 pop ar2`
2306			`03FF 70 59 2306 jnz 00115$`
2307			`0401 FD 2307 mov r5,a`
2308			`0402 2308 00116$:`
2309			`2309 ; ../../include/ztex-eeprom.h:293: for (; bytes`
2310			`0402 C3 2310 clr c`
2311			`0403 ED 2311 mov a,r5`
2312			`0404 95*09 2312 subb a,_mac_eeprom_read_PARM_3`
2313			`0406 50 2A 2313 jnc 00119$`
2314			`2314 ; ../../include/ztex-eeprom.h:294: *buf = I2DAT; // read data`
2315			`0408 90 E6 79 2315 mov dptr,#_I2DAT`
2316			`040B E0 2316 movx a,@dptr`
2317			`040C 8A 82 2317 mov dpl,r2`
2318			`040E 8B 83 2318 mov dph,r3`
2319			`0410 F0 2319 movx @dptr,a`
2320			`0411 A3 2320 inc dptr`
2321			`0412 AA 82 2321 mov r2,dpl`
2322			`0414 AB 83 2322 mov r3,dph`
2323			`2323 ; ../../include/ztex-eeprom.h:295: buf++;`
2324			`2324 ; ../../include/ztex-eeprom.h:296: if ( i2c_waitRead()) goto mac_eeprom_read_end;`
2325			`0416 C0 02 2325 push ar2`
2326			`0418 C0 03 2326 push ar3`
2327			`041A C0 04 2327 push ar4`
2328			`041C C0 05 2328 push ar5`
2329			`041E 12s00r85 2329 lcall _i2c_waitRead`
2330			`0421 E5 82 2330 mov a,dpl`
2331			`0423 D0 05 2331 pop ar5`
2332			`0425 D0 04 2332 pop ar4`
2333			`0427 D0 03 2333 pop ar3`
2334			`0429 D0 02 2334 pop ar2`
2335			`042B 70 2D 2335 jnz 00115$`
2336			`2336 ; ../../include/ztex-eeprom.h:293: for (; bytes`
2337			`042D 0D 2337 inc r5`
2338			`042E 8D 04 2338 mov ar4,r5`
2339			`0430 80 D0 2339 sjmp 00116$`
2340			`0432 2340 00119$:`
2341			`2341 ; ../../include/ztex-eeprom.h:299: I2CS \|= bmBIT5; // no ACK`
2342			`0432 90 E6 78 2342 mov dptr,#_I2CS`
2343			`0435 E0 2343 movx a,@dptr`
2344			`0436 44 20 2344 orl a,#0x20`
2345			`0438 F0 2345 movx @dptr,a`
2346			`2346 ; ../../include/ztex-eeprom.h:300: i = I2DAT; // dummy read`
2347			`0439 90 E6 79 2347 mov dptr,#_I2DAT`
2348			`043C E0 2348 movx a,@dptr`
2349			`2349 ; ../../include/ztex-eeprom.h:301: if ( i2c_waitRead()) goto mac_eeprom_read_end;`
2350			`043D C0 04 2350 push ar4`
2351			`043F 12s00r85 2351 lcall _i2c_waitRead`
2352			`0442 E5 82 2352 mov a,dpl`
2353			`0444 D0 04 2353 pop ar4`
2354			`0446 70 12 2354 jnz 00115$`
2355			`2355 ; ../../include/ztex-eeprom.h:303: I2CS \|= bmBIT6; // stop bit`
2356			`0448 90 E6 78 2356 mov dptr,#_I2CS`
2357			`044B E0 2357 movx a,@dptr`
2358			`044C 44 40 2358 orl a,#0x40`
2359			`044E F0 2359 movx @dptr,a`
2360			`2360 ; ../../include/ztex-eeprom.h:304: i = I2DAT; // dummy read`
2361			`044F 90 E6 79 2361 mov dptr,#_I2DAT`
2362			`0452 E0 2362 movx a,@dptr`
2363			`2363 ; ../../include/ztex-eeprom.h:305: i2c_waitStop();`
2364			`0453 C0 04 2364 push ar4`
2365			`0455 12s00rC8 2365 lcall _i2c_waitStop`
2366			`0458 D0 04 2366 pop ar4`
2367			`2367 ; ../../include/ztex-eeprom.h:307: mac_eeprom_read_end:`
2368			`045A 2368 00115$:`
2369			`2369 ; ../../include/ztex-eeprom.h:308: return bytes;`
2370			`045A 8C 82 2370 mov dpl,r4`
2371			`045C 22 2371 ret`
2372			`2372 ;------------------------------------------------------------`
2373			`2373 ;Allocation info for local variables in function 'mac_eeprom_write'`
2374			`2374 ;------------------------------------------------------------`
2375			`2375 ;addr Allocated with name '_mac_eeprom_write_PARM_2'`
2376			`2376 ;length Allocated with name '_mac_eeprom_write_PARM_3'`
2377			`2377 ;buf Allocated to registers r2 r3`
2378			`2378 ;bytes Allocated to registers r4`
2379			`2379 ;------------------------------------------------------------`
2380			`2380 ; ../../include/ztex-eeprom.h:317: BYTE mac_eeprom_write ( __xdata BYTE *buf, BYTE addr, BYTE length ) {`
2381			`2381 ; -----------------------------------------`
2382			`2382 ; function mac_eeprom_write`
2383			`2383 ; -----------------------------------------`
2384			`045D 2384 _mac_eeprom_write:`
2385			`045D AA 82 2385 mov r2,dpl`
2386			`045F AB 83 2386 mov r3,dph`
2387			`2387 ; ../../include/ztex-eeprom.h:318: BYTE bytes = 0;`
2388			`0461 7C 00 2388 mov r4,#0x00`
2389			`2389 ; ../../include/ztex-eeprom.h:320: if ( length == 0 )`
2390			`0463 E5*0B 2390 mov a,_mac_eeprom_write_PARM_3`
2391			`2391 ; ../../include/ztex-eeprom.h:321: return 0;`
2392			`0465 70 03 2392 jnz 00102$`
2393			`0467 F5 82 2393 mov dpl,a`
2394			`0469 22 2394 ret`
2395			`046A 2395 00102$:`
2396			`2396 ; ../../include/ztex-eeprom.h:323: if ( eeprom_select(EEPROM_MAC_ADDR, 100,0) )`
2397			`046A 75*00 64 2397 mov _eeprom_select_PARM_2,#0x64`
2398			`046D 75*01 00 2398 mov _eeprom_select_PARM_3,#0x00`
2399			`0470 75 82 A6 2399 mov dpl,#0xA6`
2400			`0473 C0 02 2400 push ar2`
2401			`0475 C0 03 2401 push ar3`
2402			`0477 C0 04 2402 push ar4`
2403			`0479 12s00rE2 2403 lcall _eeprom_select`
2404			`047C E5 82 2404 mov a,dpl`
2405			`047E D0 04 2405 pop ar4`
2406			`0480 D0 03 2406 pop ar3`
2407			`0482 D0 02 2407 pop ar2`
2408			`0484 60 03 2408 jz 00132$`
2409			`0486 02s05r4C 2409 ljmp 00119$`
2410			`0489 2410 00132$:`
2411			`2411 ; ../../include/ztex-eeprom.h:326: I2DAT = addr; // write address`
2412			`0489 90 E6 79 2412 mov dptr,#_I2DAT`
2413			`048C E5*0A 2413 mov a,_mac_eeprom_write_PARM_2`
2414			`048E F0 2414 movx @dptr,a`
2415			`2415 ; ../../include/ztex-eeprom.h:327: if ( i2c_waitWrite() ) goto mac_eeprom_write_end;`
2416			`048F C0 02 2416 push ar2`
2417			`0491 C0 03 2417 push ar3`
2418			`0493 C0 04 2418 push ar4`
2419			`0495 12s00r58 2419 lcall _i2c_waitWrite`
2420			`0498 E5 82 2420 mov a,dpl`
2421			`049A D0 04 2421 pop ar4`
2422			`049C D0 03 2422 pop ar3`
2423			`049E D0 02 2423 pop ar2`
2424			`04A0 60 03 2424 jz 00133$`
2425			`04A2 02s05r4C 2425 ljmp 00119$`
2426			`04A5 2426 00133$:`
2427			`2427 ; ../../include/ztex-eeprom.h:329: while ( bytes`
2428			`04A5 AD*0A 2428 mov r5,_mac_eeprom_write_PARM_2`
2429			`04A7 7E 00 2429 mov r6,#0x00`
2430			`04A9 2430 00116$:`
2431			`04A9 C3 2431 clr c`
2432			`04AA EE 2432 mov a,r6`
2433			`04AB 95*0B 2433 subb a,_mac_eeprom_write_PARM_3`
2434			`04AD 40 03 2434 jc 00134$`
2435			`04AF 02s05r3E 2435 ljmp 00118$`
2436			`04B2 2436 00134$:`
2437			`2437 ; ../../include/ztex-eeprom.h:330: I2DAT = *buf; // write data`
2438			`04B2 8A 82 2438 mov dpl,r2`
2439			`04B4 8B 83 2439 mov dph,r3`
2440			`04B6 E0 2440 movx a,@dptr`
2441			`04B7 FF 2441 mov r7,a`
2442			`04B8 A3 2442 inc dptr`
2443			`04B9 AA 82 2443 mov r2,dpl`
2444			`04BB AB 83 2444 mov r3,dph`
2445			`04BD 90 E6 79 2445 mov dptr,#_I2DAT`
2446			`04C0 EF 2446 mov a,r7`
2447			`04C1 F0 2447 movx @dptr,a`
2448			`2448 ; ../../include/ztex-eeprom.h:331: buf++;`
2449			`2449 ; ../../include/ztex-eeprom.h:332: if ( i2c_waitWrite() ) goto mac_eeprom_write_end;`
2450			`04C2 C0 02 2450 push ar2`
2451			`04C4 C0 03 2451 push ar3`
2452			`04C6 C0 04 2452 push ar4`
2453			`04C8 C0 05 2453 push ar5`
2454			`04CA C0 06 2454 push ar6`
2455			`04CC 12s00r58 2455 lcall _i2c_waitWrite`
2456			`04CF E5 82 2456 mov a,dpl`
2457			`04D1 D0 06 2457 pop ar6`
2458			`04D3 D0 05 2458 pop ar5`
2459			`04D5 D0 04 2459 pop ar4`
2460			`04D7 D0 03 2460 pop ar3`
2461			`04D9 D0 02 2461 pop ar2`
2462			`04DB 70 6F 2462 jnz 00119$`
2463			`2463 ; ../../include/ztex-eeprom.h:334: addr++;`
2464			`04DD 0D 2464 inc r5`
2465			`04DE 8D*0A 2465 mov _mac_eeprom_write_PARM_2,r5`
2466			`2466 ; ../../include/ztex-eeprom.h:335: bytes++;`
2467			`04E0 0E 2467 inc r6`
2468			`04E1 8E 04 2468 mov ar4,r6`
2469			`2469 ; ../../include/ztex-eeprom.h:336: if ( ( (addr & 8) == 0 ) && ( bytes`
2470			`04E3 ED 2470 mov a,r5`
2471			`04E4 20 E3 C2 2471 jb acc.3,00116$`
2472			`04E7 C3 2472 clr c`
2473			`04E8 EE 2473 mov a,r6`
2474			`04E9 95*0B 2474 subb a,_mac_eeprom_write_PARM_3`
2475			`04EB 50 BC 2475 jnc 00116$`
2476			`2476 ; ../../include/ztex-eeprom.h:337: I2CS \|= bmBIT6; // stop bit`
2477			`04ED 90 E6 78 2477 mov dptr,#_I2CS`
2478			`04F0 E0 2478 movx a,@dptr`
2479			`04F1 44 40 2479 orl a,#0x40`
2480			`04F3 F0 2480 movx @dptr,a`
2481			`2481 ; ../../include/ztex-eeprom.h:338: i2c_waitStop();`
2482			`04F4 C0 02 2482 push ar2`
2483			`04F6 C0 03 2483 push ar3`
2484			`04F8 C0 04 2484 push ar4`
2485			`04FA C0 05 2485 push ar5`
2486			`04FC C0 06 2486 push ar6`
2487			`04FE 12s00rC8 2487 lcall _i2c_waitStop`
2488			`2488 ; ../../include/ztex-eeprom.h:340: if ( eeprom_select(EEPROM_MAC_ADDR, 100,0) )`
2489			`0501 75*00 64 2489 mov _eeprom_select_PARM_2,#0x64`
2490			`0504 75*01 00 2490 mov _eeprom_select_PARM_3,#0x00`
2491			`0507 75 82 A6 2491 mov dpl,#0xA6`
2492			`050A 12s00rE2 2492 lcall _eeprom_select`
2493			`050D E5 82 2493 mov a,dpl`
2494			`050F D0 06 2494 pop ar6`
2495			`0511 D0 05 2495 pop ar5`
2496			`0513 D0 04 2496 pop ar4`
2497			`0515 D0 03 2497 pop ar3`
2498			`0517 D0 02 2498 pop ar2`
2499			`0519 70 31 2499 jnz 00119$`
2500			`2500 ; ../../include/ztex-eeprom.h:343: I2DAT = addr; // write address`
2501			`051B 90 E6 79 2501 mov dptr,#_I2DAT`
2502			`051E ED 2502 mov a,r5`
2503			`051F F0 2503 movx @dptr,a`
2504			`2504 ; ../../include/ztex-eeprom.h:344: if ( i2c_waitWrite() ) goto mac_eeprom_write_end;`
2505			`0520 C0 02 2505 push ar2`
2506			`0522 C0 03 2506 push ar3`
2507			`0524 C0 04 2507 push ar4`
2508			`0526 C0 05 2508 push ar5`
2509			`0528 C0 06 2509 push ar6`
2510			`052A 12s00r58 2510 lcall _i2c_waitWrite`
2511			`052D E5 82 2511 mov a,dpl`
2512			`052F D0 06 2512 pop ar6`
2513			`0531 D0 05 2513 pop ar5`
2514			`0533 D0 04 2514 pop ar4`
2515			`0535 D0 03 2515 pop ar3`
2516			`0537 D0 02 2516 pop ar2`
2517			`0539 70 11 2517 jnz 00119$`
2518			`053B 02s04rA9 2518 ljmp 00116$`
2519			`053E 2519 00118$:`
2520			`2520 ; ../../include/ztex-eeprom.h:347: I2CS \|= bmBIT6; // stop bit`
2521			`053E 90 E6 78 2521 mov dptr,#_I2CS`
2522			`0541 E0 2522 movx a,@dptr`
2523			`0542 44 40 2523 orl a,#0x40`
2524			`0544 F0 2524 movx @dptr,a`
2525			`2525 ; ../../include/ztex-eeprom.h:348: i2c_waitStop();`
2526			`0545 C0 04 2526 push ar4`
2527			`0547 12s00rC8 2527 lcall _i2c_waitStop`
2528			`054A D0 04 2528 pop ar4`
2529			`2529 ; ../../include/ztex-eeprom.h:350: mac_eeprom_write_end:`
2530			`054C 2530 00119$:`
2531			`2531 ; ../../include/ztex-eeprom.h:351: mac_eeprom_addr = addr;`
2532			`054C 90s00r05 2532 mov dptr,#_mac_eeprom_addr`
2533			`054F E5*0A 2533 mov a,_mac_eeprom_write_PARM_2`
2534			`0551 F0 2534 movx @dptr,a`
2535			`2535 ; ../../include/ztex-eeprom.h:352: return bytes;`
2536			`0552 8C 82 2536 mov dpl,r4`
2537			`0554 22 2537 ret`
2538			`2538 ;------------------------------------------------------------`
2539			`2539 ;Allocation info for local variables in function 'mac_eeprom_read_ep0'`
2540			`2540 ;------------------------------------------------------------`
2541			`2541 ;i Allocated to registers r3`
2542			`2542 ;b Allocated to registers r2`
2543			`2543 ;------------------------------------------------------------`
2544			`2544 ; ../../include/ztex-eeprom.h:358: BYTE mac_eeprom_read_ep0 () {`
2545			`2545 ; -----------------------------------------`
2546			`2546 ; function mac_eeprom_read_ep0`
2547			`2547 ; -----------------------------------------`
2548			`0555 2548 _mac_eeprom_read_ep0:`
2549			`2549 ; ../../include/ztex-eeprom.h:360: b = ep0_payload_transfer;`
2550			`0555 90s00r02 2550 mov dptr,#_ep0_payload_transfer`
2551			`0558 E0 2551 movx a,@dptr`
2552			`0559 FA 2552 mov r2,a`
2553			`2553 ; ../../include/ztex-eeprom.h:361: i = mac_eeprom_read(EP0BUF, mac_eeprom_addr, b);`
2554			`055A 90s00r05 2554 mov dptr,#_mac_eeprom_addr`
2555			`055D E0 2555 movx a,@dptr`
2556			`055E F5*08 2556 mov _mac_eeprom_read_PARM_2,a`
2557			`0560 8A*09 2557 mov _mac_eeprom_read_PARM_3,r2`
2558			`0562 90 E7 40 2558 mov dptr,#_EP0BUF`
2559			`0565 C0 02 2559 push ar2`
2560			`0567 12s03r70 2560 lcall _mac_eeprom_read`
2561			`056A AB 82 2561 mov r3,dpl`
2562			`056C D0 02 2562 pop ar2`
2563			`2563 ; ../../include/ztex-eeprom.h:362: mac_eeprom_addr += b;`
2564			`056E 90s00r05 2564 mov dptr,#_mac_eeprom_addr`
2565			`0571 E0 2565 movx a,@dptr`
2566			`0572 FC 2566 mov r4,a`
2567			`0573 EA 2567 mov a,r2`
2568			`0574 2C 2568 add a,r4`
2569			`0575 F0 2569 movx @dptr,a`
2570			`2570 ; ../../include/ztex-eeprom.h:363: return i;`
2571			`0576 8B 82 2571 mov dpl,r3`
2572			`0578 22 2572 ret`
2573			`2573 ;------------------------------------------------------------`
2574			`2574 ;Allocation info for local variables in function 'spi_clocks'`
2575			`2575 ;------------------------------------------------------------`
2576			`2576 ;c Allocated to registers`
2577			`2577 ;------------------------------------------------------------`
2578			`2578 ; ../../include/ztex-flash2.h:98: void spi_clocks (BYTE c) {`
2579			`2579 ; -----------------------------------------`
2580			`2580 ; function spi_clocks`
2581			`2581 ; -----------------------------------------`
2582			`0579 2582 _spi_clocks:`
2583			`2583 ; ../../include/ztex-flash2.h:110: }`
2584			`2584`
2585			`0579 AA 82 2585 mov r2,dpl`
2586			`057B 2586 010014$:`
2587			`057B D2 80 2587 setb _IOA0`
2588			`057D 00 2588 nop`
2589			`057E 00 2589 nop`
2590			`057F 00 2590 nop`
2591			`0580 C2 80 2591 clr _IOA0`
2592			`0582 DA F7 2592 djnz r2,010014$`
2593			`2593 ; # 109 "../../include/ztex-flash2.h"`
2594			`0584 22 2594 ret`
2595			`2595 ;------------------------------------------------------------`
2596			`2596 ;Allocation info for local variables in function 'flash_read_byte'`
2597			`2597 ;------------------------------------------------------------`
2598			`2598 ;------------------------------------------------------------`
2599			`2599 ; ../../include/ztex-flash2.h:118: __asm`
2600			`2600 ; -----------------------------------------`
2601			`2601 ; function flash_read_byte`
2602			`2602 ; -----------------------------------------`
2603			`0585 2603 _flash_read_byte:`
2604			`2604 ; ../../include/ztex-flash2.h:169: void flash_read(__xdata BYTE *buf, BYTE len) {`
2605			`2605`
2606			`2606`
2607			`0585 A2 A0 2607 mov c,_IOC0`
2608			`2608 ; # 121 "../../include/ztex-flash2.h"`
2609			`0587 D2 80 2609 setb _IOA0`
2610			`0589 33 2610 rlc a`
2611			`058A C2 80 2611 clr _IOA0`
2612			`2612`
2613			`058C A2 A0 2613 mov c,_IOC0`
2614			`2614 ; # 126 "../../include/ztex-flash2.h"`
2615			`058E D2 80 2615 setb _IOA0`
2616			`0590 33 2616 rlc a`
2617			`0591 C2 80 2617 clr _IOA0`
2618			`2618`
2619			`0593 A2 A0 2619 mov c,_IOC0`
2620			`2620 ; # 131 "../../include/ztex-flash2.h"`
2621			`0595 D2 80 2621 setb _IOA0`
2622			`0597 33 2622 rlc a`
2623			`0598 C2 80 2623 clr _IOA0`
2624			`2624`
2625			`059A A2 A0 2625 mov c,_IOC0`
2626			`2626 ; # 136 "../../include/ztex-flash2.h"`
2627			`059C D2 80 2627 setb _IOA0`
2628			`059E 33 2628 rlc a`
2629			`059F C2 80 2629 clr _IOA0`
2630			`2630`
2631			`05A1 A2 A0 2631 mov c,_IOC0`
2632			`2632 ; # 141 "../../include/ztex-flash2.h"`
2633			`05A3 D2 80 2633 setb _IOA0`
2634			`05A5 33 2634 rlc a`
2635			`05A6 C2 80 2635 clr _IOA0`
2636			`2636`
2637			`05A8 A2 A0 2637 mov c,_IOC0`
2638			`2638 ; # 146 "../../include/ztex-flash2.h"`
2639			`05AA D2 80 2639 setb _IOA0`
2640			`05AC 33 2640 rlc a`
2641			`05AD C2 80 2641 clr _IOA0`
2642			`2642`
2643			`05AF A2 A0 2643 mov c,_IOC0`
2644			`2644 ; # 151 "../../include/ztex-flash2.h"`
2645			`05B1 D2 80 2645 setb _IOA0`
2646			`05B3 33 2646 rlc a`
2647			`05B4 C2 80 2647 clr _IOA0`
2648			`2648`
2649			`05B6 A2 A0 2649 mov c,_IOC0`
2650			`2650 ; # 156 "../../include/ztex-flash2.h"`
2651			`05B8 D2 80 2651 setb _IOA0`
2652			`05BA 33 2652 rlc a`
2653			`05BB C2 80 2653 clr _IOA0`
2654			`05BD F5 82 2654 mov dpl,a`
2655			`05BF 22 2655 ret`
2656			`2656 ; ../../include/ztex-flash2.h:170: *buf; // this avoids stupid warnings`
2657			`05C0 75 82 00 2657 mov dpl,#0x00`
2658			`05C3 22 2658 ret`
2659			`2659 ;------------------------------------------------------------`
2660			`2660 ;Allocation info for local variables in function 'flash_read'`
2661			`2661 ;------------------------------------------------------------`
2662			`2662 ;len Allocated with name '_flash_read_PARM_2'`
2663			`2663 ;buf Allocated to registers`
2664			`2664 ;------------------------------------------------------------`
2665			`2665 ; ../../include/ztex-flash2.h:169: void flash_read(__xdata BYTE *buf, BYTE len) {`
2666			`2666 ; -----------------------------------------`
2667			`2667 ; function flash_read`
2668			`2668 ; -----------------------------------------`
2669			`05C4 2669 _flash_read:`
2670			`2670 ; ../../include/ztex-flash2.h:228: __asm`
2671			`2671`
2672			`2672 ; # 173 "../../include/ztex-flash2.h"`
2673			`05C4 AA*00 2673 mov r2,_flash_read_PARM_2`
2674			`05C6 2674 010012$:`
2675			`2675`
2676			`05C6 A2 A0 2676 mov c,_IOC0`
2677			`2677 ; # 177 "../../include/ztex-flash2.h"`
2678			`05C8 D2 80 2678 setb _IOA0`
2679			`05CA 33 2679 rlc a`
2680			`05CB C2 80 2680 clr _IOA0`
2681			`2681`
2682			`05CD A2 A0 2682 mov c,_IOC0`
2683			`2683 ; # 182 "../../include/ztex-flash2.h"`
2684			`05CF D2 80 2684 setb _IOA0`
2685			`05D1 33 2685 rlc a`
2686			`05D2 C2 80 2686 clr _IOA0`
2687			`2687`
2688			`05D4 A2 A0 2688 mov c,_IOC0`
2689			`2689 ; # 187 "../../include/ztex-flash2.h"`
2690			`05D6 D2 80 2690 setb _IOA0`
2691			`05D8 33 2691 rlc a`
2692			`05D9 C2 80 2692 clr _IOA0`
2693			`2693`
2694			`05DB A2 A0 2694 mov c,_IOC0`
2695			`2695 ; # 192 "../../include/ztex-flash2.h"`
2696			`05DD D2 80 2696 setb _IOA0`
2697			`05DF 33 2697 rlc a`
2698			`05E0 C2 80 2698 clr _IOA0`
2699			`2699`
2700			`05E2 A2 A0 2700 mov c,_IOC0`
2701			`2701 ; # 197 "../../include/ztex-flash2.h"`
2702			`05E4 D2 80 2702 setb _IOA0`
2703			`05E6 33 2703 rlc a`
2704			`05E7 C2 80 2704 clr _IOA0`
2705			`2705`
2706			`05E9 A2 A0 2706 mov c,_IOC0`
2707			`2707 ; # 202 "../../include/ztex-flash2.h"`
2708			`05EB D2 80 2708 setb _IOA0`
2709			`05ED 33 2709 rlc a`
2710			`05EE C2 80 2710 clr _IOA0`
2711			`2711`
2712			`05F0 A2 A0 2712 mov c,_IOC0`
2713			`2713 ; # 207 "../../include/ztex-flash2.h"`
2714			`05F2 D2 80 2714 setb _IOA0`
2715			`05F4 33 2715 rlc a`
2716			`05F5 C2 80 2716 clr _IOA0`
2717			`2717`
2718			`05F7 A2 A0 2718 mov c,_IOC0`
2719			`2719 ; # 212 "../../include/ztex-flash2.h"`
2720			`05F9 D2 80 2720 setb _IOA0`
2721			`05FB 33 2721 rlc a`
2722			`05FC C2 80 2722 clr _IOA0`
2723			`2723`
2724			`05FE F0 2724 movx @dptr,a`
2725			`05FF A3 2725 inc dptr`
2726			`0600 DA C4 2726 djnz r2,010012$`
2727			`0602 22 2727 ret`
2728			`2728 ;------------------------------------------------------------`
2729			`2729 ;Allocation info for local variables in function 'spi_write_byte'`
2730			`2730 ;------------------------------------------------------------`
2731			`2731 ;b Allocated to registers`
2732			`2732 ;------------------------------------------------------------`
2733			`2733 ; ../../include/ztex-flash2.h:235: rlc a // 6`
2734			`2734 ; -----------------------------------------`
2735			`2735 ; function spi_write_byte`
2736			`2736 ; -----------------------------------------`
2737			`0603 2737 _spi_write_byte:`
2738			`2738 ; ../../include/ztex-flash2.h:280: *buf; // this avoids stupid warnings`
2739			`2739`
2740			`2740 ; # 230 "../../include/ztex-flash2.h"`
2741			`0603 E5 82 2741 mov a,dpl`
2742			`0605 33 2742 rlc a`
2743			`2743 ; # 232 "../../include/ztex-flash2.h"`
2744			`2744`
2745			`0606 92 81 2745 mov _IOA1,c`
2746			`0608 D2 80 2746 setb _IOA0`
2747			`060A 33 2747 rlc a`
2748			`2748 ; # 236 "../../include/ztex-flash2.h"`
2749			`060B C2 80 2749 clr _IOA0`
2750			`2750`
2751			`060D 92 81 2751 mov _IOA1,c`
2752			`060F D2 80 2752 setb _IOA0`
2753			`0611 33 2753 rlc a`
2754			`2754 ; # 241 "../../include/ztex-flash2.h"`
2755			`0612 C2 80 2755 clr _IOA0`
2756			`2756`
2757			`0614 92 81 2757 mov _IOA1,c`
2758			`0616 D2 80 2758 setb _IOA0`
2759			`0618 33 2759 rlc a`
2760			`2760 ; # 246 "../../include/ztex-flash2.h"`
2761			`0619 C2 80 2761 clr _IOA0`
2762			`2762`
2763			`061B 92 81 2763 mov _IOA1,c`
2764			`061D D2 80 2764 setb _IOA0`
2765			`061F 33 2765 rlc a`
2766			`2766 ; # 251 "../../include/ztex-flash2.h"`
2767			`0620 C2 80 2767 clr _IOA0`
2768			`2768`
2769			`0622 92 81 2769 mov _IOA1,c`
2770			`0624 D2 80 2770 setb _IOA0`
2771			`0626 33 2771 rlc a`
2772			`2772 ; # 256 "../../include/ztex-flash2.h"`
2773			`0627 C2 80 2773 clr _IOA0`
2774			`2774`
2775			`0629 92 81 2775 mov _IOA1,c`
2776			`062B D2 80 2776 setb _IOA0`
2777			`062D 33 2777 rlc a`
2778			`2778 ; # 261 "../../include/ztex-flash2.h"`
2779			`062E C2 80 2779 clr _IOA0`
2780			`2780`
2781			`0630 92 81 2781 mov _IOA1,c`
2782			`0632 D2 80 2782 setb _IOA0`
2783			`0634 33 2783 rlc a`
2784			`2784 ; # 266 "../../include/ztex-flash2.h"`
2785			`0635 C2 80 2785 clr _IOA0`
2786			`2786`
2787			`0637 92 81 2787 mov _IOA1,c`
2788			`0639 D2 80 2788 setb _IOA0`
2789			`063B 00 2789 nop`
2790			`063C C2 80 2790 clr _IOA0`
2791			`063E 22 2791 ret`
2792			`2792 ;------------------------------------------------------------`
2793			`2793 ;Allocation info for local variables in function 'spi_write'`
2794			`2794 ;------------------------------------------------------------`
2795			`2795 ;len Allocated with name '_spi_write_PARM_2'`
2796			`2796 ;buf Allocated to registers`
2797			`2797 ;------------------------------------------------------------`
2798			`2798 ; ../../include/ztex-flash2.h:279: void spi_write(__xdata BYTE *buf, BYTE len) {`
2799			`2799 ; -----------------------------------------`
2800			`2800 ; function spi_write`
2801			`2801 ; -----------------------------------------`
2802			`063F 2802 _spi_write:`
2803			`2803 ; ../../include/ztex-flash2.h:339: void spi_select() {`
2804			`2804`
2805			`2805 ; # 283 "../../include/ztex-flash2.h"`
2806			`063F AA*00 2806 mov r2,_flash_read_PARM_2`
2807			`0641 2807 010013$:`
2808			`2808 ; # 286 "../../include/ztex-flash2.h"`
2809			`0641 E0 2809 movx a,@dptr`
2810			`0642 33 2810 rlc a`
2811			`2811 ; # 288 "../../include/ztex-flash2.h"`
2812			`2812`
2813			`0643 92 81 2813 mov _IOA1,c`
2814			`0645 D2 80 2814 setb _IOA0`
2815			`0647 33 2815 rlc a`
2816			`2816 ; # 292 "../../include/ztex-flash2.h"`
2817			`0648 C2 80 2817 clr _IOA0`
2818			`2818`
2819			`064A 92 81 2819 mov _IOA1,c`
2820			`064C D2 80 2820 setb _IOA0`
2821			`064E 33 2821 rlc a`
2822			`2822 ; # 297 "../../include/ztex-flash2.h"`
2823			`064F C2 80 2823 clr _IOA0`
2824			`2824`
2825			`0651 92 81 2825 mov _IOA1,c`
2826			`0653 D2 80 2826 setb _IOA0`
2827			`0655 33 2827 rlc a`
2828			`2828 ; # 302 "../../include/ztex-flash2.h"`
2829			`0656 C2 80 2829 clr _IOA0`
2830			`2830`
2831			`0658 92 81 2831 mov _IOA1,c`
2832			`065A D2 80 2832 setb _IOA0`
2833			`065C 33 2833 rlc a`
2834			`2834 ; # 307 "../../include/ztex-flash2.h"`
2835			`065D C2 80 2835 clr _IOA0`
2836			`2836`
2837			`065F 92 81 2837 mov _IOA1,c`
2838			`0661 D2 80 2838 setb _IOA0`
2839			`0663 33 2839 rlc a`
2840			`2840 ; # 312 "../../include/ztex-flash2.h"`
2841			`0664 C2 80 2841 clr _IOA0`
2842			`2842`
2843			`0666 92 81 2843 mov _IOA1,c`
2844			`0668 D2 80 2844 setb _IOA0`
2845			`066A 33 2845 rlc a`
2846			`2846 ; # 317 "../../include/ztex-flash2.h"`
2847			`066B C2 80 2847 clr _IOA0`
2848			`2848`
2849			`066D 92 81 2849 mov _IOA1,c`
2850			`066F D2 80 2850 setb _IOA0`
2851			`0671 33 2851 rlc a`
2852			`2852 ; # 322 "../../include/ztex-flash2.h"`
2853			`0672 C2 80 2853 clr _IOA0`
2854			`2854`
2855			`0674 92 81 2855 mov _IOA1,c`
2856			`0676 D2 80 2856 setb _IOA0`
2857			`0678 A3 2857 inc dptr`
2858			`0679 C2 80 2858 clr _IOA0`
2859			`2859`
2860			`067B DA C4 2860 djnz r2,010013$`
2861			`067D 22 2861 ret`
2862			`2862 ;------------------------------------------------------------`
2863			`2863 ;Allocation info for local variables in function 'spi_select'`
2864			`2864 ;------------------------------------------------------------`
2865			`2865 ;------------------------------------------------------------`
2866			`2866 ; ../../include/ztex-flash2.h:348: // de-select the flash (CS)`
2867			`2867 ; -----------------------------------------`
2868			`2868 ; function spi_select`
2869			`2869 ; -----------------------------------------`
2870			`067E 2870 _spi_select:`
2871			`2871 ; ../../include/ztex-flash2.h:349: void spi_deselect() {`
2872			`067E D2 83 2872 setb _IOA3`
2873			`2873 ; ../../include/ztex-flash2.h:350: SPI_CS = 1; // CS = 1;`
2874			`0680 75 82 08 2874 mov dpl,#0x08`
2875			`0683 12s05r79 2875 lcall _spi_clocks`
2876			`2876 ; ../../include/ztex-flash2.h:342: SPI_CS = 0;`
2877			`0686 C2 83 2877 clr _IOA3`
2878			`0688 22 2878 ret`
2879			`2879 ;------------------------------------------------------------`
2880			`2880 ;Allocation info for local variables in function 'spi_deselect'`
2881			`2881 ;------------------------------------------------------------`
2882			`2882 ;------------------------------------------------------------`
2883			`2883 ; ../../include/ztex-flash2.h:349: void spi_deselect() {`
2884			`2884 ; -----------------------------------------`
2885			`2885 ; function spi_deselect`
2886			`2886 ; -----------------------------------------`
2887			`0689 2887 _spi_deselect:`
2888			`2888 ; ../../include/ztex-flash2.h:350: SPI_CS = 1; // CS = 1;`
2889			`0689 D2 83 2889 setb _IOA3`
2890			`2890 ; ../../include/ztex-flash2.h:351: spi_clocks(8); // 8 dummy clocks to finish a previous command`
2891			`068B 75 82 08 2891 mov dpl,#0x08`
2892			`068E 02s05r79 2892 ljmp _spi_clocks`
2893			`2893 ;------------------------------------------------------------`
2894			`2894 ;Allocation info for local variables in function 'spi_wait'`
2895			`2895 ;------------------------------------------------------------`
2896			`2896 ;i Allocated to registers r2 r3`
2897			`2897 ;------------------------------------------------------------`
2898			`2898 ; ../../include/ztex-flash2.h:371: BYTE spi_wait() {`
2899			`2899 ; -----------------------------------------`
2900			`2900 ; function spi_wait`
2901			`2901 ; -----------------------------------------`
2902			`0691 2902 _spi_wait:`
2903			`2903 ; ../../include/ztex-flash2.h:359: spi_last_cmd = $0;`
2904			`0691 90s00r13 2904 mov dptr,#_spi_last_cmd`
2905			`0694 74 05 2905 mov a,#0x05`
2906			`0696 F0 2906 movx @dptr,a`
2907			`2907 ; ../../include/ztex-flash2.h:360: spi_select(); // select`
2908			`0697 12s06r7E 2908 lcall _spi_select`
2909			`2909 ; ../../include/ztex-flash2.h:361: spi_write_byte($0); // CMD 90h`
2910			`069A 75 82 05 2910 mov dpl,#0x05`
2911			`069D 12s06r03 2911 lcall _spi_write_byte`
2912			`2912 ; ../../include/ztex-flash2.h:375: for (i=0; (flash_read_byte() & bmBIT0) && i<65535; i++ ) {`
2913			`06A0 7A 00 2913 mov r2,#0x00`
2914			`06A2 7B 00 2914 mov r3,#0x00`
2915			`06A4 2915 00102$:`
2916			`06A4 C0 02 2916 push ar2`
2917			`06A6 C0 03 2917 push ar3`
2918			`06A8 12s05r85 2918 lcall _flash_read_byte`
2919			`06AB E5 82 2919 mov a,dpl`
2920			`06AD D0 03 2920 pop ar3`
2921			`06AF D0 02 2921 pop ar2`
2922			`06B1 30 E0 2E 2922 jnb acc.0,00105$`
2923			`06B4 8A 04 2923 mov ar4,r2`
2924			`06B6 8B 05 2924 mov ar5,r3`
2925			`06B8 7E 00 2925 mov r6,#0x00`
2926			`06BA 7F 00 2926 mov r7,#0x00`
2927			`06BC C3 2927 clr c`
2928			`06BD EC 2928 mov a,r4`
2929			`06BE 94 FF 2929 subb a,#0xFF`
2930			`06C0 ED 2930 mov a,r5`
2931			`06C1 94 FF 2931 subb a,#0xFF`
2932			`06C3 EE 2932 mov a,r6`
2933			`06C4 94 00 2933 subb a,#0x00`
2934			`06C6 EF 2934 mov a,r7`
2935			`06C7 64 80 2935 xrl a,#0x80`
2936			`06C9 94 80 2936 subb a,#0x80`
2937			`06CB 50 15 2937 jnc 00105$`
2938			`2938 ; ../../include/ztex-flash2.h:376: spi_clocks(0); // 256 dummy clocks`
2939			`06CD 75 82 00 2939 mov dpl,#0x00`
2940			`06D0 C0 02 2940 push ar2`
2941			`06D2 C0 03 2941 push ar3`
2942			`06D4 12s05r79 2942 lcall _spi_clocks`
2943			`06D7 D0 03 2943 pop ar3`
2944			`06D9 D0 02 2944 pop ar2`
2945			`2945 ; ../../include/ztex-flash2.h:375: for (i=0; (flash_read_byte() & bmBIT0) && i<65535; i++ ) {`
2946			`06DB 0A 2946 inc r2`
2947			`06DC BA 00 C5 2947 cjne r2,#0x00,00102$`
2948			`06DF 0B 2948 inc r3`
2949			`06E0 80 C2 2949 sjmp 00102$`
2950			`06E2 2950 00105$:`
2951			`2951 ; ../../include/ztex-flash2.h:379: flash_ec = flash_read_byte() & bmBIT0 ? FLASH_EC_TIMEOUT : 0;`
2952			`06E2 12s05r85 2952 lcall _flash_read_byte`
2953			`06E5 E5 82 2953 mov a,dpl`
2954			`06E7 30 E0 04 2954 jnb acc.0,00108$`
2955			`06EA 7A 02 2955 mov r2,#0x02`
2956			`06EC 80 02 2956 sjmp 00109$`
2957			`06EE 2957 00108$:`
2958			`06EE 7A 00 2958 mov r2,#0x00`
2959			`06F0 2959 00109$:`
2960			`06F0 90s00r0E 2960 mov dptr,#_flash_ec`
2961			`06F3 EA 2961 mov a,r2`
2962			`06F4 F0 2962 movx @dptr,a`
2963			`2963 ; ../../include/ztex-flash2.h:380: spi_deselect();`
2964			`06F5 12s06r89 2964 lcall _spi_deselect`
2965			`2965 ; ../../include/ztex-flash2.h:381: return flash_ec;`
2966			`06F8 90s00r0E 2966 mov dptr,#_flash_ec`
2967			`06FB E0 2967 movx a,@dptr`
2968			`06FC F5 82 2968 mov dpl,a`
2969			`06FE 22 2969 ret`
2970			`2970 ;------------------------------------------------------------`
2971			`2971 ;Allocation info for local variables in function 'flash_read_init'`
2972			`2972 ;------------------------------------------------------------`
