Subversion Repositories usb_fpga_1_15

;--------------------------------------------------------
; File Created by SDCC : free open source ANSI-C Compiler
; Version 2.8.0 #5117 (May 15 2008) (UNIX)
; This file was generated Wed Apr  2 23:08:29 2014
;--------------------------------------------------------
        .module default_tmp
        .optsdcc -mmcs51 --model-small
        
;--------------------------------------------------------
; Public variables in this module
;--------------------------------------------------------
        .globl _sendStringDescriptor_PARM_3
        .globl _sendStringDescriptor_PARM_2
        .globl _spi_write_PARM_2
        .globl _flash_read_PARM_2
        .globl _mac_eeprom_init_hexdigits_1_1
        .globl _EmptyStringDescriptor
        .globl _FullSpeedConfigDescriptor_PadByte
        .globl _FullSpeedConfigDescriptor
        .globl _HighSpeedConfigDescriptor_PadByte
        .globl _HighSpeedConfigDescriptor
        .globl _DeviceQualifierDescriptor
        .globl _DeviceDescriptor
        .globl _configurationString
        .globl _productString
        .globl _manufacturerString
        .globl _fpga_flash_boot_id
        .globl _main
        .globl _init_USB
        .globl _mac_eeprom_init
        .globl _EP8_ISR
        .globl _EP6_ISR
        .globl _EP4_ISR
        .globl _EP2_ISR
        .globl _EP1OUT_ISR
        .globl _EP1IN_ISR
        .globl _EP0ACK_ISR
        .globl _HSGRANT_ISR
        .globl _URES_ISR
        .globl _SUSP_ISR
        .globl _SUTOK_ISR
        .globl _SOF_ISR
        .globl _abscode_identity
        .globl _fpga_configure_from_flash_init
        .globl _fpga_first_free_sector
        .globl _fpga_configure_from_flash
        .globl _fpga_send_ep0
        .globl _spi_send_ep0
        .globl _spi_read_ep0
        .globl _flash_init
        .globl _flash_write_next
        .globl _flash_write_finish
        .globl _flash_write_finish_sector
        .globl _flash_write_init
        .globl _flash_write
        .globl _flash_write_byte
        .globl _spi_pp
        .globl _flash_read_finish
        .globl _flash_read_next
        .globl _flash_read_init
        .globl _spi_wait
        .globl _spi_deselect
        .globl _spi_select
        .globl _spi_write
        .globl _spi_write_byte
        .globl _flash_read
        .globl _flash_read_byte
        .globl _spi_clocks
        .globl _mac_eeprom_read_ep0
        .globl _mac_eeprom_write
        .globl _mac_eeprom_read
        .globl _eeprom_write_ep0
        .globl _eeprom_read_ep0
        .globl _eeprom_write
        .globl _eeprom_read
        .globl _eeprom_select
        .globl _i2c_waitStop
        .globl _i2c_waitStart
        .globl _i2c_waitRead
        .globl _i2c_waitWrite
        .globl _MEM_COPY1_int
        .globl _uwait
        .globl _wait
        .globl _abscode_intvec
        .globl _EIPX6
        .globl _EIPX5
        .globl _EIPX4
        .globl _PI2C
        .globl _PUSB
        .globl _BREG7
        .globl _BREG6
        .globl _BREG5
        .globl _BREG4
        .globl _BREG3
        .globl _BREG2
        .globl _BREG1
        .globl _BREG0
        .globl _EIEX6
        .globl _EIEX5
        .globl _EIEX4
        .globl _EI2C
        .globl _EUSB
        .globl _ACC7
        .globl _ACC6
        .globl _ACC5
        .globl _ACC4
        .globl _ACC3
        .globl _ACC2
        .globl _ACC1
        .globl _ACC0
        .globl _SMOD1
        .globl _ERESI
        .globl _RESI
        .globl _INT6
        .globl _CY
        .globl _AC
        .globl _F0
        .globl _RS1
        .globl _RS0
        .globl _OV
        .globl _F1
        .globl _PF
        .globl _TF2
        .globl _EXF2
        .globl _RCLK
        .globl _TCLK
        .globl _EXEN2
        .globl _TR2
        .globl _CT2
        .globl _CPRL2
        .globl _SM0_1
        .globl _SM1_1
        .globl _SM2_1
        .globl _REN_1
        .globl _TB8_1
        .globl _RB8_1
        .globl _TI_1
        .globl _RI_1
        .globl _PS1
        .globl _PT2
        .globl _PS0
        .globl _PT1
        .globl _PX1
        .globl _PT0
        .globl _PX0
        .globl _IOD7
        .globl _IOD6
        .globl _IOD5
        .globl _IOD4
        .globl _IOD3
        .globl _IOD2
        .globl _IOD1
        .globl _IOD0
        .globl _EA
        .globl _ES1
        .globl _ET2
        .globl _ES0
        .globl _ET1
        .globl _EX1
        .globl _ET0
        .globl _EX0
        .globl _IOC7
        .globl _IOC6
        .globl _IOC5
        .globl _IOC4
        .globl _IOC3
        .globl _IOC2
        .globl _IOC1
        .globl _IOC0
        .globl _SM0_0
        .globl _SM1_0
        .globl _SM2_0
        .globl _REN_0
        .globl _TB8_0
        .globl _RB8_0
        .globl _TI_0
        .globl _RI_0
        .globl _IOB7
        .globl _IOB6
        .globl _IOB5
        .globl _IOB4
        .globl _IOB3
        .globl _IOB2
        .globl _IOB1
        .globl _IOB0
        .globl _TF1
        .globl _TR1
        .globl _TF0
        .globl _TR0
        .globl _IE1
        .globl _IT1
        .globl _IE0
        .globl _IT0
        .globl _IOA7
        .globl _IOA6
        .globl _IOA5
        .globl _IOA4
        .globl _IOA3
        .globl _IOA2
        .globl _IOA1
        .globl _IOA0
        .globl _EIP
        .globl _BREG
        .globl _EIE
        .globl _ACC
        .globl _EICON
        .globl _PSW
        .globl _TH2
        .globl _TL2
        .globl _RCAP2H
        .globl _RCAP2L
        .globl _T2CON
        .globl _SBUF1
        .globl _SCON1
        .globl _GPIFSGLDATLNOX
        .globl _GPIFSGLDATLX
        .globl _GPIFSGLDATH
        .globl _GPIFTRIG
        .globl _EP01STAT
        .globl _IP
        .globl _OEE
        .globl _OED
        .globl _OEC
        .globl _OEB
        .globl _OEA
        .globl _IOE
        .globl _IOD
        .globl _AUTOPTRSETUP
        .globl _EP68FIFOFLGS
        .globl _EP24FIFOFLGS
        .globl _EP2468STAT
        .globl _IE
        .globl _INT4CLR
        .globl _INT2CLR
        .globl _IOC
        .globl _AUTOPTRL2
        .globl _AUTOPTRH2
        .globl _AUTOPTRL1
        .globl _AUTOPTRH1
        .globl _SBUF0
        .globl _SCON0
        .globl __XPAGE
        .globl _MPAGE
        .globl _EXIF
        .globl _IOB
        .globl _CKCON
        .globl _TH1
        .globl _TH0
        .globl _TL1
        .globl _TL0
        .globl _TMOD
        .globl _TCON
        .globl _PCON
        .globl _DPS
        .globl _DPH1
        .globl _DPL1
        .globl _DPH0
        .globl _DPL0
        .globl _SP
        .globl _IOA
        .globl _ISOFRAME_COUNTER
        .globl _ep0_vendor_cmd_setup
        .globl _ep0_prev_setup_request
        .globl _ep0_payload_transfer
        .globl _ep0_payload_remaining
        .globl _SN_STRING
        .globl _MODULE_RESERVED
        .globl _INTERFACE_CAPABILITIES
        .globl _INTERFACE_VERSION
        .globl _FW_VERSION
        .globl _PRODUCT_ID
        .globl _ZTEXID
        .globl _ZTEX_DESCRIPTOR_VERSION
        .globl _ZTEX_DESCRIPTOR
        .globl _OOEA
        .globl _fpga_conf_initialized
        .globl _fpga_flash_result
        .globl _fpga_init_b
        .globl _fpga_bytes
        .globl _fpga_checksum
        .globl _ep0_write_mode
        .globl _ep0_read_mode
        .globl _spi_write_sector
        .globl _spi_need_pp
        .globl _spi_write_addr_lo
        .globl _spi_write_addr_hi
        .globl _spi_buffer
        .globl _spi_last_cmd
        .globl _spi_erase_cmd
        .globl _spi_memtype
        .globl _spi_device
        .globl _spi_vendor
        .globl _flash_ec
        .globl _flash_sectors
        .globl _flash_sector_size
        .globl _flash_enabled
        .globl _config_data_valid
        .globl _mac_eeprom_addr
        .globl _eeprom_write_checksum
        .globl _eeprom_write_bytes
        .globl _eeprom_addr
        .globl _INTVEC_GPIFWF
        .globl _INTVEC_GPIFDONE
        .globl _INTVEC_EP8FF
        .globl _INTVEC_EP6FF
        .globl _INTVEC_EP2FF
        .globl _INTVEC_EP8EF
        .globl _INTVEC_EP6EF
        .globl _INTVEC_EP4EF
        .globl _INTVEC_EP2EF
        .globl _INTVEC_EP8PF
        .globl _INTVEC_EP6PF
        .globl _INTVEC_EP4PF
        .globl _INTVEC_EP2PF
        .globl _INTVEC_EP8ISOERR
        .globl _INTVEC_EP6ISOERR
        .globl _INTVEC_EP4ISOERR
        .globl _INTVEC_EP2ISOERR
        .globl _INTVEC_ERRLIMIT
        .globl _INTVEC_EP8PING
        .globl _INTVEC_EP6PING
        .globl _INTVEC_EP4PING
        .globl _INTVEC_EP2PING
        .globl _INTVEC_EP1PING
        .globl _INTVEC_EP0PING
        .globl _INTVEC_IBN
        .globl _INTVEC_EP8
        .globl _INTVEC_EP6
        .globl _INTVEC_EP4
        .globl _INTVEC_EP2
        .globl _INTVEC_EP1OUT
        .globl _INTVEC_EP1IN
        .globl _INTVEC_EP0OUT
        .globl _INTVEC_EP0IN
        .globl _INTVEC_EP0ACK
        .globl _INTVEC_HISPEED
        .globl _INTVEC_USBRESET
        .globl _INTVEC_SUSPEND
        .globl _INTVEC_SUTOK
        .globl _INTVEC_SOF
        .globl _INTVEC_SUDAV
        .globl _INT12VEC_IE6
        .globl _INT11VEC_IE5
        .globl _INT10VEC_GPIF
        .globl _INT9VEC_I2C
        .globl _INT8VEC_USB
        .globl _INT7VEC_USART1
        .globl _INT6VEC_RESUME
        .globl _INT5VEC_T2
        .globl _INT4VEC_USART0
        .globl _INT3VEC_T1
        .globl _INT2VEC_IE1
        .globl _INT1VEC_T0
        .globl _INT0VEC_IE0
        .globl _EP8FIFOBUF
        .globl _EP6FIFOBUF
        .globl _EP4FIFOBUF
        .globl _EP2FIFOBUF
        .globl _EP1INBUF
        .globl _EP1OUTBUF
        .globl _EP0BUF
        .globl _GPIFABORT
        .globl _GPIFREADYSTAT
        .globl _GPIFREADYCFG
        .globl _XGPIFSGLDATLNOX
        .globl _XGPIFSGLDATLX
        .globl _XGPIFSGLDATH
        .globl _EP8GPIFTRIG
        .globl _EP8GPIFPFSTOP
        .globl _EP8GPIFFLGSEL
        .globl _EP6GPIFTRIG
        .globl _EP6GPIFPFSTOP
        .globl _EP6GPIFFLGSEL
        .globl _EP4GPIFTRIG
        .globl _EP4GPIFPFSTOP
        .globl _EP4GPIFFLGSEL
        .globl _EP2GPIFTRIG
        .globl _EP2GPIFPFSTOP
        .globl _EP2GPIFFLGSEL
        .globl _GPIFTCB0
        .globl _GPIFTCB1
        .globl _GPIFTCB2
        .globl _GPIFTCB3
        .globl _FLOWSTBHPERIOD
        .globl _FLOWSTBEDGE
        .globl _FLOWSTB
        .globl _FLOWHOLDOFF
        .globl _FLOWEQ1CTL
        .globl _FLOWEQ0CTL
        .globl _FLOWLOGIC
        .globl _FLOWSTATE
        .globl _GPIFADRL
        .globl _GPIFADRH
        .globl _GPIFCTLCFG
        .globl _GPIFIDLECTL
        .globl _GPIFIDLECS
        .globl _GPIFWFSELECT
        .globl _wLengthH
        .globl _wLengthL
        .globl _wIndexH
        .globl _wIndexL
        .globl _wValueH
        .globl _wValueL
        .globl _bRequest
        .globl _bmRequestType
        .globl _SETUPDAT
        .globl _SUDPTRCTL
        .globl _SUDPTRL
        .globl _SUDPTRH
        .globl _EP8FIFOBCL
        .globl _EP8FIFOBCH
        .globl _EP6FIFOBCL
        .globl _EP6FIFOBCH
        .globl _EP4FIFOBCL
        .globl _EP4FIFOBCH
        .globl _EP2FIFOBCL
        .globl _EP2FIFOBCH
        .globl _EP8FIFOFLGS
        .globl _EP6FIFOFLGS
        .globl _EP4FIFOFLGS
        .globl _EP2FIFOFLGS
        .globl _EP8CS
        .globl _EP6CS
        .globl _EP4CS
        .globl _EP2CS
        .globl _EPXCS
        .globl _EP1INCS
        .globl _EP1OUTCS
        .globl _EP0CS
        .globl _EP8BCL
        .globl _EP8BCH
        .globl _EP6BCL
        .globl _EP6BCH
        .globl _EP4BCL
        .globl _EP4BCH
        .globl _EP2BCL
        .globl _EP2BCH
        .globl _EP1INBC
        .globl _EP1OUTBC
        .globl _EP0BCL
        .globl _EP0BCH
        .globl _FNADDR
        .globl _MICROFRAME
        .globl _USBFRAMEL
        .globl _USBFRAMEH
        .globl _TOGCTL
        .globl _WAKEUPCS
        .globl _SUSPEND
        .globl _USBCS
        .globl _UDMACRCQUALIFIER
        .globl _UDMACRCL
        .globl _UDMACRCH
        .globl _EXTAUTODAT2
        .globl _XAUTODAT2
        .globl _EXTAUTODAT1
        .globl _XAUTODAT1
        .globl _I2CTL
        .globl _I2DAT
        .globl _I2CS
        .globl _PORTECFG
        .globl _PORTCCFG
        .globl _PORTACFG
        .globl _INTSETUP
        .globl _INT4IVEC
        .globl _INT2IVEC
        .globl _CLRERRCNT
        .globl _ERRCNTLIM
        .globl _USBERRIRQ
        .globl _USBERRIE
        .globl _GPIFIRQ
        .globl _GPIFIE
        .globl _EPIRQ
        .globl _EPIE
        .globl _USBIRQ
        .globl _USBIE
        .globl _NAKIRQ
        .globl _NAKIE
        .globl _IBNIRQ
        .globl _IBNIE
        .globl _EP8FIFOIRQ
        .globl _EP8FIFOIE
        .globl _EP6FIFOIRQ
        .globl _EP6FIFOIE
        .globl _EP4FIFOIRQ
        .globl _EP4FIFOIE
        .globl _EP2FIFOIRQ
        .globl _EP2FIFOIE
        .globl _OUTPKTEND
        .globl _INPKTEND
        .globl _EP8ISOINPKTS
        .globl _EP6ISOINPKTS
        .globl _EP4ISOINPKTS
        .globl _EP2ISOINPKTS
        .globl _EP8FIFOPFL
        .globl _EP8FIFOPFH
        .globl _EP6FIFOPFL
        .globl _EP6FIFOPFH
        .globl _EP4FIFOPFL
        .globl _EP4FIFOPFH
        .globl _EP2FIFOPFL
        .globl _EP2FIFOPFH
        .globl _ECC2B2
        .globl _ECC2B1
        .globl _ECC2B0
        .globl _ECC1B2
        .globl _ECC1B1
        .globl _ECC1B0
        .globl _ECCRESET
        .globl _ECCCFG
        .globl _EP8AUTOINLENL
        .globl _EP8AUTOINLENH
        .globl _EP6AUTOINLENL
        .globl _EP6AUTOINLENH
        .globl _EP4AUTOINLENL
        .globl _EP4AUTOINLENH
        .globl _EP2AUTOINLENL
        .globl _EP2AUTOINLENH
        .globl _EP8FIFOCFG
        .globl _EP6FIFOCFG
        .globl _EP4FIFOCFG
        .globl _EP2FIFOCFG
        .globl _EP8CFG
        .globl _EP6CFG
        .globl _EP4CFG
        .globl _EP2CFG
        .globl _EP1INCFG
        .globl _EP1OUTCFG
        .globl _GPIFHOLDAMOUNT
        .globl _REVCTL
        .globl _REVID
        .globl _FIFOPINPOLAR
        .globl _UART230
        .globl _BPADDRL
        .globl _BPADDRH
        .globl _BREAKPT
        .globl _FIFORESET
        .globl _PINFLAGSCD
        .globl _PINFLAGSAB
        .globl _IFCONFIG
        .globl _CPUCS
        .globl _GPCR2
        .globl _GPIF_WAVE3_DATA
        .globl _GPIF_WAVE2_DATA
        .globl _GPIF_WAVE1_DATA
        .globl _GPIF_WAVE0_DATA
        .globl _GPIF_WAVE_DATA
        .globl _flash_write_PARM_2
        .globl _mac_eeprom_write_PARM_3
        .globl _mac_eeprom_write_PARM_2
        .globl _mac_eeprom_read_PARM_3
        .globl _mac_eeprom_read_PARM_2
        .globl _eeprom_write_PARM_3
        .globl _eeprom_write_PARM_2
        .globl _eeprom_read_PARM_3
        .globl _eeprom_read_PARM_2
        .globl _eeprom_select_PARM_3
        .globl _eeprom_select_PARM_2
;--------------------------------------------------------
; special function registers
;--------------------------------------------------------
        .area RSEG    (DATA)
_IOA    =       0x0080
_SP     =       0x0081
_DPL0   =       0x0082
_DPH0   =       0x0083
_DPL1   =       0x0084
_DPH1   =       0x0085
_DPS    =       0x0086
_PCON   =       0x0087
_TCON   =       0x0088
_TMOD   =       0x0089
_TL0    =       0x008a
_TL1    =       0x008b
_TH0    =       0x008c
_TH1    =       0x008d
_CKCON  =       0x008e
_IOB    =       0x0090
_EXIF   =       0x0091
_MPAGE  =       0x0092
__XPAGE =       0x0092
_SCON0  =       0x0098
_SBUF0  =       0x0099
_AUTOPTRH1      =       0x009a
_AUTOPTRL1      =       0x009b
_AUTOPTRH2      =       0x009d
_AUTOPTRL2      =       0x009e
_IOC    =       0x00a0
_INT2CLR        =       0x00a1
_INT4CLR        =       0x00a2
_IE     =       0x00a8
_EP2468STAT     =       0x00aa
_EP24FIFOFLGS   =       0x00ab
_EP68FIFOFLGS   =       0x00ac
_AUTOPTRSETUP   =       0x00af
_IOD    =       0x00b0
_IOE    =       0x00b1
_OEA    =       0x00b2
_OEB    =       0x00b3
_OEC    =       0x00b4
_OED    =       0x00b5
_OEE    =       0x00b6
_IP     =       0x00b8
_EP01STAT       =       0x00ba
_GPIFTRIG       =       0x00bb
_GPIFSGLDATH    =       0x00bd
_GPIFSGLDATLX   =       0x00be
_GPIFSGLDATLNOX =       0x00bf
_SCON1  =       0x00c0
_SBUF1  =       0x00c1
_T2CON  =       0x00c8
_RCAP2L =       0x00ca
_RCAP2H =       0x00cb
_TL2    =       0x00cc
_TH2    =       0x00cd
_PSW    =       0x00d0
_EICON  =       0x00d8
_ACC    =       0x00e0
_EIE    =       0x00e8
_BREG   =       0x00f0
_EIP    =       0x00f8
;--------------------------------------------------------
; special function bits
;--------------------------------------------------------
        .area RSEG    (DATA)
_IOA0   =       0x0080
_IOA1   =       0x0081
_IOA2   =       0x0082
_IOA3   =       0x0083
_IOA4   =       0x0084
_IOA5   =       0x0085
_IOA6   =       0x0086
_IOA7   =       0x0087
_IT0    =       0x0088
_IE0    =       0x0089
_IT1    =       0x008a
_IE1    =       0x008b
_TR0    =       0x008c
_TF0    =       0x008d
_TR1    =       0x008e
_TF1    =       0x008f
_IOB0   =       0x0090
_IOB1   =       0x0091
_IOB2   =       0x0092
_IOB3   =       0x0093
_IOB4   =       0x0094
_IOB5   =       0x0095
_IOB6   =       0x0096
_IOB7   =       0x0097
_RI_0   =       0x0098
_TI_0   =       0x0099
_RB8_0  =       0x009a
_TB8_0  =       0x009b
_REN_0  =       0x009c
_SM2_0  =       0x009d
_SM1_0  =       0x009e
_SM0_0  =       0x009f
_IOC0   =       0x00a0
_IOC1   =       0x00a1
_IOC2   =       0x00a2
_IOC3   =       0x00a3
_IOC4   =       0x00a4
_IOC5   =       0x00a5
_IOC6   =       0x00a6
_IOC7   =       0x00a7
_EX0    =       0x00a8
_ET0    =       0x00a9
_EX1    =       0x00aa
_ET1    =       0x00ab
_ES0    =       0x00ac
_ET2    =       0x00ad
_ES1    =       0x00ae
_EA     =       0x00af
_IOD0   =       0x00b0
_IOD1   =       0x00b1
_IOD2   =       0x00b2
_IOD3   =       0x00b3
_IOD4   =       0x00b4
_IOD5   =       0x00b5
_IOD6   =       0x00b6
_IOD7   =       0x00b7
_PX0    =       0x00b8
_PT0    =       0x00b9
_PX1    =       0x00ba
_PT1    =       0x00bb
_PS0    =       0x00bc
_PT2    =       0x00bd
_PS1    =       0x00be
_RI_1   =       0x00c0
_TI_1   =       0x00c1
_RB8_1  =       0x00c2
_TB8_1  =       0x00c3
_REN_1  =       0x00c4
_SM2_1  =       0x00c5
_SM1_1  =       0x00c6
_SM0_1  =       0x00c7
_CPRL2  =       0x00c8
_CT2    =       0x00c9
_TR2    =       0x00ca
_EXEN2  =       0x00cb
_TCLK   =       0x00cc
_RCLK   =       0x00cd
_EXF2   =       0x00ce
_TF2    =       0x00cf
_PF     =       0x00d0
_F1     =       0x00d1
_OV     =       0x00d2
_RS0    =       0x00d3
_RS1    =       0x00d4
_F0     =       0x00d5
_AC     =       0x00d6
_CY     =       0x00d7
_INT6   =       0x00db
_RESI   =       0x00dc
_ERESI  =       0x00dd
_SMOD1  =       0x00df
_ACC0   =       0x00e0
_ACC1   =       0x00e1
_ACC2   =       0x00e2
_ACC3   =       0x00e3
_ACC4   =       0x00e4
_ACC5   =       0x00e5
_ACC6   =       0x00e6
_ACC7   =       0x00e7
_EUSB   =       0x00e8
_EI2C   =       0x00e9
_EIEX4  =       0x00ea
_EIEX5  =       0x00eb
_EIEX6  =       0x00ec
_BREG0  =       0x00f0
_BREG1  =       0x00f1
_BREG2  =       0x00f2
_BREG3  =       0x00f3
_BREG4  =       0x00f4
_BREG5  =       0x00f5
_BREG6  =       0x00f6
_BREG7  =       0x00f7
_PUSB   =       0x00f8
_PI2C   =       0x00f9
_EIPX4  =       0x00fa
_EIPX5  =       0x00fb
_EIPX6  =       0x00fc
;--------------------------------------------------------
; overlayable register banks
;--------------------------------------------------------
        .area REG_BANK_0        (REL,OVR,DATA)
        .ds 8
;--------------------------------------------------------
; overlayable bit register bank
;--------------------------------------------------------
        .area BIT_BANK  (REL,OVR,DATA)
bits:
        .ds 1
        b0 = bits[0]
        b1 = bits[1]
        b2 = bits[2]
        b3 = bits[3]
        b4 = bits[4]
        b5 = bits[5]
        b6 = bits[6]
        b7 = bits[7]
;--------------------------------------------------------
; internal ram data
;--------------------------------------------------------
        .area DSEG    (DATA)
_eeprom_select_PARM_2:
        .ds 1
_eeprom_select_PARM_3:
        .ds 1
_eeprom_read_PARM_2:
        .ds 2
_eeprom_read_PARM_3:
        .ds 1
_eeprom_write_PARM_2:
        .ds 2
_eeprom_write_PARM_3:
        .ds 1
_mac_eeprom_read_PARM_2:
        .ds 1
_mac_eeprom_read_PARM_3:
        .ds 1
_mac_eeprom_write_PARM_2:
        .ds 1
_mac_eeprom_write_PARM_3:
        .ds 1
_flash_write_PARM_2:
        .ds 1
_fpga_send_ep0_oOEC_1_1:
        .ds 1
;--------------------------------------------------------
; overlayable items in internal ram 
;--------------------------------------------------------
        .area   OSEG    (OVR,DATA)
        .area   OSEG    (OVR,DATA)
        .area   OSEG    (OVR,DATA)
        .area   OSEG    (OVR,DATA)
        .area   OSEG    (OVR,DATA)
        .area   OSEG    (OVR,DATA)
        .area   OSEG    (OVR,DATA)
        .area   OSEG    (OVR,DATA)
_flash_read_PARM_2::
        .ds 1
        .area   OSEG    (OVR,DATA)
        .area   OSEG    (OVR,DATA)
_spi_write_PARM_2::
        .ds 1
        .area   OSEG    (OVR,DATA)
_sendStringDescriptor_PARM_2::
        .ds 1
_sendStringDescriptor_PARM_3::
        .ds 1
;--------------------------------------------------------
; Stack segment in internal ram 
;--------------------------------------------------------
        .area   SSEG    (DATA)
__start__stack:
        .ds     1