2973			`2973 ;s Allocated to registers r2 r3`
2974			`2974 ;------------------------------------------------------------`
2975			`2975 ; ../../include/ztex-flash2.h:391: BYTE flash_read_init(WORD s) {`
2976			`2976 ; -----------------------------------------`
2977			`2977 ; function flash_read_init`
2978			`2978 ; -----------------------------------------`
2979			`06FF 2979 _flash_read_init:`
2980			`06FF AA 82 2980 mov r2,dpl`
2981			`0701 AB 83 2981 mov r3,dph`
2982			`2982 ; ../../include/ztex-flash2.h:396: OESPI_OPORT &= ~bmBITSPI_BIT_DO;`
2983			`0703 20 83 0A 2983 jb _IOA3,00102$`
2984			`2984 ; ../../include/ztex-flash2.h:393: flash_ec = FLASH_EC_PENDING;`
2985			`0706 90s00r0E 2985 mov dptr,#_flash_ec`
2986			`0709 74 04 2986 mov a,#0x04`
2987			`070B F0 2987 movx @dptr,a`
2988			`2988 ; ../../include/ztex-flash2.h:394: return FLASH_EC_PENDING; // we interrupted a pending Flash operation`
2989			`070C 75 82 04 2989 mov dpl,#0x04`
2990			`070F 22 2990 ret`
2991			`0710 2991 00102$:`
2992			`2992 ; ../../include/ztex-flash2.h:396: OESPI_OPORT &= ~bmBITSPI_BIT_DO;`
2993			`0710 53 B4 FE 2993 anl _OEC,#0xFE`
2994			`2994 ; ../../include/ztex-flash2.h:397: OESPI_PORT \|= bmBITSPI_BIT_CS \| bmBITSPI_BIT_DI \| bmBITSPI_BIT_CLK;`
2995			`0713 43 B2 0B 2995 orl _OEA,#0x0B`
2996			`2996 ; ../../include/ztex-flash2.h:398: if ( spi_wait() ) {`
2997			`0716 C0 02 2997 push ar2`
2998			`0718 C0 03 2998 push ar3`
2999			`071A 12s06r91 2999 lcall _spi_wait`
3000			`071D E5 82 3000 mov a,dpl`
3001			`071F D0 03 3001 pop ar3`
3002			`0721 D0 02 3002 pop ar2`
3003			`0723 60 07 3003 jz 00104$`
3004			`3004 ; ../../include/ztex-flash2.h:399: return flash_ec;`
3005			`0725 90s00r0E 3005 mov dptr,#_flash_ec`
3006			`0728 E0 3006 movx a,@dptr`
3007			`0729 F5 82 3007 mov dpl,a`
3008			`072B 22 3008 ret`
3009			`072C 3009 00104$:`
3010			`3010 ; ../../include/ztex-flash2.h:402: s = s << ((BYTE)flash_sector_size - 8);`
3011			`072C 90s00r08 3011 mov dptr,#_flash_sector_size`
3012			`072F E0 3012 movx a,@dptr`
3013			`0730 FC 3013 mov r4,a`
3014			`0731 A3 3014 inc dptr`
3015			`0732 E0 3015 movx a,@dptr`
3016			`0733 7D 00 3016 mov r5,#0x00`
3017			`0735 EC 3017 mov a,r4`
3018			`0736 24 F8 3018 add a,#0xf8`
3019			`0738 FC 3019 mov r4,a`
3020			`0739 ED 3020 mov a,r5`
3021			`073A 34 FF 3021 addc a,#0xff`
3022			`073C FD 3022 mov r5,a`
3023			`073D 8C F0 3023 mov b,r4`
3024			`073F 05 F0 3024 inc b`
3025			`0741 80 06 3025 sjmp 00112$`
3026			`0743 3026 00111$:`
3027			`0743 EA 3027 mov a,r2`
3028			`0744 2A 3028 add a,r2`
3029			`0745 FA 3029 mov r2,a`
3030			`0746 EB 3030 mov a,r3`
3031			`0747 33 3031 rlc a`
3032			`0748 FB 3032 mov r3,a`
3033			`0749 3033 00112$:`
3034			`0749 D5 F0 F7 3034 djnz b,00111$`
3035			`3035 ; ../../include/ztex-flash2.h:359: spi_last_cmd = $0;`
3036			`074C 90s00r13 3036 mov dptr,#_spi_last_cmd`
3037			`074F 74 0B 3037 mov a,#0x0B`
3038			`0751 F0 3038 movx @dptr,a`
3039			`3039 ; ../../include/ztex-flash2.h:360: spi_select(); // select`
3040			`0752 C0 02 3040 push ar2`
3041			`0754 C0 03 3041 push ar3`
3042			`0756 12s06r7E 3042 lcall _spi_select`
3043			`3043 ; ../../include/ztex-flash2.h:361: spi_write_byte($0); // CMD 90h`
3044			`0759 75 82 0B 3044 mov dpl,#0x0B`
3045			`075C 12s06r03 3045 lcall _spi_write_byte`
3046			`075F D0 03 3046 pop ar3`
3047			`3047 ; ../../include/ztex-flash2.h:363:`
3048			`0761 8B 82 3048 mov dpl,r3`
3049			`0763 C0 03 3049 push ar3`
3050			`0765 12s06r03 3050 lcall _spi_write_byte`
3051			`0768 D0 03 3051 pop ar3`
3052			`076A D0 02 3052 pop ar2`
3053			`3053 ; ../../include/ztex-flash2.h:405: spi_write_byte(s & 255);`
3054			`076C 8A 82 3054 mov dpl,r2`
3055			`076E 12s06r03 3055 lcall _spi_write_byte`
3056			`3056 ; ../../include/ztex-flash2.h:406: spi_write_byte(0);`
3057			`0771 75 82 00 3057 mov dpl,#0x00`
3058			`0774 12s06r03 3058 lcall _spi_write_byte`
3059			`3059 ; ../../include/ztex-flash2.h:407: spi_clocks(8); // 8 dummy clocks`
3060			`0777 75 82 08 3060 mov dpl,#0x08`
3061			`077A 12s05r79 3061 lcall _spi_clocks`
3062			`3062 ; ../../include/ztex-flash2.h:408: return 0;`
3063			`077D 75 82 00 3063 mov dpl,#0x00`
3064			`0780 22 3064 ret`
3065			`3065 ;------------------------------------------------------------`
3066			`3066 ;Allocation info for local variables in function 'flash_read_next'`
3067			`3067 ;------------------------------------------------------------`
3068			`3068 ;------------------------------------------------------------`
3069			`3069 ; ../../include/ztex-flash2.h:417: BYTE flash_read_next() {`
3070			`3070 ; -----------------------------------------`
3071			`3071 ; function flash_read_next`
3072			`3072 ; -----------------------------------------`
3073			`0781 3073 _flash_read_next:`
3074			`3074 ; ../../include/ztex-flash2.h:418: return 0;`
3075			`0781 75 82 00 3075 mov dpl,#0x00`
3076			`0784 22 3076 ret`
3077			`3077 ;------------------------------------------------------------`
3078			`3078 ;Allocation info for local variables in function 'flash_read_finish'`
3079			`3079 ;------------------------------------------------------------`
3080			`3080 ;n Allocated to registers`
3081			`3081 ;------------------------------------------------------------`
3082			`3082 ; ../../include/ztex-flash2.h:428: void flash_read_finish(WORD n) {`
3083			`3083 ; -----------------------------------------`
3084			`3084 ; function flash_read_finish`
3085			`3085 ; -----------------------------------------`
3086			`0785 3086 _flash_read_finish:`
3087			`3087 ; ../../include/ztex-flash2.h:430: spi_deselect();`
3088			`0785 02s06r89 3088 ljmp _spi_deselect`
3089			`3089 ;------------------------------------------------------------`
3090			`3090 ;Allocation info for local variables in function 'spi_pp'`
3091			`3091 ;------------------------------------------------------------`
3092			`3092 ;------------------------------------------------------------`
3093			`3093 ; ../../include/ztex-flash2.h:437: BYTE spi_pp () {`
3094			`3094 ; -----------------------------------------`
3095			`3095 ; function spi_pp`
3096			`3096 ; -----------------------------------------`
3097			`0788 3097 _spi_pp:`
3098			`3098 ; ../../include/ztex-flash2.h:438: spi_deselect(); // finish previous write cmd`
3099			`0788 12s06r89 3099 lcall _spi_deselect`
3100			`3100 ; ../../include/ztex-flash2.h:440: spi_need_pp = 0;`
3101			`078B 90s00r1B 3101 mov dptr,#_spi_need_pp`
3102			`078E E4 3102 clr a`
3103			`078F F0 3103 movx @dptr,a`
3104			`3104 ; ../../include/ztex-flash2.h:442: if ( spi_wait() ) {`
3105			`0790 12s06r91 3105 lcall _spi_wait`
3106			`0793 E5 82 3106 mov a,dpl`
3107			`0795 60 07 3107 jz 00102$`
3108			`3108 ; ../../include/ztex-flash2.h:443: return flash_ec;`
3109			`0797 90s00r0E 3109 mov dptr,#_flash_ec`
3110			`079A E0 3110 movx a,@dptr`
3111			`079B F5 82 3111 mov dpl,a`
3112			`079D 22 3112 ret`
3113			`079E 3113 00102$:`
3114			`3114 ; ../../include/ztex-flash2.h:359: spi_last_cmd = $0;`
3115			`079E 90s00r13 3115 mov dptr,#_spi_last_cmd`
3116			`07A1 74 06 3116 mov a,#0x06`
3117			`07A3 F0 3117 movx @dptr,a`
3118			`3118 ; ../../include/ztex-flash2.h:360: spi_select(); // select`
3119			`07A4 12s06r7E 3119 lcall _spi_select`
3120			`3120 ; ../../include/ztex-flash2.h:361: spi_write_byte($0); // CMD 90h`
3121			`07A7 75 82 06 3121 mov dpl,#0x06`
3122			`07AA 12s06r03 3122 lcall _spi_write_byte`
3123			`3123 ; ../../include/ztex-flash2.h:446: spi_deselect();`
3124			`07AD 12s06r89 3124 lcall _spi_deselect`
3125			`3125 ; ../../include/ztex-flash2.h:359: spi_last_cmd = $0;`
3126			`07B0 90s00r13 3126 mov dptr,#_spi_last_cmd`
3127			`07B3 74 02 3127 mov a,#0x02`
3128			`07B5 F0 3128 movx @dptr,a`
3129			`3129 ; ../../include/ztex-flash2.h:360: spi_select(); // select`
3130			`07B6 12s06r7E 3130 lcall _spi_select`
3131			`3131 ; ../../include/ztex-flash2.h:361: spi_write_byte($0); // CMD 90h`
3132			`07B9 75 82 02 3132 mov dpl,#0x02`
3133			`07BC 12s06r03 3133 lcall _spi_write_byte`
3134			`3134 ; ../../include/ztex-flash2.h:363:`
3135			`07BF 90s00r18 3135 mov dptr,#_spi_write_addr_hi`
3136			`07C2 E0 3136 movx a,@dptr`
3137			`07C3 A3 3137 inc dptr`
3138			`07C4 E0 3138 movx a,@dptr`
3139			`07C5 F5 82 3139 mov dpl,a`
3140			`07C7 12s06r03 3140 lcall _spi_write_byte`
3141			`3141 ; ../../include/ztex-flash2.h:450: spi_write_byte(spi_write_addr_hi & 255);`
3142			`07CA 90s00r18 3142 mov dptr,#_spi_write_addr_hi`
3143			`07CD E0 3143 movx a,@dptr`
3144			`07CE FA 3144 mov r2,a`
3145			`07CF A3 3145 inc dptr`
3146			`07D0 E0 3146 movx a,@dptr`
3147			`07D1 8A 82 3147 mov dpl,r2`
3148			`07D3 12s06r03 3148 lcall _spi_write_byte`
3149			`3149 ; ../../include/ztex-flash2.h:451: spi_write_byte(0);`
3150			`07D6 75 82 00 3150 mov dpl,#0x00`
3151			`07D9 12s06r03 3151 lcall _spi_write_byte`
3152			`3152 ; ../../include/ztex-flash2.h:452: return 0;`
3153			`07DC 75 82 00 3153 mov dpl,#0x00`
3154			`07DF 22 3154 ret`
3155			`3155 ;------------------------------------------------------------`
3156			`3156 ;Allocation info for local variables in function 'flash_write_byte'`
3157			`3157 ;------------------------------------------------------------`
3158			`3158 ;b Allocated to registers r2`
3159			`3159 ;------------------------------------------------------------`
3160			`3160 ; ../../include/ztex-flash2.h:459: BYTE flash_write_byte (BYTE b) {`
3161			`3161 ; -----------------------------------------`
3162			`3162 ; function flash_write_byte`
3163			`3163 ; -----------------------------------------`
3164			`07E0 3164 _flash_write_byte:`
3165			`07E0 AA 82 3165 mov r2,dpl`
3166			`3166 ; ../../include/ztex-flash2.h:460: if ( spi_need_pp && spi_pp() ) return flash_ec;`
3167			`07E2 90s00r1B 3167 mov dptr,#_spi_need_pp`
3168			`07E5 E0 3168 movx a,@dptr`
3169			`07E6 FB 3169 mov r3,a`
3170			`07E7 60 12 3170 jz 00102$`
3171			`07E9 C0 02 3171 push ar2`
3172			`07EB 12s07r88 3172 lcall _spi_pp`
3173			`07EE E5 82 3173 mov a,dpl`
3174			`07F0 D0 02 3174 pop ar2`
3175			`07F2 60 07 3175 jz 00102$`
3176			`07F4 90s00r0E 3176 mov dptr,#_flash_ec`
3177			`07F7 E0 3177 movx a,@dptr`
3178			`07F8 F5 82 3178 mov dpl,a`
3179			`07FA 22 3179 ret`
3180			`07FB 3180 00102$:`
3181			`3181 ; ../../include/ztex-flash2.h:461: spi_write_byte(b);`
3182			`07FB 8A 82 3182 mov dpl,r2`
3183			`07FD 12s06r03 3183 lcall _spi_write_byte`
3184			`3184 ; ../../include/ztex-flash2.h:462: spi_write_addr_lo++;`
3185			`0800 90s00r1A 3185 mov dptr,#_spi_write_addr_lo`
3186			`0803 E0 3186 movx a,@dptr`
3187			`0804 90s00r1A 3187 mov dptr,#_spi_write_addr_lo`
3188			`0807 04 3188 inc a`
3189			`0808 F0 3189 movx @dptr,a`
3190			`3190 ; ../../include/ztex-flash2.h:463: if ( spi_write_addr_lo == 0 ) {`
3191			`0809 90s00r1A 3191 mov dptr,#_spi_write_addr_lo`
3192			`080C E0 3192 movx a,@dptr`
3193			`080D FA 3193 mov r2,a`
3194			`080E 70 1C 3194 jnz 00105$`
3195			`3195 ; ../../include/ztex-flash2.h:464: spi_write_addr_hi++;`
3196			`0810 90s00r18 3196 mov dptr,#_spi_write_addr_hi`
3197			`0813 E0 3197 movx a,@dptr`
3198			`0814 FA 3198 mov r2,a`
3199			`0815 A3 3199 inc dptr`
3200			`0816 E0 3200 movx a,@dptr`
3201			`0817 FB 3201 mov r3,a`
3202			`0818 90s00r18 3202 mov dptr,#_spi_write_addr_hi`
3203			`081B 74 01 3203 mov a,#0x01`
3204			`081D 2A 3204 add a,r2`
3205			`081E F0 3205 movx @dptr,a`
3206			`081F E4 3206 clr a`
3207			`0820 3B 3207 addc a,r3`
3208			`0821 A3 3208 inc dptr`
3209			`0822 F0 3209 movx @dptr,a`
3210			`3210 ; ../../include/ztex-flash2.h:465: spi_deselect(); // finish write cmd`
3211			`0823 12s06r89 3211 lcall _spi_deselect`
3212			`3212 ; ../../include/ztex-flash2.h:466: spi_need_pp = 1;`
3213			`0826 90s00r1B 3213 mov dptr,#_spi_need_pp`
3214			`0829 74 01 3214 mov a,#0x01`
3215			`082B F0 3215 movx @dptr,a`
3216			`082C 3216 00105$:`
3217			`3217 ; ../../include/ztex-flash2.h:468: return 0;`
3218			`082C 75 82 00 3218 mov dpl,#0x00`
3219			`082F 22 3219 ret`
3220			`3220 ;------------------------------------------------------------`
3221			`3221 ;Allocation info for local variables in function 'flash_write'`
3222			`3222 ;------------------------------------------------------------`
3223			`3223 ;len Allocated with name '_flash_write_PARM_2'`
3224			`3224 ;buf Allocated to registers r2 r3`
3225			`3225 ;b Allocated to registers r4`
3226			`3226 ;------------------------------------------------------------`
3227			`3227 ; ../../include/ztex-flash2.h:476: BYTE flash_write(__xdata BYTE *buf, BYTE len) {`
3228			`3228 ; -----------------------------------------`
3229			`3229 ; function flash_write`
3230			`3230 ; -----------------------------------------`
3231			`0830 3231 _flash_write:`
3232			`0830 AA 82 3232 mov r2,dpl`
3233			`0832 AB 83 3233 mov r3,dph`
3234			`3234 ; ../../include/ztex-flash2.h:478: if ( spi_need_pp && spi_pp() ) return flash_ec;`
3235			`0834 90s00r1B 3235 mov dptr,#_spi_need_pp`
3236			`0837 E0 3236 movx a,@dptr`
3237			`0838 FC 3237 mov r4,a`
3238			`0839 60 16 3238 jz 00102$`
3239			`083B C0 02 3239 push ar2`
3240			`083D C0 03 3240 push ar3`
3241			`083F 12s07r88 3241 lcall _spi_pp`
3242			`0842 E5 82 3242 mov a,dpl`
3243			`0844 D0 03 3243 pop ar3`
3244			`0846 D0 02 3244 pop ar2`
3245			`0848 60 07 3245 jz 00102$`
3246			`084A 90s00r0E 3246 mov dptr,#_flash_ec`
3247			`084D E0 3247 movx a,@dptr`
3248			`084E F5 82 3248 mov dpl,a`
3249			`0850 22 3249 ret`
3250			`0851 3250 00102$:`
3251			`3251 ; ../../include/ztex-flash2.h:480: if ( spi_write_addr_lo == 0 ) {`
3252			`0851 90s00r1A 3252 mov dptr,#_spi_write_addr_lo`
3253			`0854 E0 3253 movx a,@dptr`
3254			`0855 FC 3254 mov r4,a`
3255			`0856 70 0C 3255 jnz 00110$`
3256			`3256 ; ../../include/ztex-flash2.h:481: spi_write(buf,len);`
3257			`0858 850C00 3257 mov _spi_write_PARM_2,_flash_write_PARM_2`
3258			`085B 8A 82 3258 mov dpl,r2`
3259			`085D 8B 83 3259 mov dph,r3`
3260			`085F 12s06r3F 3260 lcall _spi_write`
3261			`0862 80 67 3261 sjmp 00111$`
3262			`0864 3262 00110$:`
3263			`3263 ; ../../include/ztex-flash2.h:484: b = (~spi_write_addr_lo) + 1;`
3264			`0864 EC 3264 mov a,r4`
3265			`0865 F4 3265 cpl a`
3266			`0866 FC 3266 mov r4,a`
3267			`0867 0C 3267 inc r4`
3268			`3268 ; ../../include/ztex-flash2.h:485: if ( len==0 \|\| len>b ) {`
3269			`0868 E5*0C 3269 mov a,_flash_write_PARM_2`
3270			`086A 60 06 3270 jz 00106$`
3271			`086C C3 3271 clr c`
3272			`086D EC 3272 mov a,r4`
3273			`086E 95*0C 3273 subb a,_flash_write_PARM_2`
3274			`0870 50 4F 3274 jnc 00107$`
3275			`0872 3275 00106$:`
3276			`3276 ; ../../include/ztex-flash2.h:486: spi_write(buf,b);`
3277			`0872 8C*00 3277 mov _spi_write_PARM_2,r4`
3278			`0874 8A 82 3278 mov dpl,r2`
3279			`0876 8B 83 3279 mov dph,r3`
3280			`0878 C0 02 3280 push ar2`
3281			`087A C0 03 3281 push ar3`
3282			`087C C0 04 3282 push ar4`
3283			`087E 12s06r3F 3283 lcall _spi_write`
3284			`0881 D0 04 3284 pop ar4`
3285			`0883 D0 03 3285 pop ar3`
3286			`0885 D0 02 3286 pop ar2`
3287			`3287 ; ../../include/ztex-flash2.h:487: len-=b;`
3288			`0887 E5*0C 3288 mov a,_flash_write_PARM_2`
3289			`0889 C3 3289 clr c`
3290			`088A 9C 3290 subb a,r4`
3291			`088B F5*0C 3291 mov _flash_write_PARM_2,a`
3292			`3292 ; ../../include/ztex-flash2.h:488: spi_write_addr_hi++;`
3293			`088D 90s00r18 3293 mov dptr,#_spi_write_addr_hi`
3294			`0890 E0 3294 movx a,@dptr`
3295			`0891 FD 3295 mov r5,a`
3296			`0892 A3 3296 inc dptr`
3297			`0893 E0 3297 movx a,@dptr`
3298			`0894 FE 3298 mov r6,a`
3299			`0895 90s00r18 3299 mov dptr,#_spi_write_addr_hi`
3300			`0898 74 01 3300 mov a,#0x01`
3301			`089A 2D 3301 add a,r5`
3302			`089B F0 3302 movx @dptr,a`
3303			`089C E4 3303 clr a`
3304			`089D 3E 3304 addc a,r6`
3305			`089E A3 3305 inc dptr`
3306			`089F F0 3306 movx @dptr,a`
3307			`3307 ; ../../include/ztex-flash2.h:489: spi_write_addr_lo=0;`
3308			`08A0 90s00r1A 3308 mov dptr,#_spi_write_addr_lo`
3309			`08A3 E4 3309 clr a`
3310			`08A4 F0 3310 movx @dptr,a`
3311			`3311 ; ../../include/ztex-flash2.h:490: buf+=b;`
3312			`08A5 EC 3312 mov a,r4`
3313			`08A6 2A 3313 add a,r2`
3314			`08A7 FA 3314 mov r2,a`
3315			`08A8 E4 3315 clr a`
3316			`08A9 3B 3316 addc a,r3`
3317			`08AA FB 3317 mov r3,a`
3318			`3318 ; ../../include/ztex-flash2.h:491: if ( spi_pp() ) return flash_ec;`
3319			`08AB C0 02 3319 push ar2`
3320			`08AD C0 03 3320 push ar3`
3321			`08AF 12s07r88 3321 lcall _spi_pp`
3322			`08B2 E5 82 3322 mov a,dpl`
3323			`08B4 D0 03 3323 pop ar3`
3324			`08B6 D0 02 3324 pop ar2`
3325			`08B8 60 07 3325 jz 00107$`
3326			`08BA 90s00r0E 3326 mov dptr,#_flash_ec`
3327			`08BD E0 3327 movx a,@dptr`
3328			`08BE F5 82 3328 mov dpl,a`
3329			`08C0 22 3329 ret`
3330			`08C1 3330 00107$:`
3331			`3331 ; ../../include/ztex-flash2.h:493: spi_write(buf,len);`
3332			`08C1 850C00 3332 mov _spi_write_PARM_2,_flash_write_PARM_2`
3333			`08C4 8A 82 3333 mov dpl,r2`
3334			`08C6 8B 83 3334 mov dph,r3`
3335			`08C8 12s06r3F 3335 lcall _spi_write`
3336			`08CB 3336 00111$:`
3337			`3337 ; ../../include/ztex-flash2.h:496: spi_write_addr_lo+=len;`
3338			`08CB 90s00r1A 3338 mov dptr,#_spi_write_addr_lo`
3339			`08CE E0 3339 movx a,@dptr`
3340			`08CF FA 3340 mov r2,a`
3341			`08D0 E5*0C 3341 mov a,_flash_write_PARM_2`
3342			`08D2 2A 3342 add a,r2`
3343			`08D3 F0 3343 movx @dptr,a`
3344			`3344 ; ../../include/ztex-flash2.h:498: if ( spi_write_addr_lo == 0 ) {`
3345			`08D4 90s00r1A 3345 mov dptr,#_spi_write_addr_lo`
3346			`08D7 E0 3346 movx a,@dptr`
3347			`08D8 FA 3347 mov r2,a`
3348			`08D9 70 1C 3348 jnz 00113$`
3349			`3349 ; ../../include/ztex-flash2.h:499: spi_write_addr_hi++;`
3350			`08DB 90s00r18 3350 mov dptr,#_spi_write_addr_hi`
3351			`08DE E0 3351 movx a,@dptr`
3352			`08DF FA 3352 mov r2,a`
3353			`08E0 A3 3353 inc dptr`
3354			`08E1 E0 3354 movx a,@dptr`
3355			`08E2 FB 3355 mov r3,a`
3356			`08E3 90s00r18 3356 mov dptr,#_spi_write_addr_hi`
3357			`08E6 74 01 3357 mov a,#0x01`
3358			`08E8 2A 3358 add a,r2`
3359			`08E9 F0 3359 movx @dptr,a`
3360			`08EA E4 3360 clr a`
3361			`08EB 3B 3361 addc a,r3`
3362			`08EC A3 3362 inc dptr`
3363			`08ED F0 3363 movx @dptr,a`
3364			`3364 ; ../../include/ztex-flash2.h:500: spi_deselect(); // finish write cmd`
3365			`08EE 12s06r89 3365 lcall _spi_deselect`
3366			`3366 ; ../../include/ztex-flash2.h:501: spi_need_pp = 1;`
3367			`08F1 90s00r1B 3367 mov dptr,#_spi_need_pp`
3368			`08F4 74 01 3368 mov a,#0x01`
3369			`08F6 F0 3369 movx @dptr,a`
3370			`08F7 3370 00113$:`
3371			`3371 ; ../../include/ztex-flash2.h:504: return 0;`
3372			`08F7 75 82 00 3372 mov dpl,#0x00`
3373			`08FA 22 3373 ret`
3374			`3374 ;------------------------------------------------------------`
3375			`3375 ;Allocation info for local variables in function 'flash_write_init'`
3376			`3376 ;------------------------------------------------------------`
3377			`3377 ;s Allocated to registers r2 r3`
3378			`3378 ;------------------------------------------------------------`
3379			`3379 ; ../../include/ztex-flash2.h:516: BYTE flash_write_init(WORD s) {`
3380			`3380 ; -----------------------------------------`
3381			`3381 ; function flash_write_init`
3382			`3382 ; -----------------------------------------`
3383			`08FB 3383 _flash_write_init:`
3384			`08FB AA 82 3384 mov r2,dpl`
3385			`08FD AB 83 3385 mov r3,dph`
3386			`3386 ; ../../include/ztex-flash2.h:517: if ( !SPI_CS ) {`
3387			`08FF 20 83 0A 3387 jb _IOA3,00102$`
3388			`3388 ; ../../include/ztex-flash2.h:518: flash_ec = FLASH_EC_PENDING;`
3389			`0902 90s00r0E 3389 mov dptr,#_flash_ec`
3390			`0905 74 04 3390 mov a,#0x04`
3391			`0907 F0 3391 movx @dptr,a`
3392			`3392 ; ../../include/ztex-flash2.h:519: return FLASH_EC_PENDING; // we interrupted a pending Flash operation`
3393			`0908 75 82 04 3393 mov dpl,#0x04`
3394			`090B 22 3394 ret`
3395			`090C 3395 00102$:`
3396			`3396 ; ../../include/ztex-flash2.h:521: OESPI_OPORT &= ~bmBITSPI_BIT_DO;`
3397			`090C 53 B4 FE 3397 anl _OEC,#0xFE`
3398			`3398 ; ../../include/ztex-flash2.h:522: OESPI_PORT \|= bmBITSPI_BIT_CS \| bmBITSPI_BIT_DI \| bmBITSPI_BIT_CLK;`
3399			`090F 43 B2 0B 3399 orl _OEA,#0x0B`
3400			`3400 ; ../../include/ztex-flash2.h:523: if ( spi_wait() ) {`
3401			`0912 C0 02 3401 push ar2`
3402			`0914 C0 03 3402 push ar3`
3403			`0916 12s06r91 3403 lcall _spi_wait`
3404			`0919 E5 82 3404 mov a,dpl`
3405			`091B D0 03 3405 pop ar3`
3406			`091D D0 02 3406 pop ar2`
3407			`091F 60 07 3407 jz 00104$`
3408			`3408 ; ../../include/ztex-flash2.h:524: return flash_ec;`
3409			`0921 90s00r0E 3409 mov dptr,#_flash_ec`
3410			`0924 E0 3410 movx a,@dptr`
3411			`0925 F5 82 3411 mov dpl,a`
3412			`0927 22 3412 ret`
3413			`0928 3413 00104$:`
3414			`3414 ; ../../include/ztex-flash2.h:526: spi_write_sector = s;`
3415			`0928 90s00r1C 3415 mov dptr,#_spi_write_sector`
3416			`092B EA 3416 mov a,r2`
3417			`092C F0 3417 movx @dptr,a`
3418			`092D A3 3418 inc dptr`
3419			`092E EB 3419 mov a,r3`
3420			`092F F0 3420 movx @dptr,a`
3421			`3421 ; ../../include/ztex-flash2.h:527: s = s << ((BYTE)flash_sector_size - 8);`
3422			`0930 90s00r08 3422 mov dptr,#_flash_sector_size`
3423			`0933 E0 3423 movx a,@dptr`
3424			`0934 FC 3424 mov r4,a`
3425			`0935 A3 3425 inc dptr`
3426			`0936 E0 3426 movx a,@dptr`
3427			`0937 7D 00 3427 mov r5,#0x00`
3428			`0939 EC 3428 mov a,r4`
3429			`093A 24 F8 3429 add a,#0xf8`
3430			`093C FC 3430 mov r4,a`
3431			`093D ED 3431 mov a,r5`
3432			`093E 34 FF 3432 addc a,#0xff`
3433			`0940 FD 3433 mov r5,a`
3434			`0941 8C F0 3434 mov b,r4`
3435			`0943 05 F0 3435 inc b`
3436			`0945 80 06 3436 sjmp 00112$`
3437			`0947 3437 00111$:`
3438			`0947 EA 3438 mov a,r2`
3439			`0948 2A 3439 add a,r2`
3440			`0949 FA 3440 mov r2,a`
3441			`094A EB 3441 mov a,r3`
3442			`094B 33 3442 rlc a`
3443			`094C FB 3443 mov r3,a`
3444			`094D 3444 00112$:`
3445			`094D D5 F0 F7 3445 djnz b,00111$`
3446			`3446 ; ../../include/ztex-flash2.h:528: spi_write_addr_hi = s;`
3447			`0950 90s00r18 3447 mov dptr,#_spi_write_addr_hi`
3448			`0953 EA 3448 mov a,r2`
3449			`0954 F0 3449 movx @dptr,a`
3450			`0955 A3 3450 inc dptr`
3451			`0956 EB 3451 mov a,r3`
3452			`0957 F0 3452 movx @dptr,a`
3453			`3453 ; ../../include/ztex-flash2.h:529: spi_write_addr_lo = 0;`
3454			`0958 90s00r1A 3454 mov dptr,#_spi_write_addr_lo`
3455			`095B E4 3455 clr a`
3456			`095C F0 3456 movx @dptr,a`
3457			`3457 ; ../../include/ztex-flash2.h:359: spi_last_cmd = $0;`
3458			`095D 90s00r13 3458 mov dptr,#_spi_last_cmd`
3459			`0960 74 06 3459 mov a,#0x06`
3460			`0962 F0 3460 movx @dptr,a`
3461			`3461 ; ../../include/ztex-flash2.h:360: spi_select(); // select`
3462			`0963 C0 02 3462 push ar2`
3463			`0965 C0 03 3463 push ar3`
3464			`0967 12s06r7E 3464 lcall _spi_select`
3465			`3465 ; ../../include/ztex-flash2.h:361: spi_write_byte($0); // CMD 90h`
3466			`096A 75 82 06 3466 mov dpl,#0x06`
3467			`096D 12s06r03 3467 lcall _spi_write_byte`
3468			`3468 ; ../../include/ztex-flash2.h:532: spi_deselect();`
3469			`0970 12s06r89 3469 lcall _spi_deselect`
3470			`3470 ; ../../include/ztex-flash2.h:359: spi_last_cmd = $0;`
3471			`0973 90s00r12 3471 mov dptr,#_spi_erase_cmd`
3472			`0976 E0 3472 movx a,@dptr`
3473			`0977 90s00r13 3473 mov dptr,#_spi_last_cmd`
3474			`097A F0 3474 movx @dptr,a`
3475			`3475 ; ../../include/ztex-flash2.h:360: spi_select(); // select`
3476			`097B 12s06r7E 3476 lcall _spi_select`
3477			`3477 ; ../../include/ztex-flash2.h:361: spi_write_byte($0); // CMD 90h`
3478			`097E 90s00r12 3478 mov dptr,#_spi_erase_cmd`
3479			`0981 E0 3479 movx a,@dptr`
3480			`0982 F5 82 3480 mov dpl,a`
3481			`0984 12s06r03 3481 lcall _spi_write_byte`
3482			`0987 D0 03 3482 pop ar3`
3483			`3483 ; ../../include/ztex-flash2.h:363:`
3484			`0989 8B 82 3484 mov dpl,r3`
3485			`098B C0 03 3485 push ar3`
3486			`098D 12s06r03 3486 lcall _spi_write_byte`
3487			`0990 D0 03 3487 pop ar3`
3488			`0992 D0 02 3488 pop ar2`
3489			`3489 ; ../../include/ztex-flash2.h:536: spi_write_byte(s & 255);`
3490			`0994 8A 82 3490 mov dpl,r2`
3491			`0996 12s06r03 3491 lcall _spi_write_byte`
3492			`3492 ; ../../include/ztex-flash2.h:537: spi_write_byte(0);`
3493			`0999 75 82 00 3493 mov dpl,#0x00`
3494			`099C 12s06r03 3494 lcall _spi_write_byte`
3495			`3495 ; ../../include/ztex-flash2.h:538: spi_deselect();`
3496			`099F 12s06r89 3496 lcall _spi_deselect`
3497			`3497 ; ../../include/ztex-flash2.h:540: spi_need_pp = 1;`
3498			`09A2 90s00r1B 3498 mov dptr,#_spi_need_pp`
3499			`09A5 74 01 3499 mov a,#0x01`
3500			`09A7 F0 3500 movx @dptr,a`
3501			`3501 ; ../../include/ztex-flash2.h:541: return 0;`
3502			`09A8 75 82 00 3502 mov dpl,#0x00`
3503			`09AB 22 3503 ret`
3504			`3504 ;------------------------------------------------------------`
3505			`3505 ;Allocation info for local variables in function 'flash_write_finish_sector'`
3506			`3506 ;------------------------------------------------------------`
3507			`3507 ;n Allocated to registers`
3508			`3508 ;------------------------------------------------------------`
3509			`3509 ; ../../include/ztex-flash2.h:551: BYTE flash_write_finish_sector (WORD n) {`
3510			`3510 ; -----------------------------------------`
3511			`3511 ; function flash_write_finish_sector`
3512			`3512 ; -----------------------------------------`
3513			`09AC 3513 _flash_write_finish_sector:`
3514			`3514 ; ../../include/ztex-flash2.h:553: spi_deselect();`
3515			`09AC 12s06r89 3515 lcall _spi_deselect`
3516			`3516 ; ../../include/ztex-flash2.h:554: return 0;`
3517			`09AF 75 82 00 3517 mov dpl,#0x00`
3518			`09B2 22 3518 ret`
3519			`3519 ;------------------------------------------------------------`
3520			`3520 ;Allocation info for local variables in function 'flash_write_finish'`
3521			`3521 ;------------------------------------------------------------`
3522			`3522 ;------------------------------------------------------------`
3523			`3523 ; ../../include/ztex-flash2.h:564: void flash_write_finish () {`
3524			`3524 ; -----------------------------------------`
3525			`3525 ; function flash_write_finish`
3526			`3526 ; -----------------------------------------`
3527			`09B3 3527 _flash_write_finish:`
3528			`3528 ; ../../include/ztex-flash2.h:565: spi_deselect();`
3529			`09B3 02s06r89 3529 ljmp _spi_deselect`
3530			`3530 ;------------------------------------------------------------`
3531			`3531 ;Allocation info for local variables in function 'flash_write_next'`
3532			`3532 ;------------------------------------------------------------`
3533			`3533 ;------------------------------------------------------------`
3534			`3534 ; ../../include/ztex-flash2.h:575: BYTE flash_write_next () {`
3535			`3535 ; -----------------------------------------`
3536			`3536 ; function flash_write_next`
3537			`3537 ; -----------------------------------------`
3538			`09B6 3538 _flash_write_next:`
3539			`3539 ; ../../include/ztex-flash2.h:576: spi_deselect();`
3540			`09B6 12s06r89 3540 lcall _spi_deselect`
3541			`3541 ; ../../include/ztex-flash2.h:577: return flash_write_init(spi_write_sector+1);`
3542			`09B9 90s00r1C 3542 mov dptr,#_spi_write_sector`
3543			`09BC E0 3543 movx a,@dptr`
3544			`09BD FA 3544 mov r2,a`
3545			`09BE A3 3545 inc dptr`
3546			`09BF E0 3546 movx a,@dptr`
3547			`09C0 FB 3547 mov r3,a`
3548			`09C1 8A 82 3548 mov dpl,r2`
3549			`09C3 8B 83 3549 mov dph,r3`
3550			`09C5 A3 3550 inc dptr`
3551			`09C6 02s08rFB 3551 ljmp _flash_write_init`
3552			`3552 ;------------------------------------------------------------`
3553			`3553 ;Allocation info for local variables in function 'flash_init'`
3554			`3554 ;------------------------------------------------------------`
3555			`3555 ;i Allocated to registers r2`
3556			`3556 ;------------------------------------------------------------`
3557			`3557 ; ../../include/ztex-flash2.h:585: void flash_init() {`
3558			`3558 ; -----------------------------------------`
3559			`3559 ; function flash_init`
3560			`3560 ; -----------------------------------------`
3561			`09C9 3561 _flash_init:`
3562			`3562 ; ../../include/ztex-flash2.h:588: PORTCCFG = 0;`
3563			`09C9 90 E6 71 3563 mov dptr,#_PORTCCFG`
3564			`09CC E4 3564 clr a`
3565			`09CD F0 3565 movx @dptr,a`
3566			`3566 ; ../../include/ztex-flash2.h:590: flash_enabled = 1;`
3567			`09CE 90s00r07 3567 mov dptr,#_flash_enabled`
3568			`09D1 74 01 3568 mov a,#0x01`
3569			`09D3 F0 3569 movx @dptr,a`
3570			`3570 ; ../../include/ztex-flash2.h:591: flash_ec = 0;`
3571			`09D4 90s00r0E 3571 mov dptr,#_flash_ec`
3572			`09D7 E4 3572 clr a`
3573			`09D8 F0 3573 movx @dptr,a`
3574			`3574 ; ../../include/ztex-flash2.h:592: flash_sector_size = 0x8010; // 64 KByte`
3575			`09D9 90s00r08 3575 mov dptr,#_flash_sector_size`
3576			`09DC 74 10 3576 mov a,#0x10`
3577			`09DE F0 3577 movx @dptr,a`
3578			`09DF A3 3578 inc dptr`
3579			`09E0 74 80 3579 mov a,#0x80`
3580			`09E2 F0 3580 movx @dptr,a`
3581			`3581 ; ../../include/ztex-flash2.h:593: spi_erase_cmd = 0xd8;`
3582			`09E3 90s00r12 3582 mov dptr,#_spi_erase_cmd`
3583			`09E6 74 D8 3583 mov a,#0xD8`
3584			`09E8 F0 3584 movx @dptr,a`
3585			`3585 ; ../../include/ztex-flash2.h:595: OESPI_OPORT &= ~bmBITSPI_BIT_DO;`
3586			`09E9 53 B4 FE 3586 anl _OEC,#0xFE`
3587			`3587 ; ../../include/ztex-flash2.h:596: OESPI_PORT \|= bmBITSPI_BIT_CS \| bmBITSPI_BIT_DI \| bmBITSPI_BIT_CLK;`
3588			`09EC 43 B2 0B 3588 orl _OEA,#0x0B`
3589			`3589 ; ../../include/ztex-flash2.h:597: SPI_CS = 1;`
3590			`09EF D2 83 3590 setb _IOA3`
3591			`3591 ; ../../include/ztex-flash2.h:598: spi_clocks(0); // 256 clocks`
3592			`09F1 75 82 00 3592 mov dpl,#0x00`
3593			`09F4 12s05r79 3593 lcall _spi_clocks`
3594			`3594 ; ../../include/ztex-flash2.h:359: spi_last_cmd = $0;`
3595			`09F7 90s00r13 3595 mov dptr,#_spi_last_cmd`
3596			`09FA 74 90 3596 mov a,#0x90`
3597			`09FC F0 3597 movx @dptr,a`
3598			`3598 ; ../../include/ztex-flash2.h:360: spi_select(); // select`
3599			`09FD 12s06r7E 3599 lcall _spi_select`
3600			`3600 ; ../../include/ztex-flash2.h:361: spi_write_byte($0); // CMD 90h`
3601			`0A00 75 82 90 3601 mov dpl,#0x90`
3602			`0A03 12s06r03 3602 lcall _spi_write_byte`
3603			`3603 ; ../../include/ztex-flash2.h:363:`
3604			`0A06 75 82 18 3604 mov dpl,#0x18`
3605			`0A09 12s05r79 3605 lcall _spi_clocks`
3606			`3606 ; ../../include/ztex-flash2.h:602: spi_device = flash_read_byte();`
3607			`0A0C 12s05r85 3607 lcall _flash_read_byte`
3608			`0A0F E5 82 3608 mov a,dpl`
3609			`0A11 90s00r10 3609 mov dptr,#_spi_device`
3610			`0A14 F0 3610 movx @dptr,a`
3611			`3611 ; ../../include/ztex-flash2.h:603: spi_deselect(); // deselect`
3612			`0A15 12s06r89 3612 lcall _spi_deselect`
3613			`3613 ; ../../include/ztex-flash2.h:359: spi_last_cmd = $0;`
3614			`0A18 90s00r13 3614 mov dptr,#_spi_last_cmd`
3615			`0A1B 74 9F 3615 mov a,#0x9F`
3616			`0A1D F0 3616 movx @dptr,a`
3617			`3617 ; ../../include/ztex-flash2.h:360: spi_select(); // select`
3618			`0A1E 12s06r7E 3618 lcall _spi_select`
3619			`3619 ; ../../include/ztex-flash2.h:361: spi_write_byte($0); // CMD 90h`
3620			`0A21 75 82 9F 3620 mov dpl,#0x9F`
3621			`0A24 12s06r03 3621 lcall _spi_write_byte`
3622			`3622 ; ../../include/ztex-flash2.h:363:`
3623			`0A27 75*00 03 3623 mov _flash_read_PARM_2,#0x03`
3624			`0A2A 90s00r14 3624 mov dptr,#_spi_buffer`
3625			`0A2D 12s05rC4 3625 lcall _flash_read`
3626			`3626 ; ../../include/ztex-flash2.h:364: /* *********************************************************************`
3627			`0A30 12s06r89 3627 lcall _spi_deselect`
3628			`3628 ; ../../include/ztex-flash2.h:608: if ( spi_buffer[2]<16 \|\| spi_buffer[2]>24 ) {`
3629			`0A33 90s00r16 3629 mov dptr,#(_spi_buffer + 0x0002)`
3630			`0A36 E0 3630 movx a,@dptr`
3631			`0A37 FA 3631 mov r2,a`
3632			`0A38 BA 10 00 3632 cjne r2,#0x10,00109$`
3633			`0A3B 3633 00109$:`
3634			`0A3B 40 3D 3634 jc 00104$`
3635			`0A3D EA 3635 mov a,r2`
3636			`0A3E 24 E7 3636 add a,#0xff - 0x18`
3637			`0A40 40 38 3637 jc 00104$`
3638			`3638 ; ../../include/ztex-flash2.h:611: spi_vendor = spi_buffer[0];`
3639			`0A42 90s00r14 3639 mov dptr,#_spi_buffer`
3640			`0A45 E0 3640 movx a,@dptr`
3641			`0A46 90s00r0F 3641 mov dptr,#_spi_vendor`
3642			`0A49 F0 3642 movx @dptr,a`
3643			`3643 ; ../../include/ztex-flash2.h:612: spi_memtype = spi_buffer[1];`
3644			`0A4A 90s00r15 3644 mov dptr,#(_spi_buffer + 0x0001)`
3645			`0A4D E0 3645 movx a,@dptr`
3646			`0A4E 90s00r11 3646 mov dptr,#_spi_memtype`
3647			`0A51 F0 3647 movx @dptr,a`
3648			`3648 ; ../../include/ztex-flash2.h:628: i=spi_buffer[2]-16;`
3649			`0A52 EA 3649 mov a,r2`
3650			`0A53 24 F0 3650 add a,#0xf0`
3651			`0A55 FA 3651 mov r2,a`
3652			`3652 ; ../../include/ztex-flash2.h:630: flash_sectors = 1 << i;`
3653			`0A56 8A F0 3653 mov b,r2`
3654			`0A58 05 F0 3654 inc b`
3655			`0A5A 7A 01 3655 mov r2,#0x01`
3656			`0A5C 7B 00 3656 mov r3,#0x00`
3657			`0A5E 80 06 3657 sjmp 00113$`
3658			`0A60 3658 00112$:`
3659			`0A60 EA 3659 mov a,r2`
3660			`0A61 2A 3660 add a,r2`
3661			`0A62 FA 3661 mov r2,a`
3662			`0A63 EB 3662 mov a,r3`
3663			`0A64 33 3663 rlc a`
3664			`0A65 FB 3664 mov r3,a`
3665			`0A66 3665 00113$:`
3666			`0A66 D5 F0 F7 3666 djnz b,00112$`
3667			`0A69 90s00r0A 3667 mov dptr,#_flash_sectors`
3668			`0A6C EA 3668 mov a,r2`
3669			`0A6D F0 3669 movx @dptr,a`
3670			`0A6E A3 3670 inc dptr`
3671			`0A6F EB 3671 mov a,r3`
3672			`0A70 F0 3672 movx @dptr,a`
3673			`0A71 EB 3673 mov a,r3`
3674			`0A72 33 3674 rlc a`
3675			`0A73 95 E0 3675 subb a,acc`
3676			`0A75 A3 3676 inc dptr`
3677			`0A76 F0 3677 movx @dptr,a`
3678			`0A77 A3 3678 inc dptr`
3679			`0A78 F0 3679 movx @dptr,a`
3680			`3680 ; ../../include/ztex-flash2.h:632: return;`
3681			`3681 ; ../../include/ztex-flash2.h:634: disable:`
3682			`0A79 22 3682 ret`
3683			`0A7A 3683 00104$:`
3684			`3684 ; ../../include/ztex-flash2.h:635: flash_enabled = 0;`
3685			`0A7A 90s00r07 3685 mov dptr,#_flash_enabled`
3686			`0A7D E4 3686 clr a`
3687			`0A7E F0 3687 movx @dptr,a`
3688			`3688 ; ../../include/ztex-flash2.h:636: flash_ec = FLASH_EC_NOTSUPPORTED;`
3689			`0A7F 90s00r0E 3689 mov dptr,#_flash_ec`
3690			`0A82 74 07 3690 mov a,#0x07`
3691			`0A84 F0 3691 movx @dptr,a`
3692			`3692 ; ../../include/ztex-flash2.h:637: OESPI_PORT &= ~( bmBITSPI_BIT_CS \| bmBITSPI_BIT_DI \| bmBITSPI_BIT_CLK );`
3693			`0A85 53 B2 F4 3693 anl _OEA,#0xF4`
3694			`0A88 22 3694 ret`
3695			`3695 ;------------------------------------------------------------`
3696			`3696 ;Allocation info for local variables in function 'spi_read_ep0'`
3697			`3697 ;------------------------------------------------------------`
3698			`3698 ;------------------------------------------------------------`
3699			`3699 ; ../../include/ztex-flash2.h:663: void spi_read_ep0 () {`
3700			`3700 ; -----------------------------------------`
3701			`3701 ; function spi_read_ep0`
3702			`3702 ; -----------------------------------------`
3703			`0A89 3703 _spi_read_ep0:`
3704			`3704 ; ../../include/ztex-flash2.h:664: flash_read(EP0BUF, ep0_payload_transfer);`
3705			`0A89 90s00r02 3705 mov dptr,#_ep0_payload_transfer`
3706			`0A8C E0 3706 movx a,@dptr`
3707			`0A8D F5*00 3707 mov _flash_read_PARM_2,a`
3708			`0A8F 90 E7 40 3708 mov dptr,#_EP0BUF`
3709			`0A92 12s05rC4 3709 lcall _flash_read`
3710			`3710 ; ../../include/ztex-flash2.h:665: if ( ep0_read_mode==2 && ep0_payload_remaining==0 ) {`
3711			`0A95 90s00r1E 3711 mov dptr,#_ep0_read_mode`
3712			`0A98 E0 3712 movx a,@dptr`
3713			`0A99 FA 3713 mov r2,a`
3714			`0A9A BA 02 0E 3714 cjne r2,#0x02,00104$`
3715			`0A9D 90s00r00 3715 mov dptr,#_ep0_payload_remaining`
3716			`0AA0 E0 3716 movx a,@dptr`
3717			`0AA1 FA 3717 mov r2,a`
3718			`0AA2 A3 3718 inc dptr`
3719			`0AA3 E0 3719 movx a,@dptr`
3720			`0AA4 FB 3720 mov r3,a`
3721			`0AA5 4A 3721 orl a,r2`
3722			`0AA6 70 03 3722 jnz 00104$`
3723			`3723 ; ../../include/ztex-flash2.h:666: spi_deselect();`
3724			`0AA8 02s06r89 3724 ljmp _spi_deselect`
3725			`0AAB 3725 00104$:`
3726			`0AAB 22 3726 ret`
3727			`3727 ;------------------------------------------------------------`
3728			`3728 ;Allocation info for local variables in function 'spi_send_ep0'`
3729			`3729 ;------------------------------------------------------------`
3730			`3730 ;------------------------------------------------------------`
3731			`3731 ; ../../include/ztex-flash2.h:690: void spi_send_ep0 () {`
3732			`3732 ; -----------------------------------------`
3733			`3733 ; function spi_send_ep0`
3734			`3734 ; -----------------------------------------`
3735			`0AAC 3735 _spi_send_ep0:`
3736			`3736 ; ../../include/ztex-flash2.h:691: flash_write(EP0BUF, ep0_payload_transfer);`
3737			`0AAC 90s00r02 3737 mov dptr,#_ep0_payload_transfer`
3738			`0AAF E0 3738 movx a,@dptr`
3739			`0AB0 F5*0C 3739 mov _flash_write_PARM_2,a`
3740			`0AB2 90 E7 40 3740 mov dptr,#_EP0BUF`
3741			`0AB5 12s08r30 3741 lcall _flash_write`
3742			`3742 ; ../../include/ztex-flash2.h:692: if ( ep0_write_mode==2 && ep0_payload_remaining==0 ) {`
3743			`0AB8 90s00r1F 3743 mov dptr,#_ep0_write_mode`
3744			`0ABB E0 3744 movx a,@dptr`
3745			`0ABC FA 3745 mov r2,a`
3746			`0ABD BA 02 0E 3746 cjne r2,#0x02,00104$`
3747			`0AC0 90s00r00 3747 mov dptr,#_ep0_payload_remaining`
3748			`0AC3 E0 3748 movx a,@dptr`
3749			`0AC4 FA 3749 mov r2,a`
3750			`0AC5 A3 3750 inc dptr`
3751			`0AC6 E0 3751 movx a,@dptr`
3752			`0AC7 FB 3752 mov r3,a`
3753			`0AC8 4A 3753 orl a,r2`
3754			`0AC9 70 03 3754 jnz 00104$`
3755			`3755 ; ../../include/ztex-flash2.h:693: spi_deselect();`
3756			`0ACB 02s06r89 3756 ljmp _spi_deselect`
3757			`0ACE 3757 00104$:`
3758			`0ACE 22 3758 ret`
3759			`3759 ;------------------------------------------------------------`
3760			`3760 ;Allocation info for local variables in function 'reset_fpga'`
3761			`3761 ;------------------------------------------------------------`
3762			`3762 ;------------------------------------------------------------`
3763			`3763 ; ../../include/ztex-fpga7.h:39: static void reset_fpga () {`
3764			`3764 ; -----------------------------------------`
3765			`3765 ; function reset_fpga`
3766			`3766 ; -----------------------------------------`
3767			`0ACF 3767 _reset_fpga:`
3768			`3768 ; ../../include/ztex-fpga7.h:40: OEE = (OEE & ~bmBIT6) \| bmBIT7;`
3769			`0ACF AA B6 3769 mov r2,_OEE`
3770			`0AD1 74 BF 3770 mov a,#0xBF`
3771			`0AD3 5A 3771 anl a,r2`
3772			`0AD4 F5 F0 3772 mov b,a`
3773			`0AD6 74 80 3773 mov a,#0x80`
3774			`0AD8 45 F0 3774 orl a,b`
3775			`0ADA F5 B6 3775 mov _OEE,a`
3776			`3776 ; ../../include/ztex-fpga7.h:41: IOE = IOE & ~bmBIT7;`
3777			`0ADC 53 B1 7F 3777 anl _IOE,#0x7F`
3778			`3778 ; ../../include/ztex-fpga7.h:42: wait(1);`
3779			`0ADF 90 00 01 3779 mov dptr,#0x0001`
3780			`0AE2 12s00r01 3780 lcall _wait`
3781			`3781 ; ../../include/ztex-fpga7.h:43: IOE = IOE \| bmBIT7;`
3782			`0AE5 43 B1 80 3782 orl _IOE,#0x80`
3783			`3783 ; ../../include/ztex-fpga7.h:44: fpga_conf_initialized = 0;`
3784			`0AE8 90s00r27 3784 mov dptr,#_fpga_conf_initialized`
3785			`0AEB E4 3785 clr a`
3786			`0AEC F0 3786 movx @dptr,a`
3787			`0AED 22 3787 ret`
3788			`3788 ;------------------------------------------------------------`
3789			`3789 ;Allocation info for local variables in function 'init_fpga'`
3790			`3790 ;------------------------------------------------------------`
3791			`3791 ;------------------------------------------------------------`
3792			`3792 ; ../../include/ztex-fpga7.h:50: static void init_fpga () {`
3793			`3793 ; -----------------------------------------`
3794			`3794 ; function init_fpga`
3795			`3795 ; -----------------------------------------`
3796			`0AEE 3796 _init_fpga:`
3797			`3797 ; ../../include/ztex-fpga7.h:51: IOE = IOE \| bmBIT7;`
3798			`0AEE 43 B1 80 3798 orl _IOE,#0x80`
3799			`3799 ; ../../include/ztex-fpga7.h:52: OEE = (OEE & ~bmBIT6) \| bmBIT7;`
3800			`0AF1 AA B6 3800 mov r2,_OEE`
3801			`0AF3 74 BF 3801 mov a,#0xBF`
3802			`0AF5 5A 3802 anl a,r2`
3803			`0AF6 F5 F0 3803 mov b,a`
3804			`0AF8 74 80 3804 mov a,#0x80`
3805			`0AFA 45 F0 3805 orl a,b`
3806			`0AFC F5 B6 3806 mov _OEE,a`
3807			`3807 ; ../../include/ztex-fpga7.h:53: if ( ! (IOE & bmBIT6) ) {`
3808			`0AFE E5 B1 3808 mov a,_IOE`
3809			`0B00 20 E6 24 3809 jb acc.6,00102$`
3810			`3810 ; ../../include/ztex-fpga7.h:55: IOE = IOE & ~bmBIT7; // PROG_B = 0`
3811			`0B03 53 B1 7F 3811 anl _IOE,#0x7F`
3812			`3812 ; ../../include/ztex-fpga7.h:56: OEA = (OEA & bmBIT2 ) \| bmBIT4 \| bmBIT5 \| bmBIT6;`
3813			`0B06 74 04 3813 mov a,#0x04`
3814			`0B08 55 B2 3814 anl a,_OEA`
3815			`0B0A F5 F0 3815 mov b,a`
3816			`0B0C 74 70 3816 mov a,#0x70`
3817			`0B0E 45 F0 3817 orl a,b`
3818			`0B10 F5 B2 3818 mov _OEA,a`
3819			`3819 ; ../../include/ztex-fpga7.h:57: IOA = (IOA & bmBIT2 ) \| bmBIT5;`
3820			`0B12 74 04 3820 mov a,#0x04`
3821			`0B14 55 80 3821 anl a,_IOA`
3822			`0B16 F5 F0 3822 mov b,a`
3823			`0B18 74 20 3823 mov a,#0x20`
3824			`0B1A 45 F0 3824 orl a,b`
3825			`0B1C F5 80 3825 mov _IOA,a`
3826			`3826 ; ../../include/ztex-fpga7.h:58: wait(1);`
3827			`0B1E 90 00 01 3827 mov dptr,#0x0001`
3828			`0B21 12s00r01 3828 lcall _wait`
3829			`3829 ; ../../include/ztex-fpga7.h:59: IOE = IOE \| bmBIT7; // PROG_B = 1`
3830			`0B24 43 B1 80 3830 orl _IOE,#0x80`
3831			`0B27 3831 00102$:`
3832			`3832 ; ../../include/ztex-fpga7.h:62: fpga_conf_initialized = 0;`
3833			`0B27 90s00r27 3833 mov dptr,#_fpga_conf_initialized`
3834			`0B2A E4 3834 clr a`
3835			`0B2B F0 3835 movx @dptr,a`
3836			`0B2C 22 3836 ret`
3837			`3837 ;------------------------------------------------------------`
3838			`3838 ;Allocation info for local variables in function 'init_fpga_configuration'`
3839			`3839 ;------------------------------------------------------------`
3840			`3840 ;k Allocated to registers r2 r3`
3841			`3841 ;------------------------------------------------------------`
3842			`3842 ; ../../include/ztex-fpga7.h:68: static void init_fpga_configuration () {`
3843			`3843 ; -----------------------------------------`
3844			`3844 ; function init_fpga_configuration`
3845			`3845 ; -----------------------------------------`
3846			`0B2D 3846 _init_fpga_configuration:`
3847			`3847 ; ../../include/ztex-fpga7.h:75: IFCONFIG = bmBIT7;`
3848			`0B2D 90 E6 01 3848 mov dptr,#_IFCONFIG`
3849			`0B30 74 80 3849 mov a,#0x80`
3850			`0B32 F0 3850 movx @dptr,a`
3851			`3851 ; ../../include/ezregs.h:46: __endasm;`
3852			`3852`
3853			`0B33 00 3853 nop`
3854			`0B34 00 3854 nop`
3855			`0B35 00 3855 nop`
3856			`0B36 00 3856 nop`
3857			`3857`
3858			`3858 ; ../../include/ztex-fpga7.h:77: PORTACFG = 0;`
3859			`0B37 90 E6 70 3859 mov dptr,#_PORTACFG`
3860			`3860 ; ../../include/ztex-fpga7.h:78: PORTCCFG = 0;`
3861			`0B3A E4 3861 clr a`
3862			`0B3B F0 3862 movx @dptr,a`
3863			`0B3C 90 E6 71 3863 mov dptr,#_PORTCCFG`
3864			`0B3F F0 3864 movx @dptr,a`
3865			`3865 ; ../../include/ztex-fpga7.h:80: OOEA = OEA;`
3866			`0B40 90s00r28 3866 mov dptr,#_OOEA`
3867			`0B43 E5 B2 3867 mov a,_OEA`
3868			`0B45 F0 3868 movx @dptr,a`
3869			`3869 ; ../../include/ztex-fpga7.h:81: fpga_conf_initialized = 123;`
3870			`0B46 90s00r27 3870 mov dptr,#_fpga_conf_initialized`
3871			`0B49 74 7B 3871 mov a,#0x7B`
3872			`0B4B F0 3872 movx @dptr,a`
3873			`3873 ; ../../include/ztex-fpga7.h:83: OEA &= bmBIT2; // only unsed PA bit`
3874			`0B4C 53 B2 04 3874 anl _OEA,#0x04`
3875			`3875 ; ../../include/ztex-fpga7.h:85: OEE = (OEE & ~bmBIT6) \| bmBIT7;`
3876			`0B4F AA B6 3876 mov r2,_OEE`
3877			`0B51 74 BF 3877 mov a,#0xBF`
3878			`0B53 5A 3878 anl a,r2`
3879			`0B54 F5 F0 3879 mov b,a`
3880			`0B56 74 80 3880 mov a,#0x80`
3881			`0B58 45 F0 3881 orl a,b`
3882			`0B5A F5 B6 3882 mov _OEE,a`
3883			`3883 ; ../../include/ztex-fpga7.h:86: IOE = IOE & ~bmBIT7; // PROG_B = 0`
3884			`0B5C 53 B1 7F 3884 anl _IOE,#0x7F`
3885			`3885 ; ../../include/ztex-fpga7.h:89: OEA \|= bmBIT1 \| bmBIT4 \| bmBIT5 \| bmBIT6;`
3886			`0B5F 43 B2 72 3886 orl _OEA,#0x72`
3887			`3887 ; ../../include/ztex-fpga7.h:90: IOA = ( IOA & bmBIT2 ) \| bmBIT1 \| bmBIT5;`
3888			`0B62 74 04 3888 mov a,#0x04`
3889			`0B64 55 80 3889 anl a,_IOA`
3890			`0B66 F5 F0 3890 mov b,a`
3891			`0B68 74 22 3891 mov a,#0x22`
3892			`0B6A 45 F0 3892 orl a,b`
3893			`0B6C F5 80 3893 mov _IOA,a`
3894			`3894 ; ../../include/ztex-fpga7.h:91: wait(5);`
3895			`0B6E 90 00 05 3895 mov dptr,#0x0005`
3896			`0B71 12s00r01 3896 lcall _wait`
3897			`3897 ; ../../include/ztex-fpga7.h:93: IOE = IOE \| bmBIT7; // PROG_B = 1`
3898			`0B74 43 B1 80 3898 orl _IOE,#0x80`
3899			`3899 ; ../../include/ztex-fpga7.h:94: IOA1 = 0; // CS = 0`
3900			`0B77 C2 81 3900 clr _IOA1`
3901			`3901 ; ../../include/ztex-fpga7.h:97: while (!IOA7 && k<65535)`
3902			`0B79 7A 00 3902 mov r2,#0x00`
3903			`0B7B 7B 00 3903 mov r3,#0x00`
3904			`0B7D 3904 00102$:`
3905			`0B7D 20 87 20 3905 jb _IOA7,00104$`
3906			`0B80 8A 04 3906 mov ar4,r2`
3907			`0B82 8B 05 3907 mov ar5,r3`
3908			`0B84 7E 00 3908 mov r6,#0x00`
3909			`0B86 7F 00 3909 mov r7,#0x00`
3910			`0B88 C3 3910 clr c`
3911			`0B89 EC 3911 mov a,r4`
3912			`0B8A 94 FF 3912 subb a,#0xFF`
3913			`0B8C ED 3913 mov a,r5`
3914			`0B8D 94 FF 3914 subb a,#0xFF`
3915			`0B8F EE 3915 mov a,r6`
3916			`0B90 94 00 3916 subb a,#0x00`
3917			`0B92 EF 3917 mov a,r7`
3918			`0B93 64 80 3918 xrl a,#0x80`
3919			`0B95 94 80 3919 subb a,#0x80`
3920			`0B97 50 07 3920 jnc 00104$`
3921			`3921 ; ../../include/ztex-fpga7.h:98: k++;`
3922			`0B99 0A 3922 inc r2`
3923			`0B9A BA 00 E0 3923 cjne r2,#0x00,00102$`
3924			`0B9D 0B 3924 inc r3`
3925			`0B9E 80 DD 3925 sjmp 00102$`
3926			`0BA0 3926 00104$:`
3927			`3927 ; ../../include/ztex-fpga7.h:101: OEA \|= bmBIT0; // ready for configuration`
3928			`0BA0 43 B2 01 3928 orl _OEA,#0x01`
3929			`3929 ; ../../include/ztex-fpga7.h:103: fpga_init_b = IOA7 ? 200 : 100;`
3930			`0BA3 30 87 04 3930 jnb _IOA7,00107$`
3931			`0BA6 7A C8 3931 mov r2,#0xC8`
3932			`0BA8 80 02 3932 sjmp 00108$`
3933			`0BAA 3933 00107$:`
3934			`0BAA 7A 64 3934 mov r2,#0x64`
3935			`0BAC 3935 00108$:`
3936			`0BAC 90s00r25 3936 mov dptr,#_fpga_init_b`
3937			`0BAF EA 3937 mov a,r2`
3938			`0BB0 F0 3938 movx @dptr,a`
3939			`3939 ; ../../include/ztex-fpga7.h:104: fpga_bytes = 0;`
3940			`0BB1 90s00r21 3940 mov dptr,#_fpga_bytes`
3941			`0BB4 E4 3941 clr a`
3942			`0BB5 F0 3942 movx @dptr,a`
3943			`0BB6 A3 3943 inc dptr`
3944			`0BB7 F0 3944 movx @dptr,a`
3945			`0BB8 A3 3945 inc dptr`
3946			`0BB9 F0 3946 movx @dptr,a`
3947			`0BBA A3 3947 inc dptr`
3948			`0BBB F0 3948 movx @dptr,a`
3949			`3949 ; ../../include/ztex-fpga7.h:105: fpga_checksum = 0;`
3950			`0BBC 90s00r20 3950 mov dptr,#_fpga_checksum`
3951			`0BBF E4 3951 clr a`
3952			`0BC0 F0 3952 movx @dptr,a`
3953			`0BC1 22 3953 ret`
3954			`3954 ;------------------------------------------------------------`
3955			`3955 ;Allocation info for local variables in function 'post_fpga_config'`
3956			`3956 ;------------------------------------------------------------`
3957			`3957 ;------------------------------------------------------------`
3958			`3958 ; ../../include/ztex-fpga7.h:111: static void post_fpga_config () {`
3959			`3959 ; -----------------------------------------`
3960			`3960 ; function post_fpga_config`
3961			`3961 ; -----------------------------------------`
3962			`0BC2 3962 _post_fpga_config:`
3963			`3963 ; ../../include/ztex-fpga7.h:113: }`
3964			`0BC2 22 3964 ret`
3965			`3965 ;------------------------------------------------------------`
3966			`3966 ;Allocation info for local variables in function 'finish_fpga_configuration'`
3967			`3967 ;------------------------------------------------------------`
3968			`3968 ;w Allocated to registers r2`
3969			`3969 ;------------------------------------------------------------`
3970			`3970 ; ../../include/ztex-fpga7.h:118: static void finish_fpga_configuration () {`
3971			`3971 ; -----------------------------------------`
3972			`3972 ; function finish_fpga_configuration`
3973			`3973 ; -----------------------------------------`
3974			`0BC3 3974 _finish_fpga_configuration:`
3975			`3975 ; ../../include/ztex-fpga7.h:120: fpga_init_b += IOA7 ? 22 : 11;`
3976			`0BC3 30 87 04 3976 jnb _IOA7,00109$`
3977			`0BC6 7A 16 3977 mov r2,#0x16`
3978			`0BC8 80 02 3978 sjmp 00110$`
3979			`0BCA 3979 00109$:`
3980			`0BCA 7A 0B 3980 mov r2,#0x0B`
3981			`0BCC 3981 00110$:`
3982			`0BCC 90s00r25 3982 mov dptr,#_fpga_init_b`
3983			`0BCF E0 3983 movx a,@dptr`
3984			`0BD0 FB 3984 mov r3,a`
3985			`0BD1 EA 3985 mov a,r2`
3986			`0BD2 2B 3986 add a,r3`
3987			`0BD3 F0 3987 movx @dptr,a`
3988			`3988 ; ../../include/ztex-fpga7.h:122: for ( w=0; w<64; w++ ) {`
3989			`0BD4 7A 00 3989 mov r2,#0x00`
3990			`0BD6 3990 00103$:`
3991			`0BD6 BA 40 00 3991 cjne r2,#0x40,00117$`
3992			`0BD9 3992 00117$:`
3993			`0BD9 50 07 3993 jnc 00106$`
3994			`3994 ; ../../include/ztex-fpga7.h:123: IOA0 = 1; IOA0 = 0;`
3995			`0BDB D2 80 3995 setb _IOA0`
3996			`0BDD C2 80 3996 clr _IOA0`
3997			`3997 ; ../../include/ztex-fpga7.h:122: for ( w=0; w<64; w++ ) {`
3998			`0BDF 0A 3998 inc r2`
3999			`0BE0 80 F4 3999 sjmp 00103$`
4000			`0BE2 4000 00106$:`
4001			`4001 ; ../../include/ztex-fpga7.h:125: IOA1 = 1;`
4002			`0BE2 D2 81 4002 setb _IOA1`
4003			`4003 ; ../../include/ztex-fpga7.h:126: IOA0 = 1; IOA0 = 0;`
4004			`0BE4 D2 80 4004 setb _IOA0`
4005			`0BE6 C2 80 4005 clr _IOA0`
4006			`4006 ; ../../include/ztex-fpga7.h:127: IOA0 = 1; IOA0 = 0;`
4007			`0BE8 D2 80 4007 setb _IOA0`
4008			`0BEA C2 80 4008 clr _IOA0`
4009			`4009 ; ../../include/ztex-fpga7.h:128: IOA0 = 1; IOA0 = 0;`
4010			`0BEC D2 80 4010 setb _IOA0`
4011			`0BEE C2 80 4011 clr _IOA0`
4012			`4012 ; ../../include/ztex-fpga7.h:129: IOA0 = 1; IOA0 = 0;`
4013			`0BF0 D2 80 4013 setb _IOA0`
4014			`0BF2 C2 80 4014 clr _IOA0`
4015			`4015 ; ../../include/ztex-fpga7.h:131: OEA = OOEA;`
4016			`0BF4 90s00r28 4016 mov dptr,#_OOEA`
4017			`0BF7 E0 4017 movx a,@dptr`
4018			`0BF8 F5 B2 4018 mov _OEA,a`
4019			`4019 ; ../../include/ztex-fpga7.h:132: if ( IOE & bmBIT6 ) {`
4020			`0BFA E5 B1 4020 mov a,_IOE`
4021			`0BFC 30 E6 03 4021 jnb acc.6,00107$`
4022			`4022 ; ../../include/ztex-fpga7.h:133: post_fpga_config();`
4023			`0BFF 02s0BrC2 4023 ljmp _post_fpga_config`
4024			`0C02 4024 00107$:`
4025			`0C02 22 4025 ret`
4026			`4026 ;------------------------------------------------------------`
4027			`4027 ;Allocation info for local variables in function 'fpga_send_ep0'`
4028			`4028 ;------------------------------------------------------------`
4029			`4029 ;oOEC Allocated with name '_fpga_send_ep0_oOEC_1_1'`
4030			`4030 ;------------------------------------------------------------`
4031			`4031 ; ../../include/ztex-fpga7.h:169: void fpga_send_ep0() {`
4032			`4032 ; -----------------------------------------`
4033			`4033 ; function fpga_send_ep0`
4034			`4034 ; -----------------------------------------`
4035			`0C03 4035 _fpga_send_ep0:`
4036			`4036 ; ../../include/ztex-fpga7.h:171: oOEC = OEC;`
4037			`0C03 85 B4*0D 4037 mov _fpga_send_ep0_oOEC_1_1,_OEC`
4038			`4038 ; ../../include/ztex-fpga7.h:172: OEC = 255;`
4039			`0C06 75 B4 FF 4039 mov _OEC,#0xFF`
4040			`4040 ; ../../include/ztex-fpga7.h:173: fpga_bytes += ep0_payload_transfer;`
4041			`0C09 90s00r02 4041 mov dptr,#_ep0_payload_transfer`
4042			`0C0C E0 4042 movx a,@dptr`
4043			`0C0D FB 4043 mov r3,a`
4044			`0C0E 90s00r21 4044 mov dptr,#_fpga_bytes`
4045			`0C11 E0 4045 movx a,@dptr`
4046			`0C12 FC 4046 mov r4,a`
4047			`0C13 A3 4047 inc dptr`
4048			`0C14 E0 4048 movx a,@dptr`
4049			`0C15 FD 4049 mov r5,a`
4050			`0C16 A3 4050 inc dptr`
4051			`0C17 E0 4051 movx a,@dptr`
4052			`0C18 FE 4052 mov r6,a`
4053			`0C19 A3 4053 inc dptr`
4054			`0C1A E0 4054 movx a,@dptr`
4055			`0C1B FF 4055 mov r7,a`
4056			`0C1C 78 00 4056 mov r0,#0x00`
4057			`0C1E 79 00 4057 mov r1,#0x00`
4058			`0C20 7A 00 4058 mov r2,#0x00`
4059			`0C22 90s00r21 4059 mov dptr,#_fpga_bytes`
4060			`0C25 EB 4060 mov a,r3`
4061			`0C26 2C 4061 add a,r4`
4062			`0C27 F0 4062 movx @dptr,a`
4063			`0C28 E8 4063 mov a,r0`
4064			`0C29 3D 4064 addc a,r5`
4065			`0C2A A3 4065 inc dptr`
4066			`0C2B F0 4066 movx @dptr,a`
4067			`0C2C E9 4067 mov a,r1`
4068			`0C2D 3E 4068 addc a,r6`
4069			`0C2E A3 4069 inc dptr`
4070			`0C2F F0 4070 movx @dptr,a`
4071			`0C30 EA 4071 mov a,r2`
4072			`0C31 3F 4072 addc a,r7`
4073			`0C32 A3 4073 inc dptr`
4074			`0C33 F0 4074 movx @dptr,a`
4075			`4075 ; ../../include/ztex-fpga7.h:201: OEC = oOEC;`
4076			`4076`
4077			`0C34 90 E6 8B 4077 mov dptr,#_EP0BCL`
4078			`0C37 E0 4078 movx a,@dptr`
4079			`0C38 60 22 4079 jz 010000$`
4080			`0C3A FA 4080 mov r2,a`
4081			`0C3B 75 9B 40 4081 mov _AUTOPTRL1,#(_EP0BUF)`
4082			`0C3E 75 9A E7 4082 mov _AUTOPTRH1,#(_EP0BUF >> 8)`
4083			`0C41 75 AF 07 4083 mov _AUTOPTRSETUP,#0x07`
4084			`0C44 90s00r20 4084 mov dptr,#_fpga_checksum`
4085			`0C47 E0 4085 movx a,@dptr`
4086			`0C48 F9 4086 mov r1,a`
4087			`0C49 90 E6 7B 4087 mov dptr,#_XAUTODAT1`
4088			`0C4C 4088 010001$:`
4089			`0C4C E0 4089 movx a,@dptr`
4090			`0C4D F5 A0 4090 mov _IOC,a`
4091			`0C4F D2 80 4091 setb _IOA0`
4092			`0C51 29 4092 add a,r1`
4093			`0C52 F9 4093 mov r1,a`
4094			`0C53 C2 80 4094 clr _IOA0`
4095			`0C55 DA F5 4095 djnz r2, 010001$`
4096			`4096 ; # 194 "../../include/ztex-fpga7.h"`
4097			`4097`
4098			`0C57 90s00r20 4098 mov dptr,#_fpga_checksum`
4099			`0C5A E9 4099 mov a,r1`
4100			`0C5B F0 4100 movx @dptr,a`
4101			`4101`
4102			`0C5C 4102 010000$:`
4103			`4103`
4104			`4104 ; ../../include/ztex-fpga7.h:202: if ( EP0BCL<64 ) {`
4105			`0C5C 85*0D B4 4105 mov _OEC,_fpga_send_ep0_oOEC_1_1`
4106			`4106 ; ../../include/ztex-fpga7.h:203: finish_fpga_configuration();`
4107			`0C5F 90 E6 8B 4107 mov dptr,#_EP0BCL`
4108			`0C62 E0 4108 movx a,@dptr`
4109			`0C63 FA 4109 mov r2,a`
4110			`0C64 BA 40 00 4110 cjne r2,#0x40,00106$`
4111			`0C67 4111 00106$:`
4112			`0C67 50 03 4112 jnc 00103$`
4113			`4113 ; ../../include/ztex-fpga7.h:204: }`
4114			`0C69 02s0BrC3 4114 ljmp _finish_fpga_configuration`
4115			`0C6C 4115 00103$:`
4116			`0C6C 22 4116 ret`
4117			`4117 ;------------------------------------------------------------`
4118			`4118 ;Allocation info for local variables in function 'fpga_configure_from_flash'`
4119			`4119 ;------------------------------------------------------------`
4120			`4120 ;force Allocated to registers r2`
4121			`4121 ;i Allocated to registers r2 r3`
4122			`4122 ;------------------------------------------------------------`
4123			`4123 ; ../../include/ztex-fpga7.h:227: BYTE fpga_configure_from_flash( BYTE force ) {`
4124			`4124 ; -----------------------------------------`
4125			`4125 ; function fpga_configure_from_flash`
4126			`4126 ; -----------------------------------------`
4127			`0C6D 4127 _fpga_configure_from_flash:`
4128			`4128 ; ../../include/ztex-fpga7.h:231: if ( ( force == 0 ) && ( IOE & bmBIT6 ) ) {`
4129			`0C6D E5 82 4129 mov a,dpl`
4130			`0C6F FA 4130 mov r2,a`
4131			`0C70 70 0F 4131 jnz 00102$`
4132			`0C72 E5 B1 4132 mov a,_IOE`
4133			`0C74 30 E6 0A 4133 jnb acc.6,00102$`
4134			`4134 ; ../../include/ztex-fpga7.h:232: fpga_flash_result = 1;`
4135			`0C77 90s00r26 4135 mov dptr,#_fpga_flash_result`
4136			`0C7A 74 01 4136 mov a,#0x01`
4137			`0C7C F0 4137 movx @dptr,a`
4138			`4138 ; ../../include/ztex-fpga7.h:233: return 1;`
4139			`0C7D 75 82 01 4139 mov dpl,#0x01`
4140			`0C80 22 4140 ret`
4141			`0C81 4141 00102$:`
4142			`4142 ; ../../include/ztex-fpga7.h:236: fpga_flash_result = 0;`
4143			`0C81 90s00r26 4143 mov dptr,#_fpga_flash_result`
4144			`0C84 E4 4144 clr a`
4145			`0C85 F0 4145 movx @dptr,a`
4146			`4146 ; ../../include/ztex-fpga7.h:238: IFCONFIG = bmBIT7;`
4147			`0C86 90 E6 01 4147 mov dptr,#_IFCONFIG`
4148			`0C89 74 80 4148 mov a,#0x80`
4149			`0C8B F0 4149 movx @dptr,a`
4150			`4150 ; ../../include/ezregs.h:46: __endasm;`
4151			`4151`
4152			`0C8C 00 4152 nop`
4153			`0C8D 00 4153 nop`
4154			`0C8E 00 4154 nop`
4155			`0C8F 00 4155 nop`
4156			`4156`
4157			`4157 ; ../../include/ztex-fpga7.h:240: PORTACFG = 0;`
4158			`0C90 90 E6 70 4158 mov dptr,#_PORTACFG`
4159			`4159 ; ../../include/ztex-fpga7.h:241: PORTCCFG = 0;`
4160			`0C93 E4 4160 clr a`
4161			`0C94 F0 4161 movx @dptr,a`
4162			`0C95 90 E6 71 4162 mov dptr,#_PORTCCFG`
4163			`0C98 F0 4163 movx @dptr,a`
4164			`4164 ; ../../include/ztex-fpga7.h:244: OEA &= bmBIT2; // only unsed PA bit`
4165			`0C99 53 B2 04 4165 anl _OEA,#0x04`
4166			`4166 ; ../../include/ztex-fpga7.h:247: OEC &= ~bmBIT0;`
4167			`0C9C 53 B4 FE 4167 anl _OEC,#0xFE`
4168			`4168 ; ../../include/ztex-fpga7.h:249: OEE = (OEE & ~bmBIT6) \| bmBIT7;`
4169			`0C9F AA B6 4169 mov r2,_OEE`
4170			`0CA1 74 BF 4170 mov a,#0xBF`
4171			`0CA3 5A 4171 anl a,r2`
4172			`0CA4 F5 F0 4172 mov b,a`
4173			`0CA6 74 80 4173 mov a,#0x80`
4174			`0CA8 45 F0 4174 orl a,b`
4175			`0CAA F5 B6 4175 mov _OEE,a`
4176			`4176 ; ../../include/ztex-fpga7.h:250: IOE = IOE & ~bmBIT7; // PROG_B = 0`
4177			`0CAC 53 B1 7F 4177 anl _IOE,#0x7F`
4178			`4178 ; ../../include/ztex-fpga7.h:253: OEA \|= bmBIT4 \| bmBIT5;`
4179			`0CAF 43 B2 30 4179 orl _OEA,#0x30`
4180			`4180 ; ../../include/ztex-fpga7.h:254: IOA = ( IOA & bmBIT2 ) \| bmBIT4;`
4181			`0CB2 74 04 4181 mov a,#0x04`
4182			`0CB4 55 80 4182 anl a,_IOA`
4183			`0CB6 F5 F0 4183 mov b,a`
4184			`0CB8 74 10 4184 mov a,#0x10`
4185			`0CBA 45 F0 4185 orl a,b`
4186			`0CBC F5 80 4186 mov _IOA,a`
4187			`4187 ; ../../include/ztex-fpga7.h:255: wait(1);`
4188			`0CBE 90 00 01 4188 mov dptr,#0x0001`
4189			`0CC1 12s00r01 4189 lcall _wait`
4190			`4190 ; ../../include/ztex-fpga7.h:257: IOE = IOE \| bmBIT7; // PROG_B = 1`
4191			`0CC4 43 B1 80 4191 orl _IOE,#0x80`
4192			`4192 ; ../../include/ztex-fpga7.h:260: wait(20);`
4193			`0CC7 90 00 14 4193 mov dptr,#0x0014`
4194			`0CCA 12s00r01 4194 lcall _wait`
4195			`4195 ; ../../include/ztex-fpga7.h:261: for (i=0; IOA7 && (!IOA1) && i<4000; i++ ) {`
4196			`0CCD 7A 00 4196 mov r2,#0x00`
4197			`0CCF 7B 00 4197 mov r3,#0x00`
4198			`0CD1 4198 00109$:`
4199			`0CD1 30 87 21 4199 jnb _IOA7,00112$`