;--------------------------------------------------------
; indirectly addressable internal ram data
;--------------------------------------------------------
        .area ISEG    (DATA)
;--------------------------------------------------------
; absolute internal ram data
;--------------------------------------------------------
        .area IABS    (ABS,DATA)
        .area IABS    (ABS,DATA)
;--------------------------------------------------------
; bit data
;--------------------------------------------------------
        .area BSEG    (BIT)
;--------------------------------------------------------
; paged external ram data
;--------------------------------------------------------
        .area PSEG    (PAG,XDATA)
;--------------------------------------------------------
; external ram data
;--------------------------------------------------------
        .area XSEG    (XDATA)
_GPIF_WAVE_DATA =       0xe400
_GPIF_WAVE0_DATA        =       0xe400
_GPIF_WAVE1_DATA        =       0xe420
_GPIF_WAVE2_DATA        =       0xe440
_GPIF_WAVE3_DATA        =       0xe460
_GPCR2  =       0xe50d
_CPUCS  =       0xe600
_IFCONFIG       =       0xe601
_PINFLAGSAB     =       0xe602
_PINFLAGSCD     =       0xe603
_FIFORESET      =       0xe604
_BREAKPT        =       0xe605
_BPADDRH        =       0xe606
_BPADDRL        =       0xe607
_UART230        =       0xe608
_FIFOPINPOLAR   =       0xe609
_REVID  =       0xe60a
_REVCTL =       0xe60b
_GPIFHOLDAMOUNT =       0xe60c
_EP1OUTCFG      =       0xe610
_EP1INCFG       =       0xe611
_EP2CFG =       0xe612
_EP4CFG =       0xe613
_EP6CFG =       0xe614
_EP8CFG =       0xe615
_EP2FIFOCFG     =       0xe618
_EP4FIFOCFG     =       0xe619
_EP6FIFOCFG     =       0xe61a
_EP8FIFOCFG     =       0xe61b
_EP2AUTOINLENH  =       0xe620
_EP2AUTOINLENL  =       0xe621
_EP4AUTOINLENH  =       0xe622
_EP4AUTOINLENL  =       0xe623
_EP6AUTOINLENH  =       0xe624
_EP6AUTOINLENL  =       0xe625
_EP8AUTOINLENH  =       0xe626
_EP8AUTOINLENL  =       0xe627
_ECCCFG =       0xe628
_ECCRESET       =       0xe629
_ECC1B0 =       0xe62a
_ECC1B1 =       0xe62b
_ECC1B2 =       0xe62c
_ECC2B0 =       0xe62d
_ECC2B1 =       0xe62e
_ECC2B2 =       0xe62f
_EP2FIFOPFH     =       0xe630
_EP2FIFOPFL     =       0xe631
_EP4FIFOPFH     =       0xe632
_EP4FIFOPFL     =       0xe633
_EP6FIFOPFH     =       0xe634
_EP6FIFOPFL     =       0xe635
_EP8FIFOPFH     =       0xe636
_EP8FIFOPFL     =       0xe637
_EP2ISOINPKTS   =       0xe640
_EP4ISOINPKTS   =       0xe641
_EP6ISOINPKTS   =       0xe642
_EP8ISOINPKTS   =       0xe643
_INPKTEND       =       0xe648
_OUTPKTEND      =       0xe649
_EP2FIFOIE      =       0xe650
_EP2FIFOIRQ     =       0xe651
_EP4FIFOIE      =       0xe652
_EP4FIFOIRQ     =       0xe653
_EP6FIFOIE      =       0xe654
_EP6FIFOIRQ     =       0xe655
_EP8FIFOIE      =       0xe656
_EP8FIFOIRQ     =       0xe657
_IBNIE  =       0xe658
_IBNIRQ =       0xe659
_NAKIE  =       0xe65a
_NAKIRQ =       0xe65b
_USBIE  =       0xe65c
_USBIRQ =       0xe65d
_EPIE   =       0xe65e
_EPIRQ  =       0xe65f
_GPIFIE =       0xe660
_GPIFIRQ        =       0xe661
_USBERRIE       =       0xe662
_USBERRIRQ      =       0xe663
_ERRCNTLIM      =       0xe664
_CLRERRCNT      =       0xe665
_INT2IVEC       =       0xe666
_INT4IVEC       =       0xe667
_INTSETUP       =       0xe668
_PORTACFG       =       0xe670
_PORTCCFG       =       0xe671
_PORTECFG       =       0xe672
_I2CS   =       0xe678
_I2DAT  =       0xe679
_I2CTL  =       0xe67a
_XAUTODAT1      =       0xe67b
_EXTAUTODAT1    =       0xe67b
_XAUTODAT2      =       0xe67c
_EXTAUTODAT2    =       0xe67c
_UDMACRCH       =       0xe67d
_UDMACRCL       =       0xe67e
_UDMACRCQUALIFIER       =       0xe67f
_USBCS  =       0xe680
_SUSPEND        =       0xe681
_WAKEUPCS       =       0xe682
_TOGCTL =       0xe683
_USBFRAMEH      =       0xe684
_USBFRAMEL      =       0xe685
_MICROFRAME     =       0xe686
_FNADDR =       0xe687
_EP0BCH =       0xe68a
_EP0BCL =       0xe68b
_EP1OUTBC       =       0xe68d
_EP1INBC        =       0xe68f
_EP2BCH =       0xe690
_EP2BCL =       0xe691
_EP4BCH =       0xe694
_EP4BCL =       0xe695
_EP6BCH =       0xe698
_EP6BCL =       0xe699
_EP8BCH =       0xe69c
_EP8BCL =       0xe69d
_EP0CS  =       0xe6a0
_EP1OUTCS       =       0xe6a1
_EP1INCS        =       0xe6a2
_EPXCS  =       0xe6a3
_EP2CS  =       0xe6a3
_EP4CS  =       0xe6a4
_EP6CS  =       0xe6a5
_EP8CS  =       0xe6a6
_EP2FIFOFLGS    =       0xe6a7
_EP4FIFOFLGS    =       0xe6a8
_EP6FIFOFLGS    =       0xe6a9
_EP8FIFOFLGS    =       0xe6aa
_EP2FIFOBCH     =       0xe6ab
_EP2FIFOBCL     =       0xe6ac
_EP4FIFOBCH     =       0xe6ad
_EP4FIFOBCL     =       0xe6ae
_EP6FIFOBCH     =       0xe6af
_EP6FIFOBCL     =       0xe6b0
_EP8FIFOBCH     =       0xe6b1
_EP8FIFOBCL     =       0xe6b2
_SUDPTRH        =       0xe6b3
_SUDPTRL        =       0xe6b4
_SUDPTRCTL      =       0xe6b5
_SETUPDAT       =       0xe6b8
_bmRequestType  =       0xe6b8
_bRequest       =       0xe6b9
_wValueL        =       0xe6ba
_wValueH        =       0xe6bb
_wIndexL        =       0xe6bc
_wIndexH        =       0xe6bd
_wLengthL       =       0xe6be
_wLengthH       =       0xe6bf
_GPIFWFSELECT   =       0xe6c0
_GPIFIDLECS     =       0xe6c1
_GPIFIDLECTL    =       0xe6c2
_GPIFCTLCFG     =       0xe6c3
_GPIFADRH       =       0xe6c4
_GPIFADRL       =       0xe6c5
_FLOWSTATE      =       0xe6c6
_FLOWLOGIC      =       0xe6c7
_FLOWEQ0CTL     =       0xe6c8
_FLOWEQ1CTL     =       0xe6c9
_FLOWHOLDOFF    =       0xe6ca
_FLOWSTB        =       0xe6cb
_FLOWSTBEDGE    =       0xe6cc
_FLOWSTBHPERIOD =       0xe6cd
_GPIFTCB3       =       0xe6ce
_GPIFTCB2       =       0xe6cf
_GPIFTCB1       =       0xe6d0
_GPIFTCB0       =       0xe6d1
_EP2GPIFFLGSEL  =       0xe6d2
_EP2GPIFPFSTOP  =       0xe6d3
_EP2GPIFTRIG    =       0xe6d4
_EP4GPIFFLGSEL  =       0xe6da
_EP4GPIFPFSTOP  =       0xe6db
_EP4GPIFTRIG    =       0xe6dc
_EP6GPIFFLGSEL  =       0xe6e2
_EP6GPIFPFSTOP  =       0xe6e3
_EP6GPIFTRIG    =       0xe6e4
_EP8GPIFFLGSEL  =       0xe6ea
_EP8GPIFPFSTOP  =       0xe6eb
_EP8GPIFTRIG    =       0xe6ec
_XGPIFSGLDATH   =       0xe6f0
_XGPIFSGLDATLX  =       0xe6f1
_XGPIFSGLDATLNOX        =       0xe6f2
_GPIFREADYCFG   =       0xe6f3
_GPIFREADYSTAT  =       0xe6f4
_GPIFABORT      =       0xe6f5
_EP0BUF =       0xe740
_EP1OUTBUF      =       0xe780
_EP1INBUF       =       0xe7c0
_EP2FIFOBUF     =       0xf000
_EP4FIFOBUF     =       0xf400
_EP6FIFOBUF     =       0xf800
_EP8FIFOBUF     =       0xfc00
_INT0VEC_IE0    =       0x0003
_INT1VEC_T0     =       0x000b
_INT2VEC_IE1    =       0x0013
_INT3VEC_T1     =       0x001b
_INT4VEC_USART0 =       0x0023
_INT5VEC_T2     =       0x002b
_INT6VEC_RESUME =       0x0033
_INT7VEC_USART1 =       0x003b
_INT8VEC_USB    =       0x0043
_INT9VEC_I2C    =       0x004b
_INT10VEC_GPIF  =       0x0053
_INT11VEC_IE5   =       0x005b
_INT12VEC_IE6   =       0x0063
_INTVEC_SUDAV   =       0x0100
_INTVEC_SOF     =       0x0104
_INTVEC_SUTOK   =       0x0108
_INTVEC_SUSPEND =       0x010c
_INTVEC_USBRESET        =       0x0110
_INTVEC_HISPEED =       0x0114
_INTVEC_EP0ACK  =       0x0118
_INTVEC_EP0IN   =       0x0120
_INTVEC_EP0OUT  =       0x0124
_INTVEC_EP1IN   =       0x0128
_INTVEC_EP1OUT  =       0x012c
_INTVEC_EP2     =       0x0130
_INTVEC_EP4     =       0x0134
_INTVEC_EP6     =       0x0138
_INTVEC_EP8     =       0x013c
_INTVEC_IBN     =       0x0140
_INTVEC_EP0PING =       0x0148
_INTVEC_EP1PING =       0x014c
_INTVEC_EP2PING =       0x0150
_INTVEC_EP4PING =       0x0154
_INTVEC_EP6PING =       0x0158
_INTVEC_EP8PING =       0x015c
_INTVEC_ERRLIMIT        =       0x0160
_INTVEC_EP2ISOERR       =       0x0170
_INTVEC_EP4ISOERR       =       0x0174
_INTVEC_EP6ISOERR       =       0x0178
_INTVEC_EP8ISOERR       =       0x017c
_INTVEC_EP2PF   =       0x0180
_INTVEC_EP4PF   =       0x0184
_INTVEC_EP6PF   =       0x0188
_INTVEC_EP8PF   =       0x018c
_INTVEC_EP2EF   =       0x0190
_INTVEC_EP4EF   =       0x0194
_INTVEC_EP6EF   =       0x0198
_INTVEC_EP8EF   =       0x019c
_INTVEC_EP2FF   =       0x01a0
_INTVEC_EP6FF   =       0x01a8
_INTVEC_EP8FF   =       0x01ac
_INTVEC_GPIFDONE        =       0x01b0
_INTVEC_GPIFWF  =       0x01b4
_eeprom_addr::
        .ds 2
_eeprom_write_bytes::
        .ds 2
_eeprom_write_checksum::
        .ds 1
_mac_eeprom_addr::
        .ds 1
_config_data_valid::
        .ds 1
_flash_enabled::
        .ds 1
_flash_sector_size::
        .ds 2
_flash_sectors::
        .ds 4
_flash_ec::
        .ds 1
_spi_vendor::
        .ds 1
_spi_device::
        .ds 1
_spi_memtype::
        .ds 1
_spi_erase_cmd::
        .ds 1
_spi_last_cmd::
        .ds 1
_spi_buffer::
        .ds 4
_spi_write_addr_hi::
        .ds 2
_spi_write_addr_lo::
        .ds 1
_spi_need_pp::
        .ds 1
_spi_write_sector::
        .ds 2
_ep0_read_mode::
        .ds 1
_ep0_write_mode::
        .ds 1
_fpga_checksum::
        .ds 1
_fpga_bytes::
        .ds 4
_fpga_init_b::
        .ds 1
_fpga_flash_result::
        .ds 1
_fpga_conf_initialized::
        .ds 1
_OOEA::
        .ds 1
_fpga_first_free_sector_buf_1_1:
        .ds 4
_fpga_configure_from_flash_init_buf_1_1:
        .ds 4
_ZTEX_DESCRIPTOR        =       0x006c
_ZTEX_DESCRIPTOR_VERSION        =       0x006d
_ZTEXID =       0x006e
_PRODUCT_ID     =       0x0072
_FW_VERSION     =       0x0076
_INTERFACE_VERSION      =       0x0077
_INTERFACE_CAPABILITIES =       0x0078
_MODULE_RESERVED        =       0x007e
_SN_STRING      =       0x008a
_mac_eeprom_init_buf_1_1:
        .ds 5
;--------------------------------------------------------
; absolute external ram data
;--------------------------------------------------------
        .area XABS    (ABS,XDATA)
;--------------------------------------------------------
; external initialized ram data
;--------------------------------------------------------
        .area XISEG   (XDATA)
_ep0_payload_remaining::
        .ds 2
_ep0_payload_transfer::
        .ds 1
_ep0_prev_setup_request::
        .ds 1
_ep0_vendor_cmd_setup::
        .ds 1
_ISOFRAME_COUNTER::
        .ds 8
        .area HOME    (CODE)
        .area GSINIT0 (CODE)
        .area GSINIT1 (CODE)
        .area GSINIT2 (CODE)
        .area GSINIT3 (CODE)
        .area GSINIT4 (CODE)
        .area GSINIT5 (CODE)
        .area GSINIT  (CODE)
        .area GSFINAL (CODE)
        .area CSEG    (CODE)
;--------------------------------------------------------
; interrupt vector 
;--------------------------------------------------------
        .area HOME    (CODE)
__interrupt_vect:
        ljmp    __sdcc_gsinit_startup
;--------------------------------------------------------
; global & static initialisations
;--------------------------------------------------------
        .area HOME    (CODE)
        .area GSINIT  (CODE)
        .area GSFINAL (CODE)
        .area GSINIT  (CODE)
        .globl __sdcc_gsinit_startup
        .globl __sdcc_program_startup
        .globl __start__stack
        .globl __mcs51_genXINIT
        .globl __mcs51_genXRAMCLEAR
        .globl __mcs51_genRAMCLEAR
        .area GSFINAL (CODE)
        ljmp    __sdcc_program_startup
;--------------------------------------------------------
; Home
;--------------------------------------------------------
        .area HOME    (CODE)
        .area HOME    (CODE)
__sdcc_program_startup:
        lcall   _main
;       return from main will lock up
        sjmp .
;--------------------------------------------------------
; code
;--------------------------------------------------------
        .area CSEG    (CODE)
;------------------------------------------------------------
;Allocation info for local variables in function 'abscode_intvec'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ezintavecs.h:92: void abscode_intvec()// _naked
;       -----------------------------------------
;        function abscode_intvec
;       -----------------------------------------
_abscode_intvec:
        ar2 = 0x02
        ar3 = 0x03
        ar4 = 0x04
        ar5 = 0x05
        ar6 = 0x06
        ar7 = 0x07
        ar0 = 0x00
        ar1 = 0x01
;       ../../include/ezintavecs.h:317: ERROR: no line number 317 in file ../../include/ezintavecs.h
        
            .area ABSCODE (ABS,CODE)
            .org 0x0000
        ENTRY:
         ljmp #0x0200
;       # 94 "../../include/ezintavecs.h"
            .org 0x0003
;       # 34 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x000b
;       # 35 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0013
;       # 36 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x001b
;       # 37 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0023
;       # 38 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x002b
;       # 39 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0033
;       # 40 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x003b
;       # 41 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0043
;       # 42 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x004b
;       # 43 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0053
;       # 44 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x005b
;       # 45 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0063
;       # 46 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0100
;       # 47 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0104
;       # 48 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0108
;       # 49 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x010C
;       # 50 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0110
;       # 51 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0114
;       # 52 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0118
;       # 53 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0120
;       # 54 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0124
;       # 55 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0128
;       # 56 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x012C
;       # 57 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0130
;       # 58 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0134
;       # 59 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0138
;       # 60 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x013C
;       # 61 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0140
;       # 62 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0148
;       # 63 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x014C
;       # 64 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0150
;       # 65 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0154
;       # 66 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0158
;       # 67 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x015C
;       # 68 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0160
;       # 69 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0170
;       # 70 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0174
;       # 71 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0178
;       # 72 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x017C
;       # 73 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0180
;       # 74 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0184
;       # 75 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0188
;       # 76 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x018C
;       # 77 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0190
;       # 78 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0194
;       # 79 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x0198
;       # 80 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x019C
;       # 81 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x01A0
;       # 82 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x01A8
;       # 83 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x01AC
;       # 84 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x01B0
;       # 85 "../../include/ezintavecs.h"
         reti
;       # 94 "../../include/ezintavecs.h"
            .org 0x01B4
;       # 101 "../../include/ezintavecs.h"
         reti
            .org 0x01b8
        INTVEC_DUMMY:
                reti
            .area CSEG (CODE)
            
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'wait'
;------------------------------------------------------------
;ms                        Allocated to registers r2 r3 
;i                         Allocated to registers r6 r7 
;j                         Allocated to registers r4 r5 
;------------------------------------------------------------
;       ../../include/ztex-utils.h:78: void wait(WORD short ms) {         // wait in ms 
;       -----------------------------------------
;        function wait
;       -----------------------------------------
_wait:
        mov     r2,dpl
        mov     r3,dph
;       ../../include/ztex-utils.h:80: for (j=0; j<ms; j++) 
        mov     r4,#0x00
        mov     r5,#0x00
00104$:
        clr     c
        mov     a,r4
        subb    a,r2
        mov     a,r5
        subb    a,r3
        jnc     00108$
;       ../../include/ztex-utils.h:81: for (i=0; i<1200; i++);
        mov     r6,#0xB0
        mov     r7,#0x04
00103$:
        dec     r6
        cjne    r6,#0xff,00117$
        dec     r7
00117$:
        mov     a,r6
        orl     a,r7
        jnz     00103$
;       ../../include/ztex-utils.h:80: for (j=0; j<ms; j++) 
        inc     r4
        cjne    r4,#0x00,00104$
        inc     r5
        sjmp    00104$
00108$:
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'uwait'
;------------------------------------------------------------
;us                        Allocated to registers r2 r3 
;i                         Allocated to registers r6 r7 
;j                         Allocated to registers r4 r5 
;------------------------------------------------------------
;       -----------------------------------------
;        function uwait
;       -----------------------------------------
_uwait:
        mov     r2,dpl
        mov     r3,dph
;       ../../include/ztex-utils.h:90: for (j=0; j<us; j++) 
        mov     r4,#0x00
        mov     r5,#0x00
00104$:
        clr     c
        mov     a,r4
        subb    a,r2
        mov     a,r5
        subb    a,r3
        jnc     00108$
;       ../../include/ztex-utils.h:91: for (i=0; i<10; i++);
        mov     r6,#0x0A
        mov     r7,#0x00
00103$:
        dec     r6
        cjne    r6,#0xff,00117$
        dec     r7
00117$:
        mov     a,r6
        orl     a,r7
        jnz     00103$
;       ../../include/ztex-utils.h:90: for (j=0; j<us; j++) 
        inc     r4
        cjne    r4,#0x00,00104$
        inc     r5
        sjmp    00104$
00108$:
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'MEM_COPY1_int'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-utils.h:99: void MEM_COPY1_int() // __naked 
;       -----------------------------------------
;        function MEM_COPY1_int
;       -----------------------------------------
_MEM_COPY1_int:
;       ../../include/ztex-utils.h:110: __endasm;
        
        020001$:
             mov _AUTOPTRSETUP,#0x07
             mov dptr,#_XAUTODAT1
             movx a,@dptr
             mov dptr,#_XAUTODAT2
             movx @dptr,a
             djnz r2, 020001$
             ret
         