4200			`0CD4 20 81 1E 4200 jb _IOA1,00112$`
4201			`0CD7 C3 4201 clr c`
4202			`0CD8 EA 4202 mov a,r2`
4203			`0CD9 94 A0 4203 subb a,#0xA0`
4204			`0CDB EB 4204 mov a,r3`
4205			`0CDC 94 0F 4205 subb a,#0x0F`
4206			`0CDE 50 15 4206 jnc 00112$`
4207			`4207 ; ../../include/ztex-fpga7.h:262: wait(1);`
4208			`0CE0 90 00 01 4208 mov dptr,#0x0001`
4209			`0CE3 C0 02 4209 push ar2`
4210			`0CE5 C0 03 4210 push ar3`
4211			`0CE7 12s00r01 4211 lcall _wait`
4212			`0CEA D0 03 4212 pop ar3`
4213			`0CEC D0 02 4213 pop ar2`
4214			`4214 ; ../../include/ztex-fpga7.h:261: for (i=0; IOA7 && (!IOA1) && i<4000; i++ ) {`
4215			`0CEE 0A 4215 inc r2`
4216			`0CEF BA 00 DF 4216 cjne r2,#0x00,00109$`
4217			`0CF2 0B 4217 inc r3`
4218			`0CF3 80 DC 4218 sjmp 00109$`
4219			`0CF5 4219 00112$:`
4220			`4220 ; ../../include/ztex-fpga7.h:265: wait(1);`
4221			`0CF5 90 00 01 4221 mov dptr,#0x0001`
4222			`0CF8 12s00r01 4222 lcall _wait`
4223			`4223 ; ../../include/ztex-fpga7.h:267: if ( IOE & bmBIT6 ) {`
4224			`0CFB E5 B1 4224 mov a,_IOE`
4225			`0CFD 30 E6 05 4225 jnb acc.6,00105$`
4226			`4226 ; ../../include/ztex-fpga7.h:269: post_fpga_config();`
4227			`0D00 12s0BrC2 4227 lcall _post_fpga_config`
4228			`0D03 80 09 4228 sjmp 00106$`
4229			`0D05 4229 00105$:`
4230			`4230 ; ../../include/ztex-fpga7.h:274: init_fpga();`
4231			`0D05 12s0ArEE 4231 lcall _init_fpga`
4232			`4232 ; ../../include/ztex-fpga7.h:275: fpga_flash_result = 4;`
4233			`0D08 90s00r26 4233 mov dptr,#_fpga_flash_result`
4234			`0D0B 74 04 4234 mov a,#0x04`
4235			`0D0D F0 4235 movx @dptr,a`
4236			`0D0E 4236 00106$:`
4237			`4237 ; ../../include/ztex-fpga7.h:278: return fpga_flash_result;`
4238			`0D0E 90s00r26 4238 mov dptr,#_fpga_flash_result`
4239			`0D11 E0 4239 movx a,@dptr`
4240			`0D12 F5 82 4240 mov dpl,a`
4241			`0D14 22 4241 ret`
4242			`4242 ;------------------------------------------------------------`
4243			`4243 ;Allocation info for local variables in function 'fpga_first_free_sector'`
4244			`4244 ;------------------------------------------------------------`
4245			`4245 ;i Allocated to registers r2`
4246			`4246 ;j Allocated to registers r3`
4247			`4247 ;buf Allocated with name '_fpga_first_free_sector_buf_1_1'`
4248			`4248 ;------------------------------------------------------------`
4249			`4249 ; ../../include/ztex-fpga-flash2.h:31: WORD fpga_first_free_sector() {`
4250			`4250 ; -----------------------------------------`
4251			`4251 ; function fpga_first_free_sector`
4252			`4252 ; -----------------------------------------`
4253			`0D15 4253 _fpga_first_free_sector:`
4254			`4254 ; ../../include/ztex-fpga-flash2.h:36: if ( config_data_valid ) {`
4255			`0D15 90s00r06 4255 mov dptr,#_config_data_valid`
4256			`0D18 E0 4256 movx a,@dptr`
4257			`0D19 FA 4257 mov r2,a`
4258			`0D1A 60 56 4258 jz 00104$`
4259			`4259 ; ../../include/ztex-fpga-flash2.h:37: mac_eeprom_read ( (__xdata BYTE*) buf, 26, 4 ); // read actual and max bitstream size`
4260			`0D1C 75*08 1A 4260 mov _mac_eeprom_read_PARM_2,#0x1A`
4261			`0D1F 75*09 04 4261 mov _mac_eeprom_read_PARM_3,#0x04`
4262			`0D22 90s00r29 4262 mov dptr,#_fpga_first_free_sector_buf_1_1`
4263			`0D25 12s03r70 4263 lcall _mac_eeprom_read`
4264			`4264 ; ../../include/ztex-fpga-flash2.h:38: if ( buf[1] != 0 ) {`
4265			`0D28 90s00r2B 4265 mov dptr,#(_fpga_first_free_sector_buf_1_1 + 0x0002)`
4266			`0D2B E0 4266 movx a,@dptr`
4267			`0D2C FA 4267 mov r2,a`
4268			`0D2D A3 4268 inc dptr`
4269			`0D2E E0 4269 movx a,@dptr`
4270			`0D2F FB 4270 mov r3,a`
4271			`0D30 4A 4271 orl a,r2`
4272			`0D31 60 3F 4272 jz 00104$`
4273			`4273 ; ../../include/ztex-fpga-flash2.h:39: return ( ( ( buf[1] > buf[0] ? buf[1] : buf[0] ) - 1 ) >> ((flash_sector_size & 255) - 12) ) + 1;`
4274			`0D33 90s00r29 4274 mov dptr,#_fpga_first_free_sector_buf_1_1`
4275			`0D36 E0 4275 movx a,@dptr`
4276			`0D37 FC 4276 mov r4,a`
4277			`0D38 A3 4277 inc dptr`
4278			`0D39 E0 4278 movx a,@dptr`
4279			`0D3A FD 4279 mov r5,a`
4280			`0D3B C3 4280 clr c`
4281			`0D3C EC 4281 mov a,r4`
4282			`0D3D 9A 4282 subb a,r2`
4283			`0D3E ED 4283 mov a,r5`
4284			`0D3F 9B 4284 subb a,r3`
4285			`0D40 40 04 4285 jc 00115$`
4286			`0D42 8C 02 4286 mov ar2,r4`
4287			`0D44 8D 03 4287 mov ar3,r5`
4288			`0D46 4288 00115$:`
4289			`0D46 1A 4289 dec r2`
4290			`0D47 BA FF 01 4290 cjne r2,#0xff,00127$`
4291			`0D4A 1B 4291 dec r3`
4292			`0D4B 4292 00127$:`
4293			`0D4B 90s00r08 4293 mov dptr,#_flash_sector_size`
4294			`0D4E E0 4294 movx a,@dptr`
4295			`0D4F FC 4295 mov r4,a`
4296			`0D50 A3 4296 inc dptr`
4297			`0D51 E0 4297 movx a,@dptr`
4298			`0D52 7D 00 4298 mov r5,#0x00`
4299			`0D54 EC 4299 mov a,r4`
4300			`0D55 24 F4 4300 add a,#0xf4`
4301			`0D57 FC 4301 mov r4,a`
4302			`0D58 ED 4302 mov a,r5`
4303			`0D59 34 FF 4303 addc a,#0xff`
4304			`0D5B FD 4304 mov r5,a`
4305			`0D5C 8C F0 4305 mov b,r4`
4306			`0D5E 05 F0 4306 inc b`
4307			`0D60 80 07 4307 sjmp 00129$`
4308			`0D62 4308 00128$:`
4309			`0D62 C3 4309 clr c`
4310			`0D63 EB 4310 mov a,r3`
4311			`0D64 13 4311 rrc a`
4312			`0D65 FB 4312 mov r3,a`
4313			`0D66 EA 4313 mov a,r2`
4314			`0D67 13 4314 rrc a`
4315			`0D68 FA 4315 mov r2,a`
4316			`0D69 4316 00129$:`
4317			`0D69 D5 F0 F6 4317 djnz b,00128$`
4318			`0D6C 8A 82 4318 mov dpl,r2`
4319			`0D6E 8B 83 4319 mov dph,r3`
4320			`0D70 A3 4320 inc dptr`
4321			`0D71 22 4321 ret`
4322			`0D72 4322 00104$:`
4323			`4323 ; ../../include/ztex-fpga-flash2.h:42: #endif`
4324			`0D72 90 00 00 4324 mov dptr,#0x0000`
4325			`0D75 12s06rFF 4325 lcall _flash_read_init`
4326			`4326 ; ../../include/ztex-fpga-flash2.h:44: for ( i=0; i<8 && flash_read_byte()==fpga_flash_boot_id[i]; i++ );`
4327			`0D78 7A 00 4327 mov r2,#0x00`
4328			`0D7A 4328 00108$:`
4329			`0D7A BA 08 00 4329 cjne r2,#0x08,00130$`
4330			`0D7D 4330 00130$:`
4331			`0D7D 50 16 4331 jnc 00111$`
4332			`0D7F C0 02 4332 push ar2`
4333			`0D81 12s05r85 4333 lcall _flash_read_byte`
4334			`0D84 AB 82 4334 mov r3,dpl`
4335			`0D86 D0 02 4335 pop ar2`
4336			`0D88 EA 4336 mov a,r2`
4337			`0D89 90s00r00 4337 mov dptr,#_fpga_flash_boot_id`
4338			`0D8C 93 4338 movc a,@a+dptr`
4339			`0D8D FC 4339 mov r4,a`
4340			`0D8E EB 4340 mov a,r3`
4341			`0D8F B5 04 03 4341 cjne a,ar4,00111$`
4342			`0D92 0A 4342 inc r2`
4343			`0D93 80 E5 4343 sjmp 00108$`
4344			`0D95 4344 00111$:`
4345			`4345 ; ../../include/ztex-fpga-flash2.h:45: if ( i != 8 ) {`
4346			`0D95 BA 08 02 4346 cjne r2,#0x08,00134$`
4347			`0D98 80 1A 4347 sjmp 00106$`
4348			`0D9A 4348 00134$:`
4349			`4349 ; ../../include/ztex-fpga-flash2.h:46: flash_read_finish(flash_sector_size - i); // dummy-read the rest of the sector + finish read opration`
4350			`0D9A 7B 00 4350 mov r3,#0x00`
4351			`0D9C 90s00r08 4351 mov dptr,#_flash_sector_size`
4352			`0D9F E0 4352 movx a,@dptr`
4353			`0DA0 FC 4353 mov r4,a`
4354			`0DA1 A3 4354 inc dptr`
4355			`0DA2 E0 4355 movx a,@dptr`
4356			`0DA3 FD 4356 mov r5,a`
4357			`0DA4 EC 4357 mov a,r4`
4358			`0DA5 C3 4358 clr c`
4359			`0DA6 9A 4359 subb a,r2`
4360			`0DA7 F5 82 4360 mov dpl,a`
4361			`0DA9 ED 4361 mov a,r5`
4362			`0DAA 9B 4362 subb a,r3`
4363			`0DAB F5 83 4363 mov dph,a`
4364			`0DAD 12s07r85 4364 lcall _flash_read_finish`
4365			`4365 ; ../../include/ztex-fpga-flash2.h:47: return 0;`
4366			`0DB0 90 00 00 4366 mov dptr,#0x0000`
4367			`0DB3 22 4367 ret`
4368			`0DB4 4368 00106$:`
4369			`4369 ; ../../include/ztex-fpga-flash2.h:49: i=flash_read_byte();`
4370			`0DB4 12s05r85 4370 lcall _flash_read_byte`
4371			`0DB7 AA 82 4371 mov r2,dpl`
4372			`4372 ; ../../include/ztex-fpga-flash2.h:50: j=flash_read_byte();`
4373			`0DB9 C0 02 4373 push ar2`
4374			`0DBB 12s05r85 4374 lcall _flash_read_byte`
4375			`0DBE AB 82 4375 mov r3,dpl`
4376			`4376 ; ../../include/ztex-fpga-flash2.h:51: flash_read_finish(flash_sector_size - 10); // dummy-read the rest of the sector + finish read opration`
4377			`0DC0 90s00r08 4377 mov dptr,#_flash_sector_size`
4378			`0DC3 E0 4378 movx a,@dptr`
4379			`0DC4 FC 4379 mov r4,a`
4380			`0DC5 A3 4380 inc dptr`
4381			`0DC6 E0 4381 movx a,@dptr`
4382			`0DC7 FD 4382 mov r5,a`
4383			`0DC8 EC 4383 mov a,r4`
4384			`0DC9 24 F6 4384 add a,#0xf6`
4385			`0DCB F5 82 4385 mov dpl,a`
4386			`0DCD ED 4386 mov a,r5`
4387			`0DCE 34 FF 4387 addc a,#0xff`
4388			`0DD0 F5 83 4388 mov dph,a`
4389			`0DD2 C0 03 4389 push ar3`
4390			`0DD4 12s07r85 4390 lcall _flash_read_finish`
4391			`0DD7 D0 03 4391 pop ar3`
4392			`0DD9 D0 02 4392 pop ar2`
4393			`4393 ; ../../include/ztex-fpga-flash2.h:53: return (i \| (j<<8))+1;`
4394			`0DDB 8B 04 4394 mov ar4,r3`
4395			`0DDD E4 4395 clr a`
4396			`0DDE FB 4396 mov r3,a`
4397			`0DDF FD 4397 mov r5,a`
4398			`0DE0 EA 4398 mov a,r2`
4399			`0DE1 42 03 4399 orl ar3,a`
4400			`0DE3 ED 4400 mov a,r5`
4401			`0DE4 42 04 4401 orl ar4,a`
4402			`0DE6 8B 82 4402 mov dpl,r3`
4403			`0DE8 8C 83 4403 mov dph,r4`
4404			`0DEA A3 4404 inc dptr`
4405			`0DEB 22 4405 ret`
4406			`4406 ;------------------------------------------------------------`
4407			`4407 ;Allocation info for local variables in function 'fpga_configure_from_flash_init'`
4408			`4408 ;------------------------------------------------------------`
4409			`4409 ;i Allocated to registers r2`
4410			`4410 ;buf Allocated with name '_fpga_configure_from_flash_init_buf_1_1'`
4411			`4411 ;------------------------------------------------------------`
4412			`4412 ; ../../include/ztex-fpga-flash2.h:60: BYTE fpga_configure_from_flash_init() {`
4413			`4413 ; -----------------------------------------`
4414			`4414 ; function fpga_configure_from_flash_init`
4415			`4415 ; -----------------------------------------`
4416			`0DEC 4416 _fpga_configure_from_flash_init:`
4417			`4417 ; ../../include/ztex-fpga-flash2.h:66: if ( config_data_valid ) {`
4418			`0DEC 90s00r06 4418 mov dptr,#_config_data_valid`
4419			`0DEF E0 4419 movx a,@dptr`
4420			`0DF0 FA 4420 mov r2,a`
4421			`0DF1 60 2F 4421 jz 00106$`
4422			`4422 ; ../../include/ztex-fpga-flash2.h:67: mac_eeprom_read ( (__xdata BYTE*) buf, 26, 4 ); // read actual and max bitstream size`
4423			`0DF3 75*08 1A 4423 mov _mac_eeprom_read_PARM_2,#0x1A`
4424			`0DF6 75*09 04 4424 mov _mac_eeprom_read_PARM_3,#0x04`
4425			`0DF9 90s00r2D 4425 mov dptr,#_fpga_configure_from_flash_init_buf_1_1`
4426			`0DFC 12s03r70 4426 lcall _mac_eeprom_read`
4427			`4427 ; ../../include/ztex-fpga-flash2.h:68: if ( buf[1] != 0 ) {`
4428			`0DFF 90s00r2F 4428 mov dptr,#(_fpga_configure_from_flash_init_buf_1_1 + 0x0002)`
4429			`0E02 E0 4429 movx a,@dptr`
4430			`0E03 FA 4430 mov r2,a`
4431			`0E04 A3 4431 inc dptr`
4432			`0E05 E0 4432 movx a,@dptr`
4433			`0E06 FB 4433 mov r3,a`
4434			`0E07 4A 4434 orl a,r2`
4435			`0E08 60 18 4435 jz 00106$`
4436			`4436 ; ../../include/ztex-fpga-flash2.h:69: if ( buf[0] == 0 ) {`
4437			`0E0A 90s00r2D 4437 mov dptr,#_fpga_configure_from_flash_init_buf_1_1`
4438			`0E0D E0 4438 movx a,@dptr`
4439			`0E0E FA 4439 mov r2,a`
4440			`0E0F A3 4440 inc dptr`
4441			`0E10 E0 4441 movx a,@dptr`
4442			`0E11 FB 4442 mov r3,a`
4443			`0E12 4A 4443 orl a,r2`
4444			`0E13 60 03 4444 jz 00140$`
4445			`0E15 02s0ErAF 4445 ljmp 00113$`
4446			`0E18 4446 00140$:`
4447			`4447 ; ../../include/ztex-fpga-flash2.h:70: return fpga_flash_result = 3;`
4448			`0E18 90s00r26 4448 mov dptr,#_fpga_flash_result`
4449			`0E1B 74 03 4449 mov a,#0x03`
4450			`0E1D F0 4450 movx @dptr,a`
4451			`0E1E 75 82 03 4451 mov dpl,#0x03`
4452			`0E21 22 4452 ret`
4453			`4453 ; ../../include/ztex-fpga-flash2.h:73: goto flash_config;`
4454			`0E22 4454 00106$:`
4455			`4455 ; ../../include/ztex-fpga-flash2.h:80: if ( flash_read_init( 0 ) ) // prepare reading sector 0`
4456			`0E22 90 00 00 4456 mov dptr,#0x0000`
4457			`0E25 12s06rFF 4457 lcall _flash_read_init`
4458			`0E28 E5 82 4458 mov a,dpl`
4459			`0E2A 60 0A 4459 jz 00132$`
4460			`4460 ; ../../include/ztex-fpga-flash2.h:81: return fpga_flash_result = 2;`
4461			`0E2C 90s00r26 4461 mov dptr,#_fpga_flash_result`
4462			`0E2F 74 02 4462 mov a,#0x02`
4463			`0E31 F0 4463 movx @dptr,a`
4464			`0E32 75 82 02 4464 mov dpl,#0x02`
4465			`0E35 22 4465 ret`
4466			`4466 ; ../../include/ztex-fpga-flash2.h:82: for ( i=0; i<8 && flash_read_byte()==fpga_flash_boot_id[i]; i++ );`
4467			`0E36 4467 00132$:`
4468			`0E36 7A 00 4468 mov r2,#0x00`
4469			`0E38 4469 00120$:`
4470			`0E38 BA 08 00 4470 cjne r2,#0x08,00142$`
4471			`0E3B 4471 00142$:`
4472			`0E3B 50 16 4472 jnc 00123$`
4473			`0E3D C0 02 4473 push ar2`
4474			`0E3F 12s05r85 4474 lcall _flash_read_byte`
4475			`0E42 AB 82 4475 mov r3,dpl`
4476			`0E44 D0 02 4476 pop ar2`
4477			`0E46 EA 4477 mov a,r2`
4478			`0E47 90s00r00 4478 mov dptr,#_fpga_flash_boot_id`
4479			`0E4A 93 4479 movc a,@a+dptr`
4480			`0E4B FC 4480 mov r4,a`
4481			`0E4C EB 4481 mov a,r3`
4482			`0E4D B5 04 03 4482 cjne a,ar4,00123$`
4483			`0E50 0A 4483 inc r2`
4484			`0E51 80 E5 4484 sjmp 00120$`
4485			`0E53 4485 00123$:`
4486			`4486 ; ../../include/ztex-fpga-flash2.h:83: if ( i != 8 ) {`
4487			`0E53 BA 08 02 4487 cjne r2,#0x08,00146$`
4488			`0E56 80 20 4488 sjmp 00110$`
4489			`0E58 4489 00146$:`
4490			`4490 ; ../../include/ztex-fpga-flash2.h:84: flash_read_finish(flash_sector_size - i); // dummy-read the rest of the sector + finish read opration`
4491			`0E58 7B 00 4491 mov r3,#0x00`
4492			`0E5A 90s00r08 4492 mov dptr,#_flash_sector_size`
4493			`0E5D E0 4493 movx a,@dptr`
4494			`0E5E FC 4494 mov r4,a`
4495			`0E5F A3 4495 inc dptr`
4496			`0E60 E0 4496 movx a,@dptr`
4497			`0E61 FD 4497 mov r5,a`
4498			`0E62 EC 4498 mov a,r4`
4499			`0E63 C3 4499 clr c`
4500			`0E64 9A 4500 subb a,r2`
4501			`0E65 F5 82 4501 mov dpl,a`
4502			`0E67 ED 4502 mov a,r5`
4503			`0E68 9B 4503 subb a,r3`
4504			`0E69 F5 83 4504 mov dph,a`
4505			`0E6B 12s07r85 4505 lcall _flash_read_finish`
4506			`4506 ; ../../include/ztex-fpga-flash2.h:85: return fpga_flash_result = 3;`
4507			`0E6E 90s00r26 4507 mov dptr,#_fpga_flash_result`
4508			`0E71 74 03 4508 mov a,#0x03`
4509			`0E73 F0 4509 movx @dptr,a`
4510			`0E74 75 82 03 4510 mov dpl,#0x03`
4511			`0E77 22 4511 ret`
4512			`0E78 4512 00110$:`
4513			`4513 ; ../../include/ztex-fpga-flash2.h:87: i = flash_read_byte();`
4514			`0E78 12s05r85 4514 lcall _flash_read_byte`
4515			`0E7B AA 82 4515 mov r2,dpl`
4516			`4516 ; ../../include/ztex-fpga-flash2.h:88: i \|= flash_read_byte();`
4517			`0E7D C0 02 4517 push ar2`
4518			`0E7F 12s05r85 4518 lcall _flash_read_byte`
4519			`0E82 AB 82 4519 mov r3,dpl`
4520			`0E84 D0 02 4520 pop ar2`
4521			`0E86 EB 4521 mov a,r3`
4522			`0E87 42 02 4522 orl ar2,a`
4523			`4523 ; ../../include/ztex-fpga-flash2.h:89: flash_read_finish(flash_sector_size - 10); // dummy-read the rest of the sector + finish read opration`
4524			`0E89 90s00r08 4524 mov dptr,#_flash_sector_size`
4525			`0E8C E0 4525 movx a,@dptr`
4526			`0E8D FB 4526 mov r3,a`
4527			`0E8E A3 4527 inc dptr`
4528			`0E8F E0 4528 movx a,@dptr`
4529			`0E90 FC 4529 mov r4,a`
4530			`0E91 EB 4530 mov a,r3`
4531			`0E92 24 F6 4531 add a,#0xf6`
4532			`0E94 F5 82 4532 mov dpl,a`
4533			`0E96 EC 4533 mov a,r4`
4534			`0E97 34 FF 4534 addc a,#0xff`
4535			`0E99 F5 83 4535 mov dph,a`
4536			`0E9B C0 02 4536 push ar2`
4537			`0E9D 12s07r85 4537 lcall _flash_read_finish`
4538			`0EA0 D0 02 4538 pop ar2`
4539			`4539 ; ../../include/ztex-fpga-flash2.h:90: if ( i==0 )`
4540			`0EA2 EA 4540 mov a,r2`
4541			`0EA3 70 0A 4541 jnz 00113$`
4542			`4542 ; ../../include/ztex-fpga-flash2.h:91: return fpga_flash_result = 3;`
4543			`0EA5 90s00r26 4543 mov dptr,#_fpga_flash_result`
4544			`0EA8 74 03 4544 mov a,#0x03`
4545			`0EAA F0 4545 movx @dptr,a`
4546			`0EAB 75 82 03 4546 mov dpl,#0x03`
4547			`4547 ; ../../include/ztex-fpga-flash2.h:93: flash_config:`
4548			`0EAE 22 4548 ret`
4549			`0EAF 4549 00113$:`
4550			`4550 ; ../../include/ztex-fpga-flash2.h:94: fpga_flash_result = fpga_configure_from_flash(0);`
4551			`0EAF 75 82 00 4551 mov dpl,#0x00`
4552			`0EB2 12s0Cr6D 4552 lcall _fpga_configure_from_flash`
4553			`0EB5 AA 82 4553 mov r2,dpl`
4554			`0EB7 90s00r26 4554 mov dptr,#_fpga_flash_result`
4555			`0EBA EA 4555 mov a,r2`
4556			`0EBB F0 4556 movx @dptr,a`
4557			`4557 ; ../../include/ztex-fpga-flash2.h:95: if ( fpga_flash_result == 1 ) {`
4558			`0EBC BA 01 05 4558 cjne r2,#0x01,00117$`
4559			`4559 ; ../../include/ztex-fpga-flash2.h:96: post_fpga_config();`
4560			`0EBF 12s0BrC2 4560 lcall _post_fpga_config`
4561			`0EC2 80 0F 4561 sjmp 00118$`
4562			`0EC4 4562 00117$:`
4563			`4563 ; ../../include/ztex-fpga-flash2.h:98: else if ( fpga_flash_result == 4 ) {`
4564			`0EC4 BA 04 0C 4564 cjne r2,#0x04,00118$`
4565			`4565 ; ../../include/ztex-fpga-flash2.h:99: fpga_flash_result = fpga_configure_from_flash(0); // up to two tries`
4566			`0EC7 75 82 00 4566 mov dpl,#0x00`
4567			`0ECA 12s0Cr6D 4567 lcall _fpga_configure_from_flash`
4568			`0ECD E5 82 4568 mov a,dpl`
4569			`0ECF 90s00r26 4569 mov dptr,#_fpga_flash_result`
4570			`0ED2 F0 4570 movx @dptr,a`
4571			`0ED3 4571 00118$:`
4572			`4572 ; ../../include/ztex-fpga-flash2.h:101: return fpga_flash_result;`
4573			`0ED3 90s00r26 4573 mov dptr,#_fpga_flash_result`
4574			`0ED6 E0 4574 movx a,@dptr`
4575			`0ED7 F5 82 4575 mov dpl,a`
4576			`0ED9 22 4576 ret`
4577			`4577 ;------------------------------------------------------------`
4578			`4578 ;Allocation info for local variables in function 'abscode_identity'`
4579			`4579 ;------------------------------------------------------------`
4580			`4580 ;------------------------------------------------------------`
4581			`4581 ; ../../include/ztex-descriptors.h:131: void abscode_identity()// _naked`
4582			`4582 ; -----------------------------------------`
4583			`4583 ; function abscode_identity`
4584			`4584 ; -----------------------------------------`
4585			`0EDA 4585 _abscode_identity:`
4586			`4586 ; ../../include/ztex-descriptors.h:185: + 64`
4587			`4587`
4588			`4588 .area ABSCODE (ABS,CODE)`
4589			`4589`
4590			`006C 4590 .org 0x06c`
4591			`006C 28 4591 .db 40`
4592			`4592`
4593			`006D 4593 .org _ZTEX_DESCRIPTOR_VERSION`
4594			`006D 01 4594 .db 1`
4595			`4595`
4596			`006E 4596 .org _ZTEXID`
4597			`006E 5A 54 45 58 4597 .ascii "ZTEX"`
4598			`4598`
4599			`0072 4599 .org _PRODUCT_ID`
4600			`0072 0A 4600 .db 10`
4601			`0073 13 4601 .db 19`
4602			`0074 00 4602 .db 0`
4603			`0075 00 4603 .db 0`
4604			`4604`
4605			`0076 4605 .org _FW_VERSION`
4606			`0076 00 4606 .db 0`
4607			`4607`
4608			`0077 4608 .org _INTERFACE_VERSION`
4609			`0077 01 4609 .db 1`
4610			`4610`
4611			`0078 4611 .org _INTERFACE_CAPABILITIES`
4612			`4612 ; # 185 "../../include/ztex-descriptors.h"`
4613			`0078 47 4613 .db 0 + 1 + 2 + 4 + 64`
4614			`4614 ; # 191 "../../include/ztex-descriptors.h"`
4615			`0079 00 4615 .db 0`
4616			`007A 00 4616 .db 0`
4617			`007B 00 4617 .db 0`
4618			`007C 00 4618 .db 0`
4619			`007D 00 4619 .db 0`
4620			`4620`
4621			`007E 4621 .org _MODULE_RESERVED`
4622			`007E 00 4622 .db 0`
4623			`007F 00 4623 .db 0`
4624			`0080 00 4624 .db 0`
4625			`0081 00 4625 .db 0`
4626			`0082 00 4626 .db 0`
4627			`0083 00 4627 .db 0`
4628			`0084 00 4628 .db 0`
4629			`0085 00 4629 .db 0`
4630			`0086 00 4630 .db 0`
4631			`0087 00 4631 .db 0`
4632			`0088 00 4632 .db 0`
4633			`0089 00 4633 .db 0`
4634			`4634`
4635			`008A 4635 .org _SN_STRING`
4636			`008A 30 30 30 30 30 30 4636 .ascii "0000000000"`
4637			`30 30 30 30`
4638			`4637`
4639			`4638 .area CSEG (CODE)`
4640			`4639`
4641			`0EDA 22 4640 ret`
4642			`4641 ;------------------------------------------------------------`
4643			`4642 ;Allocation info for local variables in function 'resetToggleData'`
4644			`4643 ;------------------------------------------------------------`
4645			`4644 ;------------------------------------------------------------`
4646			`4645 ; ../../include/ztex-isr.h:34: static void resetToggleData () {`
4647			`4646 ; -----------------------------------------`
4648			`4647 ; function resetToggleData`
4649			`4648 ; -----------------------------------------`
4650			`0EDB 4649 _resetToggleData:`
4651			`4650 ; ../../include/ztex-isr.h:45: TOGCTL = 0; // EP0 out`
4652			`4651 ; ../../include/ztex-isr.h:46: TOGCTL = 0 \| bmBIT5;`
4653			`4652 ; ../../include/ztex-isr.h:47: TOGCTL = 0x10; // EP0 in`
4654			`4653 ; ../../include/ztex-isr.h:48: TOGCTL = 0x10 \| bmBIT5;`
4655			`0EDB 90 E6 83 4654 mov dptr,#_TOGCTL`
4656			`0EDE E4 4655 clr a`
4657			`0EDF F0 4656 movx @dptr,a`
4658			`0EE0 74 20 4657 mov a,#0x20`
4659			`0EE2 F0 4658 movx @dptr,a`
4660			`0EE3 74 10 4659 mov a,#0x10`
4661			`0EE5 F0 4660 movx @dptr,a`
4662			`0EE6 74 30 4661 mov a,#0x30`
4663			`0EE8 F0 4662 movx @dptr,a`
4664			`4663 ; ../../include/ztex-isr.h:49: #ifeq[EP1OUT_DIR][OUT]`
4665			`4664 ; ../../include/ztex-isr.h:51: TOGCTL = 1 \| bmBIT5;`
4666			`4665 ; ../../include/ztex-isr.h:52: #endif`
4667			`4666 ; ../../include/ztex-isr.h:55: TOGCTL = 0x11 \| bmBIT5;`
4668			`0EE9 90 E6 83 4667 mov dptr,#_TOGCTL`
4669			`0EEC 74 01 4668 mov a,#0x01`
4670			`0EEE F0 4669 movx @dptr,a`
4671			`0EEF 74 21 4670 mov a,#0x21`
4672			`0EF1 F0 4671 movx @dptr,a`
4673			`0EF2 74 11 4672 mov a,#0x11`
4674			`0EF4 F0 4673 movx @dptr,a`
4675			`0EF5 74 31 4674 mov a,#0x31`
4676			`0EF7 F0 4675 movx @dptr,a`
4677			`0EF8 22 4676 ret`
4678			`4677 ;------------------------------------------------------------`
4679			`4678 ;Allocation info for local variables in function 'sendStringDescriptor'`
4680			`4679 ;------------------------------------------------------------`
4681			`4680 ;hiAddr Allocated with name '_sendStringDescriptor_PARM_2'`
4682			`4681 ;size Allocated with name '_sendStringDescriptor_PARM_3'`
4683			`4682 ;loAddr Allocated to registers r2`
4684			`4683 ;i Allocated to registers r2`
4685			`4684 ;------------------------------------------------------------`
4686			`4685 ; ../../include/ztex-isr.h:68: static void sendStringDescriptor (BYTE loAddr, BYTE hiAddr, BYTE size)`
4687			`4686 ; -----------------------------------------`
4688			`4687 ; function sendStringDescriptor`
4689			`4688 ; -----------------------------------------`
4690			`0EF9 4689 _sendStringDescriptor:`
4691			`0EF9 AA 82 4690 mov r2,dpl`
4692			`4691 ; ../../include/ztex-isr.h:71: if ( size > 31) size = 31;`
4693			`0EFB E5*01 4692 mov a,_sendStringDescriptor_PARM_3`
4694			`0EFD 24 E0 4693 add a,#0xff - 0x1F`
4695			`0EFF 50 03 4694 jnc 00102$`
4696			`0F01 75*01 1F 4695 mov _sendStringDescriptor_PARM_3,#0x1F`
4697			`0F04 4696 00102$:`
4698			`4697 ; ../../include/ztex-isr.h:72: if (SETUPDAT[7] == 0 && SETUPDAT[6]`
4699			`0F04 90 E6 BF 4698 mov dptr,#(_SETUPDAT + 0x0007)`
4700			`0F07 E0 4699 movx a,@dptr`
4701			`0F08 70 10 4700 jnz 00104$`
4702			`0F0A 90 E6 BE 4701 mov dptr,#(_SETUPDAT + 0x0006)`
4703			`0F0D E0 4702 movx a,@dptr`
4704			`0F0E FB 4703 mov r3,a`
4705			`0F0F C3 4704 clr c`
4706			`0F10 95*01 4705 subb a,_sendStringDescriptor_PARM_3`
4707			`0F12 50 06 4706 jnc 00104$`
4708			`0F14 90 E6 BE 4707 mov dptr,#(_SETUPDAT + 0x0006)`
4709			`0F17 E0 4708 movx a,@dptr`
4710			`0F18 F5*01 4709 mov _sendStringDescriptor_PARM_3,a`
4711			`0F1A 4710 00104$:`
4712			`4711 ; ../../include/ztex-isr.h:73: AUTOPTRSETUP = 7;`
4713			`0F1A 75 AF 07 4712 mov _AUTOPTRSETUP,#0x07`
4714			`4713 ; ../../include/ztex-isr.h:74: AUTOPTRL1 = loAddr;`
4715			`0F1D 8A 9B 4714 mov _AUTOPTRL1,r2`
4716			`4715 ; ../../include/ztex-isr.h:75: AUTOPTRH1 = hiAddr;`
4717			`0F1F 85*00 9A 4716 mov _AUTOPTRH1,_sendStringDescriptor_PARM_2`
4718			`4717 ; ../../include/ztex-isr.h:76: AUTOPTRL2 = (BYTE)(((unsigned short)(&EP0BUF))+1);`
4719			`0F22 75 9E 41 4718 mov _AUTOPTRL2,#0x41`
4720			`4719 ; ../../include/ztex-isr.h:77: AUTOPTRH2 = (BYTE)((((unsigned short)(&EP0BUF))+1) >> 8);`
4721			`0F25 75 9D E7 4720 mov _AUTOPTRH2,#0xE7`
4722			`4721 ; ../../include/ztex-isr.h:78: XAUTODAT2 = 3;`
4723			`0F28 90 E6 7C 4722 mov dptr,#_XAUTODAT2`
4724			`0F2B 74 03 4723 mov a,#0x03`
4725			`0F2D F0 4724 movx @dptr,a`
4726			`4725 ; ../../include/ztex-isr.h:79: for (i=0; i`
4727			`0F2E 7A 00 4726 mov r2,#0x00`
4728			`0F30 4727 00106$:`
4729			`0F30 C3 4728 clr c`
4730			`0F31 EA 4729 mov a,r2`
4731			`0F32 95*01 4730 subb a,_sendStringDescriptor_PARM_3`
4732			`0F34 50 11 4731 jnc 00109$`
4733			`4732 ; ../../include/ztex-isr.h:80: XAUTODAT2 = XAUTODAT1;`
4734			`0F36 90 E6 7B 4733 mov dptr,#_XAUTODAT1`
4735			`0F39 E0 4734 movx a,@dptr`
4736			`0F3A FB 4735 mov r3,a`
4737			`0F3B 90 E6 7C 4736 mov dptr,#_XAUTODAT2`
4738			`0F3E F0 4737 movx @dptr,a`
4739			`4738 ; ../../include/ztex-isr.h:81: XAUTODAT2 = 0;`
4740			`0F3F 90 E6 7C 4739 mov dptr,#_XAUTODAT2`
4741			`0F42 E4 4740 clr a`
4742			`0F43 F0 4741 movx @dptr,a`
4743			`4742 ; ../../include/ztex-isr.h:79: for (i=0; i`
4744			`0F44 0A 4743 inc r2`
4745			`0F45 80 E9 4744 sjmp 00106$`
4746			`0F47 4745 00109$:`
4747			`4746 ; ../../include/ztex-isr.h:83: i = (size+1) << 1;`
4748			`0F47 E5*01 4747 mov a,_sendStringDescriptor_PARM_3`
4749			`0F49 04 4748 inc a`
4750			`4749 ; ../../include/ztex-isr.h:84: EP0BUF[0] = i;`
4751			`0F4A 25 E0 4750 add a,acc`
4752			`0F4C FA 4751 mov r2,a`
4753			`0F4D 90 E7 40 4752 mov dptr,#_EP0BUF`
4754			`0F50 F0 4753 movx @dptr,a`
4755			`4754 ; ../../include/ztex-isr.h:85: EP0BUF[1] = 3;`
4756			`0F51 90 E7 41 4755 mov dptr,#(_EP0BUF + 0x0001)`
4757			`0F54 74 03 4756 mov a,#0x03`
4758			`0F56 F0 4757 movx @dptr,a`
4759			`4758 ; ../../include/ztex-isr.h:86: EP0BCH = 0;`
4760			`0F57 90 E6 8A 4759 mov dptr,#_EP0BCH`
4761			`0F5A E4 4760 clr a`
4762			`0F5B F0 4761 movx @dptr,a`
4763			`4762 ; ../../include/ztex-isr.h:87: EP0BCL = i;`
4764			`0F5C 90 E6 8B 4763 mov dptr,#_EP0BCL`
4765			`0F5F EA 4764 mov a,r2`
4766			`0F60 F0 4765 movx @dptr,a`
4767			`0F61 22 4766 ret`
4768			`4767 ;------------------------------------------------------------`
4769			`4768 ;Allocation info for local variables in function 'ep0_payload_update'`
4770			`4769 ;------------------------------------------------------------`
4771			`4770 ;------------------------------------------------------------`
4772			`4771 ; ../../include/ztex-isr.h:93: static void ep0_payload_update() {`
4773			`4772 ; -----------------------------------------`
4774			`4773 ; function ep0_payload_update`
4775			`4774 ; -----------------------------------------`
4776			`0F62 4775 _ep0_payload_update:`
4777			`4776 ; ../../include/ztex-isr.h:94: ep0_payload_transfer = ( ep0_payload_remaining > 64 ) ? 64 : ep0_payload_remaining;`
4778			`0F62 90s00r00 4777 mov dptr,#_ep0_payload_remaining`
4779			`0F65 E0 4778 movx a,@dptr`
4780			`0F66 FA 4779 mov r2,a`
4781			`0F67 A3 4780 inc dptr`
4782			`0F68 E0 4781 movx a,@dptr`
4783			`0F69 FB 4782 mov r3,a`
4784			`0F6A C3 4783 clr c`
4785			`0F6B 74 40 4784 mov a,#0x40`
4786			`0F6D 9A 4785 subb a,r2`
4787			`0F6E E4 4786 clr a`
4788			`0F6F 9B 4787 subb a,r3`
4789			`0F70 50 06 4788 jnc 00103$`
4790			`0F72 7C 40 4789 mov r4,#0x40`
4791			`0F74 7D 00 4790 mov r5,#0x00`
4792			`0F76 80 04 4791 sjmp 00104$`
4793			`0F78 4792 00103$:`
4794			`0F78 8A 04 4793 mov ar4,r2`
4795			`0F7A 8B 05 4794 mov ar5,r3`
4796			`0F7C 4795 00104$:`
4797			`0F7C 90s00r02 4796 mov dptr,#_ep0_payload_transfer`
4798			`0F7F EC 4797 mov a,r4`
4799			`0F80 F0 4798 movx @dptr,a`
4800			`4799 ; ../../include/ztex-isr.h:95: ep0_payload_remaining -= ep0_payload_transfer;`
4801			`0F81 7D 00 4800 mov r5,#0x00`
4802			`0F83 90s00r00 4801 mov dptr,#_ep0_payload_remaining`
4803			`0F86 EA 4802 mov a,r2`
4804			`0F87 C3 4803 clr c`
4805			`0F88 9C 4804 subb a,r4`
4806			`0F89 F0 4805 movx @dptr,a`
4807			`0F8A EB 4806 mov a,r3`
4808			`0F8B 9D 4807 subb a,r5`
4809			`0F8C A3 4808 inc dptr`
4810			`0F8D F0 4809 movx @dptr,a`
4811			`0F8E 22 4810 ret`
4812			`4811 ;------------------------------------------------------------`
4813			`4812 ;Allocation info for local variables in function 'ep0_vendor_cmd_su'`
4814			`4813 ;------------------------------------------------------------`
4815			`4814 ;------------------------------------------------------------`
4816			`4815 ; ../../include/ztex-isr.h:102: static void ep0_vendor_cmd_su() {`
4817			`4816 ; -----------------------------------------`
4818			`4817 ; function ep0_vendor_cmd_su`
4819			`4818 ; -----------------------------------------`
4820			`0F8F 4819 _ep0_vendor_cmd_su:`
4821			`4820 ; ../../include/ztex-isr.h:103: switch ( ep0_prev_setup_request ) {`
4822			`0F8F 90s00r03 4821 mov dptr,#_ep0_prev_setup_request`
4823			`0F92 E0 4822 movx a,@dptr`
4824			`0F93 FA 4823 mov r2,a`
4825			`0F94 BA 31 02 4824 cjne r2,#0x31,00123$`
4826			`0F97 80 77 4825 sjmp 00107$`
4827			`0F99 4826 00123$:`
4828			`0F99 BA 32 02 4827 cjne r2,#0x32,00124$`
4829			`0F9C 80 75 4828 sjmp 00108$`
4830			`0F9E 4829 00124$:`
4831			`0F9E BA 39 02 4830 cjne r2,#0x39,00125$`
4832			`0FA1 80 0A 4831 sjmp 00101$`
4833			`0FA3 4832 00125$:`
4834			`0FA3 BA 3C 02 4833 cjne r2,#0x3C,00126$`
4835			`0FA6 80 29 4834 sjmp 00102$`
4836			`0FA8 4835 00126$:`