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'i2c_waitWrite'
;------------------------------------------------------------
;i2csbuf                   Allocated to registers r2 
;toc                       Allocated to registers r2 
;------------------------------------------------------------
;       ../../include/ztex-eeprom.h:41: BYTE i2c_waitWrite()
;       -----------------------------------------
;        function i2c_waitWrite
;       -----------------------------------------
_i2c_waitWrite:
;       ../../include/ztex-eeprom.h:44: for ( toc=0; toc<255 && !(I2CS & bmBIT0); toc++ );
        mov     r2,#0x00
00105$:
        cjne    r2,#0xFF,00116$
00116$:
        jnc     00108$
        mov     dptr,#_I2CS
        movx    a,@dptr
        mov     r3,a
        jb      acc.0,00108$
        inc     r2
        sjmp    00105$
00108$:
;       ../../include/ztex-eeprom.h:45: i2csbuf = I2CS;
        mov     dptr,#_I2CS
        movx    a,@dptr
;       ../../include/ztex-eeprom.h:46: if ( (i2csbuf & bmBIT2) || (!(i2csbuf & bmBIT1)) ) {
        mov     r2,a
        jb      acc.2,00101$
        mov     a,r2
        jb      acc.1,00102$
00101$:
;       ../../include/ztex-eeprom.h:47: I2CS |= bmBIT6;
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x40
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:48: return 1;
        mov     dpl,#0x01
;       ../../include/ztex-eeprom.h:50: return 0;
        ret
00102$:
        mov     dpl,#0x00
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'i2c_waitRead'
;------------------------------------------------------------
;i2csbuf                   Allocated to registers r2 
;toc                       Allocated to registers r2 
;------------------------------------------------------------
;       ../../include/ztex-eeprom.h:57: BYTE i2c_waitRead(void)
;       -----------------------------------------
;        function i2c_waitRead
;       -----------------------------------------
_i2c_waitRead:
;       ../../include/ztex-eeprom.h:60: for ( toc=0; toc<255 && !(I2CS & bmBIT0); toc++ );
        mov     r2,#0x00
00104$:
        cjne    r2,#0xFF,00115$
00115$:
        jnc     00107$
        mov     dptr,#_I2CS
        movx    a,@dptr
        mov     r3,a
        jb      acc.0,00107$
        inc     r2
        sjmp    00104$
00107$:
;       ../../include/ztex-eeprom.h:61: i2csbuf = I2CS;
        mov     dptr,#_I2CS
        movx    a,@dptr
;       ../../include/ztex-eeprom.h:62: if (i2csbuf & bmBIT2) {
        mov     r2,a
        jnb     acc.2,00102$
;       ../../include/ztex-eeprom.h:63: I2CS |= bmBIT6;
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x40
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:64: return 1;
        mov     dpl,#0x01
;       ../../include/ztex-eeprom.h:66: return 0;
        ret
00102$:
        mov     dpl,#0x00
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'i2c_waitStart'
;------------------------------------------------------------
;toc                       Allocated to registers r2 
;------------------------------------------------------------
;       ../../include/ztex-eeprom.h:73: BYTE i2c_waitStart()
;       -----------------------------------------
;        function i2c_waitStart
;       -----------------------------------------
_i2c_waitStart:
;       ../../include/ztex-eeprom.h:76: for ( toc=0; toc<255; toc++ ) {
        mov     r2,#0x00
00103$:
        cjne    r2,#0xFF,00112$
00112$:
        jnc     00106$
;       ../../include/ztex-eeprom.h:77: if ( ! (I2CS & bmBIT2) )
        mov     dptr,#_I2CS
        movx    a,@dptr
        mov     r3,a
        jb      acc.2,00105$
;       ../../include/ztex-eeprom.h:78: return 0;
        mov     dpl,#0x00
        ret
00105$:
;       ../../include/ztex-eeprom.h:76: for ( toc=0; toc<255; toc++ ) {
        inc     r2
        sjmp    00103$
00106$:
;       ../../include/ztex-eeprom.h:80: return 1;
        mov     dpl,#0x01
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'i2c_waitStop'
;------------------------------------------------------------
;toc                       Allocated to registers r2 
;------------------------------------------------------------
;       ../../include/ztex-eeprom.h:87: BYTE i2c_waitStop()
;       -----------------------------------------
;        function i2c_waitStop
;       -----------------------------------------
_i2c_waitStop:
;       ../../include/ztex-eeprom.h:90: for ( toc=0; toc<255; toc++ ) {
        mov     r2,#0x00
00103$:
        cjne    r2,#0xFF,00112$
00112$:
        jnc     00106$
;       ../../include/ztex-eeprom.h:91: if ( ! (I2CS & bmBIT6) )
        mov     dptr,#_I2CS
        movx    a,@dptr
        mov     r3,a
        jb      acc.6,00105$
;       ../../include/ztex-eeprom.h:92: return 0;
        mov     dpl,#0x00
        ret
00105$:
;       ../../include/ztex-eeprom.h:90: for ( toc=0; toc<255; toc++ ) {
        inc     r2
        sjmp    00103$
00106$:
;       ../../include/ztex-eeprom.h:94: return 1;
        mov     dpl,#0x01
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'eeprom_select'
;------------------------------------------------------------
;to                        Allocated with name '_eeprom_select_PARM_2'
;stop                      Allocated with name '_eeprom_select_PARM_3'
;addr                      Allocated to registers r2 
;toc                       Allocated to registers 
;------------------------------------------------------------
;       ../../include/ztex-eeprom.h:103: BYTE eeprom_select (BYTE addr, BYTE to, BYTE stop ) {
;       -----------------------------------------
;        function eeprom_select
;       -----------------------------------------
_eeprom_select:
        mov     r2,dpl
;       ../../include/ztex-eeprom.h:105: eeprom_select_start:
        clr     c
        clr     a
        subb    a,_eeprom_select_PARM_2
        clr     a
        rlc     a
        mov     r3,a
00101$:
;       ../../include/ztex-eeprom.h:106: I2CS |= bmBIT7;                // start bit
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x80
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:107: i2c_waitStart();
        push    ar2
        push    ar3
        lcall   _i2c_waitStart
        pop     ar3
        pop     ar2
;       ../../include/ztex-eeprom.h:108: I2DAT = addr;          // select device for writing
        mov     dptr,#_I2DAT
        mov     a,r2
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:109: if ( ! i2c_waitWrite() ) {
        push    ar2
        push    ar3
        lcall   _i2c_waitWrite
        mov     a,dpl
        pop     ar3
        pop     ar2
        jnz     00107$
;       ../../include/ztex-eeprom.h:110: if ( stop ) {
        mov     a,_eeprom_select_PARM_3
        jz      00103$
;       ../../include/ztex-eeprom.h:111: I2CS |= bmBIT6;
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x40
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:112: i2c_waitStop();
        lcall   _i2c_waitStop
00103$:
;       ../../include/ztex-eeprom.h:114: return 0;
        mov     dpl,#0x00
        ret
00107$:
;       ../../include/ztex-eeprom.h:116: else if (toc<to) {
        mov     a,r3
        jz      00108$
;       ../../include/ztex-eeprom.h:117: uwait(10);
        mov     dptr,#0x000A
        push    ar2
        push    ar3
        lcall   _uwait
        pop     ar3
        pop     ar2
;       ../../include/ztex-eeprom.h:118: goto eeprom_select_start;
        sjmp    00101$
00108$:
;       ../../include/ztex-eeprom.h:120: if ( stop ) {
        mov     a,_eeprom_select_PARM_3
        jz      00110$
;       ../../include/ztex-eeprom.h:121: I2CS |= bmBIT6;
        mov     dptr,#_I2CS
        movx    a,@dptr
        mov     r2,a
        orl     a,#0x40
        movx    @dptr,a
00110$:
;       ../../include/ztex-eeprom.h:123: return 1;
        mov     dpl,#0x01
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'eeprom_read'
;------------------------------------------------------------
;addr                      Allocated with name '_eeprom_read_PARM_2'
;length                    Allocated with name '_eeprom_read_PARM_3'
;buf                       Allocated to registers r2 r3 
;bytes                     Allocated to registers r4 
;i                         Allocated to registers 
;------------------------------------------------------------
;       ../../include/ztex-eeprom.h:131: BYTE eeprom_read ( __xdata BYTE *buf, WORD addr, BYTE length ) { 
;       -----------------------------------------
;        function eeprom_read
;       -----------------------------------------
_eeprom_read:
        mov     r2,dpl
        mov     r3,dph
;       ../../include/ztex-eeprom.h:132: BYTE bytes = 0,i;
        mov     r4,#0x00
;       ../../include/ztex-eeprom.h:134: if ( length == 0 ) 
        mov     a,_eeprom_read_PARM_3
;       ../../include/ztex-eeprom.h:135: return 0;
        jnz     00102$
        mov     dpl,a
        ret
00102$:
;       ../../include/ztex-eeprom.h:137: if ( eeprom_select(EEPROM_ADDR, 100,0) ) 
        mov     _eeprom_select_PARM_2,#0x64
        mov     _eeprom_select_PARM_3,#0x00
        mov     dpl,#0xA2
        push    ar2
        push    ar3
        push    ar4
        lcall   _eeprom_select
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jz      00134$
        ljmp    00117$
00134$:
;       ../../include/ztex-eeprom.h:140: I2DAT = HI(addr);              // write address
        mov     dptr,#_I2DAT
        mov     a,(_eeprom_read_PARM_2 + 1)
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:141: if ( i2c_waitWrite() ) goto eeprom_read_end;
        push    ar2
        push    ar3
        push    ar4
        lcall   _i2c_waitWrite
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jz      00135$
        ljmp    00117$
00135$:
;       ../../include/ztex-eeprom.h:142: I2DAT = LO(addr);              // write address
        mov     dptr,#_I2DAT
        mov     a,_eeprom_read_PARM_2
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:143: if ( i2c_waitWrite() ) goto eeprom_read_end;
        push    ar2
        push    ar3
        push    ar4
        lcall   _i2c_waitWrite
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jz      00136$
        ljmp    00117$
00136$:
;       ../../include/ztex-eeprom.h:144: I2CS |= bmBIT6;
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x40
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:145: i2c_waitStop();
        push    ar2
        push    ar3
        push    ar4
        lcall   _i2c_waitStop
;       ../../include/ztex-eeprom.h:147: I2CS |= bmBIT7;                // start bit
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x80
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:148: i2c_waitStart();
        lcall   _i2c_waitStart
;       ../../include/ztex-eeprom.h:149: I2DAT = EEPROM_ADDR | 1;       // select device for reading
        mov     dptr,#_I2DAT
        mov     a,#0xA3
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:150: if ( i2c_waitWrite() ) goto eeprom_read_end;
        lcall   _i2c_waitWrite
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jnz     00117$
;       ../../include/ztex-eeprom.h:152: *buf = I2DAT;          // dummy read
        mov     dptr,#_I2DAT
        movx    a,@dptr
        mov     dpl,r2
        mov     dph,r3
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:153: if ( i2c_waitRead()) goto eeprom_read_end; 
        push    ar2
        push    ar3
        push    ar4
        lcall   _i2c_waitRead
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jnz     00117$
        mov     r5,a
00118$:
;       ../../include/ztex-eeprom.h:154: for (; bytes<length; bytes++ ) {
        clr     c
        mov     a,r5
        subb    a,_eeprom_read_PARM_3
        jnc     00121$
;       ../../include/ztex-eeprom.h:155: *buf = I2DAT;          // read data
        mov     dptr,#_I2DAT
        movx    a,@dptr
        mov     dpl,r2
        mov     dph,r3
        movx    @dptr,a
        inc     dptr
        mov     r2,dpl
        mov     r3,dph
;       ../../include/ztex-eeprom.h:156: buf++;
;       ../../include/ztex-eeprom.h:157: if ( i2c_waitRead()) goto eeprom_read_end; 
        push    ar2
        push    ar3
        push    ar4
        push    ar5
        lcall   _i2c_waitRead
        mov     a,dpl
        pop     ar5
        pop     ar4
        pop     ar3
        pop     ar2
        jnz     00117$
;       ../../include/ztex-eeprom.h:154: for (; bytes<length; bytes++ ) {
        inc     r5
        mov     ar4,r5
        sjmp    00118$
00121$:
;       ../../include/ztex-eeprom.h:160: I2CS |= bmBIT5;                // no ACK
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x20
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:161: i = I2DAT;                     // dummy read
        mov     dptr,#_I2DAT
        movx    a,@dptr
;       ../../include/ztex-eeprom.h:162: if ( i2c_waitRead()) goto eeprom_read_end; 
        push    ar4
        lcall   _i2c_waitRead
        mov     a,dpl
        pop     ar4
        jnz     00117$
;       ../../include/ztex-eeprom.h:164: I2CS |= bmBIT6;                // stop bit
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x40
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:165: i = I2DAT;                     // dummy read
        mov     dptr,#_I2DAT
        movx    a,@dptr
;       ../../include/ztex-eeprom.h:166: i2c_waitStop();
        push    ar4
        lcall   _i2c_waitStop
        pop     ar4
;       ../../include/ztex-eeprom.h:168: eeprom_read_end:
00117$:
;       ../../include/ztex-eeprom.h:169: return bytes;
        mov     dpl,r4
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'eeprom_write'
;------------------------------------------------------------
;addr                      Allocated with name '_eeprom_write_PARM_2'
;length                    Allocated with name '_eeprom_write_PARM_3'
;buf                       Allocated to registers r2 r3 
;bytes                     Allocated to registers r4 
;------------------------------------------------------------
;       ../../include/ztex-eeprom.h:178: BYTE eeprom_write ( __xdata BYTE *buf, WORD addr, BYTE length ) {
;       -----------------------------------------
;        function eeprom_write
;       -----------------------------------------
_eeprom_write:
        mov     r2,dpl
        mov     r3,dph
;       ../../include/ztex-eeprom.h:179: BYTE bytes = 0;
        mov     r4,#0x00
;       ../../include/ztex-eeprom.h:181: if ( length == 0 ) 
        mov     a,_eeprom_write_PARM_3
;       ../../include/ztex-eeprom.h:182: return 0;
        jnz     00102$
        mov     dpl,a
        ret
00102$:
;       ../../include/ztex-eeprom.h:184: if ( eeprom_select(EEPROM_ADDR, 100,0) ) 
        mov     _eeprom_select_PARM_2,#0x64
        mov     _eeprom_select_PARM_3,#0x00
        mov     dpl,#0xA2
        push    ar2
        push    ar3
        push    ar4
        lcall   _eeprom_select
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jz      00125$
        ljmp    00111$
00125$:
;       ../../include/ztex-eeprom.h:187: I2DAT = HI(addr);              // write address
        mov     dptr,#_I2DAT
        mov     a,(_eeprom_write_PARM_2 + 1)
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:188: if ( i2c_waitWrite() ) goto eeprom_write_end;
        push    ar2
        push    ar3
        push    ar4
        lcall   _i2c_waitWrite
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jz      00126$
        ljmp    00111$
00126$:
;       ../../include/ztex-eeprom.h:189: I2DAT = LO(addr);              // write address
        mov     dptr,#_I2DAT
        mov     a,_eeprom_write_PARM_2
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:190: if ( i2c_waitWrite() ) goto eeprom_write_end;
        push    ar2
        push    ar3
        push    ar4
        lcall   _i2c_waitWrite
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jnz     00111$
        mov     r5,a
00112$:
;       ../../include/ztex-eeprom.h:192: for (; bytes<length; bytes++ ) {
        clr     c
        mov     a,r5
        subb    a,_eeprom_write_PARM_3
        jnc     00115$
;       ../../include/ztex-eeprom.h:193: I2DAT = *buf;          // write data 
        mov     dpl,r2
        mov     dph,r3
        movx    a,@dptr
        mov     r6,a
        inc     dptr
        mov     r2,dpl
        mov     r3,dph
        mov     dptr,#_I2DAT
        mov     a,r6
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:194: eeprom_write_checksum += *buf;
        mov     dptr,#_eeprom_write_checksum
        movx    a,@dptr
        mov     r7,a
        mov     a,r6
        add     a,r7
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:195: buf++;
;       ../../include/ztex-eeprom.h:196: eeprom_write_bytes+=1;
        mov     dptr,#_eeprom_write_bytes
        movx    a,@dptr
        mov     r6,a
        inc     dptr
        movx    a,@dptr
        mov     r7,a
        mov     dptr,#_eeprom_write_bytes
        mov     a,#0x01
        add     a,r6
        movx    @dptr,a
        clr     a
        addc    a,r7
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:197: if ( i2c_waitWrite() ) goto eeprom_write_end;
        push    ar2
        push    ar3
        push    ar4
        push    ar5
        lcall   _i2c_waitWrite
        mov     a,dpl
        pop     ar5
        pop     ar4
        pop     ar3
        pop     ar2
        jnz     00111$
;       ../../include/ztex-eeprom.h:192: for (; bytes<length; bytes++ ) {
        inc     r5
        mov     ar4,r5
        sjmp    00112$
00115$:
;       ../../include/ztex-eeprom.h:199: I2CS |= bmBIT6;                // stop bit
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x40
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:200: i2c_waitStop();
        push    ar4
        lcall   _i2c_waitStop
        pop     ar4
;       ../../include/ztex-eeprom.h:202: eeprom_write_end:
00111$:
;       ../../include/ztex-eeprom.h:203: return bytes;
        mov     dpl,r4
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'eeprom_read_ep0'
;------------------------------------------------------------
;i                         Allocated to registers r3 
;b                         Allocated to registers r2 
;------------------------------------------------------------
;       ../../include/ztex-eeprom.h:209: BYTE eeprom_read_ep0 () { 
;       -----------------------------------------
;        function eeprom_read_ep0
;       -----------------------------------------
_eeprom_read_ep0:
;       ../../include/ztex-eeprom.h:211: b = ep0_payload_transfer;
        mov     dptr,#_ep0_payload_transfer
        movx    a,@dptr
        mov     r2,a
;       ../../include/ztex-eeprom.h:212: i = eeprom_read(EP0BUF, eeprom_addr, b);
        mov     dptr,#_eeprom_addr
        movx    a,@dptr
        mov     _eeprom_read_PARM_2,a
        inc     dptr
        movx    a,@dptr
        mov     (_eeprom_read_PARM_2 + 1),a
        mov     _eeprom_read_PARM_3,r2
        mov     dptr,#_EP0BUF
        push    ar2
        lcall   _eeprom_read
        mov     r3,dpl
        pop     ar2
;       ../../include/ztex-eeprom.h:213: eeprom_addr += b;
        mov     r4,#0x00
        mov     dptr,#_eeprom_addr
        movx    a,@dptr
        mov     r5,a
        inc     dptr
        movx    a,@dptr
        mov     r6,a
        mov     dptr,#_eeprom_addr
        mov     a,r2
        add     a,r5
        movx    @dptr,a
        mov     a,r4
        addc    a,r6
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:214: return i;
        mov     dpl,r3
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'eeprom_write_ep0'
;------------------------------------------------------------
;length                    Allocated to registers r2 
;------------------------------------------------------------
;       ../../include/ztex-eeprom.h:230: void eeprom_write_ep0 ( BYTE length ) {        
;       -----------------------------------------
;        function eeprom_write_ep0
;       -----------------------------------------
_eeprom_write_ep0:
        mov     r2,dpl
;       ../../include/ztex-eeprom.h:231: eeprom_write(EP0BUF, eeprom_addr, length);
        mov     dptr,#_eeprom_addr
        movx    a,@dptr
        mov     _eeprom_write_PARM_2,a
        inc     dptr
        movx    a,@dptr
        mov     (_eeprom_write_PARM_2 + 1),a
        mov     _eeprom_write_PARM_3,r2
        mov     dptr,#_EP0BUF
        push    ar2
        lcall   _eeprom_write
        pop     ar2
;       ../../include/ztex-eeprom.h:232: eeprom_addr += length;
        mov     r3,#0x00
        mov     dptr,#_eeprom_addr
        movx    a,@dptr
        mov     r4,a
        inc     dptr
        movx    a,@dptr
        mov     r5,a
        mov     dptr,#_eeprom_addr
        mov     a,r2
        add     a,r4
        movx    @dptr,a
        mov     a,r3
        addc    a,r5
        inc     dptr
        movx    @dptr,a
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'mac_eeprom_read'
;------------------------------------------------------------
;addr                      Allocated with name '_mac_eeprom_read_PARM_2'
;length                    Allocated with name '_mac_eeprom_read_PARM_3'
;buf                       Allocated to registers r2 r3 
;bytes                     Allocated to registers r4 
;i                         Allocated to registers 
;------------------------------------------------------------
;       ../../include/ztex-eeprom.h:272: BYTE mac_eeprom_read ( __xdata BYTE *buf, BYTE addr, BYTE length ) { 
;       -----------------------------------------
;        function mac_eeprom_read
;       -----------------------------------------
_mac_eeprom_read:
        mov     r2,dpl
        mov     r3,dph
;       ../../include/ztex-eeprom.h:273: BYTE bytes = 0,i;
        mov     r4,#0x00
;       ../../include/ztex-eeprom.h:275: if ( length == 0 ) 
        mov     a,_mac_eeprom_read_PARM_3
;       ../../include/ztex-eeprom.h:276: return 0;
        jnz     00102$
        mov     dpl,a
        ret
00102$:
;       ../../include/ztex-eeprom.h:278: if ( eeprom_select(EEPROM_MAC_ADDR, 100,0) ) 
        mov     _eeprom_select_PARM_2,#0x64
        mov     _eeprom_select_PARM_3,#0x00
        mov     dpl,#0xA6
        push    ar2
        push    ar3
        push    ar4
        lcall   _eeprom_select
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jz      00131$
        ljmp    00115$
00131$:
;       ../../include/ztex-eeprom.h:281: I2DAT = addr;          // write address
        mov     dptr,#_I2DAT
        mov     a,_mac_eeprom_read_PARM_2
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:282: if ( i2c_waitWrite() ) goto mac_eeprom_read_end;
        push    ar2
        push    ar3
        push    ar4
        lcall   _i2c_waitWrite
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jz      00132$
        ljmp    00115$
00132$:
;       ../../include/ztex-eeprom.h:283: I2CS |= bmBIT6;
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x40
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:284: i2c_waitStop();
        push    ar2
        push    ar3
        push    ar4
        lcall   _i2c_waitStop
;       ../../include/ztex-eeprom.h:286: I2CS |= bmBIT7;                // start bit
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x80
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:287: i2c_waitStart();
        lcall   _i2c_waitStart
;       ../../include/ztex-eeprom.h:288: I2DAT = EEPROM_MAC_ADDR | 1;  // select device for reading
        mov     dptr,#_I2DAT
        mov     a,#0xA7
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:289: if ( i2c_waitWrite() ) goto mac_eeprom_read_end;
        lcall   _i2c_waitWrite
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jnz     00115$
;       ../../include/ztex-eeprom.h:291: *buf = I2DAT;          // dummy read
        mov     dptr,#_I2DAT
        movx    a,@dptr
        mov     dpl,r2
        mov     dph,r3
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:292: if ( i2c_waitRead()) goto mac_eeprom_read_end; 
        push    ar2
        push    ar3
        push    ar4
        lcall   _i2c_waitRead
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jnz     00115$
        mov     r5,a
00116$:
;       ../../include/ztex-eeprom.h:293: for (; bytes<length; bytes++ ) {
        clr     c
        mov     a,r5
        subb    a,_mac_eeprom_read_PARM_3
        jnc     00119$
;       ../../include/ztex-eeprom.h:294: *buf = I2DAT;          // read data
        mov     dptr,#_I2DAT
        movx    a,@dptr
        mov     dpl,r2
        mov     dph,r3
        movx    @dptr,a
        inc     dptr
        mov     r2,dpl
        mov     r3,dph
;       ../../include/ztex-eeprom.h:295: buf++;
;       ../../include/ztex-eeprom.h:296: if ( i2c_waitRead()) goto mac_eeprom_read_end; 
        push    ar2
        push    ar3
        push    ar4
        push    ar5
        lcall   _i2c_waitRead
        mov     a,dpl
        pop     ar5
        pop     ar4
        pop     ar3
        pop     ar2
        jnz     00115$
;       ../../include/ztex-eeprom.h:293: for (; bytes<length; bytes++ ) {
        inc     r5
        mov     ar4,r5
        sjmp    00116$
00119$:
;       ../../include/ztex-eeprom.h:299: I2CS |= bmBIT5;                // no ACK
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x20
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:300: i = I2DAT;                     // dummy read
        mov     dptr,#_I2DAT
        movx    a,@dptr
;       ../../include/ztex-eeprom.h:301: if ( i2c_waitRead()) goto mac_eeprom_read_end; 
        push    ar4
        lcall   _i2c_waitRead
        mov     a,dpl
        pop     ar4
        jnz     00115$
;       ../../include/ztex-eeprom.h:303: I2CS |= bmBIT6;                // stop bit
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x40
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:304: i = I2DAT;                     // dummy read
        mov     dptr,#_I2DAT
        movx    a,@dptr
;       ../../include/ztex-eeprom.h:305: i2c_waitStop();
        push    ar4
        lcall   _i2c_waitStop
        pop     ar4
;       ../../include/ztex-eeprom.h:307: mac_eeprom_read_end:
00115$:
;       ../../include/ztex-eeprom.h:308: return bytes;
        mov     dpl,r4
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'mac_eeprom_write'
;------------------------------------------------------------
;addr                      Allocated with name '_mac_eeprom_write_PARM_2'
;length                    Allocated with name '_mac_eeprom_write_PARM_3'
;buf                       Allocated to registers r2 r3 
;bytes                     Allocated to registers r4 
;------------------------------------------------------------
;       ../../include/ztex-eeprom.h:317: BYTE mac_eeprom_write ( __xdata BYTE *buf, BYTE addr, BYTE length ) {
;       -----------------------------------------
;        function mac_eeprom_write
;       -----------------------------------------
_mac_eeprom_write:
        mov     r2,dpl
        mov     r3,dph
;       ../../include/ztex-eeprom.h:318: BYTE bytes = 0;
        mov     r4,#0x00
;       ../../include/ztex-eeprom.h:320: if ( length == 0 ) 
        mov     a,_mac_eeprom_write_PARM_3
;       ../../include/ztex-eeprom.h:321: return 0;
        jnz     00102$
        mov     dpl,a
        ret
00102$:
;       ../../include/ztex-eeprom.h:323: if ( eeprom_select(EEPROM_MAC_ADDR, 100,0) ) 
        mov     _eeprom_select_PARM_2,#0x64
        mov     _eeprom_select_PARM_3,#0x00
        mov     dpl,#0xA6
        push    ar2
        push    ar3
        push    ar4
        lcall   _eeprom_select
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jz      00132$
        ljmp    00119$
00132$:
;       ../../include/ztex-eeprom.h:326: I2DAT = addr;                  // write address
        mov     dptr,#_I2DAT
        mov     a,_mac_eeprom_write_PARM_2
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:327: if ( i2c_waitWrite() ) goto mac_eeprom_write_end;
        push    ar2
        push    ar3
        push    ar4
        lcall   _i2c_waitWrite
        mov     a,dpl
        pop     ar4
        pop     ar3
        pop     ar2
        jz      00133$
        ljmp    00119$
00133$:
;       ../../include/ztex-eeprom.h:329: while ( bytes<length ) {
        mov     r5,_mac_eeprom_write_PARM_2
        mov     r6,#0x00
00116$:
        clr     c
        mov     a,r6
        subb    a,_mac_eeprom_write_PARM_3
        jc      00134$
        ljmp    00118$
00134$:
;       ../../include/ztex-eeprom.h:330: I2DAT = *buf;          // write data 
        mov     dpl,r2
        mov     dph,r3
        movx    a,@dptr
        mov     r7,a
        inc     dptr
        mov     r2,dpl
        mov     r3,dph
        mov     dptr,#_I2DAT
        mov     a,r7
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:331: buf++;
;       ../../include/ztex-eeprom.h:332: if ( i2c_waitWrite() ) goto mac_eeprom_write_end;
        push    ar2
        push    ar3
        push    ar4
        push    ar5
        push    ar6
        lcall   _i2c_waitWrite
        mov     a,dpl
        pop     ar6
        pop     ar5
        pop     ar4
        pop     ar3
        pop     ar2
        jnz     00119$
;       ../../include/ztex-eeprom.h:334: addr++;
        inc     r5
        mov     _mac_eeprom_write_PARM_2,r5
;       ../../include/ztex-eeprom.h:335: bytes++;
        inc     r6
        mov     ar4,r6
;       ../../include/ztex-eeprom.h:336: if ( ( (addr & 8) == 0 ) && ( bytes<length ) ) {
        mov     a,r5
        jb      acc.3,00116$
        clr     c
        mov     a,r6
        subb    a,_mac_eeprom_write_PARM_3
        jnc     00116$
;       ../../include/ztex-eeprom.h:337: I2CS |= bmBIT6;                // stop bit
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x40
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:338: i2c_waitStop();
        push    ar2
        push    ar3
        push    ar4
        push    ar5
        push    ar6
        lcall   _i2c_waitStop
;       ../../include/ztex-eeprom.h:340: if ( eeprom_select(EEPROM_MAC_ADDR, 100,0) ) 
        mov     _eeprom_select_PARM_2,#0x64
        mov     _eeprom_select_PARM_3,#0x00
        mov     dpl,#0xA6
        lcall   _eeprom_select
        mov     a,dpl
        pop     ar6
        pop     ar5
        pop     ar4
        pop     ar3
        pop     ar2
        jnz     00119$
;       ../../include/ztex-eeprom.h:343: I2DAT = addr;                  // write address
        mov     dptr,#_I2DAT
        mov     a,r5
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:344: if ( i2c_waitWrite() ) goto mac_eeprom_write_end;
        push    ar2
        push    ar3
        push    ar4
        push    ar5
        push    ar6
        lcall   _i2c_waitWrite
        mov     a,dpl
        pop     ar6
        pop     ar5
        pop     ar4
        pop     ar3
        pop     ar2
        jnz     00119$
        ljmp    00116$
00118$:
;       ../../include/ztex-eeprom.h:347: I2CS |= bmBIT6;                // stop bit
        mov     dptr,#_I2CS
        movx    a,@dptr
        orl     a,#0x40
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:348: i2c_waitStop();
        push    ar4
        lcall   _i2c_waitStop
        pop     ar4
;       ../../include/ztex-eeprom.h:350: mac_eeprom_write_end:
00119$:
;       ../../include/ztex-eeprom.h:351: mac_eeprom_addr = addr;
        mov     dptr,#_mac_eeprom_addr
        mov     a,_mac_eeprom_write_PARM_2
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:352: return bytes;
        mov     dpl,r4
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'mac_eeprom_read_ep0'
;------------------------------------------------------------
;i                         Allocated to registers r3 
;b                         Allocated to registers r2 
;------------------------------------------------------------
;       ../../include/ztex-eeprom.h:358: BYTE mac_eeprom_read_ep0 () { 
;       -----------------------------------------
;        function mac_eeprom_read_ep0
;       -----------------------------------------
_mac_eeprom_read_ep0:
;       ../../include/ztex-eeprom.h:360: b = ep0_payload_transfer;
        mov     dptr,#_ep0_payload_transfer
        movx    a,@dptr
        mov     r2,a
;       ../../include/ztex-eeprom.h:361: i = mac_eeprom_read(EP0BUF, mac_eeprom_addr, b);
        mov     dptr,#_mac_eeprom_addr
        movx    a,@dptr
        mov     _mac_eeprom_read_PARM_2,a
        mov     _mac_eeprom_read_PARM_3,r2
        mov     dptr,#_EP0BUF
        push    ar2
        lcall   _mac_eeprom_read
        mov     r3,dpl
        pop     ar2
;       ../../include/ztex-eeprom.h:362: mac_eeprom_addr += b;
        mov     dptr,#_mac_eeprom_addr
        movx    a,@dptr
        mov     r4,a
        mov     a,r2
        add     a,r4
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:363: return i;
        mov     dpl,r3
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'spi_clocks'
;------------------------------------------------------------
;c                         Allocated to registers 
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:98: void spi_clocks (BYTE c) {
;       -----------------------------------------
;        function spi_clocks
;       -----------------------------------------
_spi_clocks:
;       ../../include/ztex-flash2.h:110: }
        