4837			`4836 ; ../../include/ztex-conf.h:123: case $0:`
4838			`0FA8 BA 42 74 4837 cjne r2,#0x42,00111$`
4839			`0FAB 80 2D 4838 sjmp 00103$`
4840			`0FAD 4839 00101$:`
4841			`4840 ; ../../include/ztex-eeprom.h:236: eeprom_write_checksum = 0;`
4842			`0FAD 90s00r04 4841 mov dptr,#_eeprom_write_checksum`
4843			`4842 ; ../../include/ztex-eeprom.h:237: eeprom_write_bytes = 0;`
4844			`0FB0 E4 4843 clr a`
4845			`0FB1 F0 4844 movx @dptr,a`
4846			`0FB2 90s00r02 4845 mov dptr,#_eeprom_write_bytes`
4847			`0FB5 F0 4846 movx @dptr,a`
4848			`0FB6 A3 4847 inc dptr`
4849			`0FB7 F0 4848 movx @dptr,a`
4850			`4849 ; ../../include/ztex-eeprom.h:238: eeprom_addr = ( SETUPDAT[3] << 8) \| SETUPDAT[2]; // Address`
4851			`0FB8 90 E6 BB 4850 mov dptr,#(_SETUPDAT + 0x0003)`
4852			`0FBB E0 4851 movx a,@dptr`
4853			`0FBC FB 4852 mov r3,a`
4854			`0FBD 7A 00 4853 mov r2,#0x00`
4855			`0FBF 90 E6 BA 4854 mov dptr,#(_SETUPDAT + 0x0002)`
4856			`0FC2 E0 4855 movx a,@dptr`
4857			`0FC3 FC 4856 mov r4,a`
4858			`0FC4 7D 00 4857 mov r5,#0x00`
4859			`0FC6 90s00r00 4858 mov dptr,#_eeprom_addr`
4860			`0FC9 EC 4859 mov a,r4`
4861			`0FCA 4A 4860 orl a,r2`
4862			`0FCB F0 4861 movx @dptr,a`
4863			`0FCC ED 4862 mov a,r5`
4864			`0FCD 4B 4863 orl a,r3`
4865			`0FCE A3 4864 inc dptr`
4866			`0FCF F0 4865 movx @dptr,a`
4867			`4866 ; ../../include/ztex-conf.h:125: break;`
4868			`4867 ; ../../include/ztex-conf.h:123: case $0:`
4869			`0FD0 22 4868 ret`
4870			`0FD1 4869 00102$:`
4871			`4870 ; ../../include/ztex-conf.h:125: break;`
4872			`0FD1 90 E6 BA 4871 mov dptr,#(_SETUPDAT + 0x0002)`
4873			`0FD4 E0 4872 movx a,@dptr`
4874			`0FD5 90s00r05 4873 mov dptr,#_mac_eeprom_addr`
4875			`0FD8 F0 4874 movx @dptr,a`
4876			`4875 ; ../../include/ztex-conf.h:123: case $0:`
4877			`0FD9 22 4876 ret`
4878			`0FDA 4877 00103$:`
4879			`4878 ; ../../include/ztex-flash2.h:698: ep0_write_mode = SETUPDAT[5];`
4880			`0FDA 90 E6 BD 4879 mov dptr,#(_SETUPDAT + 0x0005)`
4881			`0FDD E0 4880 movx a,@dptr`
4882			`0FDE FA 4881 mov r2,a`
4883			`0FDF 90s00r1F 4882 mov dptr,#_ep0_write_mode`
4884			`0FE2 F0 4883 movx @dptr,a`
4885			`4884 ; ../../include/ztex-flash2.h:699: if ( (ep0_write_mode == 0) && flash_write_init((SETUPDAT[3] << 8) \| SETUPDAT[2]) ) {`
4886			`0FE3 EA 4885 mov a,r2`
4887			`0FE4 70 41 4886 jnz 00113$`
4888			`0FE6 90 E6 BB 4887 mov dptr,#(_SETUPDAT + 0x0003)`
4889			`0FE9 E0 4888 movx a,@dptr`
4890			`0FEA FB 4889 mov r3,a`
4891			`0FEB 7A 00 4890 mov r2,#0x00`
4892			`0FED 90 E6 BA 4891 mov dptr,#(_SETUPDAT + 0x0002)`
4893			`0FF0 E0 4892 movx a,@dptr`
4894			`0FF1 7D 00 4893 mov r5,#0x00`
4895			`0FF3 4A 4894 orl a,r2`
4896			`0FF4 F5 82 4895 mov dpl,a`
4897			`0FF6 ED 4896 mov a,r5`
4898			`0FF7 4B 4897 orl a,r3`
4899			`0FF8 F5 83 4898 mov dph,a`
4900			`0FFA 12s08rFB 4899 lcall _flash_write_init`
4901			`0FFD E5 82 4900 mov a,dpl`
4902			`0FFF 60 26 4901 jz 00113$`
4903			`4902 ; ../../include/ztex-conf.h:137: EP0CS \|= 0x01; // set stall`
4904			`1001 90 E6 A0 4903 mov dptr,#_EP0CS`
4905			`1004 E0 4904 movx a,@dptr`
4906			`1005 44 01 4905 orl a,#0x01`
4907			`1007 F0 4906 movx @dptr,a`
4908			`4907 ; ../../include/ztex-conf.h:138: ep0_payload_remaining = 0;`
4909			`1008 90s00r00 4908 mov dptr,#_ep0_payload_remaining`
4910			`100B E4 4909 clr a`
4911			`100C F0 4910 movx @dptr,a`
4912			`100D A3 4911 inc dptr`
4913			`100E F0 4912 movx @dptr,a`
4914			`4913 ; ../../include/ztex-conf.h:139: break;`
4915			`4914 ; ../../include/ztex-conf.h:123: case $0:`
4916			`100F 22 4915 ret`
4917			`1010 4916 00107$:`
4918			`4917 ; ../../include/ztex-conf.h:124: $1`
4919			`4918 ; ../../include/ztex-conf.h:125: break;`
4920			`4919 ; ../../include/ztex-conf.h:123: case $0:`
4921			`1010 02s0ArCF 4920 ljmp _reset_fpga`
4922			`1013 4921 00108$:`
4923			`4922 ; ../../include/ztex-fpga7.h:208: if ( fpga_conf_initialized != 123 )`
4924			`1013 90s00r27 4923 mov dptr,#_fpga_conf_initialized`
4925			`1016 E0 4924 movx a,@dptr`
4926			`1017 FA 4925 mov r2,a`
4927			`1018 BA 7B 01 4926 cjne r2,#0x7B,00130$`
4928			`101B 22 4927 ret`
4929			`101C 4928 00130$:`
4930			`4929 ; ../../include/ztex-fpga7.h:209: init_fpga_configuration();`
4931			`4930 ; ../../include/ztex-conf.h:125: break;`
4932			`4931 ; ../../include/ztex-isr.h:105: default:`
4933			`101C 02s0Br2D 4932 ljmp _init_fpga_configuration`
4934			`101F 4933 00111$:`
4935			`4934 ; ../../include/ztex-isr.h:106: EP0CS \|= 0x01; // set stall, unknown request`
4936			`101F 90 E6 A0 4935 mov dptr,#_EP0CS`
4937			`1022 E0 4936 movx a,@dptr`
4938			`1023 FA 4937 mov r2,a`
4939			`1024 44 01 4938 orl a,#0x01`
4940			`1026 F0 4939 movx @dptr,a`
4941			`4940 ; ../../include/ztex-isr.h:107: }`
4942			`1027 4941 00113$:`
4943			`1027 22 4942 ret`
4944			`4943 ;------------------------------------------------------------`
4945			`4944 ;Allocation info for local variables in function 'SUDAV_ISR'`
4946			`4945 ;------------------------------------------------------------`
4947			`4946 ;a Allocated to registers r2`
4948			`4947 ;------------------------------------------------------------`
4949			`4948 ; ../../include/ztex-isr.h:113: static void SUDAV_ISR () __interrupt`
4950			`4949 ; -----------------------------------------`
4951			`4950 ; function SUDAV_ISR`
4952			`4951 ; -----------------------------------------`
4953			`1028 4952 _SUDAV_ISR:`
4954			`1028 C0*00 4953 push bits`
4955			`102A C0 E0 4954 push acc`
4956			`102C C0 F0 4955 push b`
4957			`102E C0 82 4956 push dpl`
4958			`1030 C0 83 4957 push dph`
4959			`1032 C0 02 4958 push (0+2)`
4960			`1034 C0 03 4959 push (0+3)`
4961			`1036 C0 04 4960 push (0+4)`
4962			`1038 C0 05 4961 push (0+5)`
4963			`103A C0 06 4962 push (0+6)`
4964			`103C C0 07 4963 push (0+7)`
4965			`103E C0 00 4964 push (0+0)`
4966			`1040 C0 01 4965 push (0+1)`
4967			`1042 C0 D0 4966 push psw`
4968			`1044 75 D0 00 4967 mov psw,#0x00`
4969			`4968 ; ../../include/ztex-isr.h:116: ep0_prev_setup_request = bRequest;`
4970			`1047 90 E6 B9 4969 mov dptr,#_bRequest`
4971			`104A E0 4970 movx a,@dptr`
4972			`104B FA 4971 mov r2,a`
4973			`104C 90s00r03 4972 mov dptr,#_ep0_prev_setup_request`
4974			`104F F0 4973 movx @dptr,a`
4975			`4974 ; ../../include/ztex-isr.h:117: SUDPTRCTL = 1;`
4976			`1050 90 E6 B5 4975 mov dptr,#_SUDPTRCTL`
4977			`1053 74 01 4976 mov a,#0x01`
4978			`1055 F0 4977 movx @dptr,a`
4979			`4978 ; ../../include/ztex-isr.h:120: switch ( bRequest ) {`
4980			`1056 90 E6 B9 4979 mov dptr,#_bRequest`
4981			`1059 E0 4980 movx a,@dptr`
4982			`105A FA 4981 mov r2,a`
4983			`105B 24 F3 4982 add a,#0xff - 0x0C`
4984			`105D 50 03 4983 jnc 00238$`
4985			`105F 02s13rDE 4984 ljmp 00160$`
4986			`1062 4985 00238$:`
4987			`1062 EA 4986 mov a,r2`
4988			`1063 2A 4987 add a,r2`
4989			`1064 2A 4988 add a,r2`
4990			`1065 90s10r69 4989 mov dptr,#00239$`
4991			`1068 73 4990 jmp @a+dptr`
4992			`1069 4991 00239$:`
4993			`1069 02s10r90 4992 ljmp 00101$`
4994			`106C 02s11r44 4993 ljmp 00112$`
4995			`106F 02s13rDE 4994 ljmp 00160$`
4996			`1072 02s11rC1 4995 ljmp 00122$`
4997			`1075 02s13rDE 4996 ljmp 00160$`
4998			`1078 02s13rDE 4997 ljmp 00160$`
4999			`107B 02s12r59 4998 ljmp 00132$`
5000			`107E 02s13r74 4999 ljmp 00152$`
5001			`1081 02s13r76 5000 ljmp 00153$`
5002			`1084 02s13r87 5001 ljmp 00154$`
5003			`1087 02s13r8C 5002 ljmp 00155$`
5004			`108A 02s13r9D 5003 ljmp 00156$`
5005			`108D 02s13rA2 5004 ljmp 00157$`
5006			`5005 ; ../../include/ztex-isr.h:121: case 0x00: // get status`
5007			`1090 5006 00101$:`
5008			`5007 ; ../../include/ztex-isr.h:122: switch(SETUPDAT[0]) {`
5009			`1090 90 E6 B8 5008 mov dptr,#_SETUPDAT`
5010			`1093 E0 5009 movx a,@dptr`
5011			`1094 FA 5010 mov r2,a`
5012			`1095 BA 80 02 5011 cjne r2,#0x80,00240$`
5013			`1098 80 0D 5012 sjmp 00102$`
5014			`109A 5013 00240$:`
5015			`109A BA 81 02 5014 cjne r2,#0x81,00241$`
5016			`109D 80 1E 5015 sjmp 00103$`
5017			`109F 5016 00241$:`
5018			`109F BA 82 02 5017 cjne r2,#0x82,00242$`
5019			`10A2 80 2F 5018 sjmp 00104$`
5020			`10A4 5019 00242$:`
5021			`10A4 02s13rDE 5020 ljmp 00160$`
5022			`5021 ; ../../include/ztex-isr.h:123: case 0x80: // self powered and remote`
5023			`10A7 5022 00102$:`
5024			`5023 ; ../../include/ztex-isr.h:124: EP0BUF[0] = 0; // not self-powered, no remote wakeup`
5025			`10A7 90 E7 40 5024 mov dptr,#_EP0BUF`
5026			`5025 ; ../../include/ztex-isr.h:125: EP0BUF[1] = 0;`
5027			`5026 ; ../../include/ztex-isr.h:126: EP0BCH = 0;`
5028			`10AA E4 5027 clr a`
5029			`10AB F0 5028 movx @dptr,a`
5030			`10AC 90 E7 41 5029 mov dptr,#(_EP0BUF + 0x0001)`
5031			`10AF F0 5030 movx @dptr,a`
5032			`10B0 90 E6 8A 5031 mov dptr,#_EP0BCH`
5033			`10B3 F0 5032 movx @dptr,a`
5034			`5033 ; ../../include/ztex-isr.h:127: EP0BCL = 2;`
5035			`10B4 90 E6 8B 5034 mov dptr,#_EP0BCL`
5036			`10B7 74 02 5035 mov a,#0x02`
5037			`10B9 F0 5036 movx @dptr,a`
5038			`5037 ; ../../include/ztex-isr.h:128: break;`
5039			`10BA 02s13rDE 5038 ljmp 00160$`
5040			`5039 ; ../../include/ztex-isr.h:129: case 0x81: // interface (reserved)`
5041			`10BD 5040 00103$:`
5042			`5041 ; ../../include/ztex-isr.h:130: EP0BUF[0] = 0; // always return zeros`
5043			`10BD 90 E7 40 5042 mov dptr,#_EP0BUF`
5044			`5043 ; ../../include/ztex-isr.h:131: EP0BUF[1] = 0;`
5045			`5044 ; ../../include/ztex-isr.h:132: EP0BCH = 0;`
5046			`10C0 E4 5045 clr a`
5047			`10C1 F0 5046 movx @dptr,a`
5048			`10C2 90 E7 41 5047 mov dptr,#(_EP0BUF + 0x0001)`
5049			`10C5 F0 5048 movx @dptr,a`
5050			`10C6 90 E6 8A 5049 mov dptr,#_EP0BCH`
5051			`10C9 F0 5050 movx @dptr,a`
5052			`5051 ; ../../include/ztex-isr.h:133: EP0BCL = 2;`
5053			`10CA 90 E6 8B 5052 mov dptr,#_EP0BCL`
5054			`10CD 74 02 5053 mov a,#0x02`
5055			`10CF F0 5054 movx @dptr,a`
5056			`5055 ; ../../include/ztex-isr.h:134: break;`
5057			`10D0 02s13rDE 5056 ljmp 00160$`
5058			`5057 ; ../../include/ztex-isr.h:135: case 0x82:`
5059			`10D3 5058 00104$:`
5060			`5059 ; ../../include/ztex-isr.h:136: switch ( SETUPDAT[4] ) {`
5061			`10D3 90 E6 BC 5060 mov dptr,#(_SETUPDAT + 0x0004)`
5062			`10D6 E0 5061 movx a,@dptr`
5063			`10D7 FA 5062 mov r2,a`
5064			`10D8 60 0F 5063 jz 00106$`
5065			`10DA BA 01 02 5064 cjne r2,#0x01,00244$`
5066			`10DD 80 19 5065 sjmp 00107$`
5067			`10DF 5066 00244$:`
5068			`10DF BA 80 02 5067 cjne r2,#0x80,00245$`
5069			`10E2 80 05 5068 sjmp 00106$`
5070			`10E4 5069 00245$:`
5071			`5070 ; ../../include/ztex-isr.h:138: case 0x80 :`
5072			`10E4 BA 81 2F 5071 cjne r2,#0x81,00109$`
5073			`10E7 80 1E 5072 sjmp 00108$`
5074			`10E9 5073 00106$:`
5075			`5074 ; ../../include/ztex-isr.h:139: EP0BUF[0] = EP0CS & bmBIT0;`
5076			`10E9 90 E6 A0 5075 mov dptr,#_EP0CS`
5077			`10EC E0 5076 movx a,@dptr`
5078			`10ED FA 5077 mov r2,a`
5079			`10EE 53 02 01 5078 anl ar2,#0x01`
5080			`10F1 90 E7 40 5079 mov dptr,#_EP0BUF`
5081			`10F4 EA 5080 mov a,r2`
5082			`10F5 F0 5081 movx @dptr,a`
5083			`5082 ; ../../include/ztex-isr.h:140: break;`
5084			`5083 ; ../../include/ztex-isr.h:141: case 0x01 :`
5085			`10F6 80 3A 5084 sjmp 00110$`
5086			`10F8 5085 00107$:`
5087			`5086 ; ../../include/ztex-isr.h:142: EP0BUF[0] = EP1OUTCS & bmBIT0;`
5088			`10F8 90 E6 A1 5087 mov dptr,#_EP1OUTCS`
5089			`10FB E0 5088 movx a,@dptr`
5090			`10FC FA 5089 mov r2,a`
5091			`10FD 53 02 01 5090 anl ar2,#0x01`
5092			`1100 90 E7 40 5091 mov dptr,#_EP0BUF`
5093			`1103 EA 5092 mov a,r2`
5094			`1104 F0 5093 movx @dptr,a`
5095			`5094 ; ../../include/ztex-isr.h:143: break;`
5096			`5095 ; ../../include/ztex-isr.h:144: case 0x81 :`
5097			`1105 80 2B 5096 sjmp 00110$`
5098			`1107 5097 00108$:`
5099			`5098 ; ../../include/ztex-isr.h:145: EP0BUF[0] = EP1INCS & bmBIT0;`
5100			`1107 90 E6 A2 5099 mov dptr,#_EP1INCS`
5101			`110A E0 5100 movx a,@dptr`
5102			`110B FA 5101 mov r2,a`
5103			`110C 53 02 01 5102 anl ar2,#0x01`
5104			`110F 90 E7 40 5103 mov dptr,#_EP0BUF`
5105			`1112 EA 5104 mov a,r2`
5106			`1113 F0 5105 movx @dptr,a`
5107			`5106 ; ../../include/ztex-isr.h:146: break;`
5108			`5107 ; ../../include/ztex-isr.h:147: default:`
5109			`1114 80 1C 5108 sjmp 00110$`
5110			`1116 5109 00109$:`
5111			`5110 ; ../../include/ztex-isr.h:148: EP0BUF[0] = EPXCS[ ((SETUPDAT[4] >> 1)-1) & 3 ] & bmBIT0;`
5112			`1116 90 E6 BC 5111 mov dptr,#(_SETUPDAT + 0x0004)`
5113			`1119 E0 5112 movx a,@dptr`
5114			`111A C3 5113 clr c`
5115			`111B 13 5114 rrc a`
5116			`111C 14 5115 dec a`
5117			`111D 54 03 5116 anl a,#0x03`
5118			`111F 24 A3 5117 add a,#_EPXCS`
5119			`1121 F5 82 5118 mov dpl,a`
5120			`1123 E4 5119 clr a`
5121			`1124 34 E6 5120 addc a,#(_EPXCS >> 8)`
5122			`1126 F5 83 5121 mov dph,a`
5123			`1128 E0 5122 movx a,@dptr`
5124			`1129 FA 5123 mov r2,a`
5125			`112A 53 02 01 5124 anl ar2,#0x01`
5126			`112D 90 E7 40 5125 mov dptr,#_EP0BUF`
5127			`1130 EA 5126 mov a,r2`
5128			`1131 F0 5127 movx @dptr,a`
5129			`5128 ; ../../include/ztex-isr.h:150: }`
5130			`1132 5129 00110$:`
5131			`5130 ; ../../include/ztex-isr.h:151: EP0BUF[1] = 0;`
5132			`1132 90 E7 41 5131 mov dptr,#(_EP0BUF + 0x0001)`
5133			`5132 ; ../../include/ztex-isr.h:152: EP0BCH = 0;`
5134			`1135 E4 5133 clr a`
5135			`1136 F0 5134 movx @dptr,a`
5136			`1137 90 E6 8A 5135 mov dptr,#_EP0BCH`
5137			`113A F0 5136 movx @dptr,a`
5138			`5137 ; ../../include/ztex-isr.h:153: EP0BCL = 2;`
5139			`113B 90 E6 8B 5138 mov dptr,#_EP0BCL`
5140			`113E 74 02 5139 mov a,#0x02`
5141			`1140 F0 5140 movx @dptr,a`
5142			`5141 ; ../../include/ztex-isr.h:156: break;`
5143			`1141 02s13rDE 5142 ljmp 00160$`
5144			`5143 ; ../../include/ztex-isr.h:157: case 0x01: // disable feature, e.g. remote wake, stall bit`
5145			`1144 5144 00112$:`
5146			`5145 ; ../../include/ztex-isr.h:158: if ( SETUPDAT[0] == 2 && SETUPDAT[2] == 0 ) {`
5147			`1144 90 E6 B8 5146 mov dptr,#_SETUPDAT`
5148			`1147 E0 5147 movx a,@dptr`
5149			`1148 FA 5148 mov r2,a`
5150			`1149 BA 02 02 5149 cjne r2,#0x02,00247$`
5151			`114C 80 03 5150 sjmp 00248$`
5152			`114E 5151 00247$:`
5153			`114E 02s13rDE 5152 ljmp 00160$`
5154			`1151 5153 00248$:`
5155			`1151 90 E6 BA 5154 mov dptr,#(_SETUPDAT + 0x0002)`
5156			`1154 E0 5155 movx a,@dptr`
5157			`1155 60 03 5156 jz 00249$`
5158			`1157 02s13rDE 5157 ljmp 00160$`
5159			`115A 5158 00249$:`
5160			`5159 ; ../../include/ztex-isr.h:159: switch ( SETUPDAT[4] ) {`
5161			`115A 90 E6 BC 5160 mov dptr,#(_SETUPDAT + 0x0004)`
5162			`115D E0 5161 movx a,@dptr`
5163			`115E FA 5162 mov r2,a`
5164			`115F 60 0F 5163 jz 00114$`
5165			`1161 BA 01 02 5164 cjne r2,#0x01,00251$`
5166			`1164 80 15 5165 sjmp 00115$`
5167			`1166 5166 00251$:`
5168			`1166 BA 80 02 5167 cjne r2,#0x80,00252$`
5169			`1169 80 05 5168 sjmp 00114$`
5170			`116B 5169 00252$:`
5171			`5170 ; ../../include/ztex-isr.h:161: case 0x80 :`
5172			`116B BA 81 23 5171 cjne r2,#0x81,00117$`
5173			`116E 80 16 5172 sjmp 00116$`
5174			`1170 5173 00114$:`
5175			`5174 ; ../../include/ztex-isr.h:162: EP0CS &= ~bmBIT0;`
5176			`1170 90 E6 A0 5175 mov dptr,#_EP0CS`
5177			`1173 E0 5176 movx a,@dptr`
5178			`1174 FA 5177 mov r2,a`
5179			`1175 54 FE 5178 anl a,#0xFE`
5180			`1177 F0 5179 movx @dptr,a`
5181			`5180 ; ../../include/ztex-isr.h:163: break;`
5182			`1178 02s13rDE 5181 ljmp 00160$`
5183			`5182 ; ../../include/ztex-isr.h:164: case 0x01 :`
5184			`117B 5183 00115$:`
5185			`5184 ; ../../include/ztex-isr.h:165: EP1OUTCS &= ~bmBIT0;`
5186			`117B 90 E6 A1 5185 mov dptr,#_EP1OUTCS`
5187			`117E E0 5186 movx a,@dptr`
5188			`117F FA 5187 mov r2,a`
5189			`1180 54 FE 5188 anl a,#0xFE`
5190			`1182 F0 5189 movx @dptr,a`
5191			`5190 ; ../../include/ztex-isr.h:166: break;`
5192			`1183 02s13rDE 5191 ljmp 00160$`
5193			`5192 ; ../../include/ztex-isr.h:167: case 0x81 :`
5194			`1186 5193 00116$:`
5195			`5194 ; ../../include/ztex-isr.h:168: EP1INCS &= ~bmBIT0;`
5196			`1186 90 E6 A2 5195 mov dptr,#_EP1INCS`
5197			`1189 E0 5196 movx a,@dptr`
5198			`118A FA 5197 mov r2,a`
5199			`118B 54 FE 5198 anl a,#0xFE`
5200			`118D F0 5199 movx @dptr,a`
5201			`5200 ; ../../include/ztex-isr.h:169: break;`
5202			`118E 02s13rDE 5201 ljmp 00160$`
5203			`5202 ; ../../include/ztex-isr.h:170: default:`
5204			`1191 5203 00117$:`
5205			`5204 ; ../../include/ztex-isr.h:171: EPXCS[ ((SETUPDAT[4] >> 1)-1) & 3 ] &= ~bmBIT0;`
5206			`1191 90 E6 BC 5205 mov dptr,#(_SETUPDAT + 0x0004)`
5207			`1194 E0 5206 movx a,@dptr`
5208			`1195 C3 5207 clr c`
5209			`1196 13 5208 rrc a`
5210			`1197 14 5209 dec a`
5211			`1198 54 03 5210 anl a,#0x03`
5212			`119A 24 A3 5211 add a,#_EPXCS`
5213			`119C FA 5212 mov r2,a`
5214			`119D E4 5213 clr a`
5215			`119E 34 E6 5214 addc a,#(_EPXCS >> 8)`
5216			`11A0 FB 5215 mov r3,a`
5217			`11A1 90 E6 BC 5216 mov dptr,#(_SETUPDAT + 0x0004)`
5218			`11A4 E0 5217 movx a,@dptr`
5219			`11A5 C3 5218 clr c`
5220			`11A6 13 5219 rrc a`
5221			`11A7 14 5220 dec a`
5222			`11A8 54 03 5221 anl a,#0x03`
5223			`11AA 24 A3 5222 add a,#_EPXCS`
5224			`11AC F5 82 5223 mov dpl,a`
5225			`11AE E4 5224 clr a`
5226			`11AF 34 E6 5225 addc a,#(_EPXCS >> 8)`
5227			`11B1 F5 83 5226 mov dph,a`
5228			`11B3 E0 5227 movx a,@dptr`
5229			`11B4 FC 5228 mov r4,a`
5230			`11B5 53 04 FE 5229 anl ar4,#0xFE`
5231			`11B8 8A 82 5230 mov dpl,r2`
5232			`11BA 8B 83 5231 mov dph,r3`
5233			`11BC EC 5232 mov a,r4`
5234			`11BD F0 5233 movx @dptr,a`
5235			`5234 ; ../../include/ztex-isr.h:175: break;`
5236			`11BE 02s13rDE 5235 ljmp 00160$`
5237			`5236 ; ../../include/ztex-isr.h:176: case 0x03: // enable feature, e.g. remote wake, test mode, stall bit`
5238			`11C1 5237 00122$:`
5239			`5238 ; ../../include/ztex-isr.h:177: if ( SETUPDAT[0] == 2 && SETUPDAT[2] == 0 ) {`
5240			`11C1 90 E6 B8 5239 mov dptr,#_SETUPDAT`
5241			`11C4 E0 5240 movx a,@dptr`
5242			`11C5 FA 5241 mov r2,a`
5243			`11C6 BA 02 02 5242 cjne r2,#0x02,00254$`
5244			`11C9 80 03 5243 sjmp 00255$`
5245			`11CB 5244 00254$:`
5246			`11CB 02s13rDE 5245 ljmp 00160$`
5247			`11CE 5246 00255$:`
5248			`11CE 90 E6 BA 5247 mov dptr,#(_SETUPDAT + 0x0002)`
5249			`11D1 E0 5248 movx a,@dptr`
5250			`11D2 60 03 5249 jz 00256$`
5251			`11D4 02s13rDE 5250 ljmp 00160$`
5252			`11D7 5251 00256$:`
5253			`5252 ; ../../include/ztex-isr.h:178: switch ( SETUPDAT[4] ) {`
5254			`11D7 90 E6 BC 5253 mov dptr,#(_SETUPDAT + 0x0004)`
5255			`11DA E0 5254 movx a,@dptr`
5256			`11DB FA 5255 mov r2,a`
5257			`11DC 60 0F 5256 jz 00124$`
5258			`11DE BA 01 02 5257 cjne r2,#0x01,00258$`
5259			`11E1 80 14 5258 sjmp 00125$`
5260			`11E3 5259 00258$:`
5261			`11E3 BA 80 02 5260 cjne r2,#0x80,00259$`
5262			`11E6 80 05 5261 sjmp 00124$`
5263			`11E8 5262 00259$:`
5264			`5263 ; ../../include/ztex-isr.h:180: case 0x80 :`
5265			`11E8 BA 81 20 5264 cjne r2,#0x81,00127$`
5266			`11EB 80 14 5265 sjmp 00126$`
5267			`11ED 5266 00124$:`
5268			`5267 ; ../../include/ztex-isr.h:181: EP0CS \|= bmBIT0;`
5269			`11ED 90 E6 A0 5268 mov dptr,#_EP0CS`
5270			`11F0 E0 5269 movx a,@dptr`
5271			`11F1 FA 5270 mov r2,a`
5272			`11F2 44 01 5271 orl a,#0x01`
5273			`11F4 F0 5272 movx @dptr,a`
5274			`5273 ; ../../include/ztex-isr.h:182: break;`
5275			`5274 ; ../../include/ztex-isr.h:183: case 0x01 :`
5276			`11F5 80 41 5275 sjmp 00128$`
5277			`11F7 5276 00125$:`
5278			`5277 ; ../../include/ztex-isr.h:184: EP1OUTCS \|= bmBIT0;`
5279			`11F7 90 E6 A1 5278 mov dptr,#_EP1OUTCS`
5280			`11FA E0 5279 movx a,@dptr`
5281			`11FB FA 5280 mov r2,a`
5282			`11FC 44 01 5281 orl a,#0x01`
5283			`11FE F0 5282 movx @dptr,a`
5284			`5283 ; ../../include/ztex-isr.h:185: break;`
5285			`5284 ; ../../include/ztex-isr.h:186: case 0x81 :`
5286			`11FF 80 37 5285 sjmp 00128$`
5287			`1201 5286 00126$:`
5288			`5287 ; ../../include/ztex-isr.h:187: EP1INCS \|= bmBIT0;`
5289			`1201 90 E6 A2 5288 mov dptr,#_EP1INCS`
5290			`1204 E0 5289 movx a,@dptr`
5291			`1205 FA 5290 mov r2,a`
5292			`1206 44 01 5291 orl a,#0x01`
5293			`1208 F0 5292 movx @dptr,a`
5294			`5293 ; ../../include/ztex-isr.h:188: break;`
5295			`5294 ; ../../include/ztex-isr.h:189: default:`
5296			`1209 80 2D 5295 sjmp 00128$`
5297			`120B 5296 00127$:`
5298			`5297 ; ../../include/ztex-isr.h:190: EPXCS[ ((SETUPDAT[4] >> 1)-1) & 3 ] \|= ~bmBIT0;`
5299			`120B 90 E6 BC 5298 mov dptr,#(_SETUPDAT + 0x0004)`
5300			`120E E0 5299 movx a,@dptr`
5301			`120F C3 5300 clr c`
5302			`1210 13 5301 rrc a`
5303			`1211 14 5302 dec a`
5304			`1212 54 03 5303 anl a,#0x03`
5305			`1214 24 A3 5304 add a,#_EPXCS`
5306			`1216 FA 5305 mov r2,a`
5307			`1217 E4 5306 clr a`
5308			`1218 34 E6 5307 addc a,#(_EPXCS >> 8)`
5309			`121A FB 5308 mov r3,a`
5310			`121B 90 E6 BC 5309 mov dptr,#(_SETUPDAT + 0x0004)`
5311			`121E E0 5310 movx a,@dptr`
5312			`121F C3 5311 clr c`
5313			`1220 13 5312 rrc a`
5314			`1221 14 5313 dec a`
5315			`1222 54 03 5314 anl a,#0x03`
5316			`1224 24 A3 5315 add a,#_EPXCS`
5317			`1226 F5 82 5316 mov dpl,a`
5318			`1228 E4 5317 clr a`
5319			`1229 34 E6 5318 addc a,#(_EPXCS >> 8)`
5320			`122B F5 83 5319 mov dph,a`
5321			`122D E0 5320 movx a,@dptr`
5322			`122E FC 5321 mov r4,a`
5323			`122F 43 04 FE 5322 orl ar4,#0xFE`
5324			`1232 8A 82 5323 mov dpl,r2`
5325			`1234 8B 83 5324 mov dph,r3`
5326			`1236 EC 5325 mov a,r4`
5327			`1237 F0 5326 movx @dptr,a`
5328			`5327 ; ../../include/ztex-isr.h:192: }`
5329			`1238 5328 00128$:`
5330			`5329 ; ../../include/ztex-isr.h:193: a = ( (SETUPDAT[4] & 0x80) >> 3 ) \| (SETUPDAT[4] & 0x0f);`
5331			`1238 90 E6 BC 5330 mov dptr,#(_SETUPDAT + 0x0004)`
5332			`123B E0 5331 movx a,@dptr`
5333			`123C 54 80 5332 anl a,#0x80`
5334			`123E C4 5333 swap a`
5335			`123F 23 5334 rl a`
5336			`1240 54 1F 5335 anl a,#0x1f`
5337			`1242 FA 5336 mov r2,a`
5338			`1243 90 E6 BC 5337 mov dptr,#(_SETUPDAT + 0x0004)`
5339			`1246 E0 5338 movx a,@dptr`
5340			`1247 FB 5339 mov r3,a`
5341			`1248 74 0F 5340 mov a,#0x0F`
5342			`124A 5B 5341 anl a,r3`
5343			`124B 42 02 5342 orl ar2,a`
5344			`5343 ; ../../include/ztex-isr.h:194: TOGCTL = a;`
5345			`5344 ; ../../include/ztex-isr.h:195: TOGCTL = a \| bmBIT5;`
5346			`124D 90 E6 83 5345 mov dptr,#_TOGCTL`
5347			`1250 EA 5346 mov a,r2`
5348			`1251 F0 5347 movx @dptr,a`
5349			`1252 74 20 5348 mov a,#0x20`
5350			`1254 4A 5349 orl a,r2`
5351			`1255 F0 5350 movx @dptr,a`
5352			`5351 ; ../../include/ztex-isr.h:197: break;`
5353			`1256 02s13rDE 5352 ljmp 00160$`
5354			`5353 ; ../../include/ztex-isr.h:198: case 0x06: // get descriptor`
5355			`1259 5354 00132$:`
5356			`5355 ; ../../include/ztex-isr.h:199: switch(SETUPDAT[3]) {`
5357			`1259 90 E6 BB 5356 mov dptr,#(_SETUPDAT + 0x0003)`
5358			`125C E0 5357 movx a,@dptr`
5359			`125D FA 5358 mov r2,a`
5360			`125E BA 01 02 5359 cjne r2,#0x01,00261$`
5361			`1261 80 19 5360 sjmp 00133$`
5362			`1263 5361 00261$:`
5363			`1263 BA 02 02 5362 cjne r2,#0x02,00262$`
5364			`1266 80 26 5363 sjmp 00134$`
5365			`1268 5364 00262$:`
5366			`1268 BA 03 02 5365 cjne r2,#0x03,00263$`
5367			`126B 80 4D 5366 sjmp 00138$`
5368			`126D 5367 00263$:`
5369			`126D BA 06 03 5368 cjne r2,#0x06,00264$`
5370			`1270 02s13r2D 5369 ljmp 00145$`
5371			`1273 5370 00264$:`
5372			`1273 BA 07 03 5371 cjne r2,#0x07,00265$`
5373			`1276 02s13r3F 5372 ljmp 00146$`
5374			`1279 5373 00265$:`
5375			`1279 02s13r6A 5374 ljmp 00150$`
5376			`5375 ; ../../include/ztex-isr.h:200: case 0x01: // device`
5377			`127C 5376 00133$:`
5378			`5377 ; ../../include/ztex-isr.h:201: SUDPTRH = MSB(&DeviceDescriptor);`
5379			`127C 7Ar35 5378 mov r2,#_DeviceDescriptor`
5380			`127E 7Bs00 5379 mov r3,#(_DeviceDescriptor >> 8)`
5381			`1280 90 E6 B3 5380 mov dptr,#_SUDPTRH`
5382			`1283 EB 5381 mov a,r3`
5383			`1284 F0 5382 movx @dptr,a`
5384			`5383 ; ../../include/ztex-isr.h:202: SUDPTRL = LSB(&DeviceDescriptor);`
5385			`1285 90 E6 B4 5384 mov dptr,#_SUDPTRL`
5386			`1288 74r35 5385 mov a,#_DeviceDescriptor`
5387			`128A F0 5386 movx @dptr,a`
5388			`5387 ; ../../include/ztex-isr.h:203: break;`
5389			`128B 02s13rDE 5388 ljmp 00160$`
5390			`5389 ; ../../include/ztex-isr.h:204: case 0x02: // configuration`
5391			`128E 5390 00134$:`
5392			`5391 ; ../../include/ztex-isr.h:205: if (USBCS & bmBIT7) {`
5393			`128E 90 E6 80 5392 mov dptr,#_USBCS`
5394			`1291 E0 5393 movx a,@dptr`
5395			`1292 FA 5394 mov r2,a`
5396			`1293 30 E7 12 5395 jnb acc.7,00136$`
5397			`5396 ; ../../include/ztex-isr.h:206: SUDPTRH = MSB(&HighSpeedConfigDescriptor);`
5398			`1296 7Ar51 5397 mov r2,#_HighSpeedConfigDescriptor`
5399			`1298 7Bs00 5398 mov r3,#(_HighSpeedConfigDescriptor >> 8)`
5400			`129A 90 E6 B3 5399 mov dptr,#_SUDPTRH`
5401			`129D EB 5400 mov a,r3`
5402			`129E F0 5401 movx @dptr,a`
5403			`5402 ; ../../include/ztex-isr.h:207: SUDPTRL = LSB(&HighSpeedConfigDescriptor);`
5404			`129F 90 E6 B4 5403 mov dptr,#_SUDPTRL`
5405			`12A2 74r51 5404 mov a,#_HighSpeedConfigDescriptor`
5406			`12A4 F0 5405 movx @dptr,a`
5407			`12A5 02s13rDE 5406 ljmp 00160$`
5408			`12A8 5407 00136$:`
5409			`5408 ; ../../include/ztex-isr.h:210: SUDPTRH = MSB(&FullSpeedConfigDescriptor);`
5410			`12A8 7Ar73 5409 mov r2,#_FullSpeedConfigDescriptor`
5411			`12AA 7Bs00 5410 mov r3,#(_FullSpeedConfigDescriptor >> 8)`
5412			`12AC 90 E6 B3 5411 mov dptr,#_SUDPTRH`
5413			`12AF EB 5412 mov a,r3`
5414			`12B0 F0 5413 movx @dptr,a`
5415			`5414 ; ../../include/ztex-isr.h:211: SUDPTRL = LSB(&FullSpeedConfigDescriptor);`
5416			`12B1 90 E6 B4 5415 mov dptr,#_SUDPTRL`
5417			`12B4 74r73 5416 mov a,#_FullSpeedConfigDescriptor`
5418			`12B6 F0 5417 movx @dptr,a`
5419			`5418 ; ../../include/ztex-isr.h:213: break;`
5420			`12B7 02s13rDE 5419 ljmp 00160$`
5421			`5420 ; ../../include/ztex-isr.h:214: case 0x03: // strings`
5422			`12BA 5421 00138$:`
5423			`5422 ; ../../include/ztex-isr.h:215: switch (SETUPDAT[2]) {`
5424			`12BA 90 E6 BA 5423 mov dptr,#(_SETUPDAT + 0x0002)`
5425			`12BD E0 5424 movx a,@dptr`
5426			`12BE FA 5425 mov r2,a`
5427			`12BF BA 01 02 5426 cjne r2,#0x01,00267$`
5428			`12C2 80 0F 5427 sjmp 00139$`
5429			`12C4 5428 00267$:`
5430			`12C4 BA 02 02 5429 cjne r2,#0x02,00268$`
5431			`12C7 80 1C 5430 sjmp 00140$`
5432			`12C9 5431 00268$:`
5433			`12C9 BA 03 02 5432 cjne r2,#0x03,00269$`
5434			`12CC 80 29 5433 sjmp 00141$`
5435			`12CE 5434 00269$:`
5436			`5435 ; ../../include/ztex-isr.h:216: case 1:`
5437			`12CE BA 04 4A 5436 cjne r2,#0x04,00143$`
5438			`12D1 80 36 5437 sjmp 00142$`
5439			`12D3 5438 00139$:`
5440			`5439 ; ../../include/ztex-isr.h:217: SEND_STRING_DESCRIPTOR(manufacturerString);`
5441			`12D3 75 82r08 5440 mov dpl,#_manufacturerString`
5442			`12D6 7Ar08 5441 mov r2,#_manufacturerString`
5443			`12D8 7Bs00 5442 mov r3,#(_manufacturerString >> 8)`
5444			`12DA 8B*00 5443 mov _sendStringDescriptor_PARM_2,r3`
5445			`12DC 75*01 05 5444 mov _sendStringDescriptor_PARM_3,#0x05`
5446			`12DF 12s0ErF9 5445 lcall _sendStringDescriptor`
5447			`5446 ; ../../include/ztex-isr.h:218: break;`
5448			`12E2 02s13rDE 5447 ljmp 00160$`
5449			`5448 ; ../../include/ztex-isr.h:219: case 2:`
5450			`12E5 5449 00140$:`
5451			`5450 ; ../../include/ztex-isr.h:220: SEND_STRING_DESCRIPTOR(productString);`
5452			`12E5 75 82r0D 5451 mov dpl,#_productString`
5453			`12E8 7Ar0D 5452 mov r2,#_productString`
5454			`12EA 7Bs00 5453 mov r3,#(_productString >> 8)`
5455			`12EC 8B*00 5454 mov _sendStringDescriptor_PARM_2,r3`
5456			`12EE 75*01 20 5455 mov _sendStringDescriptor_PARM_3,#0x20`
5457			`12F1 12s0ErF9 5456 lcall _sendStringDescriptor`
5458			`5457 ; ../../include/ztex-isr.h:221: break;`
5459			`12F4 02s13rDE 5458 ljmp 00160$`
5460			`5459 ; ../../include/ztex-isr.h:222: case 3:`
5461			`12F7 5460 00141$:`
5462			`5461 ; ../../include/ztex-isr.h:223: SEND_STRING_DESCRIPTOR(SN_STRING);`
5463			`12F7 75 82 8A 5462 mov dpl,#_SN_STRING`
5464			`12FA 7A 8A 5463 mov r2,#_SN_STRING`
5465			`12FC 7B 00 5464 mov r3,#(_SN_STRING >> 8)`
5466			`12FE 8B*00 5465 mov _sendStringDescriptor_PARM_2,r3`
5467			`1300 75*01 0A 5466 mov _sendStringDescriptor_PARM_3,#0x0A`
5468			`1303 12s0ErF9 5467 lcall _sendStringDescriptor`
5469			`5468 ; ../../include/ztex-isr.h:224: break;`
5470			`1306 02s13rDE 5469 ljmp 00160$`
5471			`5470 ; ../../include/ztex-isr.h:225: case 4:`
5472			`1309 5471 00142$:`
5473			`5472 ; ../../include/ztex-isr.h:226: SEND_STRING_DESCRIPTOR(configurationString);`
5474			`1309 75 82r2D 5473 mov dpl,#_configurationString`
5475			`130C 7Ar2D 5474 mov r2,#_configurationString`
5476			`130E 7Bs00 5475 mov r3,#(_configurationString >> 8)`
5477			`1310 8B*00 5476 mov _sendStringDescriptor_PARM_2,r3`
5478			`1312 75*01 08 5477 mov _sendStringDescriptor_PARM_3,#0x08`
5479			`1315 12s0ErF9 5478 lcall _sendStringDescriptor`
5480			`5479 ; ../../include/ztex-isr.h:227: break;`
5481			`1318 02s13rDE 5480 ljmp 00160$`
5482			`5481 ; ../../include/ztex-isr.h:228: default:`
5483			`131B 5482 00143$:`
5484			`5483 ; ../../include/ztex-isr.h:229: SUDPTRH = MSB(&EmptyStringDescriptor);`
5485			`131B 7Ar95 5484 mov r2,#_EmptyStringDescriptor`
5486			`131D 7Bs00 5485 mov r3,#(_EmptyStringDescriptor >> 8)`
5487			`131F 90 E6 B3 5486 mov dptr,#_SUDPTRH`
5488			`1322 EB 5487 mov a,r3`
5489			`1323 F0 5488 movx @dptr,a`