         mov r2,dpl
        010014$:
                setb _IOA0
                nop
                nop
                nop
                clr _IOA0
         djnz r2,010014$
;       # 109 "../../include/ztex-flash2.h"
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'flash_read_byte'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:118: __asm  
;       -----------------------------------------
;        function flash_read_byte
;       -----------------------------------------
_flash_read_byte:
;       ../../include/ztex-flash2.h:169: void flash_read(__xdata BYTE *buf, BYTE len) {
        
        
         mov c,_IOC0
;       # 121 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 126 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 131 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 136 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 141 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 146 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 151 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 156 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
                mov dpl,a
                ret
;       ../../include/ztex-flash2.h:170: *buf;                                  // this avoids stupid warnings
        mov     dpl,#0x00
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'flash_read'
;------------------------------------------------------------
;len                       Allocated with name '_flash_read_PARM_2'
;buf                       Allocated to registers 
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:169: void flash_read(__xdata BYTE *buf, BYTE len) {
;       -----------------------------------------
;        function flash_read
;       -----------------------------------------
_flash_read:
;       ../../include/ztex-flash2.h:228: __asm
        
;       # 173 "../../include/ztex-flash2.h"
         mov r2,_flash_read_PARM_2
        010012$:
        
         mov c,_IOC0
;       # 177 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 182 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 187 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 192 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 197 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 202 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 207 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
                mov c,_IOC0
;       # 212 "../../include/ztex-flash2.h"
                setb _IOA0
                rlc a
                clr _IOA0
        
         movx @dptr,a
         inc dptr
         djnz r2,010012$
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'spi_write_byte'
;------------------------------------------------------------
;b                         Allocated to registers 
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:235: rlc    a               // 6
;       -----------------------------------------
;        function spi_write_byte
;       -----------------------------------------
_spi_write_byte:
;       ../../include/ztex-flash2.h:280: *buf;                                  // this avoids stupid warnings
        
;       # 230 "../../include/ztex-flash2.h"
         mov a,dpl
         rlc a
;       # 232 "../../include/ztex-flash2.h"
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 236 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 241 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 246 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 251 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 256 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 261 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 266 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         nop
                clr _IOA0
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'spi_write'
;------------------------------------------------------------
;len                       Allocated with name '_spi_write_PARM_2'
;buf                       Allocated to registers 
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:279: void spi_write(__xdata BYTE *buf, BYTE len) {
;       -----------------------------------------
;        function spi_write
;       -----------------------------------------
_spi_write:
;       ../../include/ztex-flash2.h:339: void spi_select() {
        
;       # 283 "../../include/ztex-flash2.h"
         mov r2,_flash_read_PARM_2
        010013$:
;       # 286 "../../include/ztex-flash2.h"
         movx a,@dptr
         rlc a
;       # 288 "../../include/ztex-flash2.h"
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 292 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 297 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 302 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 307 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 312 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 317 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         rlc a
;       # 322 "../../include/ztex-flash2.h"
                clr _IOA0
        
         mov _IOA1,c
                setb _IOA0
         inc dptr
                clr _IOA0
        