5490			`5489 ; ../../include/ztex-isr.h:230: SUDPTRL = LSB(&EmptyStringDescriptor);`
5491			`1324 90 E6 B4 5490 mov dptr,#_SUDPTRL`
5492			`1327 74r95 5491 mov a,#_EmptyStringDescriptor`
5493			`1329 F0 5492 movx @dptr,a`
5494			`5493 ; ../../include/ztex-isr.h:233: break;`
5495			`132A 02s13rDE 5494 ljmp 00160$`
5496			`5495 ; ../../include/ztex-isr.h:234: case 0x06: // device qualifier`
5497			`132D 5496 00145$:`
5498			`5497 ; ../../include/ztex-isr.h:235: SUDPTRH = MSB(&DeviceQualifierDescriptor);`
5499			`132D 7Ar47 5498 mov r2,#_DeviceQualifierDescriptor`
5500			`132F 7Bs00 5499 mov r3,#(_DeviceQualifierDescriptor >> 8)`
5501			`1331 90 E6 B3 5500 mov dptr,#_SUDPTRH`
5502			`1334 EB 5501 mov a,r3`
5503			`1335 F0 5502 movx @dptr,a`
5504			`5503 ; ../../include/ztex-isr.h:236: SUDPTRL = LSB(&DeviceQualifierDescriptor);`
5505			`1336 90 E6 B4 5504 mov dptr,#_SUDPTRL`
5506			`1339 74r47 5505 mov a,#_DeviceQualifierDescriptor`
5507			`133B F0 5506 movx @dptr,a`
5508			`5507 ; ../../include/ztex-isr.h:237: break;`
5509			`133C 02s13rDE 5508 ljmp 00160$`
5510			`5509 ; ../../include/ztex-isr.h:238: case 0x07: // other speed configuration`
5511			`133F 5510 00146$:`
5512			`5511 ; ../../include/ztex-isr.h:239: if (USBCS & bmBIT7) {`
5513			`133F 90 E6 80 5512 mov dptr,#_USBCS`
5514			`1342 E0 5513 movx a,@dptr`
5515			`1343 FA 5514 mov r2,a`
5516			`1344 30 E7 12 5515 jnb acc.7,00148$`
5517			`5516 ; ../../include/ztex-isr.h:240: SUDPTRH = MSB(&FullSpeedConfigDescriptor);`
5518			`1347 7Ar73 5517 mov r2,#_FullSpeedConfigDescriptor`
5519			`1349 7Bs00 5518 mov r3,#(_FullSpeedConfigDescriptor >> 8)`
5520			`134B 90 E6 B3 5519 mov dptr,#_SUDPTRH`
5521			`134E EB 5520 mov a,r3`
5522			`134F F0 5521 movx @dptr,a`
5523			`5522 ; ../../include/ztex-isr.h:241: SUDPTRL = LSB(&FullSpeedConfigDescriptor);`
5524			`1350 90 E6 B4 5523 mov dptr,#_SUDPTRL`
5525			`1353 74r73 5524 mov a,#_FullSpeedConfigDescriptor`
5526			`1355 F0 5525 movx @dptr,a`
5527			`1356 02s13rDE 5526 ljmp 00160$`
5528			`1359 5527 00148$:`
5529			`5528 ; ../../include/ztex-isr.h:244: SUDPTRH = MSB(&HighSpeedConfigDescriptor);`
5530			`1359 7Ar51 5529 mov r2,#_HighSpeedConfigDescriptor`
5531			`135B 7Bs00 5530 mov r3,#(_HighSpeedConfigDescriptor >> 8)`
5532			`135D 90 E6 B3 5531 mov dptr,#_SUDPTRH`
5533			`1360 EB 5532 mov a,r3`
5534			`1361 F0 5533 movx @dptr,a`
5535			`5534 ; ../../include/ztex-isr.h:245: SUDPTRL = LSB(&HighSpeedConfigDescriptor);`
5536			`1362 90 E6 B4 5535 mov dptr,#_SUDPTRL`
5537			`1365 74r51 5536 mov a,#_HighSpeedConfigDescriptor`
5538			`1367 F0 5537 movx @dptr,a`
5539			`5538 ; ../../include/ztex-isr.h:247: break;`
5540			`5539 ; ../../include/ztex-isr.h:248: default:`
5541			`1368 80 74 5540 sjmp 00160$`
5542			`136A 5541 00150$:`
5543			`5542 ; ../../include/ztex-isr.h:249: EP0CS \|= 0x01; // set stall, unknown descriptor`
5544			`136A 90 E6 A0 5543 mov dptr,#_EP0CS`
5545			`136D E0 5544 movx a,@dptr`
5546			`136E FA 5545 mov r2,a`
5547			`136F 44 01 5546 orl a,#0x01`
5548			`1371 F0 5547 movx @dptr,a`
5549			`5548 ; ../../include/ztex-isr.h:251: break;`
5550			`5549 ; ../../include/ztex-isr.h:252: case 0x07: // set descriptor`
5551			`1372 80 6A 5550 sjmp 00160$`
5552			`1374 5551 00152$:`
5553			`5552 ; ../../include/ztex-isr.h:253: break;`
5554			`5553 ; ../../include/ztex-isr.h:254: case 0x08: // get configuration`
5555			`1374 80 68 5554 sjmp 00160$`
5556			`1376 5555 00153$:`
5557			`5556 ; ../../include/ztex-isr.h:255: EP0BUF[0] = 0; // only one configuration`
5558			`1376 90 E7 40 5557 mov dptr,#_EP0BUF`
5559			`5558 ; ../../include/ztex-isr.h:256: EP0BCH = 0;`
5560			`1379 E4 5559 clr a`
5561			`137A F0 5560 movx @dptr,a`
5562			`137B 90 E6 8A 5561 mov dptr,#_EP0BCH`
5563			`137E F0 5562 movx @dptr,a`
5564			`5563 ; ../../include/ztex-isr.h:257: EP0BCL = 1;`
5565			`137F 90 E6 8B 5564 mov dptr,#_EP0BCL`
5566			`1382 74 01 5565 mov a,#0x01`
5567			`1384 F0 5566 movx @dptr,a`
5568			`5567 ; ../../include/ztex-isr.h:258: break;`
5569			`5568 ; ../../include/ztex-isr.h:259: case 0x09: // set configuration`
5570			`1385 80 57 5569 sjmp 00160$`
5571			`1387 5570 00154$:`
5572			`5571 ; ../../include/ztex-isr.h:260: resetToggleData();`
5573			`1387 12s0ErDB 5572 lcall _resetToggleData`
5574			`5573 ; ../../include/ztex-isr.h:261: break; // do nothing since we have only one configuration`
5575			`5574 ; ../../include/ztex-isr.h:262: case 0x0a: // get alternate setting for an interface`
5576			`138A 80 52 5575 sjmp 00160$`
5577			`138C 5576 00155$:`
5578			`5577 ; ../../include/ztex-isr.h:263: EP0BUF[0] = 0; // only one alternate setting`
5579			`138C 90 E7 40 5578 mov dptr,#_EP0BUF`
5580			`5579 ; ../../include/ztex-isr.h:264: EP0BCH = 0;`
5581			`138F E4 5580 clr a`
5582			`1390 F0 5581 movx @dptr,a`
5583			`1391 90 E6 8A 5582 mov dptr,#_EP0BCH`
5584			`1394 F0 5583 movx @dptr,a`
5585			`5584 ; ../../include/ztex-isr.h:265: EP0BCL = 1;`
5586			`1395 90 E6 8B 5585 mov dptr,#_EP0BCL`
5587			`1398 74 01 5586 mov a,#0x01`
5588			`139A F0 5587 movx @dptr,a`
5589			`5588 ; ../../include/ztex-isr.h:266: break;`
5590			`5589 ; ../../include/ztex-isr.h:267: case 0x0b: // set alternate setting for an interface`
5591			`139B 80 41 5590 sjmp 00160$`
5592			`139D 5591 00156$:`
5593			`5592 ; ../../include/ztex-isr.h:268: resetToggleData();`
5594			`139D 12s0ErDB 5593 lcall _resetToggleData`
5595			`5594 ; ../../include/ztex-isr.h:269: break; // do nothing since we have only on alternate setting`
5596			`5595 ; ../../include/ztex-isr.h:270: case 0x0c: // sync frame`
5597			`13A0 80 3C 5596 sjmp 00160$`
5598			`13A2 5597 00157$:`
5599			`5598 ; ../../include/ztex-isr.h:271: if ( SETUPDAT[0] == 0x82 ) {`
5600			`13A2 90 E6 B8 5599 mov dptr,#_SETUPDAT`
5601			`13A5 E0 5600 movx a,@dptr`
5602			`13A6 FA 5601 mov r2,a`
5603			`13A7 BA 82 34 5602 cjne r2,#0x82,00160$`
5604			`5603 ; ../../include/ztex-isr.h:272: ISOFRAME_COUNTER[ ((SETUPDAT[4] >> 1)-1) & 3 ] = 0;`
5605			`13AA 90 E6 BC 5604 mov dptr,#(_SETUPDAT + 0x0004)`
5606			`13AD E0 5605 movx a,@dptr`
5607			`13AE C3 5606 clr c`
5608			`13AF 13 5607 rrc a`
5609			`13B0 14 5608 dec a`
5610			`13B1 54 03 5609 anl a,#0x03`
5611			`13B3 25 E0 5610 add a,acc`
5612			`13B5 24r05 5611 add a,#_ISOFRAME_COUNTER`
5613			`13B7 F5 82 5612 mov dpl,a`
5614			`13B9 E4 5613 clr a`
5615			`13BA 34s00 5614 addc a,#(_ISOFRAME_COUNTER >> 8)`
5616			`13BC F5 83 5615 mov dph,a`
5617			`13BE E4 5616 clr a`
5618			`13BF F0 5617 movx @dptr,a`
5619			`13C0 A3 5618 inc dptr`
5620			`13C1 F0 5619 movx @dptr,a`
5621			`5620 ; ../../include/ztex-isr.h:273: EP0BUF[0] = USBFRAMEL; // use current frame as sync frame, i hope that works`
5622			`13C2 90 E6 85 5621 mov dptr,#_USBFRAMEL`
5623			`13C5 E0 5622 movx a,@dptr`
5624			`13C6 90 E7 40 5623 mov dptr,#_EP0BUF`
5625			`13C9 F0 5624 movx @dptr,a`
5626			`5625 ; ../../include/ztex-isr.h:274: EP0BUF[1] = USBFRAMEH;`
5627			`13CA 90 E6 84 5626 mov dptr,#_USBFRAMEH`
5628			`13CD E0 5627 movx a,@dptr`
5629			`13CE FA 5628 mov r2,a`
5630			`13CF 90 E7 41 5629 mov dptr,#(_EP0BUF + 0x0001)`
5631			`13D2 F0 5630 movx @dptr,a`
5632			`5631 ; ../../include/ztex-isr.h:275: EP0BCH = 0;`
5633			`13D3 90 E6 8A 5632 mov dptr,#_EP0BCH`
5634			`13D6 E4 5633 clr a`
5635			`13D7 F0 5634 movx @dptr,a`
5636			`5635 ; ../../include/ztex-isr.h:276: EP0BCL = 2;`
5637			`13D8 90 E6 8B 5636 mov dptr,#_EP0BCL`
5638			`13DB 74 02 5637 mov a,#0x02`
5639			`13DD F0 5638 movx @dptr,a`
5640			`5639 ; ../../include/ztex-isr.h:280: }`
5641			`13DE 5640 00160$:`
5642			`5641 ; ../../include/ztex-isr.h:283: switch ( bmRequestType ) {`
5643			`13DE 90 E6 B8 5642 mov dptr,#_bmRequestType`
5644			`13E1 E0 5643 movx a,@dptr`
5645			`13E2 FA 5644 mov r2,a`
5646			`13E3 BA 40 03 5645 cjne r2,#0x40,00274$`
5647			`13E6 02s16r09 5646 ljmp 00182$`
5648			`13E9 5647 00274$:`
5649			`13E9 BA C0 02 5648 cjne r2,#0xC0,00275$`
5650			`13EC 80 03 5649 sjmp 00276$`
5651			`13EE 5650 00275$:`
5652			`13EE 02s16r33 5651 ljmp 00186$`
5653			`13F1 5652 00276$:`
5654			`5653 ; ../../include/ztex-isr.h:285: ep0_payload_remaining = (SETUPDAT[7] << 8) \| SETUPDAT[6];`
5655			`13F1 90 E6 BF 5654 mov dptr,#(_SETUPDAT + 0x0007)`
5656			`13F4 E0 5655 movx a,@dptr`
5657			`13F5 FB 5656 mov r3,a`
5658			`13F6 7A 00 5657 mov r2,#0x00`
5659			`13F8 90 E6 BE 5658 mov dptr,#(_SETUPDAT + 0x0006)`
5660			`13FB E0 5659 movx a,@dptr`
5661			`13FC FC 5660 mov r4,a`
5662			`13FD 7D 00 5661 mov r5,#0x00`
5663			`13FF 90s00r00 5662 mov dptr,#_ep0_payload_remaining`
5664			`1402 EC 5663 mov a,r4`
5665			`1403 4A 5664 orl a,r2`
5666			`1404 F0 5665 movx @dptr,a`
5667			`1405 ED 5666 mov a,r5`
5668			`1406 4B 5667 orl a,r3`
5669			`1407 A3 5668 inc dptr`
5670			`1408 F0 5669 movx @dptr,a`
5671			`5670 ; ../../include/ztex-isr.h:286: ep0_payload_update();`
5672			`1409 12s0Fr62 5671 lcall _ep0_payload_update`
5673			`5672 ; ../../include/ztex-isr.h:288: switch ( bRequest ) {`
5674			`140C 90 E6 B9 5673 mov dptr,#_bRequest`
5675			`140F E0 5674 movx a,@dptr`
5676			`1410 FA 5675 mov r2,a`
5677			`1411 BA 22 02 5676 cjne r2,#0x22,00277$`
5678			`1414 80 31 5677 sjmp 00162$`
5679			`1416 5678 00277$:`
5680			`1416 BA 30 03 5679 cjne r2,#0x30,00278$`
5681			`1419 02s15rAF 5680 ljmp 00176$`
5682			`141C 5681 00278$:`
5683			`141C BA 38 02 5682 cjne r2,#0x38,00279$`
5684			`141F 80 43 5683 sjmp 00163$`
5685			`1421 5684 00279$:`
5686			`1421 BA 3A 02 5685 cjne r2,#0x3A,00280$`
5687			`1424 80 67 5686 sjmp 00164$`
5688			`1426 5687 00280$:`
5689			`1426 BA 3B 03 5688 cjne r2,#0x3B,00281$`
5690			`1429 02s14rCC 5689 ljmp 00165$`
5691			`142C 5690 00281$:`
5692			`142C BA 3D 03 5691 cjne r2,#0x3D,00282$`
5693			`142F 02s14rE5 5692 ljmp 00166$`
5694			`1432 5693 00282$:`
5695			`1432 BA 40 03 5694 cjne r2,#0x40,00283$`
5696			`1435 02s15r06 5695 ljmp 00167$`
5697			`1438 5696 00283$:`
5698			`1438 BA 41 03 5697 cjne r2,#0x41,00284$`
5699			`143B 02s15r3C 5698 ljmp 00171$`
5700			`143E 5699 00284$:`
5701			`143E BA 43 03 5700 cjne r2,#0x43,00285$`
5702			`1441 02s15r89 5701 ljmp 00175$`
5703			`1444 5702 00285$:`
5704			`1444 02s15rFF 5703 ljmp 00180$`
5705			`5704 ; ../../include/ztex-isr.h:289: case 0x22: // get ZTEX descriptor`
5706			`1447 5705 00162$:`
5707			`5706 ; ../../include/ztex-isr.h:290: SUDPTRCTL = 0;`
5708			`1447 90 E6 B5 5707 mov dptr,#_SUDPTRCTL`
5709			`5708 ; ../../include/ztex-isr.h:291: EP0BCH = 0;`
5710			`144A E4 5709 clr a`
5711			`144B F0 5710 movx @dptr,a`
5712			`144C 90 E6 8A 5711 mov dptr,#_EP0BCH`
5713			`144F F0 5712 movx @dptr,a`
5714			`5713 ; ../../include/ztex-isr.h:292: EP0BCL = ZTEX_DESCRIPTOR_LEN;`
5715			`1450 90 E6 8B 5714 mov dptr,#_EP0BCL`
5716			`1453 74 28 5715 mov a,#0x28`
5717			`1455 F0 5716 movx @dptr,a`
5718			`5717 ; ../../include/ztex-isr.h:293: SUDPTRH = MSB(ZTEX_DESCRIPTOR_OFFS);`
5719			`1456 90 E6 B3 5718 mov dptr,#_SUDPTRH`
5720			`1459 E4 5719 clr a`
5721			`145A F0 5720 movx @dptr,a`
5722			`5721 ; ../../include/ztex-isr.h:294: SUDPTRL = LSB(ZTEX_DESCRIPTOR_OFFS);`
5723			`145B 90 E6 B4 5722 mov dptr,#_SUDPTRL`
5724			`145E 74 6C 5723 mov a,#0x6C`
5725			`1460 F0 5724 movx @dptr,a`
5726			`5725 ; ../../include/ztex-isr.h:295: break;`
5727			`1461 02s16r33 5726 ljmp 00186$`
5728			`5727 ; ../../include/ztex-conf.h:100: case $0:`
5729			`1464 5728 00163$:`
5730			`5729 ; ../../include/ztex-conf.h:102: break;`
5731			`1464 90 E6 BB 5730 mov dptr,#(_SETUPDAT + 0x0003)`
5732			`1467 E0 5731 movx a,@dptr`
5733			`1468 FB 5732 mov r3,a`
5734			`1469 7A 00 5733 mov r2,#0x00`
5735			`146B 90 E6 BA 5734 mov dptr,#(_SETUPDAT + 0x0002)`
5736			`146E E0 5735 movx a,@dptr`
5737			`146F FC 5736 mov r4,a`
5738			`1470 7D 00 5737 mov r5,#0x00`
5739			`1472 90s00r00 5738 mov dptr,#_eeprom_addr`
5740			`1475 EC 5739 mov a,r4`
5741			`1476 4A 5740 orl a,r2`
5742			`1477 F0 5741 movx @dptr,a`
5743			`1478 ED 5742 mov a,r5`
5744			`1479 4B 5743 orl a,r3`
5745			`147A A3 5744 inc dptr`
5746			`147B F0 5745 movx @dptr,a`
5747			`5746 ; ../../include/ztex-eeprom.h:219: EP0BCH = 0;`
5748			`147C 90 E6 8A 5747 mov dptr,#_EP0BCH`
5749			`147F E4 5748 clr a`
5750			`1480 F0 5749 movx @dptr,a`
5751			`5750 ; ../../include/ztex-eeprom.h:220: EP0BCL = eeprom_read_ep0();`
5752			`1481 12s03r0F 5751 lcall _eeprom_read_ep0`
5753			`1484 E5 82 5752 mov a,dpl`
5754			`1486 90 E6 8B 5753 mov dptr,#_EP0BCL`
5755			`1489 F0 5754 movx @dptr,a`
5756			`5755 ; ../../include/ztex-conf.h:102: break;`
5757			`148A 02s16r33 5756 ljmp 00186$`
5758			`5757 ; ../../include/ztex-conf.h:100: case $0:`
5759			`148D 5758 00164$:`
5760			`5759 ; ../../include/ztex-eeprom.h:247: EP0BUF[0] = LSB(eeprom_write_bytes);`
5761			`148D 90s00r02 5760 mov dptr,#_eeprom_write_bytes`
5762			`1490 E0 5761 movx a,@dptr`
5763			`1491 FA 5762 mov r2,a`
5764			`1492 A3 5763 inc dptr`
5765			`1493 E0 5764 movx a,@dptr`
5766			`1494 FB 5765 mov r3,a`
5767			`1495 8A 04 5766 mov ar4,r2`
5768			`1497 90 E7 40 5767 mov dptr,#_EP0BUF`
5769			`149A EC 5768 mov a,r4`
5770			`149B F0 5769 movx @dptr,a`
5771			`5770 ; ../../include/ztex-eeprom.h:248: EP0BUF[1] = MSB(eeprom_write_bytes);`
5772			`149C 8B 02 5771 mov ar2,r3`
5773			`149E 90 E7 41 5772 mov dptr,#(_EP0BUF + 0x0001)`
5774			`14A1 EA 5773 mov a,r2`
5775			`14A2 F0 5774 movx @dptr,a`
5776			`5775 ; ../../include/ztex-eeprom.h:249: EP0BUF[2] = eeprom_write_checksum;`
5777			`14A3 90s00r04 5776 mov dptr,#_eeprom_write_checksum`
5778			`14A6 E0 5777 movx a,@dptr`
5779			`14A7 90 E7 42 5778 mov dptr,#(_EP0BUF + 0x0002)`
5780			`14AA F0 5779 movx @dptr,a`
5781			`5780 ; ../../include/ztex-eeprom.h:250: EP0BUF[3] = eeprom_select(EEPROM_ADDR,0,1); // 1 means busy or error`
5782			`14AB 75*00 00 5781 mov _eeprom_select_PARM_2,#0x00`
5783			`14AE 75*01 01 5782 mov _eeprom_select_PARM_3,#0x01`
5784			`14B1 75 82 A2 5783 mov dpl,#0xA2`
5785			`14B4 12s00rE2 5784 lcall _eeprom_select`
5786			`14B7 AA 82 5785 mov r2,dpl`
5787			`14B9 90 E7 43 5786 mov dptr,#(_EP0BUF + 0x0003)`
5788			`14BC EA 5787 mov a,r2`
5789			`14BD F0 5788 movx @dptr,a`
5790			`5789 ; ../../include/ztex-eeprom.h:251: EP0BCH = 0;`
5791			`14BE 90 E6 8A 5790 mov dptr,#_EP0BCH`
5792			`14C1 E4 5791 clr a`
5793			`14C2 F0 5792 movx @dptr,a`
5794			`5793 ; ../../include/ztex-eeprom.h:252: EP0BCL = 4;`
5795			`14C3 90 E6 8B 5794 mov dptr,#_EP0BCL`
5796			`14C6 74 04 5795 mov a,#0x04`
5797			`14C8 F0 5796 movx @dptr,a`
5798			`5797 ; ../../include/ztex-conf.h:102: break;`
5799			`14C9 02s16r33 5798 ljmp 00186$`
5800			`5799 ; ../../include/ztex-conf.h:100: case $0:`
5801			`14CC 5800 00165$:`
5802			`5801 ; ../../include/ztex-conf.h:102: break;`
5803			`14CC 90 E6 BA 5802 mov dptr,#(_SETUPDAT + 0x0002)`
5804			`14CF E0 5803 movx a,@dptr`
5805			`14D0 90s00r05 5804 mov dptr,#_mac_eeprom_addr`
5806			`14D3 F0 5805 movx @dptr,a`
5807			`5806 ; ../../include/ztex-eeprom.h:368: EP0BCH = 0;`
5808			`14D4 90 E6 8A 5807 mov dptr,#_EP0BCH`
5809			`14D7 E4 5808 clr a`
5810			`14D8 F0 5809 movx @dptr,a`
5811			`5810 ; ../../include/ztex-eeprom.h:369: EP0BCL = mac_eeprom_read_ep0();`
5812			`14D9 12s05r55 5811 lcall _mac_eeprom_read_ep0`
5813			`14DC E5 82 5812 mov a,dpl`
5814			`14DE 90 E6 8B 5813 mov dptr,#_EP0BCL`
5815			`14E1 F0 5814 movx @dptr,a`
5816			`5815 ; ../../include/ztex-conf.h:102: break;`
5817			`14E2 02s16r33 5816 ljmp 00186$`
5818			`5817 ; ../../include/ztex-conf.h:100: case $0:`
5819			`14E5 5818 00166$:`
5820			`5819 ; ../../include/ztex-conf.h:102: break;`
5821			`14E5 75*00 00 5820 mov _eeprom_select_PARM_2,#0x00`
5822			`14E8 75*01 01 5821 mov _eeprom_select_PARM_3,#0x01`
5823			`14EB 75 82 A6 5822 mov dpl,#0xA6`
5824			`14EE 12s00rE2 5823 lcall _eeprom_select`
5825			`14F1 AA 82 5824 mov r2,dpl`
5826			`14F3 90 E7 40 5825 mov dptr,#_EP0BUF`
5827			`14F6 EA 5826 mov a,r2`
5828			`14F7 F0 5827 movx @dptr,a`
5829			`5828 ; ../../include/ztex-eeprom.h:390: EP0BCH = 0;`
5830			`14F8 90 E6 8A 5829 mov dptr,#_EP0BCH`
5831			`14FB E4 5830 clr a`
5832			`14FC F0 5831 movx @dptr,a`
5833			`5832 ; ../../include/ztex-eeprom.h:391: EP0BCL = 1;`
5834			`14FD 90 E6 8B 5833 mov dptr,#_EP0BCL`
5835			`1500 74 01 5834 mov a,#0x01`
5836			`1502 F0 5835 movx @dptr,a`
5837			`5836 ; ../../include/ztex-conf.h:102: break;`
5838			`1503 02s16r33 5837 ljmp 00186$`
5839			`5838 ; ../../include/ztex-conf.h:100: case $0:`
5840			`1506 5839 00167$:`
5841			`5840 ; ../../include/ztex-flash2.h:646: if ( flash_ec == 0 && SPI_CS == 0 ) {`
5842			`1506 90s00r0E 5841 mov dptr,#_flash_ec`
5843			`1509 E0 5842 movx a,@dptr`
5844			`150A FA 5843 mov r2,a`
5845			`150B 70 09 5844 jnz 00169$`
5846			`150D 20 83 06 5845 jb _IOA3,00169$`
5847			`5846 ; ../../include/ztex-flash2.h:647: flash_ec = FLASH_EC_PENDING;`
5848			`1510 90s00r0E 5847 mov dptr,#_flash_ec`
5849			`1513 74 04 5848 mov a,#0x04`
5850			`1515 F0 5849 movx @dptr,a`
5851			`1516 5850 00169$:`
5852			`5851 ; ../../include/ztex-utils.h:121: AUTOPTRL1=LO(&($0));`
5853			`1516 75 9Br07 5852 mov _AUTOPTRL1,#_flash_enabled`
5854			`5853 ; ../../include/ztex-utils.h:122: AUTOPTRH1=HI(&($0));`
5855			`1519 7Ar07 5854 mov r2,#_flash_enabled`
5856			`151B 7Bs00 5855 mov r3,#(_flash_enabled >> 8)`
5857			`151D 8B 9A 5856 mov _AUTOPTRH1,r3`
5858			`5857 ; ../../include/ztex-utils.h:123: AUTOPTRL2=LO(&($1));`
5859			`151F 75 9E 40 5858 mov _AUTOPTRL2,#0x40`
5860			`5859 ; ../../include/ztex-utils.h:124: AUTOPTRH2=HI(&($1));`
5861			`1522 75 9D E7 5860 mov _AUTOPTRH2,#0xE7`
5862			`5861 ; ../../include/ztex-utils.h:130: __endasm;`
5863			`5862`
5864			`1525 C0 02 5863 push ar2`
5865			`1527 7A 08 5864 mov r2,#(8);`
5866			`1529 12s00r49 5865 lcall _MEM_COPY1_int`
5867			`152C D0 02 5866 pop ar2`
5868			`5867`
5869			`5868 ; ../../include/ztex-flash2.h:650: EP0BCH = 0;`
5870			`152E 90 E6 8A 5869 mov dptr,#_EP0BCH`
5871			`1531 E4 5870 clr a`
5872			`1532 F0 5871 movx @dptr,a`
5873			`5872 ; ../../include/ztex-flash2.h:651: EP0BCL = 8;`
5874			`1533 90 E6 8B 5873 mov dptr,#_EP0BCL`
5875			`1536 74 08 5874 mov a,#0x08`
5876			`1538 F0 5875 movx @dptr,a`
5877			`5876 ; ../../include/ztex-conf.h:102: break;`
5878			`1539 02s16r33 5877 ljmp 00186$`
5879			`5878 ; ../../include/ztex-conf.h:100: case $0:`
5880			`153C 5879 00171$:`
5881			`5880 ; ../../include/ztex-flash2.h:671: ep0_read_mode = SETUPDAT[5];`
5882			`153C 90 E6 BD 5881 mov dptr,#(_SETUPDAT + 0x0005)`
5883			`153F E0 5882 movx a,@dptr`
5884			`1540 FA 5883 mov r2,a`
5885			`1541 90s00r1E 5884 mov dptr,#_ep0_read_mode`
5886			`1544 F0 5885 movx @dptr,a`
5887			`5886 ; ../../include/ztex-flash2.h:672: if ( (ep0_read_mode==0) && flash_read_init((SETUPDAT[3] << 8) \| SETUPDAT[2]) ) {`
5888			`1545 EA 5887 mov a,r2`
5889			`1546 70 2D 5888 jnz 00173$`
5890			`1548 90 E6 BB 5889 mov dptr,#(_SETUPDAT + 0x0003)`
5891			`154B E0 5890 movx a,@dptr`
5892			`154C FB 5891 mov r3,a`
5893			`154D 7A 00 5892 mov r2,#0x00`
5894			`154F 90 E6 BA 5893 mov dptr,#(_SETUPDAT + 0x0002)`
5895			`1552 E0 5894 movx a,@dptr`
5896			`1553 7D 00 5895 mov r5,#0x00`
5897			`1555 4A 5896 orl a,r2`
5898			`1556 F5 82 5897 mov dpl,a`
5899			`1558 ED 5898 mov a,r5`
5900			`1559 4B 5899 orl a,r3`
5901			`155A F5 83 5900 mov dph,a`
5902			`155C 12s06rFF 5901 lcall _flash_read_init`
5903			`155F E5 82 5902 mov a,dpl`
5904			`1561 60 12 5903 jz 00173$`
5905			`5904 ; ../../include/ztex-conf.h:137: EP0CS \|= 0x01; // set stall`
5906			`1563 90 E6 A0 5905 mov dptr,#_EP0CS`
5907			`1566 E0 5906 movx a,@dptr`
5908			`1567 FA 5907 mov r2,a`
5909			`1568 44 01 5908 orl a,#0x01`
5910			`156A F0 5909 movx @dptr,a`
5911			`5910 ; ../../include/ztex-conf.h:138: ep0_payload_remaining = 0;`
5912			`156B 90s00r00 5911 mov dptr,#_ep0_payload_remaining`
5913			`156E E4 5912 clr a`
5914			`156F F0 5913 movx @dptr,a`
5915			`1570 A3 5914 inc dptr`
5916			`1571 F0 5915 movx @dptr,a`
5917			`5916 ; ../../include/ztex-conf.h:139: break;`
5918			`1572 02s16r33 5917 ljmp 00186$`
5919			`1575 5918 00173$:`
5920			`5919 ; ../../include/ztex-flash2.h:675: spi_read_ep0();`
5921			`1575 12s0Ar89 5920 lcall _spi_read_ep0`
5922			`5921 ; ../../include/ztex-flash2.h:676: EP0BCH = 0;`
5923			`1578 90 E6 8A 5922 mov dptr,#_EP0BCH`
5924			`157B E4 5923 clr a`
5925			`157C F0 5924 movx @dptr,a`
5926			`5925 ; ../../include/ztex-flash2.h:677: EP0BCL = ep0_payload_transfer;`
5927			`157D 90s00r02 5926 mov dptr,#_ep0_payload_transfer`
5928			`1580 E0 5927 movx a,@dptr`
5929			`1581 FA 5928 mov r2,a`
5930			`1582 90 E6 8B 5929 mov dptr,#_EP0BCL`
5931			`1585 F0 5930 movx @dptr,a`
5932			`5931 ; ../../include/ztex-conf.h:102: break;`
5933			`1586 02s16r33 5932 ljmp 00186$`
5934			`5933 ; ../../include/ztex-conf.h:100: case $0:`
5935			`1589 5934 00175$:`
5936			`5935 ; ../../include/ztex-utils.h:121: AUTOPTRL1=LO(&($0));`
5937			`1589 75 9Br0E 5936 mov _AUTOPTRL1,#_flash_ec`
5938			`5937 ; ../../include/ztex-utils.h:122: AUTOPTRH1=HI(&($0));`
5939			`158C 7Ar0E 5938 mov r2,#_flash_ec`
5940			`158E 7Bs00 5939 mov r3,#(_flash_ec >> 8)`
5941			`1590 8B 9A 5940 mov _AUTOPTRH1,r3`
5942			`5941 ; ../../include/ztex-utils.h:123: AUTOPTRL2=LO(&($1));`
5943			`1592 75 9E 40 5942 mov _AUTOPTRL2,#0x40`
5944			`5943 ; ../../include/ztex-utils.h:124: AUTOPTRH2=HI(&($1));`
5945			`1595 75 9D E7 5944 mov _AUTOPTRH2,#0xE7`
5946			`5945 ; ../../include/ztex-utils.h:130: __endasm;`
5947			`5946`
5948			`1598 C0 02 5947 push ar2`
5949			`159A 7A 0A 5948 mov r2,#(10);`
5950			`159C 12s00r49 5949 lcall _MEM_COPY1_int`
5951			`159F D0 02 5950 pop ar2`
5952			`5951`
5953			`5952 ; ../../include/ztex-flash2.h:719: EP0BCH = 0;`
5954			`15A1 90 E6 8A 5953 mov dptr,#_EP0BCH`
5955			`15A4 E4 5954 clr a`
5956			`15A5 F0 5955 movx @dptr,a`
5957			`5956 ; ../../include/ztex-flash2.h:720: EP0BCL = 10;`
5958			`15A6 90 E6 8B 5957 mov dptr,#_EP0BCL`
5959			`15A9 74 0A 5958 mov a,#0x0A`
5960			`15AB F0 5959 movx @dptr,a`
5961			`5960 ; ../../include/ztex-conf.h:102: break;`
5962			`15AC 02s16r33 5961 ljmp 00186$`
5963			`5962 ; ../../include/ztex-conf.h:100: case $0:`
5964			`15AF 5963 00176$:`
5965			`5964 ; ../../include/ztex-utils.h:121: AUTOPTRL1=LO(&($0));`
5966			`15AF 75 9Br20 5965 mov _AUTOPTRL1,#_fpga_checksum`
5967			`5966 ; ../../include/ztex-utils.h:122: AUTOPTRH1=HI(&($0));`
5968			`15B2 7Ar20 5967 mov r2,#_fpga_checksum`
5969			`15B4 7Bs00 5968 mov r3,#(_fpga_checksum >> 8)`
5970			`15B6 8B 9A 5969 mov _AUTOPTRH1,r3`
5971			`5970 ; ../../include/ztex-utils.h:123: AUTOPTRL2=LO(&($1));`
5972			`15B8 75 9E 41 5971 mov _AUTOPTRL2,#(_EP0BUF + 0x0001)`
5973			`5972 ; ../../include/ztex-utils.h:124: AUTOPTRH2=HI(&($1));`
5974			`15BB 7A 41 5973 mov r2,#(_EP0BUF + 0x0001)`
5975			`15BD 7B E7 5974 mov r3,#((_EP0BUF + 0x0001) >> 8)`
5976			`15BF 8B 9D 5975 mov _AUTOPTRH2,r3`
5977			`5976 ; ../../include/ztex-utils.h:130: __endasm;`
5978			`5977`
5979			`15C1 C0 02 5978 push ar2`
5980			`15C3 7A 07 5979 mov r2,#(7);`
5981			`15C5 12s00r49 5980 lcall _MEM_COPY1_int`
5982			`15C8 D0 02 5981 pop ar2`
5983			`5982`
5984			`5983 ; ../../include/ztex-fpga7.h:144: OEE = (OEE & ~bmBIT6) \| bmBIT7;`
5985			`15CA AA B6 5984 mov r2,_OEE`
5986			`15CC 74 BF 5985 mov a,#0xBF`
5987			`15CE 5A 5986 anl a,r2`
5988			`15CF F5 F0 5987 mov b,a`
5989			`15D1 74 80 5988 mov a,#0x80`
5990			`15D3 45 F0 5989 orl a,b`
5991			`15D5 F5 B6 5990 mov _OEE,a`
5992			`5991 ; ../../include/ztex-fpga7.h:145: if ( IOE & bmBIT6 ) {`
5993			`15D7 E5 B1 5992 mov a,_IOE`
5994			`15D9 30 E6 07 5993 jnb acc.6,00178$`
5995			`5994 ; ../../include/ztex-fpga7.h:146: EP0BUF[0] = 0; // FPGA configured`
5996			`15DC 90 E7 40 5995 mov dptr,#_EP0BUF`
5997			`15DF E4 5996 clr a`
5998			`15E0 F0 5997 movx @dptr,a`
5999			`15E1 80 09 5998 sjmp 00179$`
6000			`15E3 5999 00178$:`
6001			`6000 ; ../../include/ztex-fpga7.h:149: EP0BUF[0] = 1; // FPGA unconfigured`
6002			`15E3 90 E7 40 6001 mov dptr,#_EP0BUF`
6003			`15E6 74 01 6002 mov a,#0x01`
6004			`15E8 F0 6003 movx @dptr,a`
6005			`6004 ; ../../include/ztex-fpga7.h:150: reset_fpga(); // prepare FPGA for configuration`
6006			`15E9 12s0ArCF 6005 lcall _reset_fpga`
6007			`15EC 6006 00179$:`
6008			`6007 ; ../../include/ztex-fpga7.h:153: EP0BUF[8] = 1; // bit order for bitstream in Flash memory: swapped`
6009			`15EC 90 E7 48 6008 mov dptr,#(_EP0BUF + 0x0008)`
6010			`15EF 74 01 6009 mov a,#0x01`
6011			`15F1 F0 6010 movx @dptr,a`
6012			`6011 ; ../../include/ztex-fpga7.h:155: EP0BCH = 0;`
6013			`15F2 90 E6 8A 6012 mov dptr,#_EP0BCH`
6014			`15F5 E4 6013 clr a`
6015			`15F6 F0 6014 movx @dptr,a`
6016			`6015 ; ../../include/ztex-fpga7.h:156: EP0BCL = 9;`
6017			`15F7 90 E6 8B 6016 mov dptr,#_EP0BCL`
6018			`15FA 74 09 6017 mov a,#0x09`
6019			`15FC F0 6018 movx @dptr,a`
6020			`6019 ; ../../include/ztex-conf.h:102: break;`
6021			`6020 ; ../../include/ztex-isr.h:297: default:`
6022			`15FD 80 34 6021 sjmp 00186$`
6023			`15FF 6022 00180$:`
6024			`6023 ; ../../include/ztex-isr.h:298: EP0CS \|= 0x01; // set stall, unknown request`
6025			`15FF 90 E6 A0 6024 mov dptr,#_EP0CS`
6026			`1602 E0 6025 movx a,@dptr`
6027			`1603 FA 6026 mov r2,a`
6028			`1604 44 01 6027 orl a,#0x01`
6029			`1606 F0 6028 movx @dptr,a`
6030			`6029 ; ../../include/ztex-isr.h:300: break;`
6031			`6030 ; ../../include/ztex-isr.h:301: case 0x40: // vendor command`
6032			`1607 80 2A 6031 sjmp 00186$`
6033			`1609 6032 00182$:`
6034			`6033 ; ../../include/ztex-isr.h:305: if ( SETUPDAT[7]!=0 \|\| SETUPDAT[6]!=0 ) {`
6035			`1609 90 E6 BF 6034 mov dptr,#(_SETUPDAT + 0x0007)`
6036			`160C E0 6035 movx a,@dptr`
6037			`160D 70 06 6036 jnz 00183$`
6038			`160F 90 E6 BE 6037 mov dptr,#(_SETUPDAT + 0x0006)`
6039			`1612 E0 6038 movx a,@dptr`
6040			`1613 60 16 6039 jz 00184$`
6041			`1615 6040 00183$:`
6042			`6041 ; ../../include/ztex-isr.h:306: ep0_vendor_cmd_setup = 1;`
6043			`1615 90s00r04 6042 mov dptr,#_ep0_vendor_cmd_setup`
6044			`1618 74 01 6043 mov a,#0x01`
6045			`161A F0 6044 movx @dptr,a`
6046			`6045 ; ../../include/ztex-isr.h:307: EP0BCL = 0;`
6047			`161B 90 E6 8B 6046 mov dptr,#_EP0BCL`
6048			`161E E4 6047 clr a`
6049			`161F F0 6048 movx @dptr,a`
6050			`6049 ; ../../include/ztex-isr.h:308: EXIF &= ~bmBIT4; // clear main USB interrupt flag`
6051			`1620 53 91 EF 6050 anl _EXIF,#0xEF`
6052			`6051 ; ../../include/ztex-isr.h:309: USBIRQ = bmBIT0; // clear SUADV IRQ`
6053			`1623 90 E6 5D 6052 mov dptr,#_USBIRQ`
6054			`1626 74 01 6053 mov a,#0x01`
6055			`1628 F0 6054 movx @dptr,a`
6056			`6055 ; ../../include/ztex-isr.h:310: return; // don't clear HSNAK bit. This is done after the command has completed`
6057			`1629 80 19 6056 sjmp 00187$`
6058			`162B 6057 00184$:`
6059			`6058 ; ../../include/ztex-isr.h:312: ep0_vendor_cmd_su(); // setup sequences of vendor command with no payload ara executed immediately`
6060			`162B 12s0Fr8F 6059 lcall _ep0_vendor_cmd_su`
6061			`6060 ; ../../include/ztex-isr.h:313: EP0BCL = 0;`
6062			`162E 90 E6 8B 6061 mov dptr,#_EP0BCL`
6063			`1631 E4 6062 clr a`
6064			`1632 F0 6063 movx @dptr,a`
6065			`6064 ; ../../include/ztex-isr.h:315: }`
6066			`1633 6065 00186$:`
6067			`6066 ; ../../include/ztex-isr.h:317: EXIF &= ~bmBIT4; // clear main USB interrupt flag`
6068			`1633 53 91 EF 6067 anl _EXIF,#0xEF`
6069			`6068 ; ../../include/ztex-isr.h:318: USBIRQ = bmBIT0; // clear SUADV IRQ`
6070			`1636 90 E6 5D 6069 mov dptr,#_USBIRQ`
6071			`1639 74 01 6070 mov a,#0x01`
6072			`163B F0 6071 movx @dptr,a`
6073			`6072 ; ../../include/ztex-isr.h:319: EP0CS \|= 0x80; // clear the HSNAK bit`
6074			`163C 90 E6 A0 6073 mov dptr,#_EP0CS`
6075			`163F E0 6074 movx a,@dptr`
6076			`1640 FA 6075 mov r2,a`
6077			`1641 44 80 6076 orl a,#0x80`
6078			`1643 F0 6077 movx @dptr,a`
6079			`1644 6078 00187$:`
6080			`1644 D0 D0 6079 pop psw`
6081			`1646 D0 01 6080 pop (0+1)`
6082			`1648 D0 00 6081 pop (0+0)`
6083			`164A D0 07 6082 pop (0+7)`
6084			`164C D0 06 6083 pop (0+6)`
6085			`164E D0 05 6084 pop (0+5)`
6086			`1650 D0 04 6085 pop (0+4)`
6087			`1652 D0 03 6086 pop (0+3)`
6088			`1654 D0 02 6087 pop (0+2)`
6089			`1656 D0 83 6088 pop dph`
6090			`1658 D0 82 6089 pop dpl`
6091			`165A D0 F0 6090 pop b`
6092			`165C D0 E0 6091 pop acc`
6093			`165E D0*00 6092 pop bits`
6094			`1660 32 6093 reti`
6095			`6094 ;------------------------------------------------------------`
6096			`6095 ;Allocation info for local variables in function 'SOF_ISR'`
6097			`6096 ;------------------------------------------------------------`
6098			`6097 ;------------------------------------------------------------`
6099			`6098 ; ../../include/ztex-isr.h:325: void SOF_ISR() __interrupt`
6100			`6099 ; -----------------------------------------`
6101			`6100 ; function SOF_ISR`
6102			`6101 ; -----------------------------------------`
6103			`1661 6102 _SOF_ISR:`
6104			`1661 C0 E0 6103 push acc`
6105			`1663 C0 82 6104 push dpl`
6106			`1665 C0 83 6105 push dph`
6107			`6106 ; ../../include/ztex-isr.h:327: EXIF &= ~bmBIT4;`
6108			`1667 53 91 EF 6107 anl _EXIF,#0xEF`
6109			`6108 ; ../../include/ztex-isr.h:328: USBIRQ = bmBIT1;`
6110			`166A 90 E6 5D 6109 mov dptr,#_USBIRQ`
6111			`166D 74 02 6110 mov a,#0x02`
6112			`166F F0 6111 movx @dptr,a`
6113			`1670 D0 83 6112 pop dph`
6114			`1672 D0 82 6113 pop dpl`
6115			`1674 D0 E0 6114 pop acc`
6116			`1676 32 6115 reti`
6117			`6116 ; eliminated unneeded push/pop psw`
6118			`6117 ; eliminated unneeded push/pop b`
6119			`6118 ;------------------------------------------------------------`
6120			`6119 ;Allocation info for local variables in function 'SUTOK_ISR'`
6121			`6120 ;------------------------------------------------------------`
6122			`6121 ;------------------------------------------------------------`
6123			`6122 ; ../../include/ztex-isr.h:334: void SUTOK_ISR() __interrupt`
6124			`6123 ; -----------------------------------------`
6125			`6124 ; function SUTOK_ISR`
6126			`6125 ; -----------------------------------------`
6127			`1677 6126 _SUTOK_ISR:`
6128			`1677 C0 E0 6127 push acc`
6129			`1679 C0 82 6128 push dpl`
6130			`167B C0 83 6129 push dph`
6131			`6130 ; ../../include/ztex-isr.h:336: EXIF &= ~bmBIT4;`
6132			`167D 53 91 EF 6131 anl _EXIF,#0xEF`
6133			`6132 ; ../../include/ztex-isr.h:337: USBIRQ = bmBIT2;`
6134			`1680 90 E6 5D 6133 mov dptr,#_USBIRQ`
6135			`1683 74 04 6134 mov a,#0x04`
6136			`1685 F0 6135 movx @dptr,a`
6137			`1686 D0 83 6136 pop dph`
6138			`1688 D0 82 6137 pop dpl`
6139			`168A D0 E0 6138 pop acc`
6140			`168C 32 6139 reti`
6141			`6140 ; eliminated unneeded push/pop psw`
6142			`6141 ; eliminated unneeded push/pop b`
6143			`6142 ;------------------------------------------------------------`
6144			`6143 ;Allocation info for local variables in function 'SUSP_ISR'`
6145			`6144 ;------------------------------------------------------------`
6146			`6145 ;------------------------------------------------------------`
6147			`6146 ; ../../include/ztex-isr.h:343: void SUSP_ISR() __interrupt`
6148			`6147 ; -----------------------------------------`
6149			`6148 ; function SUSP_ISR`
6150			`6149 ; -----------------------------------------`
6151			`168D 6150 _SUSP_ISR:`
6152			`168D C0 E0 6151 push acc`
6153			`168F C0 82 6152 push dpl`
6154			`1691 C0 83 6153 push dph`
6155			`6154 ; ../../include/ztex-isr.h:345: EXIF &= ~bmBIT4;`
6156			`1693 53 91 EF 6155 anl _EXIF,#0xEF`
6157			`6156 ; ../../include/ztex-isr.h:346: USBIRQ = bmBIT3;`
6158			`1696 90 E6 5D 6157 mov dptr,#_USBIRQ`
6159			`1699 74 08 6158 mov a,#0x08`
6160			`169B F0 6159 movx @dptr,a`
6161			`169C D0 83 6160 pop dph`
6162			`169E D0 82 6161 pop dpl`
6163			`16A0 D0 E0 6162 pop acc`
6164			`16A2 32 6163 reti`
6165			`6164 ; eliminated unneeded push/pop psw`
6166			`6165 ; eliminated unneeded push/pop b`
6167			`6166 ;------------------------------------------------------------`
6168			`6167 ;Allocation info for local variables in function 'URES_ISR'`
6169			`6168 ;------------------------------------------------------------`
6170			`6169 ;------------------------------------------------------------`
6171			`6170 ; ../../include/ztex-isr.h:352: void URES_ISR() __interrupt`
6172			`6171 ; -----------------------------------------`
6173			`6172 ; function URES_ISR`
6174			`6173 ; -----------------------------------------`
6175			`16A3 6174 _URES_ISR:`
6176			`16A3 C0 E0 6175 push acc`
6177			`16A5 C0 82 6176 push dpl`
6178			`16A7 C0 83 6177 push dph`
6179			`6178 ; ../../include/ztex-isr.h:354: EXIF &= ~bmBIT4;`
6180			`16A9 53 91 EF 6179 anl _EXIF,#0xEF`
6181			`6180 ; ../../include/ztex-isr.h:355: USBIRQ = bmBIT4;`
6182			`16AC 90 E6 5D 6181 mov dptr,#_USBIRQ`
6183			`16AF 74 10 6182 mov a,#0x10`
6184			`16B1 F0 6183 movx @dptr,a`
6185			`16B2 D0 83 6184 pop dph`
6186			`16B4 D0 82 6185 pop dpl`
6187			`16B6 D0 E0 6186 pop acc`
6188			`16B8 32 6187 reti`
6189			`6188 ; eliminated unneeded push/pop psw`
6190			`6189 ; eliminated unneeded push/pop b`
6191			`6190 ;------------------------------------------------------------`
6192			`6191 ;Allocation info for local variables in function 'HSGRANT_ISR'`
6193			`6192 ;------------------------------------------------------------`
6194			`6193 ;------------------------------------------------------------`
6195			`6194 ; ../../include/ztex-isr.h:361: void HSGRANT_ISR() __interrupt`
6196			`6195 ; -----------------------------------------`
6197			`6196 ; function HSGRANT_ISR`
6198			`6197 ; -----------------------------------------`
6199			`16B9 6198 _HSGRANT_ISR:`
6200			`16B9 C0 E0 6199 push acc`
6201			`16BB C0 82 6200 push dpl`
6202			`16BD C0 83 6201 push dph`
6203			`6202 ; ../../include/ztex-isr.h:363: EXIF &= ~bmBIT4;`
6204			`16BF 53 91 EF 6203 anl _EXIF,#0xEF`
6205			`6204 ; ../../include/ztex-isr.h:365: USBIRQ = bmBIT5;`
6206			`16C2 90 E6 5D 6205 mov dptr,#_USBIRQ`
6207			`16C5 74 20 6206 mov a,#0x20`
6208			`16C7 F0 6207 movx @dptr,a`
6209			`16C8 D0 83 6208 pop dph`
6210			`16CA D0 82 6209 pop dpl`
6211			`16CC D0 E0 6210 pop acc`
6212			`16CE 32 6211 reti`
6213			`6212 ; eliminated unneeded push/pop psw`
6214			`6213 ; eliminated unneeded push/pop b`
6215			`6214 ;------------------------------------------------------------`
6216			`6215 ;Allocation info for local variables in function 'EP0ACK_ISR'`
6217			`6216 ;------------------------------------------------------------`
6218			`6217 ;------------------------------------------------------------`
6219			`6218 ; ../../include/ztex-isr.h:371: void EP0ACK_ISR() __interrupt`
6220			`6219 ; -----------------------------------------`
6221			`6220 ; function EP0ACK_ISR`
6222			`6221 ; -----------------------------------------`
6223			`16CF 6222 _EP0ACK_ISR:`
6224			`16CF C0 E0 6223 push acc`
6225			`16D1 C0 82 6224 push dpl`
6226			`16D3 C0 83 6225 push dph`
6227			`6226 ; ../../include/ztex-isr.h:373: EXIF &= ~bmBIT4; // clear USB interrupt flag`
6228			`16D5 53 91 EF 6227 anl _EXIF,#0xEF`
6229			`6228 ; ../../include/ztex-isr.h:374: USBIRQ = bmBIT6; // clear EP0ACK IRQ`
6230			`16D8 90 E6 5D 6229 mov dptr,#_USBIRQ`
6231			`16DB 74 40 6230 mov a,#0x40`
6232			`16DD F0 6231 movx @dptr,a`
6233			`16DE D0 83 6232 pop dph`
6234			`16E0 D0 82 6233 pop dpl`
6235			`16E2 D0 E0 6234 pop acc`
6236			`16E4 32 6235 reti`
6237			`6236 ; eliminated unneeded push/pop psw`
6238			`6237 ; eliminated unneeded push/pop b`
6239			`6238 ;------------------------------------------------------------`
6240			`6239 ;Allocation info for local variables in function 'EP0IN_ISR'`
6241			`6240 ;------------------------------------------------------------`
6242			`6241 ;------------------------------------------------------------`
6243			`6242 ; ../../include/ztex-isr.h:380: static void EP0IN_ISR () __interrupt`
6244			`6243 ; -----------------------------------------`
6245			`6244 ; function EP0IN_ISR`
6246			`6245 ; -----------------------------------------`
6247			`16E5 6246 _EP0IN_ISR:`
6248			`16E5 C0*00 6247 push bits`
6249			`16E7 C0 E0 6248 push acc`
6250			`16E9 C0 F0 6249 push b`
6251			`16EB C0 82 6250 push dpl`
6252			`16ED C0 83 6251 push dph`
6253			`16EF C0 02 6252 push (0+2)`
6254			`16F1 C0 03 6253 push (0+3)`
6255			`16F3 C0 04 6254 push (0+4)`
6256			`16F5 C0 05 6255 push (0+5)`
6257			`16F7 C0 06 6256 push (0+6)`
6258			`16F9 C0 07 6257 push (0+7)`
6259			`16FB C0 00 6258 push (0+0)`
6260			`16FD C0 01 6259 push (0+1)`
6261			`16FF C0 D0 6260 push psw`
6262			`1701 75 D0 00 6261 mov psw,#0x00`
6263			`6262 ; ../../include/ztex-isr.h:382: EUSB = 0; // block all USB interrupts`
6264			`1704 C2 E8 6263 clr _EUSB`
6265			`6264 ; ../../include/ztex-isr.h:383: ep0_payload_update();`
6266			`1706 12s0Fr62 6265 lcall _ep0_payload_update`
6267			`6266 ; ../../include/ztex-isr.h:384: switch ( ep0_prev_setup_request ) {`
6268			`1709 90s00r03 6267 mov dptr,#_ep0_prev_setup_request`
6269			`170C E0 6268 movx a,@dptr`
6270			`170D FA 6269 mov r2,a`
6271			`170E BA 30 03 6270 cjne r2,#0x30,00124$`
6272			`1711 02s17r7F 6271 ljmp 00112$`
6273			`1714 6272 00124$:`
6274			`1714 BA 38 02 6273 cjne r2,#0x38,00125$`
6275			`1717 80 1E 6274 sjmp 00101$`
6276			`1719 6275 00125$:`
6277			`1719 BA 3A 02 6276 cjne r2,#0x3A,00126$`
6278			`171C 80 61 6277 sjmp 00112$`
6279			`171E 6278 00126$:`
6280			`171E BA 3B 02 6279 cjne r2,#0x3B,00127$`
6281			`1721 80 24 6280 sjmp 00103$`
6282			`1723 6281 00127$:`
6283			`1723 BA 3D 02 6282 cjne r2,#0x3D,00128$`
6284			`1726 80 57 6283 sjmp 00112$`
6285			`1728 6284 00128$:`
6286			`1728 BA 40 02 6285 cjne r2,#0x40,00129$`
6287			`172B 80 52 6286 sjmp 00112$`
6288			`172D 6287 00129$:`
6289			`172D BA 41 02 6288 cjne r2,#0x41,00130$`
6290			`1730 80 25 6289 sjmp 00106$`
6291			`1732 6290 00130$:`
6292			`6291 ; ../../include/ztex-conf.h:105: case $0:`
6293			`1732 BA 43 41 6292 cjne r2,#0x43,00111$`
6294			`1735 80 48 6293 sjmp 00112$`
6295			`1737 6294 00101$:`
6296			`6295 ; ../../include/ztex-eeprom.h:222: EP0BCH = 0;`
6297			`1737 90 E6 8A 6296 mov dptr,#_EP0BCH`
6298			`173A E4 6297 clr a`
6299			`173B F0 6298 movx @dptr,a`
6300			`6299 ; ../../include/ztex-eeprom.h:223: EP0BCL = eeprom_read_ep0();`
6301			`173C 12s03r0F 6300 lcall _eeprom_read_ep0`
6302			`173F E5 82 6301 mov a,dpl`
6303			`1741 90 E6 8B 6302 mov dptr,#_EP0BCL`
6304			`1744 F0 6303 movx @dptr,a`
6305			`6304 ; ../../include/ztex-conf.h:107: break;`
6306			`6305 ; ../../include/ztex-conf.h:105: case $0:`
6307			`1745 80 38 6306 sjmp 00112$`
6308			`1747 6307 00103$:`
6309			`6308 ; ../../include/ztex-eeprom.h:371: EP0BCH = 0;`
6310			`1747 90 E6 8A 6309 mov dptr,#_EP0BCH`
6311			`174A E4 6310 clr a`
6312			`174B F0 6311 movx @dptr,a`
6313			`6312 ; ../../include/ztex-eeprom.h:372: EP0BCL = mac_eeprom_read_ep0();`
6314			`174C 12s05r55 6313 lcall _mac_eeprom_read_ep0`
6315			`174F E5 82 6314 mov a,dpl`
6316			`1751 90 E6 8B 6315 mov dptr,#_EP0BCL`
6317			`1754 F0 6316 movx @dptr,a`
6318			`6317 ; ../../include/ztex-conf.h:107: break;`
6319			`6318 ; ../../include/ztex-conf.h:105: case $0:`
6320			`1755 80 28 6319 sjmp 00112$`
6321			`1757 6320 00106$:`
6322			`6321 ; ../../include/ztex-flash2.h:679: if ( ep0_payload_transfer != 0 ) {`
6323			`1757 90s00r02 6322 mov dptr,#_ep0_payload_transfer`
6324			`175A E0 6323 movx a,@dptr`
6325			`175B FA 6324 mov r2,a`
6326			`175C 60 08 6325 jz 00108$`
6327			`6326 ; ../../include/ztex-flash2.h:680: flash_ec = 0;`
6328			`175E 90s00r0E 6327 mov dptr,#_flash_ec`
6329			`1761 E4 6328 clr a`
6330			`1762 F0 6329 movx @dptr,a`
6331			`6330 ; ../../include/ztex-flash2.h:681: spi_read_ep0();`
6332			`1763 12s0Ar89 6331 lcall _spi_read_ep0`
6333			`1766 6332 00108$:`
6334			`6333 ; ../../include/ztex-flash2.h:683: EP0BCH = 0;`
6335			`1766 90 E6 8A 6334 mov dptr,#_EP0BCH`
6336			`1769 E4 6335 clr a`
6337			`176A F0 6336 movx @dptr,a`
6338			`6337 ; ../../include/ztex-flash2.h:684: EP0BCL = ep0_payload_transfer;`
6339			`176B 90s00r02 6338 mov dptr,#_ep0_payload_transfer`
6340			`176E E0 6339 movx a,@dptr`
6341			`176F FA 6340 mov r2,a`
6342			`1770 90 E6 8B 6341 mov dptr,#_EP0BCL`
6343			`1773 F0 6342 movx @dptr,a`
6344			`6343 ; ../../include/ztex-conf.h:107: break;`
6345			`6344 ; ../../include/ztex-isr.h:386: default:`
6346			`1774 80 09 6345 sjmp 00112$`
6347			`1776 6346 00111$:`
6348			`6347 ; ../../include/ztex-isr.h:387: EP0BCH = 0;`
6349			`1776 90 E6 8A 6348 mov dptr,#_EP0BCH`
6350			`6349 ; ../../include/ztex-isr.h:388: EP0BCL = 0;`
6351			`1779 E4 6350 clr a`
6352			`177A F0 6351 movx @dptr,a`
6353			`177B 90 E6 8B 6352 mov dptr,#_EP0BCL`
6354			`177E F0 6353 movx @dptr,a`
6355			`6354 ; ../../include/ztex-isr.h:389: }`
6356			`177F 6355 00112$:`
6357			`6356 ; ../../include/ztex-isr.h:390: EXIF &= ~bmBIT4; // clear USB interrupt flag`
6358			`177F 53 91 EF 6357 anl _EXIF,#0xEF`
6359			`6358 ; ../../include/ztex-isr.h:391: EPIRQ = bmBIT0; // clear EP0IN IRQ`
6360			`1782 90 E6 5F 6359 mov dptr,#_EPIRQ`
6361			`1785 74 01 6360 mov a,#0x01`
6362			`1787 F0 6361 movx @dptr,a`
6363			`6362 ; ../../include/ztex-isr.h:392: EUSB = 1;`
6364			`1788 D2 E8 6363 setb _EUSB`
6365			`178A D0 D0 6364 pop psw`
6366			`178C D0 01 6365 pop (0+1)`
6367			`178E D0 00 6366 pop (0+0)`
6368			`1790 D0 07 6367 pop (0+7)`
6369			`1792 D0 06 6368 pop (0+6)`
6370			`1794 D0 05 6369 pop (0+5)`
6371			`1796 D0 04 6370 pop (0+4)`
6372			`1798 D0 03 6371 pop (0+3)`
6373			`179A D0 02 6372 pop (0+2)`
6374			`179C D0 83 6373 pop dph`
6375			`179E D0 82 6374 pop dpl`
6376			`17A0 D0 F0 6375 pop b`
6377			`17A2 D0 E0 6376 pop acc`
6378			`17A4 D0*00 6377 pop bits`
6379			`17A6 32 6378 reti`
6380			`6379 ;------------------------------------------------------------`
6381			`6380 ;Allocation info for local variables in function 'EP0OUT_ISR'`
6382			`6381 ;------------------------------------------------------------`
6383			`6382 ;------------------------------------------------------------`
6384			`6383 ; ../../include/ztex-isr.h:398: static void EP0OUT_ISR () __interrupt`
6385			`6384 ; -----------------------------------------`
6386			`6385 ; function EP0OUT_ISR`
6387			`6386 ; -----------------------------------------`
6388			`17A7 6387 _EP0OUT_ISR:`
6389			`17A7 C0*00 6388 push bits`
6390			`17A9 C0 E0 6389 push acc`
6391			`17AB C0 F0 6390 push b`
6392			`17AD C0 82 6391 push dpl`
6393			`17AF C0 83 6392 push dph`
6394			`17B1 C0 02 6393 push (0+2)`
6395			`17B3 C0 03 6394 push (0+3)`
6396			`17B5 C0 04 6395 push (0+4)`
6397			`17B7 C0 05 6396 push (0+5)`
6398			`17B9 C0 06 6397 push (0+6)`
6399			`17BB C0 07 6398 push (0+7)`
6400			`17BD C0 00 6399 push (0+0)`
6401			`17BF C0 01 6400 push (0+1)`
6402			`17C1 C0 D0 6401 push psw`
6403			`17C3 75 D0 00 6402 mov psw,#0x00`
6404			`6403 ; ../../include/ztex-isr.h:400: EUSB = 0; // block all USB interrupts`
6405			`17C6 C2 E8 6404 clr _EUSB`
6406			`6405 ; ../../include/ztex-isr.h:401: if ( ep0_vendor_cmd_setup ) {`
6407			`17C8 90s00r04 6406 mov dptr,#_ep0_vendor_cmd_setup`
6408			`17CB E0 6407 movx a,@dptr`
6409			`17CC FA 6408 mov r2,a`
6410			`17CD 60 20 6409 jz 00102$`
6411			`6410 ; ../../include/ztex-isr.h:402: ep0_vendor_cmd_setup = 0;`
6412			`17CF 90s00r04 6411 mov dptr,#_ep0_vendor_cmd_setup`
6413			`17D2 E4 6412 clr a`
6414			`17D3 F0 6413 movx @dptr,a`
6415			`6414 ; ../../include/ztex-isr.h:403: ep0_payload_remaining = (SETUPDAT[7] << 8) \| SETUPDAT[6];`
6416			`17D4 90 E6 BF 6415 mov dptr,#(_SETUPDAT + 0x0007)`
6417			`17D7 E0 6416 movx a,@dptr`
6418			`17D8 FB 6417 mov r3,a`
6419			`17D9 7A 00 6418 mov r2,#0x00`
6420			`17DB 90 E6 BE 6419 mov dptr,#(_SETUPDAT + 0x0006)`
6421			`17DE E0 6420 movx a,@dptr`
6422			`17DF FC 6421 mov r4,a`
6423			`17E0 7D 00 6422 mov r5,#0x00`
6424			`17E2 90s00r00 6423 mov dptr,#_ep0_payload_remaining`
6425			`17E5 EC 6424 mov a,r4`
6426			`17E6 4A 6425 orl a,r2`
6427			`17E7 F0 6426 movx @dptr,a`
6428			`17E8 ED 6427 mov a,r5`
6429			`17E9 4B 6428 orl a,r3`
6430			`17EA A3 6429 inc dptr`
6431			`17EB F0 6430 movx @dptr,a`
6432			`6431 ; ../../include/ztex-isr.h:404: ep0_vendor_cmd_su();`
6433			`17EC 12s0Fr8F 6432 lcall _ep0_vendor_cmd_su`
6434			`17EF 6433 00102$:`
6435			`6434 ; ../../include/ztex-isr.h:407: ep0_payload_update();`
6436			`17EF 12s0Fr62 6435 lcall _ep0_payload_update`
6437			`6436 ; ../../include/ztex-isr.h:409: switch ( ep0_prev_setup_request ) {`
6438			`17F2 90s00r03 6437 mov dptr,#_ep0_prev_setup_request`
6439			`17F5 E0 6438 movx a,@dptr`
6440			`17F6 FA 6439 mov r2,a`
6441			`17F7 BA 31 02 6440 cjne r2,#0x31,00127$`
6442			`17FA 80 60 6441 sjmp 00112$`
6443			`17FC 6442 00127$:`
6444			`17FC BA 32 02 6443 cjne r2,#0x32,00128$`
6445			`17FF 80 58 6444 sjmp 00111$`
6446			`1801 6445 00128$:`
6447			`1801 BA 39 02 6446 cjne r2,#0x39,00129$`
6448			`1804 80 0A 6447 sjmp 00103$`
6449			`1806 6448 00129$:`
6450			`1806 BA 3C 02 6449 cjne r2,#0x3C,00130$`
6451			`1809 80 10 6450 sjmp 00104$`
6452			`180B 6451 00130$:`
6453			`6452 ; ../../include/ztex-conf.h:128: case $0:`
6454			`180B BA 42 4E 6453 cjne r2,#0x42,00112$`
6455			`180E 80 1F 6454 sjmp 00105$`
6456			`1810 6455 00103$:`
6457			`6456 ; ../../include/ztex-eeprom.h:240: eeprom_write_ep0(EP0BCL);`
6458			`1810 90 E6 8B 6457 mov dptr,#_EP0BCL`
6459			`1813 E0 6458 movx a,@dptr`
6460			`1814 F5 82 6459 mov dpl,a`
6461			`1816 12s03r43 6460 lcall _eeprom_write_ep0`
6462			`6461 ; ../../include/ztex-conf.h:130: break;`
6463			`6462 ; ../../include/ztex-conf.h:128: case $0:`
6464			`1819 80 41 6463 sjmp 00112$`
6465			`181B 6464 00104$:`
6466			`6465 ; ../../include/ztex-eeprom.h:382: mac_eeprom_write(EP0BUF, mac_eeprom_addr, EP0BCL);`
6467			`181B 90s00r05 6466 mov dptr,#_mac_eeprom_addr`
6468			`181E E0 6467 movx a,@dptr`
6469			`181F F5*0A 6468 mov _mac_eeprom_write_PARM_2,a`
6470			`1821 90 E6 8B 6469 mov dptr,#_EP0BCL`
6471			`1824 E0 6470 movx a,@dptr`
6472			`1825 F5*0B 6471 mov _mac_eeprom_write_PARM_3,a`
6473			`1827 90 E7 40 6472 mov dptr,#_EP0BUF`
6474			`182A 12s04r5D 6473 lcall _mac_eeprom_write`
6475			`6474 ; ../../include/ztex-conf.h:130: break;`
6476			`6475 ; ../../include/ztex-conf.h:128: case $0:`
6477			`182D 80 2D 6476 sjmp 00112$`
6478			`182F 6477 00105$:`
6479			`6478 ; ../../include/ztex-flash2.h:703: if ( ep0_payload_transfer != 0 ) {`
6480			`182F 90s00r02 6479 mov dptr,#_ep0_payload_transfer`
6481			`1832 E0 6480 movx a,@dptr`
6482			`1833 FA 6481 mov r2,a`
6483			`1834 60 26 6482 jz 00112$`
6484			`6483 ; ../../include/ztex-flash2.h:704: flash_ec = 0;`
6485			`1836 90s00r0E 6484 mov dptr,#_flash_ec`
6486			`1839 E4 6485 clr a`
6487			`183A F0 6486 movx @dptr,a`
6488			`6487 ; ../../include/ztex-flash2.h:705: spi_send_ep0();`
6489			`183B 12s0ArAC 6488 lcall _spi_send_ep0`
6490			`6489 ; ../../include/ztex-flash2.h:706: if ( flash_ec != 0 ) {`
6491			`183E 90s00r0E 6490 mov dptr,#_flash_ec`
6492			`1841 E0 6491 movx a,@dptr`
6493			`1842 FA 6492 mov r2,a`
6494			`1843 60 17 6493 jz 00112$`
6495			`6494 ; ../../include/ztex-flash2.h:707: spi_deselect();`
6496			`1845 12s06r89 6495 lcall _spi_deselect`
6497			`6496 ; ../../include/ztex-conf.h:137: EP0CS \|= 0x01; // set stall`
6498			`1848 90 E6 A0 6497 mov dptr,#_EP0CS`
6499			`184B E0 6498 movx a,@dptr`
6500			`184C FA 6499 mov r2,a`
6501			`184D 44 01 6500 orl a,#0x01`
6502			`184F F0 6501 movx @dptr,a`
6503			`6502 ; ../../include/ztex-conf.h:138: ep0_payload_remaining = 0;`
6504			`1850 90s00r00 6503 mov dptr,#_ep0_payload_remaining`
6505			`1853 E4 6504 clr a`
6506			`1854 F0 6505 movx @dptr,a`
6507			`1855 A3 6506 inc dptr`
6508			`1856 F0 6507 movx @dptr,a`
6509			`6508 ; ../../include/ztex-conf.h:139: break;`
6510			`6509 ; ../../include/ztex-conf.h:128: case $0:`
6511			`1857 80 03 6510 sjmp 00112$`
6512			`1859 6511 00111$:`
6513			`6512 ; ../../include/ztex-fpga7.h:211: fpga_send_ep0();`
6514			`1859 12s0Cr03 6513 lcall _fpga_send_ep0`
6515			`6514 ; ../../include/ztex-isr.h:411: }`
6516			`185C 6515 00112$:`
6517			`6516 ; ../../include/ztex-isr.h:413: EP0BCL = 0;`
6518			`185C 90 E6 8B 6517 mov dptr,#_EP0BCL`
6519			`185F E4 6518 clr a`
6520			`1860 F0 6519 movx @dptr,a`
6521			`6520 ; ../../include/ztex-isr.h:415: EXIF &= ~bmBIT4; // clear main USB interrupt flag`
6522			`1861 53 91 EF 6521 anl _EXIF,#0xEF`
6523			`6522 ; ../../include/ztex-isr.h:416: EPIRQ = bmBIT1; // clear EP0OUT IRQ`
6524			`1864 90 E6 5F 6523 mov dptr,#_EPIRQ`
6525			`1867 74 02 6524 mov a,#0x02`
6526			`1869 F0 6525 movx @dptr,a`
6527			`6526 ; ../../include/ztex-isr.h:417: if ( ep0_payload_remaining == 0 ) {`
6528			`186A 90s00r00 6527 mov dptr,#_ep0_payload_remaining`
6529			`186D E0 6528 movx a,@dptr`
6530			`186E FA 6529 mov r2,a`
6531			`186F A3 6530 inc dptr`
6532			`1870 E0 6531 movx a,@dptr`
6533			`1871 FB 6532 mov r3,a`
6534			`1872 4A 6533 orl a,r2`
6535			`1873 70 08 6534 jnz 00114$`
6536			`6535 ; ../../include/ztex-isr.h:418: EP0CS \|= 0x80; // clear the HSNAK bit`
6537			`1875 90 E6 A0 6536 mov dptr,#_EP0CS`
6538			`1878 E0 6537 movx a,@dptr`
6539			`1879 FA 6538 mov r2,a`
6540			`187A 44 80 6539 orl a,#0x80`
6541			`187C F0 6540 movx @dptr,a`
6542			`187D 6541 00114$:`
6543			`6542 ; ../../include/ztex-isr.h:420: EUSB = 1;`
6544			`187D D2 E8 6543 setb _EUSB`
6545			`187F D0 D0 6544 pop psw`
6546			`1881 D0 01 6545 pop (0+1)`
6547			`1883 D0 00 6546 pop (0+0)`
6548			`1885 D0 07 6547 pop (0+7)`
6549			`1887 D0 06 6548 pop (0+6)`
6550			`1889 D0 05 6549 pop (0+5)`
6551			`188B D0 04 6550 pop (0+4)`
6552			`188D D0 03 6551 pop (0+3)`
6553			`188F D0 02 6552 pop (0+2)`
6554			`1891 D0 83 6553 pop dph`
6555			`1893 D0 82 6554 pop dpl`
6556			`1895 D0 F0 6555 pop b`
6557			`1897 D0 E0 6556 pop acc`
6558			`1899 D0*00 6557 pop bits`
6559			`189B 32 6558 reti`
6560			`6559 ;------------------------------------------------------------`
6561			`6560 ;Allocation info for local variables in function 'EP1IN_ISR'`
6562			`6561 ;------------------------------------------------------------`
6563			`6562 ;------------------------------------------------------------`
6564			`6563 ; ../../include/ztex-isr.h:427: void EP1IN_ISR() __interrupt`
6565			`6564 ; -----------------------------------------`
6566			`6565 ; function EP1IN_ISR`
6567			`6566 ; -----------------------------------------`
6568			`189C 6567 _EP1IN_ISR:`
6569			`189C C0 E0 6568 push acc`
6570			`189E C0 82 6569 push dpl`
6571			`18A0 C0 83 6570 push dph`
6572			`6571 ; ../../include/ztex-isr.h:429: EXIF &= ~bmBIT4;`
6573			`18A2 53 91 EF 6572 anl _EXIF,#0xEF`
6574			`6573 ; ../../include/ztex-isr.h:430: EPIRQ = bmBIT2;`
6575			`18A5 90 E6 5F 6574 mov dptr,#_EPIRQ`
6576			`18A8 74 04 6575 mov a,#0x04`
6577			`18AA F0 6576 movx @dptr,a`
6578			`18AB D0 83 6577 pop dph`
6579			`18AD D0 82 6578 pop dpl`
6580			`18AF D0 E0 6579 pop acc`
6581			`18B1 32 6580 reti`
6582			`6581 ; eliminated unneeded push/pop psw`
6583			`6582 ; eliminated unneeded push/pop b`
6584			`6583 ;------------------------------------------------------------`
6585			`6584 ;Allocation info for local variables in function 'EP1OUT_ISR'`
6586			`6585 ;------------------------------------------------------------`
6587			`6586 ;------------------------------------------------------------`
6588			`6587 ; ../../include/ztex-isr.h:437: void EP1OUT_ISR() __interrupt`
6589			`6588 ; -----------------------------------------`
6590			`6589 ; function EP1OUT_ISR`
6591			`6590 ; -----------------------------------------`
6592			`18B2 6591 _EP1OUT_ISR:`
6593			`18B2 C0 E0 6592 push acc`
6594			`18B4 C0 82 6593 push dpl`
6595			`18B6 C0 83 6594 push dph`
6596			`6595 ; ../../include/ztex-isr.h:439: EXIF &= ~bmBIT4;`
6597			`18B8 53 91 EF 6596 anl _EXIF,#0xEF`
6598			`6597 ; ../../include/ztex-isr.h:440: EPIRQ = bmBIT3;`
6599			`18BB 90 E6 5F 6598 mov dptr,#_EPIRQ`
6600			`18BE 74 08 6599 mov a,#0x08`
6601			`18C0 F0 6600 movx @dptr,a`
6602			`18C1 D0 83 6601 pop dph`
6603			`18C3 D0 82 6602 pop dpl`
6604			`18C5 D0 E0 6603 pop acc`
6605			`18C7 32 6604 reti`
6606			`6605 ; eliminated unneeded push/pop psw`
6607			`6606 ; eliminated unneeded push/pop b`
6608			`6607 ;------------------------------------------------------------`
6609			`6608 ;Allocation info for local variables in function 'EP2_ISR'`
6610			`6609 ;------------------------------------------------------------`
6611			`6610 ;------------------------------------------------------------`
6612			`6611 ; ../../include/ztex-isr.h:446: void EP2_ISR() __interrupt`
6613			`6612 ; -----------------------------------------`
6614			`6613 ; function EP2_ISR`
6615			`6614 ; -----------------------------------------`
6616			`18C8 6615 _EP2_ISR:`
6617			`18C8 C0 E0 6616 push acc`
6618			`18CA C0 82 6617 push dpl`
6619			`18CC C0 83 6618 push dph`
6620			`6619 ; ../../include/ztex-isr.h:448: EXIF &= ~bmBIT4;`
6621			`18CE 53 91 EF 6620 anl _EXIF,#0xEF`
6622			`6621 ; ../../include/ztex-isr.h:449: EPIRQ = bmBIT4;`
6623			`18D1 90 E6 5F 6622 mov dptr,#_EPIRQ`
6624			`18D4 74 10 6623 mov a,#0x10`
6625			`18D6 F0 6624 movx @dptr,a`
6626			`18D7 D0 83 6625 pop dph`
6627			`18D9 D0 82 6626 pop dpl`
6628			`18DB D0 E0 6627 pop acc`
6629			`18DD 32 6628 reti`
6630			`6629 ; eliminated unneeded push/pop psw`
6631			`6630 ; eliminated unneeded push/pop b`
6632			`6631 ;------------------------------------------------------------`
6633			`6632 ;Allocation info for local variables in function 'EP4_ISR'`
6634			`6633 ;------------------------------------------------------------`
6635			`6634 ;------------------------------------------------------------`
6636			`6635 ; ../../include/ztex-isr.h:455: void EP4_ISR() __interrupt`
6637			`6636 ; -----------------------------------------`
6638			`6637 ; function EP4_ISR`
6639			`6638 ; -----------------------------------------`
6640			`18DE 6639 _EP4_ISR:`
6641			`18DE C0 E0 6640 push acc`
6642			`18E0 C0 82 6641 push dpl`
6643			`18E2 C0 83 6642 push dph`
6644			`6643 ; ../../include/ztex-isr.h:457: EXIF &= ~bmBIT4;`
6645			`18E4 53 91 EF 6644 anl _EXIF,#0xEF`
6646			`6645 ; ../../include/ztex-isr.h:458: EPIRQ = bmBIT5;`
6647			`18E7 90 E6 5F 6646 mov dptr,#_EPIRQ`
6648			`18EA 74 20 6647 mov a,#0x20`
6649			`18EC F0 6648 movx @dptr,a`
6650			`18ED D0 83 6649 pop dph`
6651			`18EF D0 82 6650 pop dpl`
6652			`18F1 D0 E0 6651 pop acc`
6653			`18F3 32 6652 reti`
6654			`6653 ; eliminated unneeded push/pop psw`
6655			`6654 ; eliminated unneeded push/pop b`
6656			`6655 ;------------------------------------------------------------`
6657			`6656 ;Allocation info for local variables in function 'EP6_ISR'`
6658			`6657 ;------------------------------------------------------------`
6659			`6658 ;------------------------------------------------------------`
6660			`6659 ; ../../include/ztex-isr.h:464: void EP6_ISR() __interrupt`
6661			`6660 ; -----------------------------------------`
6662			`6661 ; function EP6_ISR`
6663			`6662 ; -----------------------------------------`
6664			`18F4 6663 _EP6_ISR:`
6665			`18F4 C0 E0 6664 push acc`
6666			`18F6 C0 82 6665 push dpl`
6667			`18F8 C0 83 6666 push dph`
6668			`6667 ; ../../include/ztex-isr.h:466: EXIF &= ~bmBIT4;`
6669			`18FA 53 91 EF 6668 anl _EXIF,#0xEF`
6670			`6669 ; ../../include/ztex-isr.h:467: EPIRQ = bmBIT6;`
6671			`18FD 90 E6 5F 6670 mov dptr,#_EPIRQ`
6672			`1900 74 40 6671 mov a,#0x40`
6673			`1902 F0 6672 movx @dptr,a`
6674			`1903 D0 83 6673 pop dph`
6675			`1905 D0 82 6674 pop dpl`
6676			`1907 D0 E0 6675 pop acc`
6677			`1909 32 6676 reti`
6678			`6677 ; eliminated unneeded push/pop psw`
6679			`6678 ; eliminated unneeded push/pop b`
6680			`6679 ;------------------------------------------------------------`
6681			`6680 ;Allocation info for local variables in function 'EP8_ISR'`
6682			`6681 ;------------------------------------------------------------`
6683			`6682 ;------------------------------------------------------------`
6684			`6683 ; ../../include/ztex-isr.h:473: void EP8_ISR() __interrupt`
6685			`6684 ; -----------------------------------------`
6686			`6685 ; function EP8_ISR`
6687			`6686 ; -----------------------------------------`
6688			`190A 6687 _EP8_ISR:`
6689			`190A C0 E0 6688 push acc`
6690			`190C C0 82 6689 push dpl`
6691			`190E C0 83 6690 push dph`
6692			`6691 ; ../../include/ztex-isr.h:475: EXIF &= ~bmBIT4;`
6693			`1910 53 91 EF 6692 anl _EXIF,#0xEF`
6694			`6693 ; ../../include/ztex-isr.h:476: EPIRQ = bmBIT7;`
6695			`1913 90 E6 5F 6694 mov dptr,#_EPIRQ`
6696			`1916 74 80 6695 mov a,#0x80`
6697			`1918 F0 6696 movx @dptr,a`
6698			`1919 D0 83 6697 pop dph`
6699			`191B D0 82 6698 pop dpl`
6700			`191D D0 E0 6699 pop acc`
6701			`191F 32 6700 reti`
6702			`6701 ; eliminated unneeded push/pop psw`
6703			`6702 ; eliminated unneeded push/pop b`
6704			`6703 ;------------------------------------------------------------`
6705			`6704 ;Allocation info for local variables in function 'mac_eeprom_init'`
6706			`6705 ;------------------------------------------------------------`
6707			`6706 ;b Allocated to registers r2`
6708			`6707 ;c Allocated to registers r2`
6709			`6708 ;d Allocated to registers r4`
6710			`6709 ;buf Allocated with name '_mac_eeprom_init_buf_1_1'`
6711			`6710 ;------------------------------------------------------------`
6712			`6711 ; ../../include/ztex.h:269: void mac_eeprom_init ( ) {`
6713			`6712 ; -----------------------------------------`
6714			`6713 ; function mac_eeprom_init`
6715			`6714 ; -----------------------------------------`
6716			`1920 6715 _mac_eeprom_init:`
6717			`6716 ; ../../include/ztex.h:274: mac_eeprom_read ( buf, 0, 3 ); // read signature`
6718			`1920 75*08 00 6717 mov _mac_eeprom_read_PARM_2,#0x00`
6719			`1923 75*09 03 6718 mov _mac_eeprom_read_PARM_3,#0x03`
6720			`1926 90s00r31 6719 mov dptr,#_mac_eeprom_init_buf_1_1`
6721			`1929 12s03r70 6720 lcall _mac_eeprom_read`
6722			`6721 ; ../../include/ztex.h:275: if ( buf[0]==67 && buf[1]==68 && buf[2]==48 ) {`
6723			`192C 90s00r31 6722 mov dptr,#_mac_eeprom_init_buf_1_1`
6724			`192F E0 6723 movx a,@dptr`
6725			`1930 FA 6724 mov r2,a`
6726			`1931 BA 43 24 6725 cjne r2,#0x43,00102$`
6727			`1934 90s00r32 6726 mov dptr,#(_mac_eeprom_init_buf_1_1 + 0x0001)`
6728			`1937 E0 6727 movx a,@dptr`
6729			`1938 FA 6728 mov r2,a`