         djnz r2,010013$
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'spi_select'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:348: // de-select the flash (CS)
;       -----------------------------------------
;        function spi_select
;       -----------------------------------------
_spi_select:
;       ../../include/ztex-flash2.h:349: void spi_deselect() {
        setb    _IOA3
;       ../../include/ztex-flash2.h:350: SPI_CS = 1;                                    // CS = 1;
        mov     dpl,#0x08
        lcall   _spi_clocks
;       ../../include/ztex-flash2.h:342: SPI_CS = 0;
        clr     _IOA3
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'spi_deselect'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:349: void spi_deselect() {
;       -----------------------------------------
;        function spi_deselect
;       -----------------------------------------
_spi_deselect:
;       ../../include/ztex-flash2.h:350: SPI_CS = 1;                                    // CS = 1;
        setb    _IOA3
;       ../../include/ztex-flash2.h:351: spi_clocks(8);                         // 8 dummy clocks to finish a previous command
        mov     dpl,#0x08
        ljmp    _spi_clocks
;------------------------------------------------------------
;Allocation info for local variables in function 'spi_wait'
;------------------------------------------------------------
;i                         Allocated to registers r2 r3 
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:371: BYTE spi_wait() {
;       -----------------------------------------
;        function spi_wait
;       -----------------------------------------
_spi_wait:
;       ../../include/ztex-flash2.h:359: spi_last_cmd = $0;
        mov     dptr,#_spi_last_cmd
        mov     a,#0x05
        movx    @dptr,a
;       ../../include/ztex-flash2.h:360: spi_select();                          // select
        lcall   _spi_select
;       ../../include/ztex-flash2.h:361: spi_write_byte($0);                            // CMD 90h
        mov     dpl,#0x05
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:375: for (i=0; (flash_read_byte() & bmBIT0) && i<65535; i++ ) { 
        mov     r2,#0x00
        mov     r3,#0x00
00102$:
        push    ar2
        push    ar3
        lcall   _flash_read_byte
        mov     a,dpl
        pop     ar3
        pop     ar2
        jnb     acc.0,00105$
        mov     ar4,r2
        mov     ar5,r3
        mov     r6,#0x00
        mov     r7,#0x00
        clr     c
        mov     a,r4
        subb    a,#0xFF
        mov     a,r5
        subb    a,#0xFF
        mov     a,r6
        subb    a,#0x00
        mov     a,r7
        xrl     a,#0x80
        subb    a,#0x80
        jnc     00105$
;       ../../include/ztex-flash2.h:376: spi_clocks(0);                         // 256 dummy clocks
        mov     dpl,#0x00
        push    ar2
        push    ar3
        lcall   _spi_clocks
        pop     ar3
        pop     ar2
;       ../../include/ztex-flash2.h:375: for (i=0; (flash_read_byte() & bmBIT0) && i<65535; i++ ) { 
        inc     r2
        cjne    r2,#0x00,00102$
        inc     r3
        sjmp    00102$
00105$:
;       ../../include/ztex-flash2.h:379: flash_ec = flash_read_byte() & bmBIT0 ? FLASH_EC_TIMEOUT : 0;
        lcall   _flash_read_byte
        mov     a,dpl
        jnb     acc.0,00108$
        mov     r2,#0x02
        sjmp    00109$
00108$:
        mov     r2,#0x00
00109$:
        mov     dptr,#_flash_ec
        mov     a,r2
        movx    @dptr,a
;       ../../include/ztex-flash2.h:380: spi_deselect();
        lcall   _spi_deselect
;       ../../include/ztex-flash2.h:381: return flash_ec;
        mov     dptr,#_flash_ec
        movx    a,@dptr
        mov     dpl,a
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'flash_read_init'
;------------------------------------------------------------
;s                         Allocated to registers r2 r3 
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:391: BYTE flash_read_init(WORD s) {
;       -----------------------------------------
;        function flash_read_init
;       -----------------------------------------
_flash_read_init:
        mov     r2,dpl
        mov     r3,dph
;       ../../include/ztex-flash2.h:396: OESPI_OPORT &= ~bmBITSPI_BIT_DO;
        jb      _IOA3,00102$
;       ../../include/ztex-flash2.h:393: flash_ec = FLASH_EC_PENDING;
        mov     dptr,#_flash_ec
        mov     a,#0x04
        movx    @dptr,a
;       ../../include/ztex-flash2.h:394: return FLASH_EC_PENDING;               // we interrupted a pending Flash operation
        mov     dpl,#0x04
        ret
00102$:
;       ../../include/ztex-flash2.h:396: OESPI_OPORT &= ~bmBITSPI_BIT_DO;
        anl     _OEC,#0xFE
;       ../../include/ztex-flash2.h:397: OESPI_PORT |= bmBITSPI_BIT_CS | bmBITSPI_BIT_DI | bmBITSPI_BIT_CLK;
        orl     _OEA,#0x0B
;       ../../include/ztex-flash2.h:398: if ( spi_wait() ) {
        push    ar2
        push    ar3
        lcall   _spi_wait
        mov     a,dpl
        pop     ar3
        pop     ar2
        jz      00104$
;       ../../include/ztex-flash2.h:399: return flash_ec;
        mov     dptr,#_flash_ec
        movx    a,@dptr
        mov     dpl,a
        ret
00104$:
;       ../../include/ztex-flash2.h:402: s = s << ((BYTE)flash_sector_size - 8);     
        mov     dptr,#_flash_sector_size
        movx    a,@dptr
        mov     r4,a
        inc     dptr
        movx    a,@dptr
        mov     r5,#0x00
        mov     a,r4
        add     a,#0xf8
        mov     r4,a
        mov     a,r5
        addc    a,#0xff
        mov     r5,a
        mov     b,r4
        inc     b
        sjmp    00112$
00111$:
        mov     a,r2
        add     a,r2
        mov     r2,a
        mov     a,r3
        rlc     a
        mov     r3,a
00112$:
        djnz    b,00111$
;       ../../include/ztex-flash2.h:359: spi_last_cmd = $0;
        mov     dptr,#_spi_last_cmd
        mov     a,#0x0B
        movx    @dptr,a
;       ../../include/ztex-flash2.h:360: spi_select();                          // select
        push    ar2
        push    ar3
        lcall   _spi_select
;       ../../include/ztex-flash2.h:361: spi_write_byte($0);                            // CMD 90h
        mov     dpl,#0x0B
        lcall   _spi_write_byte
        pop     ar3
;       ../../include/ztex-flash2.h:363: 
        mov     dpl,r3
        push    ar3
        lcall   _spi_write_byte
        pop     ar3
        pop     ar2
;       ../../include/ztex-flash2.h:405: spi_write_byte(s & 255);
        mov     dpl,r2
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:406: spi_write_byte(0);
        mov     dpl,#0x00
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:407: spi_clocks(8);                         // 8 dummy clocks
        mov     dpl,#0x08
        lcall   _spi_clocks
;       ../../include/ztex-flash2.h:408: return 0;
        mov     dpl,#0x00
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'flash_read_next'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:417: BYTE flash_read_next() {
;       -----------------------------------------
;        function flash_read_next
;       -----------------------------------------
_flash_read_next:
;       ../../include/ztex-flash2.h:418: return 0;
        mov     dpl,#0x00
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'flash_read_finish'
;------------------------------------------------------------
;n                         Allocated to registers 
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:428: void flash_read_finish(WORD n) {
;       -----------------------------------------
;        function flash_read_finish
;       -----------------------------------------
_flash_read_finish:
;       ../../include/ztex-flash2.h:430: spi_deselect();
        ljmp    _spi_deselect
;------------------------------------------------------------
;Allocation info for local variables in function 'spi_pp'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:437: BYTE spi_pp () {       
;       -----------------------------------------
;        function spi_pp
;       -----------------------------------------
_spi_pp:
;       ../../include/ztex-flash2.h:438: spi_deselect();                                // finish previous write cmd
        lcall   _spi_deselect
;       ../../include/ztex-flash2.h:440: spi_need_pp = 0;
        mov     dptr,#_spi_need_pp
        clr     a
        movx    @dptr,a
;       ../../include/ztex-flash2.h:442: if ( spi_wait() ) {
        lcall   _spi_wait
        mov     a,dpl
        jz      00102$
;       ../../include/ztex-flash2.h:443: return flash_ec;
        mov     dptr,#_flash_ec
        movx    a,@dptr
        mov     dpl,a
        ret
00102$:
;       ../../include/ztex-flash2.h:359: spi_last_cmd = $0;
        mov     dptr,#_spi_last_cmd
        mov     a,#0x06
        movx    @dptr,a
;       ../../include/ztex-flash2.h:360: spi_select();                          // select
        lcall   _spi_select
;       ../../include/ztex-flash2.h:361: spi_write_byte($0);                            // CMD 90h
        mov     dpl,#0x06
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:446: spi_deselect();
        lcall   _spi_deselect
;       ../../include/ztex-flash2.h:359: spi_last_cmd = $0;
        mov     dptr,#_spi_last_cmd
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ztex-flash2.h:360: spi_select();                          // select
        lcall   _spi_select
;       ../../include/ztex-flash2.h:361: spi_write_byte($0);                            // CMD 90h
        mov     dpl,#0x02
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:363: 
        mov     dptr,#_spi_write_addr_hi
        movx    a,@dptr
        inc     dptr
        movx    a,@dptr
        mov     dpl,a
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:450: spi_write_byte(spi_write_addr_hi & 255);
        mov     dptr,#_spi_write_addr_hi
        movx    a,@dptr
        mov     r2,a
        inc     dptr
        movx    a,@dptr
        mov     dpl,r2
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:451: spi_write_byte(0);
        mov     dpl,#0x00
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:452: return 0;
        mov     dpl,#0x00
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'flash_write_byte'
;------------------------------------------------------------
;b                         Allocated to registers r2 
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:459: BYTE flash_write_byte (BYTE b) {
;       -----------------------------------------
;        function flash_write_byte
;       -----------------------------------------
_flash_write_byte:
        mov     r2,dpl
;       ../../include/ztex-flash2.h:460: if ( spi_need_pp && spi_pp() ) return flash_ec;
        mov     dptr,#_spi_need_pp
        movx    a,@dptr
        mov     r3,a
        jz      00102$
        push    ar2
        lcall   _spi_pp
        mov     a,dpl
        pop     ar2
        jz      00102$
        mov     dptr,#_flash_ec
        movx    a,@dptr
        mov     dpl,a
        ret
00102$:
;       ../../include/ztex-flash2.h:461: spi_write_byte(b);
        mov     dpl,r2
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:462: spi_write_addr_lo++;
        mov     dptr,#_spi_write_addr_lo
        movx    a,@dptr
        mov     dptr,#_spi_write_addr_lo
        inc     a
        movx    @dptr,a
;       ../../include/ztex-flash2.h:463: if ( spi_write_addr_lo == 0 ) {
        mov     dptr,#_spi_write_addr_lo
        movx    a,@dptr
        mov     r2,a
        jnz     00105$
;       ../../include/ztex-flash2.h:464: spi_write_addr_hi++;
        mov     dptr,#_spi_write_addr_hi
        movx    a,@dptr
        mov     r2,a
        inc     dptr
        movx    a,@dptr
        mov     r3,a
        mov     dptr,#_spi_write_addr_hi
        mov     a,#0x01
        add     a,r2
        movx    @dptr,a
        clr     a
        addc    a,r3
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-flash2.h:465: spi_deselect();                                // finish write cmd
        lcall   _spi_deselect
;       ../../include/ztex-flash2.h:466: spi_need_pp = 1;
        mov     dptr,#_spi_need_pp
        mov     a,#0x01
        movx    @dptr,a
00105$:
;       ../../include/ztex-flash2.h:468: return 0;
        mov     dpl,#0x00
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'flash_write'
;------------------------------------------------------------
;len                       Allocated with name '_flash_write_PARM_2'
;buf                       Allocated to registers r2 r3 
;b                         Allocated to registers r4 
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:476: BYTE flash_write(__xdata BYTE *buf, BYTE len) {
;       -----------------------------------------
;        function flash_write
;       -----------------------------------------
_flash_write:
        mov     r2,dpl
        mov     r3,dph
;       ../../include/ztex-flash2.h:478: if ( spi_need_pp && spi_pp() ) return flash_ec;
        mov     dptr,#_spi_need_pp
        movx    a,@dptr
        mov     r4,a
        jz      00102$
        push    ar2
        push    ar3
        lcall   _spi_pp
        mov     a,dpl
        pop     ar3
        pop     ar2
        jz      00102$
        mov     dptr,#_flash_ec
        movx    a,@dptr
        mov     dpl,a
        ret
00102$:
;       ../../include/ztex-flash2.h:480: if ( spi_write_addr_lo == 0 ) {
        mov     dptr,#_spi_write_addr_lo
        movx    a,@dptr
        mov     r4,a
        jnz     00110$
;       ../../include/ztex-flash2.h:481: spi_write(buf,len);
        mov     _spi_write_PARM_2,_flash_write_PARM_2
        mov     dpl,r2
        mov     dph,r3
        lcall   _spi_write
        sjmp    00111$
00110$:
;       ../../include/ztex-flash2.h:484: b = (~spi_write_addr_lo) + 1;
        mov     a,r4
        cpl     a
        mov     r4,a
        inc     r4
;       ../../include/ztex-flash2.h:485: if ( len==0 || len>b ) {
        mov     a,_flash_write_PARM_2
        jz      00106$
        clr     c
        mov     a,r4
        subb    a,_flash_write_PARM_2
        jnc     00107$
00106$:
;       ../../include/ztex-flash2.h:486: spi_write(buf,b);
        mov     _spi_write_PARM_2,r4
        mov     dpl,r2
        mov     dph,r3
        push    ar2
        push    ar3
        push    ar4
        lcall   _spi_write
        pop     ar4
        pop     ar3
        pop     ar2
;       ../../include/ztex-flash2.h:487: len-=b;
        mov     a,_flash_write_PARM_2
        clr     c
        subb    a,r4
        mov     _flash_write_PARM_2,a
;       ../../include/ztex-flash2.h:488: spi_write_addr_hi++;
        mov     dptr,#_spi_write_addr_hi
        movx    a,@dptr
        mov     r5,a
        inc     dptr
        movx    a,@dptr
        mov     r6,a
        mov     dptr,#_spi_write_addr_hi
        mov     a,#0x01
        add     a,r5
        movx    @dptr,a
        clr     a
        addc    a,r6
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-flash2.h:489: spi_write_addr_lo=0;
        mov     dptr,#_spi_write_addr_lo
        clr     a
        movx    @dptr,a
;       ../../include/ztex-flash2.h:490: buf+=b;
        mov     a,r4
        add     a,r2
        mov     r2,a
        clr     a
        addc    a,r3
        mov     r3,a
;       ../../include/ztex-flash2.h:491: if ( spi_pp() ) return flash_ec;
        push    ar2
        push    ar3
        lcall   _spi_pp
        mov     a,dpl
        pop     ar3
        pop     ar2
        jz      00107$
        mov     dptr,#_flash_ec
        movx    a,@dptr
        mov     dpl,a
        ret
00107$:
;       ../../include/ztex-flash2.h:493: spi_write(buf,len);
        mov     _spi_write_PARM_2,_flash_write_PARM_2
        mov     dpl,r2
        mov     dph,r3
        lcall   _spi_write
00111$:
;       ../../include/ztex-flash2.h:496: spi_write_addr_lo+=len;
        mov     dptr,#_spi_write_addr_lo
        movx    a,@dptr
        mov     r2,a
        mov     a,_flash_write_PARM_2
        add     a,r2
        movx    @dptr,a
;       ../../include/ztex-flash2.h:498: if ( spi_write_addr_lo == 0 ) {
        mov     dptr,#_spi_write_addr_lo
        movx    a,@dptr
        mov     r2,a
        jnz     00113$
;       ../../include/ztex-flash2.h:499: spi_write_addr_hi++;
        mov     dptr,#_spi_write_addr_hi
        movx    a,@dptr
        mov     r2,a
        inc     dptr
        movx    a,@dptr
        mov     r3,a
        mov     dptr,#_spi_write_addr_hi
        mov     a,#0x01
        add     a,r2
        movx    @dptr,a
        clr     a
        addc    a,r3
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-flash2.h:500: spi_deselect();                                // finish write cmd
        lcall   _spi_deselect
;       ../../include/ztex-flash2.h:501: spi_need_pp = 1;
        mov     dptr,#_spi_need_pp
        mov     a,#0x01
        movx    @dptr,a
00113$:
;       ../../include/ztex-flash2.h:504: return 0;
        mov     dpl,#0x00
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'flash_write_init'
;------------------------------------------------------------
;s                         Allocated to registers r2 r3 
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:516: BYTE flash_write_init(WORD s) {
;       -----------------------------------------
;        function flash_write_init
;       -----------------------------------------
_flash_write_init:
        mov     r2,dpl
        mov     r3,dph
;       ../../include/ztex-flash2.h:517: if ( !SPI_CS ) {
        jb      _IOA3,00102$
;       ../../include/ztex-flash2.h:518: flash_ec = FLASH_EC_PENDING;
        mov     dptr,#_flash_ec
        mov     a,#0x04
        movx    @dptr,a
;       ../../include/ztex-flash2.h:519: return FLASH_EC_PENDING;               // we interrupted a pending Flash operation
        mov     dpl,#0x04
        ret
00102$:
;       ../../include/ztex-flash2.h:521: OESPI_OPORT &= ~bmBITSPI_BIT_DO;
        anl     _OEC,#0xFE
;       ../../include/ztex-flash2.h:522: OESPI_PORT |= bmBITSPI_BIT_CS | bmBITSPI_BIT_DI | bmBITSPI_BIT_CLK;
        orl     _OEA,#0x0B
;       ../../include/ztex-flash2.h:523: if ( spi_wait() ) {
        push    ar2
        push    ar3
        lcall   _spi_wait
        mov     a,dpl
        pop     ar3
        pop     ar2
        jz      00104$
;       ../../include/ztex-flash2.h:524: return flash_ec;
        mov     dptr,#_flash_ec
        movx    a,@dptr
        mov     dpl,a
        ret
00104$:
;       ../../include/ztex-flash2.h:526: spi_write_sector = s;
        mov     dptr,#_spi_write_sector
        mov     a,r2
        movx    @dptr,a
        inc     dptr
        mov     a,r3
        movx    @dptr,a
;       ../../include/ztex-flash2.h:527: s = s << ((BYTE)flash_sector_size - 8);     
        mov     dptr,#_flash_sector_size
        movx    a,@dptr
        mov     r4,a
        inc     dptr
        movx    a,@dptr
        mov     r5,#0x00
        mov     a,r4
        add     a,#0xf8
        mov     r4,a
        mov     a,r5
        addc    a,#0xff
        mov     r5,a
        mov     b,r4
        inc     b
        sjmp    00112$
00111$:
        mov     a,r2
        add     a,r2
        mov     r2,a
        mov     a,r3
        rlc     a
        mov     r3,a
00112$:
        djnz    b,00111$
;       ../../include/ztex-flash2.h:528: spi_write_addr_hi = s;
        mov     dptr,#_spi_write_addr_hi
        mov     a,r2
        movx    @dptr,a
        inc     dptr
        mov     a,r3
        movx    @dptr,a
;       ../../include/ztex-flash2.h:529: spi_write_addr_lo = 0;
        mov     dptr,#_spi_write_addr_lo
        clr     a
        movx    @dptr,a
;       ../../include/ztex-flash2.h:359: spi_last_cmd = $0;
        mov     dptr,#_spi_last_cmd
        mov     a,#0x06
        movx    @dptr,a
;       ../../include/ztex-flash2.h:360: spi_select();                          // select
        push    ar2
        push    ar3
        lcall   _spi_select
;       ../../include/ztex-flash2.h:361: spi_write_byte($0);                            // CMD 90h
        mov     dpl,#0x06
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:532: spi_deselect();
        lcall   _spi_deselect
;       ../../include/ztex-flash2.h:359: spi_last_cmd = $0;
        mov     dptr,#_spi_erase_cmd
        movx    a,@dptr
        mov     dptr,#_spi_last_cmd
        movx    @dptr,a
;       ../../include/ztex-flash2.h:360: spi_select();                          // select
        lcall   _spi_select
;       ../../include/ztex-flash2.h:361: spi_write_byte($0);                            // CMD 90h
        mov     dptr,#_spi_erase_cmd
        movx    a,@dptr
        mov     dpl,a
        lcall   _spi_write_byte
        pop     ar3
;       ../../include/ztex-flash2.h:363: 
        mov     dpl,r3
        push    ar3
        lcall   _spi_write_byte
        pop     ar3
        pop     ar2
;       ../../include/ztex-flash2.h:536: spi_write_byte(s & 255);
        mov     dpl,r2
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:537: spi_write_byte(0);
        mov     dpl,#0x00
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:538: spi_deselect();
        lcall   _spi_deselect
;       ../../include/ztex-flash2.h:540: spi_need_pp = 1;
        mov     dptr,#_spi_need_pp
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-flash2.h:541: return 0;
        mov     dpl,#0x00
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'flash_write_finish_sector'
;------------------------------------------------------------
;n                         Allocated to registers 
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:551: BYTE flash_write_finish_sector (WORD n) {
;       -----------------------------------------
;        function flash_write_finish_sector
;       -----------------------------------------
_flash_write_finish_sector:
;       ../../include/ztex-flash2.h:553: spi_deselect();
        lcall   _spi_deselect
;       ../../include/ztex-flash2.h:554: return 0;
        mov     dpl,#0x00
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'flash_write_finish'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:564: void flash_write_finish () {
;       -----------------------------------------
;        function flash_write_finish
;       -----------------------------------------
_flash_write_finish:
;       ../../include/ztex-flash2.h:565: spi_deselect();
        ljmp    _spi_deselect
;------------------------------------------------------------
;Allocation info for local variables in function 'flash_write_next'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:575: BYTE flash_write_next () {
;       -----------------------------------------
;        function flash_write_next
;       -----------------------------------------
_flash_write_next:
;       ../../include/ztex-flash2.h:576: spi_deselect();
        lcall   _spi_deselect
;       ../../include/ztex-flash2.h:577: return flash_write_init(spi_write_sector+1);
        mov     dptr,#_spi_write_sector
        movx    a,@dptr
        mov     r2,a
        inc     dptr
        movx    a,@dptr
        mov     r3,a
        mov     dpl,r2
        mov     dph,r3
        inc     dptr
        ljmp    _flash_write_init
;------------------------------------------------------------
;Allocation info for local variables in function 'flash_init'
;------------------------------------------------------------
;i                         Allocated to registers r2 
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:585: void flash_init() {
;       -----------------------------------------
;        function flash_init
;       -----------------------------------------
_flash_init:
;       ../../include/ztex-flash2.h:588: PORTCCFG = 0;
        mov     dptr,#_PORTCCFG
        clr     a
        movx    @dptr,a
;       ../../include/ztex-flash2.h:590: flash_enabled = 1;
        mov     dptr,#_flash_enabled
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-flash2.h:591: flash_ec = 0;
        mov     dptr,#_flash_ec
        clr     a
        movx    @dptr,a
;       ../../include/ztex-flash2.h:592: flash_sector_size = 0x8010;  // 64 KByte
        mov     dptr,#_flash_sector_size
        mov     a,#0x10
        movx    @dptr,a
        inc     dptr
        mov     a,#0x80
        movx    @dptr,a
;       ../../include/ztex-flash2.h:593: spi_erase_cmd = 0xd8;
        mov     dptr,#_spi_erase_cmd
        mov     a,#0xD8
        movx    @dptr,a
;       ../../include/ztex-flash2.h:595: OESPI_OPORT &= ~bmBITSPI_BIT_DO;
        anl     _OEC,#0xFE
;       ../../include/ztex-flash2.h:596: OESPI_PORT |= bmBITSPI_BIT_CS | bmBITSPI_BIT_DI | bmBITSPI_BIT_CLK;
        orl     _OEA,#0x0B
;       ../../include/ztex-flash2.h:597: SPI_CS = 1;
        setb    _IOA3
;       ../../include/ztex-flash2.h:598: spi_clocks(0);                         // 256 clocks
        mov     dpl,#0x00
        lcall   _spi_clocks
;       ../../include/ztex-flash2.h:359: spi_last_cmd = $0;
        mov     dptr,#_spi_last_cmd
        mov     a,#0x90
        movx    @dptr,a
;       ../../include/ztex-flash2.h:360: spi_select();                          // select
        lcall   _spi_select
;       ../../include/ztex-flash2.h:361: spi_write_byte($0);                            // CMD 90h
        mov     dpl,#0x90
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:363: 
        mov     dpl,#0x18
        lcall   _spi_clocks
;       ../../include/ztex-flash2.h:602: spi_device = flash_read_byte();                        
        lcall   _flash_read_byte
        mov     a,dpl
        mov     dptr,#_spi_device
        movx    @dptr,a
;       ../../include/ztex-flash2.h:603: spi_deselect();                                // deselect
        lcall   _spi_deselect
;       ../../include/ztex-flash2.h:359: spi_last_cmd = $0;
        mov     dptr,#_spi_last_cmd
        mov     a,#0x9F
        movx    @dptr,a
;       ../../include/ztex-flash2.h:360: spi_select();                          // select
        lcall   _spi_select
;       ../../include/ztex-flash2.h:361: spi_write_byte($0);                            // CMD 90h
        mov     dpl,#0x9F
        lcall   _spi_write_byte
;       ../../include/ztex-flash2.h:363: 
        mov     _flash_read_PARM_2,#0x03
        mov     dptr,#_spi_buffer
        lcall   _flash_read
;       ../../include/ztex-flash2.h:364: /* *********************************************************************
        lcall   _spi_deselect
;       ../../include/ztex-flash2.h:608: if ( spi_buffer[2]<16 || spi_buffer[2]>24 ) {
        mov     dptr,#(_spi_buffer + 0x0002)
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x10,00109$
00109$:
        jc      00104$
        mov     a,r2
        add     a,#0xff - 0x18
        jc      00104$
;       ../../include/ztex-flash2.h:611: spi_vendor = spi_buffer[0];
        mov     dptr,#_spi_buffer
        movx    a,@dptr
        mov     dptr,#_spi_vendor
        movx    @dptr,a
;       ../../include/ztex-flash2.h:612: spi_memtype = spi_buffer[1];
        mov     dptr,#(_spi_buffer + 0x0001)
        movx    a,@dptr
        mov     dptr,#_spi_memtype
        movx    @dptr,a
;       ../../include/ztex-flash2.h:628: i=spi_buffer[2]-16;
        mov     a,r2
        add     a,#0xf0
        mov     r2,a
;       ../../include/ztex-flash2.h:630: flash_sectors = 1 << i;
        mov     b,r2
        inc     b
        mov     r2,#0x01
        mov     r3,#0x00
        sjmp    00113$
00112$:
        mov     a,r2
        add     a,r2
        mov     r2,a
        mov     a,r3
        rlc     a
        mov     r3,a
00113$:
        djnz    b,00112$
        mov     dptr,#_flash_sectors
        mov     a,r2
        movx    @dptr,a
        inc     dptr
        mov     a,r3
        movx    @dptr,a
        mov     a,r3
        rlc     a
        subb    a,acc
        inc     dptr
        movx    @dptr,a
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-flash2.h:632: return;
;       ../../include/ztex-flash2.h:634: disable:
        ret
00104$:
;       ../../include/ztex-flash2.h:635: flash_enabled = 0;
        mov     dptr,#_flash_enabled
        clr     a
        movx    @dptr,a
;       ../../include/ztex-flash2.h:636: flash_ec = FLASH_EC_NOTSUPPORTED;
        mov     dptr,#_flash_ec
        mov     a,#0x07
        movx    @dptr,a
;       ../../include/ztex-flash2.h:637: OESPI_PORT &= ~( bmBITSPI_BIT_CS | bmBITSPI_BIT_DI | bmBITSPI_BIT_CLK );
        anl     _OEA,#0xF4
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'spi_read_ep0'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:663: void spi_read_ep0 () { 
;       -----------------------------------------
;        function spi_read_ep0
;       -----------------------------------------
_spi_read_ep0:
;       ../../include/ztex-flash2.h:664: flash_read(EP0BUF, ep0_payload_transfer);
        mov     dptr,#_ep0_payload_transfer
        movx    a,@dptr
        mov     _flash_read_PARM_2,a
        mov     dptr,#_EP0BUF
        lcall   _flash_read
;       ../../include/ztex-flash2.h:665: if ( ep0_read_mode==2 && ep0_payload_remaining==0 ) {
        mov     dptr,#_ep0_read_mode
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x02,00104$
        mov     dptr,#_ep0_payload_remaining
        movx    a,@dptr
        mov     r2,a
        inc     dptr
        movx    a,@dptr
        mov     r3,a
        orl     a,r2
        jnz     00104$
;       ../../include/ztex-flash2.h:666: spi_deselect();
        ljmp    _spi_deselect
00104$:
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'spi_send_ep0'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-flash2.h:690: void spi_send_ep0 () { 
;       -----------------------------------------
;        function spi_send_ep0
;       -----------------------------------------
_spi_send_ep0:
;       ../../include/ztex-flash2.h:691: flash_write(EP0BUF, ep0_payload_transfer);
        mov     dptr,#_ep0_payload_transfer
        movx    a,@dptr
        mov     _flash_write_PARM_2,a
        mov     dptr,#_EP0BUF
        lcall   _flash_write
;       ../../include/ztex-flash2.h:692: if ( ep0_write_mode==2 && ep0_payload_remaining==0 ) {
        mov     dptr,#_ep0_write_mode
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x02,00104$
        mov     dptr,#_ep0_payload_remaining
        movx    a,@dptr
        mov     r2,a
        inc     dptr
        movx    a,@dptr
        mov     r3,a
        orl     a,r2
        jnz     00104$
;       ../../include/ztex-flash2.h:693: spi_deselect();
        ljmp    _spi_deselect
00104$:
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'reset_fpga'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-fpga7.h:39: static void reset_fpga () {
;       -----------------------------------------
;        function reset_fpga
;       -----------------------------------------
_reset_fpga:
;       ../../include/ztex-fpga7.h:40: OEE = (OEE & ~bmBIT6) | bmBIT7;
        mov     r2,_OEE
        mov     a,#0xBF
        anl     a,r2
        mov     b,a
        mov     a,#0x80
        orl     a,b
        mov     _OEE,a
;       ../../include/ztex-fpga7.h:41: IOE = IOE & ~bmBIT7;
        anl     _IOE,#0x7F
;       ../../include/ztex-fpga7.h:42: wait(1);
        mov     dptr,#0x0001
        lcall   _wait
;       ../../include/ztex-fpga7.h:43: IOE = IOE | bmBIT7;
        orl     _IOE,#0x80
;       ../../include/ztex-fpga7.h:44: fpga_conf_initialized = 0;
        mov     dptr,#_fpga_conf_initialized
        clr     a
        movx    @dptr,a
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'init_fpga'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-fpga7.h:50: static void init_fpga () {
;       -----------------------------------------
;        function init_fpga
;       -----------------------------------------
_init_fpga:
;       ../../include/ztex-fpga7.h:51: IOE = IOE | bmBIT7;
        orl     _IOE,#0x80
;       ../../include/ztex-fpga7.h:52: OEE = (OEE & ~bmBIT6) | bmBIT7;
        mov     r2,_OEE
        mov     a,#0xBF
        anl     a,r2
        mov     b,a
        mov     a,#0x80
        orl     a,b
        mov     _OEE,a
;       ../../include/ztex-fpga7.h:53: if ( ! (IOE & bmBIT6) ) {
        mov     a,_IOE
        jb      acc.6,00102$
;       ../../include/ztex-fpga7.h:55: IOE = IOE & ~bmBIT7;                     // PROG_B = 0
        anl     _IOE,#0x7F
;       ../../include/ztex-fpga7.h:56: OEA = (OEA & bmBIT2 ) | bmBIT4 | bmBIT5 | bmBIT6;
        mov     a,#0x04
        anl     a,_OEA
        mov     b,a
        mov     a,#0x70
        orl     a,b
        mov     _OEA,a
;       ../../include/ztex-fpga7.h:57: IOA = (IOA & bmBIT2 ) | bmBIT5;
        mov     a,#0x04
        anl     a,_IOA
        mov     b,a
        mov     a,#0x20
        orl     a,b
        mov     _IOA,a
;       ../../include/ztex-fpga7.h:58: wait(1);
        mov     dptr,#0x0001
        lcall   _wait
;       ../../include/ztex-fpga7.h:59: IOE = IOE | bmBIT7;                      // PROG_B = 1
        orl     _IOE,#0x80
00102$:
;       ../../include/ztex-fpga7.h:62: fpga_conf_initialized = 0;
        mov     dptr,#_fpga_conf_initialized
        clr     a
        movx    @dptr,a
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'init_fpga_configuration'
;------------------------------------------------------------
;k                         Allocated to registers r2 r3 
;------------------------------------------------------------
;       ../../include/ztex-fpga7.h:68: static void init_fpga_configuration () {
;       -----------------------------------------
;        function init_fpga_configuration
;       -----------------------------------------
_init_fpga_configuration:
;       ../../include/ztex-fpga7.h:75: IFCONFIG = bmBIT7;
        mov     dptr,#_IFCONFIG
        mov     a,#0x80
        movx    @dptr,a
;       ../../include/ezregs.h:46: __endasm;
        
         nop
         nop
         nop
         nop
            
;       ../../include/ztex-fpga7.h:77: PORTACFG = 0;
        mov     dptr,#_PORTACFG
;       ../../include/ztex-fpga7.h:78: PORTCCFG = 0;
        clr     a
        movx    @dptr,a
        mov     dptr,#_PORTCCFG
        movx    @dptr,a
;       ../../include/ztex-fpga7.h:80: OOEA = OEA;
        mov     dptr,#_OOEA
        mov     a,_OEA
        movx    @dptr,a
;       ../../include/ztex-fpga7.h:81: fpga_conf_initialized = 123;
        mov     dptr,#_fpga_conf_initialized
        mov     a,#0x7B
        movx    @dptr,a
;       ../../include/ztex-fpga7.h:83: OEA &= bmBIT2;                   // only unsed PA bit
        anl     _OEA,#0x04
;       ../../include/ztex-fpga7.h:85: OEE = (OEE & ~bmBIT6) | bmBIT7;
        mov     r2,_OEE
        mov     a,#0xBF
        anl     a,r2
        mov     b,a
        mov     a,#0x80
        orl     a,b
        mov     _OEE,a
;       ../../include/ztex-fpga7.h:86: IOE = IOE & ~bmBIT7;             // PROG_B = 0
        anl     _IOE,#0x7F
;       ../../include/ztex-fpga7.h:89: OEA |= bmBIT1 | bmBIT4 | bmBIT5 | bmBIT6;
        orl     _OEA,#0x72
;       ../../include/ztex-fpga7.h:90: IOA = ( IOA & bmBIT2 ) | bmBIT1 | bmBIT5;
        mov     a,#0x04
        anl     a,_IOA
        mov     b,a
        mov     a,#0x22
        orl     a,b
        mov     _IOA,a
;       ../../include/ztex-fpga7.h:91: wait(5);
        mov     dptr,#0x0005
        lcall   _wait
;       ../../include/ztex-fpga7.h:93: IOE = IOE | bmBIT7;                      // PROG_B = 1
        orl     _IOE,#0x80
;       ../../include/ztex-fpga7.h:94: IOA1 = 0;                                // CS = 0
        clr     _IOA1
;       ../../include/ztex-fpga7.h:97: while (!IOA7 && k<65535)
        mov     r2,#0x00
        mov     r3,#0x00
00102$:
        jb      _IOA7,00104$
        mov     ar4,r2
        mov     ar5,r3
        mov     r6,#0x00
        mov     r7,#0x00
        clr     c
        mov     a,r4
        subb    a,#0xFF
        mov     a,r5
        subb    a,#0xFF
        mov     a,r6
        subb    a,#0x00
        mov     a,r7
        xrl     a,#0x80
        subb    a,#0x80
        jnc     00104$
;       ../../include/ztex-fpga7.h:98: k++;
        inc     r2
        cjne    r2,#0x00,00102$
        inc     r3
        sjmp    00102$
00104$:
;       ../../include/ztex-fpga7.h:101: OEA |= bmBIT0;                  // ready for configuration
        orl     _OEA,#0x01
;       ../../include/ztex-fpga7.h:103: fpga_init_b = IOA7 ? 200 : 100;
        jnb     _IOA7,00107$
        mov     r2,#0xC8
        sjmp    00108$
00107$:
        mov     r2,#0x64
00108$:
        mov     dptr,#_fpga_init_b
        mov     a,r2
        movx    @dptr,a
;       ../../include/ztex-fpga7.h:104: fpga_bytes = 0;
        mov     dptr,#_fpga_bytes
        clr     a
        movx    @dptr,a
        inc     dptr
        movx    @dptr,a
        inc     dptr
        movx    @dptr,a
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-fpga7.h:105: fpga_checksum = 0;
        mov     dptr,#_fpga_checksum
        clr     a
        movx    @dptr,a
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'post_fpga_config'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-fpga7.h:111: static void post_fpga_config () {
;       -----------------------------------------
;        function post_fpga_config
;       -----------------------------------------
_post_fpga_config:
;       ../../include/ztex-fpga7.h:113: }
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'finish_fpga_configuration'
;------------------------------------------------------------
;w                         Allocated to registers r2 
;------------------------------------------------------------
;       ../../include/ztex-fpga7.h:118: static void finish_fpga_configuration () {
;       -----------------------------------------
;        function finish_fpga_configuration
;       -----------------------------------------
_finish_fpga_configuration:
;       ../../include/ztex-fpga7.h:120: fpga_init_b += IOA7 ? 22 : 11;
        jnb     _IOA7,00109$
        mov     r2,#0x16
        sjmp    00110$
00109$:
        mov     r2,#0x0B
00110$:
        mov     dptr,#_fpga_init_b
        movx    a,@dptr
        mov     r3,a
        mov     a,r2
        add     a,r3
        movx    @dptr,a
;       ../../include/ztex-fpga7.h:122: for ( w=0; w<64; w++ ) {
        mov     r2,#0x00
00103$:
        cjne    r2,#0x40,00117$
00117$:
        jnc     00106$
;       ../../include/ztex-fpga7.h:123: IOA0 = 1; IOA0 = 0; 
        setb    _IOA0
        clr     _IOA0
;       ../../include/ztex-fpga7.h:122: for ( w=0; w<64; w++ ) {
        inc     r2
        sjmp    00103$
00106$:
;       ../../include/ztex-fpga7.h:125: IOA1 = 1;
        setb    _IOA1
;       ../../include/ztex-fpga7.h:126: IOA0 = 1; IOA0 = 0;
        setb    _IOA0
        clr     _IOA0
;       ../../include/ztex-fpga7.h:127: IOA0 = 1; IOA0 = 0;
        setb    _IOA0
        clr     _IOA0
;       ../../include/ztex-fpga7.h:128: IOA0 = 1; IOA0 = 0;
        setb    _IOA0
        clr     _IOA0
;       ../../include/ztex-fpga7.h:129: IOA0 = 1; IOA0 = 0;
        setb    _IOA0
        clr     _IOA0
;       ../../include/ztex-fpga7.h:131: OEA = OOEA;
        mov     dptr,#_OOEA
        movx    a,@dptr
        mov     _OEA,a
;       ../../include/ztex-fpga7.h:132: if ( IOE & bmBIT6 )  {
        mov     a,_IOE
        jnb     acc.6,00107$
;       ../../include/ztex-fpga7.h:133: post_fpga_config();
        ljmp    _post_fpga_config
00107$:
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'fpga_send_ep0'
;------------------------------------------------------------
;oOEC                      Allocated with name '_fpga_send_ep0_oOEC_1_1'
;------------------------------------------------------------
;       ../../include/ztex-fpga7.h:169: void fpga_send_ep0() {
;       -----------------------------------------
;        function fpga_send_ep0
;       -----------------------------------------
_fpga_send_ep0:
;       ../../include/ztex-fpga7.h:171: oOEC = OEC;
        mov     _fpga_send_ep0_oOEC_1_1,_OEC
;       ../../include/ztex-fpga7.h:172: OEC = 255;
        mov     _OEC,#0xFF
;       ../../include/ztex-fpga7.h:173: fpga_bytes += ep0_payload_transfer;
        mov     dptr,#_ep0_payload_transfer
        movx    a,@dptr
        mov     r3,a
        mov     dptr,#_fpga_bytes
        movx    a,@dptr
        mov     r4,a
        inc     dptr
        movx    a,@dptr
        mov     r5,a
        inc     dptr
        movx    a,@dptr
        mov     r6,a
        inc     dptr
        movx    a,@dptr
        mov     r7,a
        mov     r0,#0x00
        mov     r1,#0x00
        mov     r2,#0x00
        mov     dptr,#_fpga_bytes
        mov     a,r3
        add     a,r4
        movx    @dptr,a
        mov     a,r0
        addc    a,r5
        inc     dptr
        movx    @dptr,a
        mov     a,r1
        addc    a,r6
        inc     dptr
        movx    @dptr,a
        mov     a,r2
        addc    a,r7
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-fpga7.h:201: OEC = oOEC;
        
         mov dptr,#_EP0BCL
         movx a,@dptr
         jz 010000$
           mov r2,a
         mov _AUTOPTRL1,#(_EP0BUF)
         mov _AUTOPTRH1,#(_EP0BUF >> 8)
         mov _AUTOPTRSETUP,#0x07
         mov dptr,#_fpga_checksum
         movx a,@dptr
         mov r1,a
         mov dptr,#_XAUTODAT1
        010001$:
         movx a,@dptr
         mov _IOC,a
         setb _IOA0
         add a,r1
         mov r1,a
         clr _IOA0
         djnz r2, 010001$
;       # 194 "../../include/ztex-fpga7.h"
        
         mov dptr,#_fpga_checksum
         mov a,r1
         movx @dptr,a
        
        010000$:
             
;       ../../include/ztex-fpga7.h:202: if ( EP0BCL<64 ) {
        mov     _OEC,_fpga_send_ep0_oOEC_1_1
;       ../../include/ztex-fpga7.h:203: finish_fpga_configuration();
        mov     dptr,#_EP0BCL
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x40,00106$
00106$:
        jnc     00103$
;       ../../include/ztex-fpga7.h:204: } 
        ljmp    _finish_fpga_configuration
00103$:
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'fpga_configure_from_flash'
;------------------------------------------------------------
;force                     Allocated to registers r2 
;i                         Allocated to registers r2 r3 
;------------------------------------------------------------
;       ../../include/ztex-fpga7.h:227: BYTE fpga_configure_from_flash( BYTE force ) {
;       -----------------------------------------
;        function fpga_configure_from_flash
;       -----------------------------------------
_fpga_configure_from_flash:
;       ../../include/ztex-fpga7.h:231: if ( ( force == 0 ) && ( IOE & bmBIT6 ) ) {
        mov     a,dpl
        mov     r2,a
        jnz     00102$
        mov     a,_IOE
        jnb     acc.6,00102$
;       ../../include/ztex-fpga7.h:232: fpga_flash_result = 1;
        mov     dptr,#_fpga_flash_result
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-fpga7.h:233: return 1;
        mov     dpl,#0x01
        ret
00102$:
;       ../../include/ztex-fpga7.h:236: fpga_flash_result = 0;
        mov     dptr,#_fpga_flash_result
        clr     a
        movx    @dptr,a
;       ../../include/ztex-fpga7.h:238: IFCONFIG = bmBIT7;
        mov     dptr,#_IFCONFIG
        mov     a,#0x80
        movx    @dptr,a
;       ../../include/ezregs.h:46: __endasm;
        
         nop
         nop
         nop
         nop
            
;       ../../include/ztex-fpga7.h:240: PORTACFG = 0;
        mov     dptr,#_PORTACFG
;       ../../include/ztex-fpga7.h:241: PORTCCFG = 0;
        clr     a
        movx    @dptr,a
        mov     dptr,#_PORTCCFG
        movx    @dptr,a
;       ../../include/ztex-fpga7.h:244: OEA &= bmBIT2;                  // only unsed PA bit
        anl     _OEA,#0x04
;       ../../include/ztex-fpga7.h:247: OEC &= ~bmBIT0;
        anl     _OEC,#0xFE
;       ../../include/ztex-fpga7.h:249: OEE = (OEE & ~bmBIT6) | bmBIT7;
        mov     r2,_OEE
        mov     a,#0xBF
        anl     a,r2
        mov     b,a
        mov     a,#0x80
        orl     a,b
        mov     _OEE,a
;       ../../include/ztex-fpga7.h:250: IOE = IOE & ~bmBIT7;            // PROG_B = 0
        anl     _IOE,#0x7F
;       ../../include/ztex-fpga7.h:253: OEA |= bmBIT4 | bmBIT5;
        orl     _OEA,#0x30
;       ../../include/ztex-fpga7.h:254: IOA = ( IOA & bmBIT2 ) | bmBIT4;
        mov     a,#0x04
        anl     a,_IOA
        mov     b,a
        mov     a,#0x10
        orl     a,b
        mov     _IOA,a
;       ../../include/ztex-fpga7.h:255: wait(1);
        mov     dptr,#0x0001
        lcall   _wait
;       ../../include/ztex-fpga7.h:257: IOE = IOE | bmBIT7;                     // PROG_B = 1
        orl     _IOE,#0x80
;       ../../include/ztex-fpga7.h:260: wait(20);
        mov     dptr,#0x0014
        lcall   _wait
;       ../../include/ztex-fpga7.h:261: for (i=0; IOA7 && (!IOA1) && i<4000; i++ ) { 
        mov     r2,#0x00
        mov     r3,#0x00
00109$:
        jnb     _IOA7,00112$
        jb      _IOA1,00112$
        clr     c
        mov     a,r2
        subb    a,#0xA0
        mov     a,r3
        subb    a,#0x0F
        jnc     00112$
;       ../../include/ztex-fpga7.h:262: wait(1);
        mov     dptr,#0x0001
        push    ar2
        push    ar3
        lcall   _wait
        pop     ar3
        pop     ar2
;       ../../include/ztex-fpga7.h:261: for (i=0; IOA7 && (!IOA1) && i<4000; i++ ) { 
        inc     r2
        cjne    r2,#0x00,00109$
        inc     r3
        sjmp    00109$
00112$:
;       ../../include/ztex-fpga7.h:265: wait(1);
        mov     dptr,#0x0001
        lcall   _wait
;       ../../include/ztex-fpga7.h:267: if ( IOE & bmBIT6 )  {
        mov     a,_IOE
        jnb     acc.6,00105$
;       ../../include/ztex-fpga7.h:269: post_fpga_config();
        lcall   _post_fpga_config
        sjmp    00106$
00105$:
;       ../../include/ztex-fpga7.h:274: init_fpga();
        lcall   _init_fpga
;       ../../include/ztex-fpga7.h:275: fpga_flash_result = 4;
        mov     dptr,#_fpga_flash_result
        mov     a,#0x04
        movx    @dptr,a
00106$:
;       ../../include/ztex-fpga7.h:278: return fpga_flash_result;
        mov     dptr,#_fpga_flash_result
        movx    a,@dptr
        mov     dpl,a
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'fpga_first_free_sector'
;------------------------------------------------------------
;i                         Allocated to registers r2 
;j                         Allocated to registers r3 
;buf                       Allocated with name '_fpga_first_free_sector_buf_1_1'
;------------------------------------------------------------
;       ../../include/ztex-fpga-flash2.h:31: WORD fpga_first_free_sector() {
;       -----------------------------------------
;        function fpga_first_free_sector
;       -----------------------------------------
_fpga_first_free_sector:
;       ../../include/ztex-fpga-flash2.h:36: if ( config_data_valid ) {
        mov     dptr,#_config_data_valid
        movx    a,@dptr
        mov     r2,a
        jz      00104$
;       ../../include/ztex-fpga-flash2.h:37: mac_eeprom_read ( (__xdata BYTE*) buf, 26, 4 );            // read actual and max bitstream size 
        mov     _mac_eeprom_read_PARM_2,#0x1A
        mov     _mac_eeprom_read_PARM_3,#0x04
        mov     dptr,#_fpga_first_free_sector_buf_1_1
        lcall   _mac_eeprom_read
;       ../../include/ztex-fpga-flash2.h:38: if ( buf[1] != 0 ) {
        mov     dptr,#(_fpga_first_free_sector_buf_1_1 + 0x0002)
        movx    a,@dptr
        mov     r2,a
        inc     dptr
        movx    a,@dptr
        mov     r3,a
        orl     a,r2
        jz      00104$
;       ../../include/ztex-fpga-flash2.h:39: return ( ( ( buf[1] > buf[0] ? buf[1] : buf[0] ) - 1 ) >> ((flash_sector_size & 255) - 12) ) + 1;
        mov     dptr,#_fpga_first_free_sector_buf_1_1
        movx    a,@dptr
        mov     r4,a
        inc     dptr
        movx    a,@dptr
        mov     r5,a
        clr     c
        mov     a,r4
        subb    a,r2
        mov     a,r5
        subb    a,r3
        jc      00115$
        mov     ar2,r4
        mov     ar3,r5
00115$:
        dec     r2
        cjne    r2,#0xff,00127$
        dec     r3
00127$:
        mov     dptr,#_flash_sector_size
        movx    a,@dptr
        mov     r4,a
        inc     dptr
        movx    a,@dptr
        mov     r5,#0x00
        mov     a,r4
        add     a,#0xf4
        mov     r4,a
        mov     a,r5
        addc    a,#0xff
        mov     r5,a
        mov     b,r4
        inc     b
        sjmp    00129$
00128$:
        clr     c
        mov     a,r3
        rrc     a
        mov     r3,a
        mov     a,r2
        rrc     a
        mov     r2,a
00129$:
        djnz    b,00128$
        mov     dpl,r2
        mov     dph,r3
        inc     dptr
        ret
00104$:
;       ../../include/ztex-fpga-flash2.h:42: #endif    
        mov     dptr,#0x0000
        lcall   _flash_read_init
;       ../../include/ztex-fpga-flash2.h:44: for ( i=0; i<8 && flash_read_byte()==fpga_flash_boot_id[i]; i++ );
        mov     r2,#0x00
00108$:
        cjne    r2,#0x08,00130$
00130$:
        jnc     00111$
        push    ar2
        lcall   _flash_read_byte
        mov     r3,dpl
        pop     ar2
        mov     a,r2
        mov     dptr,#_fpga_flash_boot_id
        movc    a,@a+dptr
        mov     r4,a
        mov     a,r3
        cjne    a,ar4,00111$
        inc     r2
        sjmp    00108$
00111$:
;       ../../include/ztex-fpga-flash2.h:45: if ( i != 8 ) {
        cjne    r2,#0x08,00134$
        sjmp    00106$
00134$:
;       ../../include/ztex-fpga-flash2.h:46: flash_read_finish(flash_sector_size - i);  // dummy-read the rest of the sector + finish read opration
        mov     r3,#0x00
        mov     dptr,#_flash_sector_size
        movx    a,@dptr
        mov     r4,a
        inc     dptr
        movx    a,@dptr
        mov     r5,a
        mov     a,r4
        clr     c
        subb    a,r2
        mov     dpl,a
        mov     a,r5
        subb    a,r3
        mov     dph,a
        lcall   _flash_read_finish
;       ../../include/ztex-fpga-flash2.h:47: return 0;
        mov     dptr,#0x0000
        ret
00106$:
;       ../../include/ztex-fpga-flash2.h:49: i=flash_read_byte();
        lcall   _flash_read_byte
        mov     r2,dpl
;       ../../include/ztex-fpga-flash2.h:50: j=flash_read_byte();
        push    ar2
        lcall   _flash_read_byte
        mov     r3,dpl
;       ../../include/ztex-fpga-flash2.h:51: flash_read_finish(flash_sector_size - 10);         // dummy-read the rest of the sector + finish read opration
        mov     dptr,#_flash_sector_size
        movx    a,@dptr
        mov     r4,a
        inc     dptr
        movx    a,@dptr
        mov     r5,a
        mov     a,r4
        add     a,#0xf6
        mov     dpl,a
        mov     a,r5
        addc    a,#0xff
        mov     dph,a
        push    ar3
        lcall   _flash_read_finish
        pop     ar3
        pop     ar2
;       ../../include/ztex-fpga-flash2.h:53: return (i | (j<<8))+1;
        mov     ar4,r3
        clr     a
        mov     r3,a
        mov     r5,a
        mov     a,r2
        orl     ar3,a
        mov     a,r5
        orl     ar4,a
        mov     dpl,r3
        mov     dph,r4
        inc     dptr
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'fpga_configure_from_flash_init'
;------------------------------------------------------------
;i                         Allocated to registers r2 
;buf                       Allocated with name '_fpga_configure_from_flash_init_buf_1_1'
;------------------------------------------------------------
;       ../../include/ztex-fpga-flash2.h:60: BYTE fpga_configure_from_flash_init() {
;       -----------------------------------------
;        function fpga_configure_from_flash_init
;       -----------------------------------------
_fpga_configure_from_flash_init:
;       ../../include/ztex-fpga-flash2.h:66: if ( config_data_valid ) {
        mov     dptr,#_config_data_valid
        movx    a,@dptr
        mov     r2,a
        jz      00106$
;       ../../include/ztex-fpga-flash2.h:67: mac_eeprom_read ( (__xdata BYTE*) buf, 26, 4 );            // read actual and max bitstream size 
        mov     _mac_eeprom_read_PARM_2,#0x1A
        mov     _mac_eeprom_read_PARM_3,#0x04
        mov     dptr,#_fpga_configure_from_flash_init_buf_1_1
        lcall   _mac_eeprom_read
;       ../../include/ztex-fpga-flash2.h:68: if ( buf[1] != 0 ) {
        mov     dptr,#(_fpga_configure_from_flash_init_buf_1_1 + 0x0002)
        movx    a,@dptr
        mov     r2,a
        inc     dptr
        movx    a,@dptr
        mov     r3,a
        orl     a,r2
        jz      00106$
;       ../../include/ztex-fpga-flash2.h:69: if ( buf[0] == 0 ) {
        mov     dptr,#_fpga_configure_from_flash_init_buf_1_1
        movx    a,@dptr
        mov     r2,a
        inc     dptr
        movx    a,@dptr
        mov     r3,a
        orl     a,r2
        jz      00140$
        ljmp    00113$
00140$:
;       ../../include/ztex-fpga-flash2.h:70: return fpga_flash_result = 3;
        mov     dptr,#_fpga_flash_result
        mov     a,#0x03
        movx    @dptr,a
        mov     dpl,#0x03
        ret
;       ../../include/ztex-fpga-flash2.h:73: goto flash_config;
00106$:
;       ../../include/ztex-fpga-flash2.h:80: if ( flash_read_init( 0 ) )                // prepare reading sector 0
        mov     dptr,#0x0000
        lcall   _flash_read_init
        mov     a,dpl
        jz      00132$
;       ../../include/ztex-fpga-flash2.h:81: return fpga_flash_result = 2;
        mov     dptr,#_fpga_flash_result
        mov     a,#0x02
        movx    @dptr,a
        mov     dpl,#0x02
        ret
;       ../../include/ztex-fpga-flash2.h:82: for ( i=0; i<8 && flash_read_byte()==fpga_flash_boot_id[i]; i++ );
00132$:
        mov     r2,#0x00
00120$:
        cjne    r2,#0x08,00142$
00142$:
        jnc     00123$
        push    ar2
        lcall   _flash_read_byte
        mov     r3,dpl
        pop     ar2
        mov     a,r2
        mov     dptr,#_fpga_flash_boot_id
        movc    a,@a+dptr
        mov     r4,a
        mov     a,r3
        cjne    a,ar4,00123$
        inc     r2
        sjmp    00120$
00123$:
;       ../../include/ztex-fpga-flash2.h:83: if ( i != 8 ) {
        cjne    r2,#0x08,00146$
        sjmp    00110$
00146$:
;       ../../include/ztex-fpga-flash2.h:84: flash_read_finish(flash_sector_size - i);  // dummy-read the rest of the sector + finish read opration
        mov     r3,#0x00
        mov     dptr,#_flash_sector_size
        movx    a,@dptr
        mov     r4,a
        inc     dptr
        movx    a,@dptr
        mov     r5,a
        mov     a,r4
        clr     c
        subb    a,r2
        mov     dpl,a
        mov     a,r5
        subb    a,r3
        mov     dph,a
        lcall   _flash_read_finish
;       ../../include/ztex-fpga-flash2.h:85: return fpga_flash_result = 3;
        mov     dptr,#_fpga_flash_result
        mov     a,#0x03
        movx    @dptr,a
        mov     dpl,#0x03
        ret
00110$:
;       ../../include/ztex-fpga-flash2.h:87: i = flash_read_byte();
        lcall   _flash_read_byte
        mov     r2,dpl
;       ../../include/ztex-fpga-flash2.h:88: i |= flash_read_byte();
        push    ar2
        lcall   _flash_read_byte
        mov     r3,dpl
        pop     ar2
        mov     a,r3
        orl     ar2,a
;       ../../include/ztex-fpga-flash2.h:89: flash_read_finish(flash_sector_size - 10);         // dummy-read the rest of the sector + finish read opration
        mov     dptr,#_flash_sector_size
        movx    a,@dptr
        mov     r3,a
        inc     dptr
        movx    a,@dptr
        mov     r4,a
        mov     a,r3
        add     a,#0xf6
        mov     dpl,a
        mov     a,r4
        addc    a,#0xff
        mov     dph,a
        push    ar2
        lcall   _flash_read_finish
        pop     ar2
;       ../../include/ztex-fpga-flash2.h:90: if ( i==0 )
        mov     a,r2
        jnz     00113$
;       ../../include/ztex-fpga-flash2.h:91: return fpga_flash_result = 3;
        mov     dptr,#_fpga_flash_result
        mov     a,#0x03
        movx    @dptr,a
        mov     dpl,#0x03
;       ../../include/ztex-fpga-flash2.h:93: flash_config:
        ret
00113$:
;       ../../include/ztex-fpga-flash2.h:94: fpga_flash_result = fpga_configure_from_flash(0);
        mov     dpl,#0x00
        lcall   _fpga_configure_from_flash
        mov     r2,dpl
        mov     dptr,#_fpga_flash_result
        mov     a,r2
        movx    @dptr,a
;       ../../include/ztex-fpga-flash2.h:95: if ( fpga_flash_result == 1 ) {
        cjne    r2,#0x01,00117$
;       ../../include/ztex-fpga-flash2.h:96: post_fpga_config();
        lcall   _post_fpga_config
        sjmp    00118$
00117$:
;       ../../include/ztex-fpga-flash2.h:98: else if ( fpga_flash_result == 4 ) {
        cjne    r2,#0x04,00118$
;       ../../include/ztex-fpga-flash2.h:99: fpga_flash_result = fpga_configure_from_flash(0);  // up to two tries
        mov     dpl,#0x00
        lcall   _fpga_configure_from_flash
        mov     a,dpl
        mov     dptr,#_fpga_flash_result
        movx    @dptr,a
00118$:
;       ../../include/ztex-fpga-flash2.h:101: return fpga_flash_result;
        mov     dptr,#_fpga_flash_result
        movx    a,@dptr
        mov     dpl,a
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'abscode_identity'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-descriptors.h:131: void abscode_identity()// _naked
;       -----------------------------------------
;        function abscode_identity
;       -----------------------------------------
_abscode_identity:
;       ../../include/ztex-descriptors.h:185: + 64
        
            .area ABSCODE (ABS,CODE)
        
            .org 0x06c
            .db 40
        
            .org _ZTEX_DESCRIPTOR_VERSION
            .db 1
        
            .org _ZTEXID
            .ascii "ZTEX"
        
            .org _PRODUCT_ID
            .db 10
            .db 19
            .db 0
            .db 0
        
            .org _FW_VERSION
            .db 0
        
            .org _INTERFACE_VERSION
            .db 1
        
            .org _INTERFACE_CAPABILITIES
;       # 185 "../../include/ztex-descriptors.h"
            .db 0 + 1 + 2 + 4 + 64
;       # 191 "../../include/ztex-descriptors.h"
            .db 0
            .db 0
            .db 0
            .db 0
            .db 0
        
            .org _MODULE_RESERVED
            .db 0
            .db 0
            .db 0
            .db 0
            .db 0
            .db 0
            .db 0
            .db 0
            .db 0
            .db 0
            .db 0
            .db 0
        
            .org _SN_STRING
            .ascii "0000000000"
        
            .area CSEG (CODE)
            