6730			`1939 BA 44 1C 6729 cjne r2,#0x44,00102$`
6731			`193C 90s00r33 6730 mov dptr,#(_mac_eeprom_init_buf_1_1 + 0x0002)`
6732			`193F E0 6731 movx a,@dptr`
6733			`1940 FA 6732 mov r2,a`
6734			`1941 BA 30 14 6733 cjne r2,#0x30,00102$`
6735			`6734 ; ../../include/ztex.h:276: config_data_valid = 1;`
6736			`1944 90s00r06 6735 mov dptr,#_config_data_valid`
6737			`1947 74 01 6736 mov a,#0x01`
6738			`1949 F0 6737 movx @dptr,a`
6739			`6738 ; ../../include/ztex.h:277: mac_eeprom_read ( SN_STRING, 16, 10 ); // copy serial number`
6740			`194A 75*08 10 6739 mov _mac_eeprom_read_PARM_2,#0x10`
6741			`194D 75*09 0A 6740 mov _mac_eeprom_read_PARM_3,#0x0A`
6742			`1950 90 00 8A 6741 mov dptr,#_SN_STRING`
6743			`1953 12s03r70 6742 lcall _mac_eeprom_read`
6744			`1956 80 05 6743 sjmp 00123$`
6745			`1958 6744 00102$:`
6746			`6745 ; ../../include/ztex.h:280: config_data_valid = 0;`
6747			`1958 90s00r06 6746 mov dptr,#_config_data_valid`
6748			`195B E4 6747 clr a`
6749			`195C F0 6748 movx @dptr,a`
6750			`6749 ; ../../include/ztex.h:283: for (b=0; b<10; b++) { // abort if SN != "0000000000"`
6751			`195D 6750 00123$:`
6752			`195D 7A 00 6751 mov r2,#0x00`
6753			`195F 6752 00108$:`
6754			`195F BA 0A 00 6753 cjne r2,#0x0A,00133$`
6755			`1962 6754 00133$:`
6756			`1962 50 12 6755 jnc 00111$`
6757			`6756 ; ../../include/ztex.h:284: if ( SN_STRING[b] != 48 )`
6758			`1964 EA 6757 mov a,r2`
6759			`1965 24 8A 6758 add a,#_SN_STRING`
6760			`1967 F5 82 6759 mov dpl,a`
6761			`1969 E4 6760 clr a`
6762			`196A 34 00 6761 addc a,#(_SN_STRING >> 8)`
6763			`196C F5 83 6762 mov dph,a`
6764			`196E E0 6763 movx a,@dptr`
6765			`196F FB 6764 mov r3,a`
6766			`6765 ; ../../include/ztex.h:285: return;`
6767			`1970 BB 30 54 6766 cjne r3,#0x30,00116$`
6768			`6767 ; ../../include/ztex.h:283: for (b=0; b<10; b++) { // abort if SN != "0000000000"`
6769			`1973 0A 6768 inc r2`
6770			`1974 80 E9 6769 sjmp 00108$`
6771			`1976 6770 00111$:`
6772			`6771 ; ../../include/ztex.h:288: mac_eeprom_read ( buf, 0xfb, 5 ); // read the last 5 MAC digits`
6773			`1976 75*08 FB 6772 mov _mac_eeprom_read_PARM_2,#0xFB`
6774			`1979 75*09 05 6773 mov _mac_eeprom_read_PARM_3,#0x05`
6775			`197C 90s00r31 6774 mov dptr,#_mac_eeprom_init_buf_1_1`
6776			`197F 12s03r70 6775 lcall _mac_eeprom_read`
6777			`6776 ; ../../include/ztex.h:290: c=0;`
6778			`1982 7A 00 6777 mov r2,#0x00`
6779			`6778 ; ../../include/ztex.h:291: for (b=0; b<5; b++) { // convert to MAC to SN string`
6780			`1984 7B 00 6779 mov r3,#0x00`
6781			`1986 6780 00112$:`
6782			`1986 BB 05 00 6781 cjne r3,#0x05,00136$`
6783			`1989 6782 00136$:`
6784			`1989 50 3C 6783 jnc 00116$`
6785			`6784 ; ../../include/ztex.h:292: d = buf[b];`
6786			`198B EB 6785 mov a,r3`
6787			`198C 24r31 6786 add a,#_mac_eeprom_init_buf_1_1`
6788			`198E F5 82 6787 mov dpl,a`
6789			`1990 E4 6788 clr a`
6790			`1991 34s00 6789 addc a,#(_mac_eeprom_init_buf_1_1 >> 8)`
6791			`1993 F5 83 6790 mov dph,a`
6792			`1995 E0 6791 movx a,@dptr`
6793			`1996 FC 6792 mov r4,a`
6794			`6793 ; ../../include/ztex.h:293: SN_STRING[c] = hexdigits[d>>4];`
6795			`1997 EA 6794 mov a,r2`
6796			`1998 24 8A 6795 add a,#_SN_STRING`
6797			`199A FD 6796 mov r5,a`
6798			`199B E4 6797 clr a`
6799			`199C 34 00 6798 addc a,#(_SN_STRING >> 8)`
6800			`199E FE 6799 mov r6,a`
6801			`199F EC 6800 mov a,r4`
6802			`19A0 C4 6801 swap a`
6803			`19A1 54 0F 6802 anl a,#0x0f`
6804			`19A3 90s00r99 6803 mov dptr,#_mac_eeprom_init_hexdigits_1_1`
6805			`19A6 93 6804 movc a,@a+dptr`
6806			`19A7 FF 6805 mov r7,a`
6807			`19A8 8D 82 6806 mov dpl,r5`
6808			`19AA 8E 83 6807 mov dph,r6`
6809			`19AC F0 6808 movx @dptr,a`
6810			`6809 ; ../../include/ztex.h:294: c++;`
6811			`19AD 0A 6810 inc r2`
6812			`6811 ; ../../include/ztex.h:295: SN_STRING[c] = hexdigits[d & 15];`
6813			`19AE EA 6812 mov a,r2`
6814			`19AF 24 8A 6813 add a,#_SN_STRING`
6815			`19B1 FD 6814 mov r5,a`
6816			`19B2 E4 6815 clr a`
6817			`19B3 34 00 6816 addc a,#(_SN_STRING >> 8)`
6818			`19B5 FE 6817 mov r6,a`
6819			`19B6 74 0F 6818 mov a,#0x0F`
6820			`19B8 5C 6819 anl a,r4`
6821			`19B9 90s00r99 6820 mov dptr,#_mac_eeprom_init_hexdigits_1_1`
6822			`19BC 93 6821 movc a,@a+dptr`
6823			`19BD FC 6822 mov r4,a`
6824			`19BE 8D 82 6823 mov dpl,r5`
6825			`19C0 8E 83 6824 mov dph,r6`
6826			`19C2 F0 6825 movx @dptr,a`
6827			`6826 ; ../../include/ztex.h:296: c++;`
6828			`19C3 0A 6827 inc r2`
6829			`6828 ; ../../include/ztex.h:291: for (b=0; b<5; b++) { // convert to MAC to SN string`
6830			`19C4 0B 6829 inc r3`
6831			`19C5 80 BF 6830 sjmp 00112$`
6832			`19C7 6831 00116$:`
6833			`19C7 22 6832 ret`
6834			`6833 ;------------------------------------------------------------`
6835			`6834 ;Allocation info for local variables in function 'init_USB'`
6836			`6835 ;------------------------------------------------------------`
6837			`6836 ;------------------------------------------------------------`
6838			`6837 ; ../../include/ztex.h:345: void init_USB ()`
6839			`6838 ; -----------------------------------------`
6840			`6839 ; function init_USB`
6841			`6840 ; -----------------------------------------`
6842			`19C8 6841 _init_USB:`
6843			`6842 ; ../../include/ztex.h:347: USBCS \|= bmBIT3;`
6844			`19C8 90 E6 80 6843 mov dptr,#_USBCS`
6845			`19CB E0 6844 movx a,@dptr`
6846			`19CC 44 08 6845 orl a,#0x08`
6847			`19CE F0 6846 movx @dptr,a`
6848			`6847 ; ../../include/ztex.h:349: CPUCS = bmBIT4 \| bmBIT1;`
6849			`19CF 90 E6 00 6848 mov dptr,#_CPUCS`
6850			`19D2 74 12 6849 mov a,#0x12`
6851			`19D4 F0 6850 movx @dptr,a`
6852			`6851 ; ../../include/ztex.h:350: wait(2);`
6853			`19D5 90 00 02 6852 mov dptr,#0x0002`
6854			`19D8 12s00r01 6853 lcall _wait`
6855			`6854 ; ../../include/ztex.h:351: CKCON &= ~7;`
6856			`19DB 53 8E F8 6855 anl _CKCON,#0xF8`
6857			`6856 ; ../../include/ztex.h:380: init_fpga();`
6858			`19DE 12s0ArEE 6857 lcall _init_fpga`
6859			`6858 ; ../../include/ztex-fpga-flash2.h:105: fpga_flash_result= 255;`
6860			`19E1 90s00r26 6859 mov dptr,#_fpga_flash_result`
6861			`19E4 74 FF 6860 mov a,#0xFF`
6862			`19E6 F0 6861 movx @dptr,a`
6863			`6862 ; ../../include/ztex.h:385: EA = 0;`
6864			`19E7 C2 AF 6863 clr _EA`
6865			`6864 ; ../../include/ztex.h:386: EUSB = 0;`
6866			`19E9 C2 E8 6865 clr _EUSB`
6867			`6866 ; ../../include/ezintavecs.h:123: INT8VEC_USB.op=0x02;`
6868			`19EB 90 00 43 6867 mov dptr,#_INT8VEC_USB`
6869			`19EE 74 02 6868 mov a,#0x02`
6870			`19F0 F0 6869 movx @dptr,a`
6871			`6870 ; ../../include/ezintavecs.h:124: INT8VEC_USB.addrH = 0x01;`
6872			`19F1 90 00 44 6871 mov dptr,#(_INT8VEC_USB + 0x0001)`
6873			`19F4 74 01 6872 mov a,#0x01`
6874			`19F6 F0 6873 movx @dptr,a`
6875			`6874 ; ../../include/ezintavecs.h:125: INT8VEC_USB.addrL = 0xb8;`
6876			`19F7 90 00 45 6875 mov dptr,#(_INT8VEC_USB + 0x0002)`
6877			`19FA 74 B8 6876 mov a,#0xB8`
6878			`19FC F0 6877 movx @dptr,a`
6879			`6878 ; ../../include/ezintavecs.h:126: INTSETUP \|= 8;`
6880			`19FD 90 E6 68 6879 mov dptr,#_INTSETUP`
6881			`1A00 E0 6880 movx a,@dptr`
6882			`1A01 44 08 6881 orl a,#0x08`
6883			`1A03 F0 6882 movx @dptr,a`
6884			`6883 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
6885			`1A04 90 01 00 6884 mov dptr,#_INTVEC_SUDAV`
6886			`1A07 74 02 6885 mov a,#0x02`
6887			`1A09 F0 6886 movx @dptr,a`
6888			`6887 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
6889			`1A0A 7Ar28 6888 mov r2,#_SUDAV_ISR`
6890			`1A0C 7Bs10 6889 mov r3,#(_SUDAV_ISR >> 8)`
6891			`1A0E 8B 04 6890 mov ar4,r3`
6892			`1A10 90 01 01 6891 mov dptr,#(_INTVEC_SUDAV + 0x0001)`
6893			`1A13 EC 6892 mov a,r4`
6894			`1A14 F0 6893 movx @dptr,a`
6895			`6894 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
6896			`1A15 90 01 02 6895 mov dptr,#(_INTVEC_SUDAV + 0x0002)`
6897			`1A18 EA 6896 mov a,r2`
6898			`1A19 F0 6897 movx @dptr,a`
6899			`6898 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
6900			`1A1A 90 01 04 6899 mov dptr,#_INTVEC_SOF`
6901			`1A1D 74 02 6900 mov a,#0x02`
6902			`1A1F F0 6901 movx @dptr,a`
6903			`6902 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
6904			`1A20 7Ar61 6903 mov r2,#_SOF_ISR`
6905			`1A22 7Bs16 6904 mov r3,#(_SOF_ISR >> 8)`
6906			`1A24 8B 04 6905 mov ar4,r3`
6907			`1A26 90 01 05 6906 mov dptr,#(_INTVEC_SOF + 0x0001)`
6908			`1A29 EC 6907 mov a,r4`
6909			`1A2A F0 6908 movx @dptr,a`
6910			`6909 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
6911			`1A2B 90 01 06 6910 mov dptr,#(_INTVEC_SOF + 0x0002)`
6912			`1A2E EA 6911 mov a,r2`
6913			`1A2F F0 6912 movx @dptr,a`
6914			`6913 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
6915			`1A30 90 01 08 6914 mov dptr,#_INTVEC_SUTOK`
6916			`1A33 74 02 6915 mov a,#0x02`
6917			`1A35 F0 6916 movx @dptr,a`
6918			`6917 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
6919			`1A36 7Ar77 6918 mov r2,#_SUTOK_ISR`
6920			`1A38 7Bs16 6919 mov r3,#(_SUTOK_ISR >> 8)`
6921			`1A3A 8B 04 6920 mov ar4,r3`
6922			`1A3C 90 01 09 6921 mov dptr,#(_INTVEC_SUTOK + 0x0001)`
6923			`1A3F EC 6922 mov a,r4`
6924			`1A40 F0 6923 movx @dptr,a`
6925			`6924 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
6926			`1A41 90 01 0A 6925 mov dptr,#(_INTVEC_SUTOK + 0x0002)`
6927			`1A44 EA 6926 mov a,r2`
6928			`1A45 F0 6927 movx @dptr,a`
6929			`6928 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
6930			`1A46 90 01 0C 6929 mov dptr,#_INTVEC_SUSPEND`
6931			`1A49 74 02 6930 mov a,#0x02`
6932			`1A4B F0 6931 movx @dptr,a`
6933			`6932 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
6934			`1A4C 7Ar8D 6933 mov r2,#_SUSP_ISR`
6935			`1A4E 7Bs16 6934 mov r3,#(_SUSP_ISR >> 8)`
6936			`1A50 8B 04 6935 mov ar4,r3`
6937			`1A52 90 01 0D 6936 mov dptr,#(_INTVEC_SUSPEND + 0x0001)`
6938			`1A55 EC 6937 mov a,r4`
6939			`1A56 F0 6938 movx @dptr,a`
6940			`6939 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
6941			`1A57 90 01 0E 6940 mov dptr,#(_INTVEC_SUSPEND + 0x0002)`
6942			`1A5A EA 6941 mov a,r2`
6943			`1A5B F0 6942 movx @dptr,a`
6944			`6943 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
6945			`1A5C 90 01 10 6944 mov dptr,#_INTVEC_USBRESET`
6946			`1A5F 74 02 6945 mov a,#0x02`
6947			`1A61 F0 6946 movx @dptr,a`
6948			`6947 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
6949			`1A62 7ArA3 6948 mov r2,#_URES_ISR`
6950			`1A64 7Bs16 6949 mov r3,#(_URES_ISR >> 8)`
6951			`1A66 8B 04 6950 mov ar4,r3`
6952			`1A68 90 01 11 6951 mov dptr,#(_INTVEC_USBRESET + 0x0001)`
6953			`1A6B EC 6952 mov a,r4`
6954			`1A6C F0 6953 movx @dptr,a`
6955			`6954 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
6956			`1A6D 90 01 12 6955 mov dptr,#(_INTVEC_USBRESET + 0x0002)`
6957			`1A70 EA 6956 mov a,r2`
6958			`1A71 F0 6957 movx @dptr,a`
6959			`6958 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
6960			`1A72 90 01 14 6959 mov dptr,#_INTVEC_HISPEED`
6961			`1A75 74 02 6960 mov a,#0x02`
6962			`1A77 F0 6961 movx @dptr,a`
6963			`6962 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
6964			`1A78 7ArB9 6963 mov r2,#_HSGRANT_ISR`
6965			`1A7A 7Bs16 6964 mov r3,#(_HSGRANT_ISR >> 8)`
6966			`1A7C 8B 04 6965 mov ar4,r3`
6967			`1A7E 90 01 15 6966 mov dptr,#(_INTVEC_HISPEED + 0x0001)`
6968			`1A81 EC 6967 mov a,r4`
6969			`1A82 F0 6968 movx @dptr,a`
6970			`6969 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
6971			`1A83 90 01 16 6970 mov dptr,#(_INTVEC_HISPEED + 0x0002)`
6972			`1A86 EA 6971 mov a,r2`
6973			`1A87 F0 6972 movx @dptr,a`
6974			`6973 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
6975			`1A88 90 01 18 6974 mov dptr,#_INTVEC_EP0ACK`
6976			`1A8B 74 02 6975 mov a,#0x02`
6977			`1A8D F0 6976 movx @dptr,a`
6978			`6977 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
6979			`1A8E 7ArCF 6978 mov r2,#_EP0ACK_ISR`
6980			`1A90 7Bs16 6979 mov r3,#(_EP0ACK_ISR >> 8)`
6981			`1A92 8B 04 6980 mov ar4,r3`
6982			`1A94 90 01 19 6981 mov dptr,#(_INTVEC_EP0ACK + 0x0001)`
6983			`1A97 EC 6982 mov a,r4`
6984			`1A98 F0 6983 movx @dptr,a`
6985			`6984 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
6986			`1A99 90 01 1A 6985 mov dptr,#(_INTVEC_EP0ACK + 0x0002)`
6987			`1A9C EA 6986 mov a,r2`
6988			`1A9D F0 6987 movx @dptr,a`
6989			`6988 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
6990			`1A9E 90 01 20 6989 mov dptr,#_INTVEC_EP0IN`
6991			`1AA1 74 02 6990 mov a,#0x02`
6992			`1AA3 F0 6991 movx @dptr,a`
6993			`6992 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
6994			`1AA4 7ArE5 6993 mov r2,#_EP0IN_ISR`
6995			`1AA6 7Bs16 6994 mov r3,#(_EP0IN_ISR >> 8)`
6996			`1AA8 8B 04 6995 mov ar4,r3`
6997			`1AAA 90 01 21 6996 mov dptr,#(_INTVEC_EP0IN + 0x0001)`
6998			`1AAD EC 6997 mov a,r4`
6999			`1AAE F0 6998 movx @dptr,a`
7000			`6999 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
7001			`1AAF 90 01 22 7000 mov dptr,#(_INTVEC_EP0IN + 0x0002)`
7002			`1AB2 EA 7001 mov a,r2`
7003			`1AB3 F0 7002 movx @dptr,a`
7004			`7003 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
7005			`1AB4 90 01 24 7004 mov dptr,#_INTVEC_EP0OUT`
7006			`1AB7 74 02 7005 mov a,#0x02`
7007			`1AB9 F0 7006 movx @dptr,a`
7008			`7007 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
7009			`1ABA 7ArA7 7008 mov r2,#_EP0OUT_ISR`
7010			`1ABC 7Bs17 7009 mov r3,#(_EP0OUT_ISR >> 8)`
7011			`1ABE 8B 04 7010 mov ar4,r3`
7012			`1AC0 90 01 25 7011 mov dptr,#(_INTVEC_EP0OUT + 0x0001)`
7013			`1AC3 EC 7012 mov a,r4`
7014			`1AC4 F0 7013 movx @dptr,a`
7015			`7014 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
7016			`1AC5 90 01 26 7015 mov dptr,#(_INTVEC_EP0OUT + 0x0002)`
7017			`1AC8 EA 7016 mov a,r2`
7018			`1AC9 F0 7017 movx @dptr,a`
7019			`7018 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
7020			`1ACA 90 01 28 7019 mov dptr,#_INTVEC_EP1IN`
7021			`1ACD 74 02 7020 mov a,#0x02`
7022			`1ACF F0 7021 movx @dptr,a`
7023			`7022 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
7024			`1AD0 7Ar9C 7023 mov r2,#_EP1IN_ISR`
7025			`1AD2 7Bs18 7024 mov r3,#(_EP1IN_ISR >> 8)`
7026			`1AD4 8B 04 7025 mov ar4,r3`
7027			`1AD6 90 01 29 7026 mov dptr,#(_INTVEC_EP1IN + 0x0001)`
7028			`1AD9 EC 7027 mov a,r4`
7029			`1ADA F0 7028 movx @dptr,a`
7030			`7029 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
7031			`1ADB 90 01 2A 7030 mov dptr,#(_INTVEC_EP1IN + 0x0002)`
7032			`1ADE EA 7031 mov a,r2`
7033			`1ADF F0 7032 movx @dptr,a`
7034			`7033 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
7035			`1AE0 90 01 2C 7034 mov dptr,#_INTVEC_EP1OUT`
7036			`1AE3 74 02 7035 mov a,#0x02`
7037			`1AE5 F0 7036 movx @dptr,a`
7038			`7037 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
7039			`1AE6 7ArB2 7038 mov r2,#_EP1OUT_ISR`
7040			`1AE8 7Bs18 7039 mov r3,#(_EP1OUT_ISR >> 8)`
7041			`1AEA 8B 04 7040 mov ar4,r3`
7042			`1AEC 90 01 2D 7041 mov dptr,#(_INTVEC_EP1OUT + 0x0001)`
7043			`1AEF EC 7042 mov a,r4`
7044			`1AF0 F0 7043 movx @dptr,a`
7045			`7044 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
7046			`1AF1 90 01 2E 7045 mov dptr,#(_INTVEC_EP1OUT + 0x0002)`
7047			`1AF4 EA 7046 mov a,r2`
7048			`1AF5 F0 7047 movx @dptr,a`
7049			`7048 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
7050			`1AF6 90 01 30 7049 mov dptr,#_INTVEC_EP2`
7051			`1AF9 74 02 7050 mov a,#0x02`
7052			`1AFB F0 7051 movx @dptr,a`
7053			`7052 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
7054			`1AFC 7ArC8 7053 mov r2,#_EP2_ISR`
7055			`1AFE 7Bs18 7054 mov r3,#(_EP2_ISR >> 8)`
7056			`1B00 8B 04 7055 mov ar4,r3`
7057			`1B02 90 01 31 7056 mov dptr,#(_INTVEC_EP2 + 0x0001)`
7058			`1B05 EC 7057 mov a,r4`
7059			`1B06 F0 7058 movx @dptr,a`
7060			`7059 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
7061			`1B07 90 01 32 7060 mov dptr,#(_INTVEC_EP2 + 0x0002)`
7062			`1B0A EA 7061 mov a,r2`
7063			`1B0B F0 7062 movx @dptr,a`
7064			`7063 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
7065			`1B0C 90 01 34 7064 mov dptr,#_INTVEC_EP4`
7066			`1B0F 74 02 7065 mov a,#0x02`
7067			`1B11 F0 7066 movx @dptr,a`
7068			`7067 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
7069			`1B12 7ArDE 7068 mov r2,#_EP4_ISR`
7070			`1B14 7Bs18 7069 mov r3,#(_EP4_ISR >> 8)`
7071			`1B16 8B 04 7070 mov ar4,r3`
7072			`1B18 90 01 35 7071 mov dptr,#(_INTVEC_EP4 + 0x0001)`
7073			`1B1B EC 7072 mov a,r4`
7074			`1B1C F0 7073 movx @dptr,a`
7075			`7074 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
7076			`1B1D 90 01 36 7075 mov dptr,#(_INTVEC_EP4 + 0x0002)`
7077			`1B20 EA 7076 mov a,r2`
7078			`1B21 F0 7077 movx @dptr,a`
7079			`7078 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
7080			`1B22 90 01 38 7079 mov dptr,#_INTVEC_EP6`
7081			`1B25 74 02 7080 mov a,#0x02`
7082			`1B27 F0 7081 movx @dptr,a`
7083			`7082 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
7084			`1B28 7ArF4 7083 mov r2,#_EP6_ISR`
7085			`1B2A 7Bs18 7084 mov r3,#(_EP6_ISR >> 8)`
7086			`1B2C 8B 04 7085 mov ar4,r3`
7087			`1B2E 90 01 39 7086 mov dptr,#(_INTVEC_EP6 + 0x0001)`
7088			`1B31 EC 7087 mov a,r4`
7089			`1B32 F0 7088 movx @dptr,a`
7090			`7089 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
7091			`1B33 90 01 3A 7090 mov dptr,#(_INTVEC_EP6 + 0x0002)`
7092			`1B36 EA 7091 mov a,r2`
7093			`1B37 F0 7092 movx @dptr,a`
7094			`7093 ; ../../include/ezintavecs.h:115: $0.op=0x02;`
7095			`1B38 90 01 3C 7094 mov dptr,#_INTVEC_EP8`
7096			`1B3B 74 02 7095 mov a,#0x02`
7097			`1B3D F0 7096 movx @dptr,a`
7098			`7097 ; ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;`
7099			`1B3E 7Ar0A 7098 mov r2,#_EP8_ISR`
7100			`1B40 7Bs19 7099 mov r3,#(_EP8_ISR >> 8)`
7101			`1B42 8B 04 7100 mov ar4,r3`
7102			`1B44 90 01 3D 7101 mov dptr,#(_INTVEC_EP8 + 0x0001)`
7103			`1B47 EC 7102 mov a,r4`
7104			`1B48 F0 7103 movx @dptr,a`
7105			`7104 ; ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);`
7106			`1B49 90 01 3E 7105 mov dptr,#(_INTVEC_EP8 + 0x0002)`
7107			`1B4C EA 7106 mov a,r2`
7108			`1B4D F0 7107 movx @dptr,a`
7109			`7108 ; ../../include/ztex.h:407: EXIF &= ~bmBIT4;`
7110			`1B4E 53 91 EF 7109 anl _EXIF,#0xEF`
7111			`7110 ; ../../include/ztex.h:408: USBIRQ = 0x7f;`
7112			`1B51 90 E6 5D 7111 mov dptr,#_USBIRQ`
7113			`1B54 74 7F 7112 mov a,#0x7F`
7114			`1B56 F0 7113 movx @dptr,a`
7115			`7114 ; ../../include/ztex.h:409: USBIE \|= 0x7f;`
7116			`1B57 90 E6 5C 7115 mov dptr,#_USBIE`
7117			`1B5A E0 7116 movx a,@dptr`
7118			`1B5B FA 7117 mov r2,a`
7119			`1B5C 44 7F 7118 orl a,#0x7F`
7120			`1B5E F0 7119 movx @dptr,a`
7121			`7120 ; ../../include/ztex.h:410: EPIRQ = 0xff;`
7122			`1B5F 90 E6 5F 7121 mov dptr,#_EPIRQ`
7123			`1B62 74 FF 7122 mov a,#0xFF`
7124			`1B64 F0 7123 movx @dptr,a`
7125			`7124 ; ../../include/ztex.h:411: EPIE = 0xff;`
7126			`1B65 90 E6 5E 7125 mov dptr,#_EPIE`
7127			`1B68 74 FF 7126 mov a,#0xFF`
7128			`1B6A F0 7127 movx @dptr,a`
7129			`7128 ; ../../include/ztex.h:413: EUSB = 1;`
7130			`1B6B D2 E8 7129 setb _EUSB`
7131			`7130 ; ../../include/ztex.h:414: EA = 1;`
7132			`1B6D D2 AF 7131 setb _EA`
7133			`7132 ; ../../include/ztex.h:333: EP$0CFG = bmBIT7 \| bmBIT5;`
7134			`1B6F 90 E6 11 7133 mov dptr,#_EP1INCFG`
7135			`1B72 74 A0 7134 mov a,#0xA0`
7136			`1B74 F0 7135 movx @dptr,a`
7137			`7136 ; ../../include/ezregs.h:46: __endasm;`
7138			`7137`
7139			`1B75 00 7138 nop`
7140			`1B76 00 7139 nop`
7141			`1B77 00 7140 nop`
7142			`1B78 00 7141 nop`
7143			`7142`
7144			`7143 ; ../../include/ztex.h:333: EP$0CFG = bmBIT7 \| bmBIT5;`
7145			`1B79 90 E6 10 7144 mov dptr,#_EP1OUTCFG`
7146			`1B7C 74 A0 7145 mov a,#0xA0`
7147			`1B7E F0 7146 movx @dptr,a`
7148			`7147 ; ../../include/ezregs.h:46: __endasm;`
7149			`7148`
7150			`1B7F 00 7149 nop`
7151			`1B80 00 7150 nop`
7152			`1B81 00 7151 nop`
7153			`1B82 00 7152 nop`
7154			`7153`
7155			`7154 ; ../../include/ztex.h:328: ;`
7156			`1B83 90 E6 12 7155 mov dptr,#_EP2CFG`
7157			`1B86 E4 7156 clr a`
7158			`1B87 F0 7157 movx @dptr,a`
7159			`7158 ; ../../include/ezregs.h:46: __endasm;`
7160			`7159`
7161			`1B88 00 7160 nop`
7162			`1B89 00 7161 nop`
7163			`1B8A 00 7162 nop`
7164			`1B8B 00 7163 nop`
7165			`7164`
7166			`7165 ; ../../include/ztex.h:328: ;`
7167			`1B8C 90 E6 13 7166 mov dptr,#_EP4CFG`
7168			`1B8F E4 7167 clr a`
7169			`1B90 F0 7168 movx @dptr,a`
7170			`7169 ; ../../include/ezregs.h:46: __endasm;`
7171			`7170`
7172			`1B91 00 7171 nop`
7173			`1B92 00 7172 nop`
7174			`1B93 00 7173 nop`
7175			`1B94 00 7174 nop`
7176			`7175`
7177			`7176 ; ../../include/ztex.h:328: ;`
7178			`1B95 90 E6 14 7177 mov dptr,#_EP6CFG`
7179			`1B98 E4 7178 clr a`
7180			`1B99 F0 7179 movx @dptr,a`
7181			`7180 ; ../../include/ezregs.h:46: __endasm;`
7182			`7181`
7183			`1B9A 00 7182 nop`
7184			`1B9B 00 7183 nop`
7185			`1B9C 00 7184 nop`
7186			`1B9D 00 7185 nop`
7187			`7186`
7188			`7187 ; ../../include/ztex.h:328: ;`
7189			`1B9E 90 E6 15 7188 mov dptr,#_EP8CFG`
7190			`1BA1 E4 7189 clr a`
7191			`1BA2 F0 7190 movx @dptr,a`
7192			`7191 ; ../../include/ezregs.h:46: __endasm;`
7193			`7192`
7194			`1BA3 00 7193 nop`
7195			`1BA4 00 7194 nop`
7196			`1BA5 00 7195 nop`
7197			`1BA6 00 7196 nop`
7198			`7197`
7199			`7198 ; ../../include/ztex.h:434: flash_init();`
7200			`1BA7 12s09rC9 7199 lcall _flash_init`
7201			`7200 ; ../../include/ztex.h:435: if ( !flash_enabled ) {`
7202			`1BAA 90s00r07 7201 mov dptr,#_flash_enabled`
7203			`1BAD E0 7202 movx a,@dptr`
7204			`1BAE FA 7203 mov r2,a`
7205			`1BAF 70 09 7204 jnz 00102$`
7206			`7205 ; ../../include/ztex.h:436: wait(250);`
7207			`1BB1 90 00 FA 7206 mov dptr,#0x00FA`
7208			`1BB4 12s00r01 7207 lcall _wait`
7209			`7208 ; ../../include/ztex.h:437: flash_init();`
7210			`1BB7 12s09rC9 7209 lcall _flash_init`
7211			`1BBA 7210 00102$:`
7212			`7211 ; ../../include/ztex.h:447: mac_eeprom_init();`
7213			`1BBA 12s19r20 7212 lcall _mac_eeprom_init`
7214			`7213 ; ../../include/ztex.h:453: fpga_configure_from_flash_init();`
7215			`1BBD 12s0DrEC 7214 lcall _fpga_configure_from_flash_init`
7216			`7215 ; ../../include/ztex.h:456: USBCS \|= bmBIT7 \| bmBIT1;`
7217			`1BC0 90 E6 80 7216 mov dptr,#_USBCS`
7218			`1BC3 E0 7217 movx a,@dptr`
7219			`1BC4 44 82 7218 orl a,#0x82`
7220			`1BC6 F0 7219 movx @dptr,a`
7221			`7220 ; ../../include/ztex.h:457: wait(10);`
7222			`1BC7 90 00 0A 7221 mov dptr,#0x000A`
7223			`1BCA 12s00r01 7222 lcall _wait`
7224			`7223 ; ../../include/ztex.h:459: USBCS &= ~bmBIT3;`
7225			`1BCD 90 E6 80 7224 mov dptr,#_USBCS`
7226			`1BD0 E0 7225 movx a,@dptr`
7227			`1BD1 54 F7 7226 anl a,#0xF7`
7228			`1BD3 F0 7227 movx @dptr,a`
7229			`1BD4 22 7228 ret`
7230			`7229 ;------------------------------------------------------------`
7231			`7230 ;Allocation info for local variables in function 'main'`
7232			`7231 ;------------------------------------------------------------`
7233			`7232 ;------------------------------------------------------------`
7234			`7233 ; default.c:35: void main(void)`
7235			`7234 ; -----------------------------------------`
7236			`7235 ; function main`
7237			`7236 ; -----------------------------------------`
7238			`1BD5 7237 _main:`
7239			`7238 ; default.c:37: init_USB();`
7240			`1BD5 12s19rC8 7239 lcall _init_USB`
7241			`7240 ; default.c:39: if ( config_data_valid ) {`
7242			`1BD8 90s00r06 7241 mov dptr,#_config_data_valid`
7243			`1BDB E0 7242 movx a,@dptr`
7244			`1BDC FA 7243 mov r2,a`
7245			`1BDD 60 0C 7244 jz 00104$`
7246			`7245 ; default.c:40: mac_eeprom_read ( (__xdata BYTE*) (productString+20), 6, 1 );`
7247			`1BDF 90s00r21 7246 mov dptr,#(_productString + 0x0014)`
7248			`1BE2 75*08 06 7247 mov _mac_eeprom_read_PARM_2,#0x06`
7249			`1BE5 75*09 01 7248 mov _mac_eeprom_read_PARM_3,#0x01`
7250			`1BE8 12s03r70 7249 lcall _mac_eeprom_read`
7251			`7250 ; default.c:43: while (1) { } // twiddle thumbs`
7252			`1BEB 7251 00104$:`
7253			`1BEB 80 FE 7252 sjmp 00104$`
7254			`7253 .area CSEG (CODE)`
7255			`7254 .area CONST (CODE)`
7256			`0000 7255 _fpga_flash_boot_id:`
7257			`0000 5A 7256 .db #0x5A`
7258			`0001 54 7257 .db #0x54`
7259			`0002 45 7258 .db #0x45`
7260			`0003 58 7259 .db #0x58`
7261			`0004 42 7260 .db #0x42`
7262			`0005 53 7261 .db #0x53`
7263			`0006 01 7262 .db #0x01`
7264			`0007 01 7263 .db #0x01`
7265			`0008 7264 _manufacturerString:`
7266			`0008 5A 54 45 58 7265 .ascii "ZTEX"`
7267			`000C 00 7266 .db 0x00`
7268			`000D 7267 _productString:`
7269			`000D 55 53 42 2D 46 50 7268 .ascii "USB-FPGA Module 2.01 (default)"`
7270			`47 41 20 4D 6F 64`
7271			`75 6C 65 20 32 2E`
7272			`30 31 20 20 28 64`
7273			`65 66 61 75 6C 74`
7274			`29`
7275			`002C 00 7269 .db 0x00`
7276			`002D 7270 _configurationString:`
7277			`002D 64 65 66 61 75 6C 7271 .ascii "default"`
7278			`74`
7279			`0034 00 7272 .db 0x00`
7280			`0035 7273 _DeviceDescriptor:`
7281			`0035 12 7274 .db #0x12`
7282			`0036 01 7275 .db #0x01`
7283			`0037 00 7276 .db #0x00`
7284			`0038 02 7277 .db #0x02`
7285			`0039 FF 7278 .db #0xFF`
7286			`003A FF 7279 .db #0xFF`
7287			`003B FF 7280 .db #0xFF`
7288			`003C 40 7281 .db #0x40`
7289			`003D 1A 7282 .db #0x1A`
7290			`003E 22 7283 .db #0x22`
7291			`003F 00 7284 .db #0x00`
7292			`0040 01 7285 .db #0x01`
7293			`0041 00 7286 .db #0x00`
7294			`0042 00 7287 .db #0x00`
7295			`0043 01 7288 .db #0x01`
7296			`0044 02 7289 .db #0x02`
7297			`0045 03 7290 .db #0x03`
7298			`0046 01 7291 .db #0x01`
7299			`0047 7292 _DeviceQualifierDescriptor:`
7300			`0047 0A 7293 .db #0x0A`
7301			`0048 06 7294 .db #0x06`
7302			`0049 00 7295 .db #0x00`
7303			`004A 02 7296 .db #0x02`
7304			`004B FF 7297 .db #0xFF`
7305			`004C FF 7298 .db #0xFF`
7306			`004D FF 7299 .db #0xFF`
7307			`004E 40 7300 .db #0x40`
7308			`004F 01 7301 .db #0x01`
7309			`0050 00 7302 .db #0x00`
7310			`0051 7303 _HighSpeedConfigDescriptor:`
7311			`0051 09 7304 .db #0x09`
7312			`0052 02 7305 .db #0x02`
7313			`0053 20 7306 .db #0x20`
7314			`0054 00 7307 .db #0x00`
7315			`0055 01 7308 .db #0x01`
7316			`0056 01 7309 .db #0x01`
7317			`0057 04 7310 .db #0x04`
7318			`0058 C0 7311 .db #0xC0`
7319			`0059 32 7312 .db #0x32`
7320			`005A 09 7313 .db #0x09`
7321			`005B 04 7314 .db #0x04`
7322			`005C 00 7315 .db #0x00`
7323			`005D 00 7316 .db #0x00`
7324			`005E 02 7317 .db #0x02`
7325			`005F FF 7318 .db #0xFF`
7326			`0060 FF 7319 .db #0xFF`
7327			`0061 FF 7320 .db #0xFF`
7328			`0062 00 7321 .db #0x00`
7329			`0063 07 7322 .db #0x07`
7330			`0064 05 7323 .db #0x05`
7331			`0065 81 7324 .db #0x81`
7332			`0066 02 7325 .db #0x02`
7333			`0067 00 7326 .db #0x00`
7334			`0068 02 7327 .db #0x02`
7335			`0069 00 7328 .db #0x00`
7336			`006A 07 7329 .db #0x07`
7337			`006B 05 7330 .db #0x05`
7338			`006C 01 7331 .db #0x01`
7339			`006D 02 7332 .db #0x02`
7340			`006E 00 7333 .db #0x00`
7341			`006F 02 7334 .db #0x02`
7342			`0070 00 7335 .db #0x00`
7343			`0071 7336 _HighSpeedConfigDescriptor_PadByte:`
7344			`0071 00 7337 .db #0x00`
7345			`0072 00 7338 .db 0x00`
7346			`0073 7339 _FullSpeedConfigDescriptor:`
7347			`0073 09 7340 .db #0x09`
7348			`0074 02 7341 .db #0x02`
7349			`0075 20 7342 .db #0x20`
7350			`0076 00 7343 .db #0x00`
7351			`0077 01 7344 .db #0x01`
7352			`0078 01 7345 .db #0x01`
7353			`0079 04 7346 .db #0x04`
7354			`007A C0 7347 .db #0xC0`
7355			`007B 32 7348 .db #0x32`
7356			`007C 09 7349 .db #0x09`
7357			`007D 04 7350 .db #0x04`
7358			`007E 00 7351 .db #0x00`
7359			`007F 00 7352 .db #0x00`
7360			`0080 02 7353 .db #0x02`
7361			`0081 FF 7354 .db #0xFF`
7362			`0082 FF 7355 .db #0xFF`
7363			`0083 FF 7356 .db #0xFF`
7364			`0084 00 7357 .db #0x00`
7365			`0085 07 7358 .db #0x07`
7366			`0086 05 7359 .db #0x05`
7367			`0087 81 7360 .db #0x81`
7368			`0088 02 7361 .db #0x02`
7369			`0089 40 7362 .db #0x40`
7370			`008A 00 7363 .db #0x00`
7371			`008B 00 7364 .db #0x00`
7372			`008C 07 7365 .db #0x07`
7373			`008D 05 7366 .db #0x05`
7374			`008E 01 7367 .db #0x01`
7375			`008F 02 7368 .db #0x02`
7376			`0090 40 7369 .db #0x40`
7377			`0091 00 7370 .db #0x00`
7378			`0092 00 7371 .db #0x00`
7379			`0093 7372 _FullSpeedConfigDescriptor_PadByte:`
7380			`0093 00 7373 .db #0x00`
7381			`0094 00 7374 .db 0x00`
7382			`0095 7375 _EmptyStringDescriptor:`
7383			`0095 04 7376 .db #0x04`
7384			`0096 03 7377 .db #0x03`
7385			`0097 00 7378 .db #0x00`
7386			`0098 00 7379 .db #0x00`
7387			`0099 7380 _mac_eeprom_init_hexdigits_1_1:`
7388			`0099 30 31 32 33 34 35 7381 .ascii "0123456789ABCDEF"`
7389			`36 37 38 39 41 42`
7390			`43 44 45 46`
7391			`00A9 00 7382 .db 0x00`
7392			`7383 .area XINIT (CODE)`
7393			`0000 7384 __xinit__ep0_payload_remaining:`
7394			`0000 00 00 7385 .byte #0x00,#0x00`
7395			`0002 7386 __xinit__ep0_payload_transfer:`
7396			`0002 00 7387 .db #0x00`
7397			`0003 7388 __xinit__ep0_prev_setup_request:`
7398			`0003 FF 7389 .db #0xFF`
7399			`0004 7390 __xinit__ep0_vendor_cmd_setup:`
7400			`0004 00 7391 .db #0x00`
7401			`0005 7392 __xinit__ISOFRAME_COUNTER:`
7402			`0005 00 00 7393 .byte #0x00,#0x00`
7403			`0007 00 00 7394 .byte #0x00,#0x00`
7404			`0009 00 00 7395 .byte #0x00,#0x00`
7405			`000B 00 00 7396 .byte #0x00,#0x00`
7406			`7397 .area CABS (ABS,CODE)`

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