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'resetToggleData'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:34: static void resetToggleData () {
;       -----------------------------------------
;        function resetToggleData
;       -----------------------------------------
_resetToggleData:
;       ../../include/ztex-isr.h:45: TOGCTL = 0;                                // EP0 out
;       ../../include/ztex-isr.h:46: TOGCTL = 0 | bmBIT5;
;       ../../include/ztex-isr.h:47: TOGCTL = 0x10;                     // EP0 in
;       ../../include/ztex-isr.h:48: TOGCTL = 0x10 | bmBIT5;
        mov     dptr,#_TOGCTL
        clr     a
        movx    @dptr,a
        mov     a,#0x20
        movx    @dptr,a
        mov     a,#0x10
        movx    @dptr,a
        mov     a,#0x30
        movx    @dptr,a
;       ../../include/ztex-isr.h:49: #ifeq[EP1OUT_DIR][OUT]
;       ../../include/ztex-isr.h:51: TOGCTL = 1 | bmBIT5;
;       ../../include/ztex-isr.h:52: #endif    
;       ../../include/ztex-isr.h:55: TOGCTL = 0x11 | bmBIT5;
        mov     dptr,#_TOGCTL
        mov     a,#0x01
        movx    @dptr,a
        mov     a,#0x21
        movx    @dptr,a
        mov     a,#0x11
        movx    @dptr,a
        mov     a,#0x31
        movx    @dptr,a
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'sendStringDescriptor'
;------------------------------------------------------------
;hiAddr                    Allocated with name '_sendStringDescriptor_PARM_2'
;size                      Allocated with name '_sendStringDescriptor_PARM_3'
;loAddr                    Allocated to registers r2 
;i                         Allocated to registers r2 
;------------------------------------------------------------
;       ../../include/ztex-isr.h:68: static void sendStringDescriptor (BYTE loAddr, BYTE hiAddr, BYTE size)
;       -----------------------------------------
;        function sendStringDescriptor
;       -----------------------------------------
_sendStringDescriptor:
        mov     r2,dpl
;       ../../include/ztex-isr.h:71: if ( size > 31) size = 31;
        mov     a,_sendStringDescriptor_PARM_3
        add     a,#0xff - 0x1F
        jnc     00102$
        mov     _sendStringDescriptor_PARM_3,#0x1F
00102$:
;       ../../include/ztex-isr.h:72: if (SETUPDAT[7] == 0 && SETUPDAT[6]<size ) size = SETUPDAT[6];
        mov     dptr,#(_SETUPDAT + 0x0007)
        movx    a,@dptr
        jnz     00104$
        mov     dptr,#(_SETUPDAT + 0x0006)
        movx    a,@dptr
        mov     r3,a
        clr     c
        subb    a,_sendStringDescriptor_PARM_3
        jnc     00104$
        mov     dptr,#(_SETUPDAT + 0x0006)
        movx    a,@dptr
        mov     _sendStringDescriptor_PARM_3,a
00104$:
;       ../../include/ztex-isr.h:73: AUTOPTRSETUP = 7;
        mov     _AUTOPTRSETUP,#0x07
;       ../../include/ztex-isr.h:74: AUTOPTRL1 = loAddr;
        mov     _AUTOPTRL1,r2
;       ../../include/ztex-isr.h:75: AUTOPTRH1 = hiAddr;
        mov     _AUTOPTRH1,_sendStringDescriptor_PARM_2
;       ../../include/ztex-isr.h:76: AUTOPTRL2 = (BYTE)(((unsigned short)(&EP0BUF))+1);
        mov     _AUTOPTRL2,#0x41
;       ../../include/ztex-isr.h:77: AUTOPTRH2 = (BYTE)((((unsigned short)(&EP0BUF))+1) >> 8);
        mov     _AUTOPTRH2,#0xE7
;       ../../include/ztex-isr.h:78: XAUTODAT2 = 3;
        mov     dptr,#_XAUTODAT2
        mov     a,#0x03
        movx    @dptr,a
;       ../../include/ztex-isr.h:79: for (i=0; i<size; i++) {
        mov     r2,#0x00
00106$:
        clr     c
        mov     a,r2
        subb    a,_sendStringDescriptor_PARM_3
        jnc     00109$
;       ../../include/ztex-isr.h:80: XAUTODAT2 = XAUTODAT1;
        mov     dptr,#_XAUTODAT1
        movx    a,@dptr
        mov     r3,a
        mov     dptr,#_XAUTODAT2
        movx    @dptr,a
;       ../../include/ztex-isr.h:81: XAUTODAT2 = 0;
        mov     dptr,#_XAUTODAT2
        clr     a
        movx    @dptr,a
;       ../../include/ztex-isr.h:79: for (i=0; i<size; i++) {
        inc     r2
        sjmp    00106$
00109$:
;       ../../include/ztex-isr.h:83: i = (size+1) << 1;
        mov     a,_sendStringDescriptor_PARM_3
        inc     a
;       ../../include/ztex-isr.h:84: EP0BUF[0] = i;
        add     a,acc
        mov     r2,a
        mov     dptr,#_EP0BUF
        movx    @dptr,a
;       ../../include/ztex-isr.h:85: EP0BUF[1] = 3;
        mov     dptr,#(_EP0BUF + 0x0001)
        mov     a,#0x03
        movx    @dptr,a
;       ../../include/ztex-isr.h:86: EP0BCH = 0;
        mov     dptr,#_EP0BCH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-isr.h:87: EP0BCL = i;
        mov     dptr,#_EP0BCL
        mov     a,r2
        movx    @dptr,a
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'ep0_payload_update'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:93: static void ep0_payload_update() {
;       -----------------------------------------
;        function ep0_payload_update
;       -----------------------------------------
_ep0_payload_update:
;       ../../include/ztex-isr.h:94: ep0_payload_transfer = ( ep0_payload_remaining > 64 ) ? 64 : ep0_payload_remaining;
        mov     dptr,#_ep0_payload_remaining
        movx    a,@dptr
        mov     r2,a
        inc     dptr
        movx    a,@dptr
        mov     r3,a
        clr     c
        mov     a,#0x40
        subb    a,r2
        clr     a
        subb    a,r3
        jnc     00103$
        mov     r4,#0x40
        mov     r5,#0x00
        sjmp    00104$
00103$:
        mov     ar4,r2
        mov     ar5,r3
00104$:
        mov     dptr,#_ep0_payload_transfer
        mov     a,r4
        movx    @dptr,a
;       ../../include/ztex-isr.h:95: ep0_payload_remaining -= ep0_payload_transfer;
        mov     r5,#0x00
        mov     dptr,#_ep0_payload_remaining
        mov     a,r2
        clr     c
        subb    a,r4
        movx    @dptr,a
        mov     a,r3
        subb    a,r5
        inc     dptr
        movx    @dptr,a
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'ep0_vendor_cmd_su'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:102: static void ep0_vendor_cmd_su() {
;       -----------------------------------------
;        function ep0_vendor_cmd_su
;       -----------------------------------------
_ep0_vendor_cmd_su:
;       ../../include/ztex-isr.h:103: switch ( ep0_prev_setup_request ) {
        mov     dptr,#_ep0_prev_setup_request
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x31,00123$
        sjmp    00107$
00123$:
        cjne    r2,#0x32,00124$
        sjmp    00108$
00124$:
        cjne    r2,#0x39,00125$
        sjmp    00101$
00125$:
        cjne    r2,#0x3C,00126$
        sjmp    00102$
00126$:
;       ../../include/ztex-conf.h:123: case $0:                 
        cjne    r2,#0x42,00111$
        sjmp    00103$
00101$:
;       ../../include/ztex-eeprom.h:236: eeprom_write_checksum = 0;
        mov     dptr,#_eeprom_write_checksum
;       ../../include/ztex-eeprom.h:237: eeprom_write_bytes = 0;
        clr     a
        movx    @dptr,a
        mov     dptr,#_eeprom_write_bytes
        movx    @dptr,a
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:238: eeprom_addr =  ( SETUPDAT[3] << 8) | SETUPDAT[2];      // Address
        mov     dptr,#(_SETUPDAT + 0x0003)
        movx    a,@dptr
        mov     r3,a
        mov     r2,#0x00
        mov     dptr,#(_SETUPDAT + 0x0002)
        movx    a,@dptr
        mov     r4,a
        mov     r5,#0x00
        mov     dptr,#_eeprom_addr
        mov     a,r4
        orl     a,r2
        movx    @dptr,a
        mov     a,r5
        orl     a,r3
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-conf.h:125: break;
;       ../../include/ztex-conf.h:123: case $0:                 
        ret
00102$:
;       ../../include/ztex-conf.h:125: break;
        mov     dptr,#(_SETUPDAT + 0x0002)
        movx    a,@dptr
        mov     dptr,#_mac_eeprom_addr
        movx    @dptr,a
;       ../../include/ztex-conf.h:123: case $0:                 
        ret
00103$:
;       ../../include/ztex-flash2.h:698: ep0_write_mode = SETUPDAT[5];
        mov     dptr,#(_SETUPDAT + 0x0005)
        movx    a,@dptr
        mov     r2,a
        mov     dptr,#_ep0_write_mode
        movx    @dptr,a
;       ../../include/ztex-flash2.h:699: if ( (ep0_write_mode == 0) && flash_write_init((SETUPDAT[3] << 8) | SETUPDAT[2]) ) {
        mov     a,r2
        jnz     00113$
        mov     dptr,#(_SETUPDAT + 0x0003)
        movx    a,@dptr
        mov     r3,a
        mov     r2,#0x00
        mov     dptr,#(_SETUPDAT + 0x0002)
        movx    a,@dptr
        mov     r5,#0x00
        orl     a,r2
        mov     dpl,a
        mov     a,r5
        orl     a,r3
        mov     dph,a
        lcall   _flash_write_init
        mov     a,dpl
        jz      00113$
;       ../../include/ztex-conf.h:137: EP0CS |= 0x01;   // set stall
        mov     dptr,#_EP0CS
        movx    a,@dptr
        orl     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-conf.h:138: ep0_payload_remaining = 0;
        mov     dptr,#_ep0_payload_remaining
        clr     a
        movx    @dptr,a
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-conf.h:139: break;
;       ../../include/ztex-conf.h:123: case $0:                 
        ret
00107$:
;       ../../include/ztex-conf.h:124: $1
;       ../../include/ztex-conf.h:125: break;
;       ../../include/ztex-conf.h:123: case $0:                 
        ljmp    _reset_fpga
00108$:
;       ../../include/ztex-fpga7.h:208: if ( fpga_conf_initialized != 123 )
        mov     dptr,#_fpga_conf_initialized
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x7B,00130$
        ret
00130$:
;       ../../include/ztex-fpga7.h:209: init_fpga_configuration();
;       ../../include/ztex-conf.h:125: break;
;       ../../include/ztex-isr.h:105: default:
        ljmp    _init_fpga_configuration
00111$:
;       ../../include/ztex-isr.h:106: EP0CS |= 0x01;                    // set stall, unknown request
        mov     dptr,#_EP0CS
        movx    a,@dptr
        mov     r2,a
        orl     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-isr.h:107: }
00113$:
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'SUDAV_ISR'
;------------------------------------------------------------
;a                         Allocated to registers r2 
;------------------------------------------------------------
;       ../../include/ztex-isr.h:113: static void SUDAV_ISR () __interrupt
;       -----------------------------------------
;        function SUDAV_ISR
;       -----------------------------------------
_SUDAV_ISR:
        push    bits
        push    acc
        push    b
        push    dpl
        push    dph
        push    (0+2)
        push    (0+3)
        push    (0+4)
        push    (0+5)
        push    (0+6)
        push    (0+7)
        push    (0+0)
        push    (0+1)
        push    psw
        mov     psw,#0x00
;       ../../include/ztex-isr.h:116: ep0_prev_setup_request = bRequest;
        mov     dptr,#_bRequest
        movx    a,@dptr
        mov     r2,a
        mov     dptr,#_ep0_prev_setup_request
        movx    @dptr,a
;       ../../include/ztex-isr.h:117: SUDPTRCTL = 1;
        mov     dptr,#_SUDPTRCTL
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-isr.h:120: switch ( bRequest ) {
        mov     dptr,#_bRequest
        movx    a,@dptr
        mov  r2,a
        add     a,#0xff - 0x0C
        jnc     00238$
        ljmp    00160$
00238$:
        mov     a,r2
        add     a,r2
        add     a,r2
        mov     dptr,#00239$
        jmp     @a+dptr
00239$:
        ljmp    00101$
        ljmp    00112$
        ljmp    00160$
        ljmp    00122$
        ljmp    00160$
        ljmp    00160$
        ljmp    00132$
        ljmp    00152$
        ljmp    00153$
        ljmp    00154$
        ljmp    00155$
        ljmp    00156$
        ljmp    00157$
;       ../../include/ztex-isr.h:121: case 0x00:        // get status 
00101$:
;       ../../include/ztex-isr.h:122: switch(SETUPDAT[0]) {
        mov     dptr,#_SETUPDAT
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x80,00240$
        sjmp    00102$
00240$:
        cjne    r2,#0x81,00241$
        sjmp    00103$
00241$:
        cjne    r2,#0x82,00242$
        sjmp    00104$
00242$:
        ljmp    00160$
;       ../../include/ztex-isr.h:123: case 0x80:                // self powered and remote 
00102$:
;       ../../include/ztex-isr.h:124: EP0BUF[0] = 0;    // not self-powered, no remote wakeup
        mov     dptr,#_EP0BUF
;       ../../include/ztex-isr.h:125: EP0BUF[1] = 0;
;       ../../include/ztex-isr.h:126: EP0BCH = 0;
        clr     a
        movx    @dptr,a
        mov     dptr,#(_EP0BUF + 0x0001)
        movx    @dptr,a
        mov     dptr,#_EP0BCH
        movx    @dptr,a
;       ../../include/ztex-isr.h:127: EP0BCL = 2;
        mov     dptr,#_EP0BCL
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ztex-isr.h:128: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:129: case 0x81:                // interface (reserved)
00103$:
;       ../../include/ztex-isr.h:130: EP0BUF[0] = 0;    // always return zeros
        mov     dptr,#_EP0BUF
;       ../../include/ztex-isr.h:131: EP0BUF[1] = 0;
;       ../../include/ztex-isr.h:132: EP0BCH = 0;
        clr     a
        movx    @dptr,a
        mov     dptr,#(_EP0BUF + 0x0001)
        movx    @dptr,a
        mov     dptr,#_EP0BCH
        movx    @dptr,a
;       ../../include/ztex-isr.h:133: EP0BCL = 2;
        mov     dptr,#_EP0BCL
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ztex-isr.h:134: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:135: case 0x82:        
00104$:
;       ../../include/ztex-isr.h:136: switch ( SETUPDAT[4] ) {
        mov     dptr,#(_SETUPDAT + 0x0004)
        movx    a,@dptr
        mov     r2,a
        jz      00106$
        cjne    r2,#0x01,00244$
        sjmp    00107$
00244$:
        cjne    r2,#0x80,00245$
        sjmp    00106$
00245$:
;       ../../include/ztex-isr.h:138: case 0x80 :
        cjne    r2,#0x81,00109$
        sjmp    00108$
00106$:
;       ../../include/ztex-isr.h:139: EP0BUF[0] = EP0CS & bmBIT0;
        mov     dptr,#_EP0CS
        movx    a,@dptr
        mov     r2,a
        anl     ar2,#0x01
        mov     dptr,#_EP0BUF
        mov     a,r2
        movx    @dptr,a
;       ../../include/ztex-isr.h:140: break;
;       ../../include/ztex-isr.h:141: case 0x01 :
        sjmp    00110$
00107$:
;       ../../include/ztex-isr.h:142: EP0BUF[0] = EP1OUTCS & bmBIT0;
        mov     dptr,#_EP1OUTCS
        movx    a,@dptr
        mov     r2,a
        anl     ar2,#0x01
        mov     dptr,#_EP0BUF
        mov     a,r2
        movx    @dptr,a
;       ../../include/ztex-isr.h:143: break;
;       ../../include/ztex-isr.h:144: case 0x81 :
        sjmp    00110$
00108$:
;       ../../include/ztex-isr.h:145: EP0BUF[0] = EP1INCS & bmBIT0;
        mov     dptr,#_EP1INCS
        movx    a,@dptr
        mov     r2,a
        anl     ar2,#0x01
        mov     dptr,#_EP0BUF
        mov     a,r2
        movx    @dptr,a
;       ../../include/ztex-isr.h:146: break;
;       ../../include/ztex-isr.h:147: default:
        sjmp    00110$
00109$:
;       ../../include/ztex-isr.h:148: EP0BUF[0] = EPXCS[ ((SETUPDAT[4] >> 1)-1) & 3 ] & bmBIT0;
        mov     dptr,#(_SETUPDAT + 0x0004)
        movx    a,@dptr
        clr     c
        rrc     a
        dec     a
        anl     a,#0x03
        add     a,#_EPXCS
        mov     dpl,a
        clr     a
        addc    a,#(_EPXCS >> 8)
        mov     dph,a
        movx    a,@dptr
        mov     r2,a
        anl     ar2,#0x01
        mov     dptr,#_EP0BUF
        mov     a,r2
        movx    @dptr,a
;       ../../include/ztex-isr.h:150: }
00110$:
;       ../../include/ztex-isr.h:151: EP0BUF[1] = 0;
        mov     dptr,#(_EP0BUF + 0x0001)
;       ../../include/ztex-isr.h:152: EP0BCH = 0;
        clr     a
        movx    @dptr,a
        mov     dptr,#_EP0BCH
        movx    @dptr,a
;       ../../include/ztex-isr.h:153: EP0BCL = 2;
        mov     dptr,#_EP0BCL
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ztex-isr.h:156: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:157: case 0x01:        // disable feature, e.g. remote wake, stall bit
00112$:
;       ../../include/ztex-isr.h:158: if ( SETUPDAT[0] == 2 && SETUPDAT[2] == 0 ) {
        mov     dptr,#_SETUPDAT
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x02,00247$
        sjmp    00248$
00247$:
        ljmp    00160$
00248$:
        mov     dptr,#(_SETUPDAT + 0x0002)
        movx    a,@dptr
        jz      00249$
        ljmp    00160$
00249$:
;       ../../include/ztex-isr.h:159: switch ( SETUPDAT[4] ) {
        mov     dptr,#(_SETUPDAT + 0x0004)
        movx    a,@dptr
        mov     r2,a
        jz      00114$
        cjne    r2,#0x01,00251$
        sjmp    00115$
00251$:
        cjne    r2,#0x80,00252$
        sjmp    00114$
00252$:
;       ../../include/ztex-isr.h:161: case 0x80 :
        cjne    r2,#0x81,00117$
        sjmp    00116$
00114$:
;       ../../include/ztex-isr.h:162: EP0CS &= ~bmBIT0;
        mov     dptr,#_EP0CS
        movx    a,@dptr
        mov     r2,a
        anl     a,#0xFE
        movx    @dptr,a
;       ../../include/ztex-isr.h:163: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:164: case 0x01 :
00115$:
;       ../../include/ztex-isr.h:165: EP1OUTCS &= ~bmBIT0;
        mov     dptr,#_EP1OUTCS
        movx    a,@dptr
        mov     r2,a
        anl     a,#0xFE
        movx    @dptr,a
;       ../../include/ztex-isr.h:166: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:167: case 0x81 :
00116$:
;       ../../include/ztex-isr.h:168: EP1INCS &= ~bmBIT0;
        mov     dptr,#_EP1INCS
        movx    a,@dptr
        mov     r2,a
        anl     a,#0xFE
        movx    @dptr,a
;       ../../include/ztex-isr.h:169: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:170: default:
00117$:
;       ../../include/ztex-isr.h:171: EPXCS[ ((SETUPDAT[4] >> 1)-1) & 3 ] &= ~bmBIT0;
        mov     dptr,#(_SETUPDAT + 0x0004)
        movx    a,@dptr
        clr     c
        rrc     a
        dec     a
        anl     a,#0x03
        add     a,#_EPXCS
        mov     r2,a
        clr     a
        addc    a,#(_EPXCS >> 8)
        mov     r3,a
        mov     dptr,#(_SETUPDAT + 0x0004)
        movx    a,@dptr
        clr     c
        rrc     a
        dec     a
        anl     a,#0x03
        add     a,#_EPXCS
        mov     dpl,a
        clr     a
        addc    a,#(_EPXCS >> 8)
        mov     dph,a
        movx    a,@dptr
        mov     r4,a
        anl     ar4,#0xFE
        mov     dpl,r2
        mov     dph,r3
        mov     a,r4
        movx    @dptr,a
;       ../../include/ztex-isr.h:175: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:176: case 0x03:      // enable feature, e.g. remote wake, test mode, stall bit
00122$:
;       ../../include/ztex-isr.h:177: if ( SETUPDAT[0] == 2 && SETUPDAT[2] == 0 ) {
        mov     dptr,#_SETUPDAT
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x02,00254$
        sjmp    00255$
00254$:
        ljmp    00160$
00255$:
        mov     dptr,#(_SETUPDAT + 0x0002)
        movx    a,@dptr
        jz      00256$
        ljmp    00160$
00256$:
;       ../../include/ztex-isr.h:178: switch ( SETUPDAT[4] ) {
        mov     dptr,#(_SETUPDAT + 0x0004)
        movx    a,@dptr
        mov     r2,a
        jz      00124$
        cjne    r2,#0x01,00258$
        sjmp    00125$
00258$:
        cjne    r2,#0x80,00259$
        sjmp    00124$
00259$:
;       ../../include/ztex-isr.h:180: case 0x80 :
        cjne    r2,#0x81,00127$
        sjmp    00126$
00124$:
;       ../../include/ztex-isr.h:181: EP0CS |= bmBIT0;
        mov     dptr,#_EP0CS
        movx    a,@dptr
        mov     r2,a
        orl     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-isr.h:182: break;
;       ../../include/ztex-isr.h:183: case 0x01 :
        sjmp    00128$
00125$:
;       ../../include/ztex-isr.h:184: EP1OUTCS |= bmBIT0;
        mov     dptr,#_EP1OUTCS
        movx    a,@dptr
        mov     r2,a
        orl     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-isr.h:185: break;
;       ../../include/ztex-isr.h:186: case 0x81 :
        sjmp    00128$
00126$:
;       ../../include/ztex-isr.h:187: EP1INCS |= bmBIT0;
        mov     dptr,#_EP1INCS
        movx    a,@dptr
        mov     r2,a
        orl     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-isr.h:188: break;
;       ../../include/ztex-isr.h:189: default:
        sjmp    00128$
00127$:
;       ../../include/ztex-isr.h:190: EPXCS[ ((SETUPDAT[4] >> 1)-1) & 3 ] |= ~bmBIT0;
        mov     dptr,#(_SETUPDAT + 0x0004)
        movx    a,@dptr
        clr     c
        rrc     a
        dec     a
        anl     a,#0x03
        add     a,#_EPXCS
        mov     r2,a
        clr     a
        addc    a,#(_EPXCS >> 8)
        mov     r3,a
        mov     dptr,#(_SETUPDAT + 0x0004)
        movx    a,@dptr
        clr     c
        rrc     a
        dec     a
        anl     a,#0x03
        add     a,#_EPXCS
        mov     dpl,a
        clr     a
        addc    a,#(_EPXCS >> 8)
        mov     dph,a
        movx    a,@dptr
        mov     r4,a
        orl     ar4,#0xFE
        mov     dpl,r2
        mov     dph,r3
        mov     a,r4
        movx    @dptr,a
;       ../../include/ztex-isr.h:192: }
00128$:
;       ../../include/ztex-isr.h:193: a = ( (SETUPDAT[4] & 0x80) >> 3 ) | (SETUPDAT[4] & 0x0f);
        mov     dptr,#(_SETUPDAT + 0x0004)
        movx    a,@dptr
        anl     a,#0x80
        swap    a
        rl      a
        anl     a,#0x1f
        mov     r2,a
        mov     dptr,#(_SETUPDAT + 0x0004)
        movx    a,@dptr
        mov     r3,a
        mov     a,#0x0F
        anl     a,r3
        orl     ar2,a
;       ../../include/ztex-isr.h:194: TOGCTL = a;
;       ../../include/ztex-isr.h:195: TOGCTL = a | bmBIT5;
        mov     dptr,#_TOGCTL
        mov     a,r2
        movx    @dptr,a
        mov     a,#0x20
        orl     a,r2
        movx    @dptr,a
;       ../../include/ztex-isr.h:197: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:198: case 0x06:                        // get descriptor
00132$:
;       ../../include/ztex-isr.h:199: switch(SETUPDAT[3]) {
        mov     dptr,#(_SETUPDAT + 0x0003)
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x01,00261$
        sjmp    00133$
00261$:
        cjne    r2,#0x02,00262$
        sjmp    00134$
00262$:
        cjne    r2,#0x03,00263$
        sjmp    00138$
00263$:
        cjne    r2,#0x06,00264$
        ljmp    00145$
00264$:
        cjne    r2,#0x07,00265$
        ljmp    00146$
00265$:
        ljmp    00150$
;       ../../include/ztex-isr.h:200: case 0x01:                // device
00133$:
;       ../../include/ztex-isr.h:201: SUDPTRH = MSB(&DeviceDescriptor);
        mov     r2,#_DeviceDescriptor
        mov     r3,#(_DeviceDescriptor >> 8)
        mov     dptr,#_SUDPTRH
        mov     a,r3
        movx    @dptr,a
;       ../../include/ztex-isr.h:202: SUDPTRL = LSB(&DeviceDescriptor);
        mov     dptr,#_SUDPTRL
        mov     a,#_DeviceDescriptor
        movx    @dptr,a
;       ../../include/ztex-isr.h:203: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:204: case 0x02:                // configuration
00134$:
;       ../../include/ztex-isr.h:205: if (USBCS & bmBIT7) {
        mov     dptr,#_USBCS
        movx    a,@dptr
        mov     r2,a
        jnb     acc.7,00136$
;       ../../include/ztex-isr.h:206: SUDPTRH = MSB(&HighSpeedConfigDescriptor);
        mov     r2,#_HighSpeedConfigDescriptor
        mov     r3,#(_HighSpeedConfigDescriptor >> 8)
        mov     dptr,#_SUDPTRH
        mov     a,r3
        movx    @dptr,a
;       ../../include/ztex-isr.h:207: SUDPTRL = LSB(&HighSpeedConfigDescriptor);
        mov     dptr,#_SUDPTRL
        mov     a,#_HighSpeedConfigDescriptor
        movx    @dptr,a
        ljmp    00160$
00136$:
;       ../../include/ztex-isr.h:210: SUDPTRH = MSB(&FullSpeedConfigDescriptor);
        mov     r2,#_FullSpeedConfigDescriptor
        mov     r3,#(_FullSpeedConfigDescriptor >> 8)
        mov     dptr,#_SUDPTRH
        mov     a,r3
        movx    @dptr,a
;       ../../include/ztex-isr.h:211: SUDPTRL = LSB(&FullSpeedConfigDescriptor);
        mov     dptr,#_SUDPTRL
        mov     a,#_FullSpeedConfigDescriptor
        movx    @dptr,a
;       ../../include/ztex-isr.h:213: break; 
        ljmp    00160$
;       ../../include/ztex-isr.h:214: case 0x03:                // strings
00138$:
;       ../../include/ztex-isr.h:215: switch (SETUPDAT[2]) {
        mov     dptr,#(_SETUPDAT + 0x0002)
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x01,00267$
        sjmp    00139$
00267$:
        cjne    r2,#0x02,00268$
        sjmp    00140$
00268$:
        cjne    r2,#0x03,00269$
        sjmp    00141$
00269$:
;       ../../include/ztex-isr.h:216: case 1:
        cjne    r2,#0x04,00143$
        sjmp    00142$
00139$:
;       ../../include/ztex-isr.h:217: SEND_STRING_DESCRIPTOR(manufacturerString);
        mov     dpl,#_manufacturerString
        mov     r2,#_manufacturerString
        mov     r3,#(_manufacturerString >> 8)
        mov     _sendStringDescriptor_PARM_2,r3
        mov     _sendStringDescriptor_PARM_3,#0x05
        lcall   _sendStringDescriptor
;       ../../include/ztex-isr.h:218: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:219: case 2:
00140$:
;       ../../include/ztex-isr.h:220: SEND_STRING_DESCRIPTOR(productString);
        mov     dpl,#_productString
        mov     r2,#_productString
        mov     r3,#(_productString >> 8)
        mov     _sendStringDescriptor_PARM_2,r3
        mov     _sendStringDescriptor_PARM_3,#0x20
        lcall   _sendStringDescriptor
;       ../../include/ztex-isr.h:221: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:222: case 3:
00141$:
;       ../../include/ztex-isr.h:223: SEND_STRING_DESCRIPTOR(SN_STRING);
        mov     dpl,#_SN_STRING
        mov     r2,#_SN_STRING
        mov     r3,#(_SN_STRING >> 8)
        mov     _sendStringDescriptor_PARM_2,r3
        mov     _sendStringDescriptor_PARM_3,#0x0A
        lcall   _sendStringDescriptor
;       ../../include/ztex-isr.h:224: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:225: case 4:
00142$:
;       ../../include/ztex-isr.h:226: SEND_STRING_DESCRIPTOR(configurationString);
        mov     dpl,#_configurationString
        mov     r2,#_configurationString
        mov     r3,#(_configurationString >> 8)
        mov     _sendStringDescriptor_PARM_2,r3
        mov     _sendStringDescriptor_PARM_3,#0x08
        lcall   _sendStringDescriptor
;       ../../include/ztex-isr.h:227: break; 
        ljmp    00160$
;       ../../include/ztex-isr.h:228: default:
00143$:
;       ../../include/ztex-isr.h:229: SUDPTRH = MSB(&EmptyStringDescriptor);
        mov     r2,#_EmptyStringDescriptor
        mov     r3,#(_EmptyStringDescriptor >> 8)
        mov     dptr,#_SUDPTRH
        mov     a,r3
        movx    @dptr,a
;       ../../include/ztex-isr.h:230: SUDPTRL = LSB(&EmptyStringDescriptor);
        mov     dptr,#_SUDPTRL
        mov     a,#_EmptyStringDescriptor
        movx    @dptr,a
;       ../../include/ztex-isr.h:233: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:234: case 0x06:                // device qualifier
00145$:
;       ../../include/ztex-isr.h:235: SUDPTRH = MSB(&DeviceQualifierDescriptor);
        mov     r2,#_DeviceQualifierDescriptor
        mov     r3,#(_DeviceQualifierDescriptor >> 8)
        mov     dptr,#_SUDPTRH
        mov     a,r3
        movx    @dptr,a
;       ../../include/ztex-isr.h:236: SUDPTRL = LSB(&DeviceQualifierDescriptor);
        mov     dptr,#_SUDPTRL
        mov     a,#_DeviceQualifierDescriptor
        movx    @dptr,a
;       ../../include/ztex-isr.h:237: break;
        ljmp    00160$
;       ../../include/ztex-isr.h:238: case 0x07:                // other speed configuration
00146$:
;       ../../include/ztex-isr.h:239: if (USBCS & bmBIT7) {
        mov     dptr,#_USBCS
        movx    a,@dptr
        mov     r2,a
        jnb     acc.7,00148$
;       ../../include/ztex-isr.h:240: SUDPTRH = MSB(&FullSpeedConfigDescriptor);
        mov     r2,#_FullSpeedConfigDescriptor
        mov     r3,#(_FullSpeedConfigDescriptor >> 8)
        mov     dptr,#_SUDPTRH
        mov     a,r3
        movx    @dptr,a
;       ../../include/ztex-isr.h:241: SUDPTRL = LSB(&FullSpeedConfigDescriptor);
        mov     dptr,#_SUDPTRL
        mov     a,#_FullSpeedConfigDescriptor
        movx    @dptr,a
        ljmp    00160$
00148$:
;       ../../include/ztex-isr.h:244: SUDPTRH = MSB(&HighSpeedConfigDescriptor);
        mov     r2,#_HighSpeedConfigDescriptor
        mov     r3,#(_HighSpeedConfigDescriptor >> 8)
        mov     dptr,#_SUDPTRH
        mov     a,r3
        movx    @dptr,a
;       ../../include/ztex-isr.h:245: SUDPTRL = LSB(&HighSpeedConfigDescriptor);
        mov     dptr,#_SUDPTRL
        mov     a,#_HighSpeedConfigDescriptor
        movx    @dptr,a
;       ../../include/ztex-isr.h:247: break; 
;       ../../include/ztex-isr.h:248: default:
        sjmp    00160$
00150$:
;       ../../include/ztex-isr.h:249: EP0CS |= 0x01;    // set stall, unknown descriptor
        mov     dptr,#_EP0CS
        movx    a,@dptr
        mov     r2,a
        orl     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-isr.h:251: break;
;       ../../include/ztex-isr.h:252: case 0x07:                        // set descriptor
        sjmp    00160$
00152$:
;       ../../include/ztex-isr.h:253: break;                    
;       ../../include/ztex-isr.h:254: case 0x08:                        // get configuration
        sjmp    00160$
00153$:
;       ../../include/ztex-isr.h:255: EP0BUF[0] = 0;            // only one configuration
        mov     dptr,#_EP0BUF
;       ../../include/ztex-isr.h:256: EP0BCH = 0;
        clr     a
        movx    @dptr,a
        mov     dptr,#_EP0BCH
        movx    @dptr,a
;       ../../include/ztex-isr.h:257: EP0BCL = 1;
        mov     dptr,#_EP0BCL
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-isr.h:258: break;
;       ../../include/ztex-isr.h:259: case 0x09:                        // set configuration
        sjmp    00160$
00154$:
;       ../../include/ztex-isr.h:260: resetToggleData();
        lcall   _resetToggleData
;       ../../include/ztex-isr.h:261: break;                    // do nothing since we have only one configuration
;       ../../include/ztex-isr.h:262: case 0x0a:                        // get alternate setting for an interface
        sjmp    00160$
00155$:
;       ../../include/ztex-isr.h:263: EP0BUF[0] = 0;            // only one alternate setting
        mov     dptr,#_EP0BUF
;       ../../include/ztex-isr.h:264: EP0BCH = 0;
        clr     a
        movx    @dptr,a
        mov     dptr,#_EP0BCH
        movx    @dptr,a
;       ../../include/ztex-isr.h:265: EP0BCL = 1;
        mov     dptr,#_EP0BCL
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-isr.h:266: break;
;       ../../include/ztex-isr.h:267: case 0x0b:                        // set alternate setting for an interface
        sjmp    00160$
00156$:
;       ../../include/ztex-isr.h:268: resetToggleData();
        lcall   _resetToggleData
;       ../../include/ztex-isr.h:269: break;                    // do nothing since we have only on alternate setting
;       ../../include/ztex-isr.h:270: case 0x0c:                        // sync frame
        sjmp    00160$
00157$:
;       ../../include/ztex-isr.h:271: if ( SETUPDAT[0] == 0x82 ) {
        mov     dptr,#_SETUPDAT
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x82,00160$
;       ../../include/ztex-isr.h:272: ISOFRAME_COUNTER[ ((SETUPDAT[4] >> 1)-1) & 3 ] = 0;
        mov     dptr,#(_SETUPDAT + 0x0004)
        movx    a,@dptr
        clr     c
        rrc     a
        dec     a
        anl     a,#0x03
        add     a,acc
        add     a,#_ISOFRAME_COUNTER
        mov     dpl,a
        clr     a
        addc    a,#(_ISOFRAME_COUNTER >> 8)
        mov     dph,a
        clr     a
        movx    @dptr,a
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-isr.h:273: EP0BUF[0] = USBFRAMEL;    // use current frame as sync frame, i hope that works
        mov     dptr,#_USBFRAMEL
        movx    a,@dptr
        mov     dptr,#_EP0BUF
        movx    @dptr,a
;       ../../include/ztex-isr.h:274: EP0BUF[1] = USBFRAMEH;    
        mov     dptr,#_USBFRAMEH
        movx    a,@dptr
        mov     r2,a
        mov     dptr,#(_EP0BUF + 0x0001)
        movx    @dptr,a
;       ../../include/ztex-isr.h:275: EP0BCH = 0;
        mov     dptr,#_EP0BCH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-isr.h:276: EP0BCL = 2;
        mov     dptr,#_EP0BCL
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ztex-isr.h:280: }
00160$:
;       ../../include/ztex-isr.h:283: switch ( bmRequestType ) {
        mov     dptr,#_bmRequestType
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x40,00274$
        ljmp    00182$
00274$:
        cjne    r2,#0xC0,00275$
        sjmp    00276$
00275$:
        ljmp    00186$
00276$:
;       ../../include/ztex-isr.h:285: ep0_payload_remaining = (SETUPDAT[7] << 8) | SETUPDAT[6];
        mov     dptr,#(_SETUPDAT + 0x0007)
        movx    a,@dptr
        mov     r3,a
        mov     r2,#0x00
        mov     dptr,#(_SETUPDAT + 0x0006)
        movx    a,@dptr
        mov     r4,a
        mov     r5,#0x00
        mov     dptr,#_ep0_payload_remaining
        mov     a,r4
        orl     a,r2
        movx    @dptr,a
        mov     a,r5
        orl     a,r3
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-isr.h:286: ep0_payload_update();
        lcall   _ep0_payload_update
;       ../../include/ztex-isr.h:288: switch ( bRequest ) {
        mov     dptr,#_bRequest
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x22,00277$
        sjmp    00162$
00277$:
        cjne    r2,#0x30,00278$
        ljmp    00176$
00278$:
        cjne    r2,#0x38,00279$
        sjmp    00163$
00279$:
        cjne    r2,#0x3A,00280$
        sjmp    00164$
00280$:
        cjne    r2,#0x3B,00281$
        ljmp    00165$
00281$:
        cjne    r2,#0x3D,00282$
        ljmp    00166$
00282$:
        cjne    r2,#0x40,00283$
        ljmp    00167$
00283$:
        cjne    r2,#0x41,00284$
        ljmp    00171$
00284$:
        cjne    r2,#0x43,00285$
        ljmp    00175$
00285$:
        ljmp    00180$
;       ../../include/ztex-isr.h:289: case 0x22:                                // get ZTEX descriptor
00162$:
;       ../../include/ztex-isr.h:290: SUDPTRCTL = 0;
        mov     dptr,#_SUDPTRCTL
;       ../../include/ztex-isr.h:291: EP0BCH = 0;
        clr     a
        movx    @dptr,a
        mov     dptr,#_EP0BCH
        movx    @dptr,a
;       ../../include/ztex-isr.h:292: EP0BCL = ZTEX_DESCRIPTOR_LEN;
        mov     dptr,#_EP0BCL
        mov     a,#0x28
        movx    @dptr,a
;       ../../include/ztex-isr.h:293: SUDPTRH = MSB(ZTEX_DESCRIPTOR_OFFS);
        mov     dptr,#_SUDPTRH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-isr.h:294: SUDPTRL = LSB(ZTEX_DESCRIPTOR_OFFS); 
        mov     dptr,#_SUDPTRL
        mov     a,#0x6C
        movx    @dptr,a
;       ../../include/ztex-isr.h:295: break;
        ljmp    00186$
;       ../../include/ztex-conf.h:100: case $0:
00163$:
;       ../../include/ztex-conf.h:102: break;
        mov     dptr,#(_SETUPDAT + 0x0003)
        movx    a,@dptr
        mov     r3,a
        mov     r2,#0x00
        mov     dptr,#(_SETUPDAT + 0x0002)
        movx    a,@dptr
        mov     r4,a
        mov     r5,#0x00
        mov     dptr,#_eeprom_addr
        mov     a,r4
        orl     a,r2
        movx    @dptr,a
        mov     a,r5
        orl     a,r3
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:219: EP0BCH = 0;
        mov     dptr,#_EP0BCH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:220: EP0BCL = eeprom_read_ep0(); 
        lcall   _eeprom_read_ep0
        mov     a,dpl
        mov     dptr,#_EP0BCL
        movx    @dptr,a
;       ../../include/ztex-conf.h:102: break;
        ljmp    00186$
;       ../../include/ztex-conf.h:100: case $0:
00164$:
;       ../../include/ztex-eeprom.h:247: EP0BUF[0] = LSB(eeprom_write_bytes);
        mov     dptr,#_eeprom_write_bytes
        movx    a,@dptr
        mov     r2,a
        inc     dptr
        movx    a,@dptr
        mov     r3,a
        mov     ar4,r2
        mov     dptr,#_EP0BUF
        mov     a,r4
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:248: EP0BUF[1] = MSB(eeprom_write_bytes);
        mov     ar2,r3
        mov     dptr,#(_EP0BUF + 0x0001)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:249: EP0BUF[2] = eeprom_write_checksum;
        mov     dptr,#_eeprom_write_checksum
        movx    a,@dptr
        mov     dptr,#(_EP0BUF + 0x0002)
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:250: EP0BUF[3] = eeprom_select(EEPROM_ADDR,0,1);            // 1 means busy or error
        mov     _eeprom_select_PARM_2,#0x00
        mov     _eeprom_select_PARM_3,#0x01
        mov     dpl,#0xA2
        lcall   _eeprom_select
        mov     r2,dpl
        mov     dptr,#(_EP0BUF + 0x0003)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:251: EP0BCH = 0;
        mov     dptr,#_EP0BCH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:252: EP0BCL = 4;
        mov     dptr,#_EP0BCL
        mov     a,#0x04
        movx    @dptr,a
;       ../../include/ztex-conf.h:102: break;
        ljmp    00186$
;       ../../include/ztex-conf.h:100: case $0:
00165$:
;       ../../include/ztex-conf.h:102: break;
        mov     dptr,#(_SETUPDAT + 0x0002)
        movx    a,@dptr
        mov     dptr,#_mac_eeprom_addr
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:368: EP0BCH = 0;
        mov     dptr,#_EP0BCH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:369: EP0BCL = mac_eeprom_read_ep0(); 
        lcall   _mac_eeprom_read_ep0
        mov     a,dpl
        mov     dptr,#_EP0BCL
        movx    @dptr,a
;       ../../include/ztex-conf.h:102: break;
        ljmp    00186$
;       ../../include/ztex-conf.h:100: case $0:
00166$:
;       ../../include/ztex-conf.h:102: break;
        mov     _eeprom_select_PARM_2,#0x00
        mov     _eeprom_select_PARM_3,#0x01
        mov     dpl,#0xA6
        lcall   _eeprom_select
        mov     r2,dpl
        mov     dptr,#_EP0BUF
        mov     a,r2
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:390: EP0BCH = 0;
        mov     dptr,#_EP0BCH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:391: EP0BCL = 1;
        mov     dptr,#_EP0BCL
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-conf.h:102: break;
        ljmp    00186$
;       ../../include/ztex-conf.h:100: case $0:
00167$:
;       ../../include/ztex-flash2.h:646: if ( flash_ec == 0 && SPI_CS == 0 ) {
        mov     dptr,#_flash_ec
        movx    a,@dptr
        mov     r2,a
        jnz     00169$
        jb      _IOA3,00169$
;       ../../include/ztex-flash2.h:647: flash_ec = FLASH_EC_PENDING;
        mov     dptr,#_flash_ec
        mov     a,#0x04
        movx    @dptr,a
00169$:
;       ../../include/ztex-utils.h:121: AUTOPTRL1=LO(&($0));
        mov     _AUTOPTRL1,#_flash_enabled
;       ../../include/ztex-utils.h:122: AUTOPTRH1=HI(&($0));
        mov     r2,#_flash_enabled
        mov     r3,#(_flash_enabled >> 8)
        mov     _AUTOPTRH1,r3
;       ../../include/ztex-utils.h:123: AUTOPTRL2=LO(&($1));
        mov     _AUTOPTRL2,#0x40
;       ../../include/ztex-utils.h:124: AUTOPTRH2=HI(&($1));
        mov     _AUTOPTRH2,#0xE7
;       ../../include/ztex-utils.h:130: __endasm; 
        
          push ar2
            mov r2,#(8);
          lcall _MEM_COPY1_int
          pop ar2
                
;       ../../include/ztex-flash2.h:650: EP0BCH = 0;
        mov     dptr,#_EP0BCH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-flash2.h:651: EP0BCL = 8;
        mov     dptr,#_EP0BCL
        mov     a,#0x08
        movx    @dptr,a
;       ../../include/ztex-conf.h:102: break;
        ljmp    00186$
;       ../../include/ztex-conf.h:100: case $0:
00171$:
;       ../../include/ztex-flash2.h:671: ep0_read_mode = SETUPDAT[5];
        mov     dptr,#(_SETUPDAT + 0x0005)
        movx    a,@dptr
        mov     r2,a
        mov     dptr,#_ep0_read_mode
        movx    @dptr,a
;       ../../include/ztex-flash2.h:672: if ( (ep0_read_mode==0) && flash_read_init((SETUPDAT[3] << 8) | SETUPDAT[2]) ) {
        mov     a,r2
        jnz     00173$
        mov     dptr,#(_SETUPDAT + 0x0003)
        movx    a,@dptr
        mov     r3,a
        mov     r2,#0x00
        mov     dptr,#(_SETUPDAT + 0x0002)
        movx    a,@dptr
        mov     r5,#0x00
        orl     a,r2
        mov     dpl,a
        mov     a,r5
        orl     a,r3
        mov     dph,a
        lcall   _flash_read_init
        mov     a,dpl
        jz      00173$
;       ../../include/ztex-conf.h:137: EP0CS |= 0x01;   // set stall
        mov     dptr,#_EP0CS
        movx    a,@dptr
        mov     r2,a
        orl     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-conf.h:138: ep0_payload_remaining = 0;
        mov     dptr,#_ep0_payload_remaining
        clr     a
        movx    @dptr,a
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-conf.h:139: break;
        ljmp    00186$
00173$:
;       ../../include/ztex-flash2.h:675: spi_read_ep0();  
        lcall   _spi_read_ep0
;       ../../include/ztex-flash2.h:676: EP0BCH = 0;
        mov     dptr,#_EP0BCH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-flash2.h:677: EP0BCL = ep0_payload_transfer; 
        mov     dptr,#_ep0_payload_transfer
        movx    a,@dptr
        mov     r2,a
        mov     dptr,#_EP0BCL
        movx    @dptr,a
;       ../../include/ztex-conf.h:102: break;
        ljmp    00186$
;       ../../include/ztex-conf.h:100: case $0:
00175$:
;       ../../include/ztex-utils.h:121: AUTOPTRL1=LO(&($0));
        mov     _AUTOPTRL1,#_flash_ec
;       ../../include/ztex-utils.h:122: AUTOPTRH1=HI(&($0));
        mov     r2,#_flash_ec
        mov     r3,#(_flash_ec >> 8)
        mov     _AUTOPTRH1,r3
;       ../../include/ztex-utils.h:123: AUTOPTRL2=LO(&($1));
        mov     _AUTOPTRL2,#0x40
;       ../../include/ztex-utils.h:124: AUTOPTRH2=HI(&($1));
        mov     _AUTOPTRH2,#0xE7
;       ../../include/ztex-utils.h:130: __endasm; 
        
          push ar2
            mov r2,#(10);
          lcall _MEM_COPY1_int
          pop ar2
                
;       ../../include/ztex-flash2.h:719: EP0BCH = 0;
        mov     dptr,#_EP0BCH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-flash2.h:720: EP0BCL = 10;
        mov     dptr,#_EP0BCL
        mov     a,#0x0A
        movx    @dptr,a
;       ../../include/ztex-conf.h:102: break;
        ljmp    00186$
;       ../../include/ztex-conf.h:100: case $0:
00176$:
;       ../../include/ztex-utils.h:121: AUTOPTRL1=LO(&($0));
        mov     _AUTOPTRL1,#_fpga_checksum
;       ../../include/ztex-utils.h:122: AUTOPTRH1=HI(&($0));
        mov     r2,#_fpga_checksum
        mov     r3,#(_fpga_checksum >> 8)
        mov     _AUTOPTRH1,r3
;       ../../include/ztex-utils.h:123: AUTOPTRL2=LO(&($1));
        mov     _AUTOPTRL2,#(_EP0BUF + 0x0001)
;       ../../include/ztex-utils.h:124: AUTOPTRH2=HI(&($1));
        mov     r2,#(_EP0BUF + 0x0001)
        mov     r3,#((_EP0BUF + 0x0001) >> 8)
        mov     _AUTOPTRH2,r3
;       ../../include/ztex-utils.h:130: __endasm; 
        
          push ar2
            mov r2,#(7);
          lcall _MEM_COPY1_int
          pop ar2
                
;       ../../include/ztex-fpga7.h:144: OEE = (OEE & ~bmBIT6) | bmBIT7;
        mov     r2,_OEE
        mov     a,#0xBF
        anl     a,r2
        mov     b,a
        mov     a,#0x80
        orl     a,b
        mov     _OEE,a
;       ../../include/ztex-fpga7.h:145: if ( IOE & bmBIT6 )  {
        mov     a,_IOE
        jnb     acc.6,00178$
;       ../../include/ztex-fpga7.h:146: EP0BUF[0] = 0;                  // FPGA configured 
        mov     dptr,#_EP0BUF
        clr     a
        movx    @dptr,a
        sjmp    00179$
00178$:
;       ../../include/ztex-fpga7.h:149: EP0BUF[0] = 1;                  // FPGA unconfigured 
        mov     dptr,#_EP0BUF
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-fpga7.h:150: reset_fpga();                   // prepare FPGA for configuration
        lcall   _reset_fpga
00179$:
;       ../../include/ztex-fpga7.h:153: EP0BUF[8] = 1;                  // bit order for bitstream in Flash memory: swapped
        mov     dptr,#(_EP0BUF + 0x0008)
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-fpga7.h:155: EP0BCH = 0;
        mov     dptr,#_EP0BCH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-fpga7.h:156: EP0BCL = 9;
        mov     dptr,#_EP0BCL
        mov     a,#0x09
        movx    @dptr,a
;       ../../include/ztex-conf.h:102: break;
;       ../../include/ztex-isr.h:297: default:
        sjmp    00186$
00180$:
;       ../../include/ztex-isr.h:298: EP0CS |= 0x01;                    // set stall, unknown request
        mov     dptr,#_EP0CS
        movx    a,@dptr
        mov     r2,a
        orl     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-isr.h:300: break;
;       ../../include/ztex-isr.h:301: case 0x40:                                        // vendor command
        sjmp    00186$
00182$:
;       ../../include/ztex-isr.h:305: if ( SETUPDAT[7]!=0 || SETUPDAT[6]!=0 ) {
        mov     dptr,#(_SETUPDAT + 0x0007)
        movx    a,@dptr
        jnz     00183$
        mov     dptr,#(_SETUPDAT + 0x0006)
        movx    a,@dptr
        jz      00184$
00183$:
;       ../../include/ztex-isr.h:306: ep0_vendor_cmd_setup = 1;
        mov     dptr,#_ep0_vendor_cmd_setup
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-isr.h:307: EP0BCL = 0;
        mov     dptr,#_EP0BCL
        clr     a
        movx    @dptr,a
;       ../../include/ztex-isr.h:308: EXIF &= ~bmBIT4;                  // clear main USB interrupt flag
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:309: USBIRQ = bmBIT0;                  // clear SUADV IRQ
        mov     dptr,#_USBIRQ
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-isr.h:310: return;                                   // don't clear HSNAK bit. This is done after the command has completed
        sjmp    00187$
00184$:
;       ../../include/ztex-isr.h:312: ep0_vendor_cmd_su();                      // setup sequences of vendor command with no payload ara executed immediately
        lcall   _ep0_vendor_cmd_su
;       ../../include/ztex-isr.h:313: EP0BCL = 0;
        mov     dptr,#_EP0BCL
        clr     a
        movx    @dptr,a
;       ../../include/ztex-isr.h:315: }
00186$:
;       ../../include/ztex-isr.h:317: EXIF &= ~bmBIT4;                                  // clear main USB interrupt flag
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:318: USBIRQ = bmBIT0;                                  // clear SUADV IRQ
        mov     dptr,#_USBIRQ
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-isr.h:319: EP0CS |= 0x80;                                    // clear the HSNAK bit
        mov     dptr,#_EP0CS
        movx    a,@dptr
        mov     r2,a
        orl     a,#0x80
        movx    @dptr,a
00187$:
        pop     psw
        pop     (0+1)
        pop     (0+0)
        pop     (0+7)
        pop     (0+6)
        pop     (0+5)
        pop     (0+4)
        pop     (0+3)
        pop     (0+2)
        pop     dph
        pop     dpl
        pop     b
        pop     acc
        pop     bits
        reti
;------------------------------------------------------------
;Allocation info for local variables in function 'SOF_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:325: void SOF_ISR() __interrupt
;       -----------------------------------------
;        function SOF_ISR
;       -----------------------------------------
_SOF_ISR:
        push    acc
        push    dpl
        push    dph
;       ../../include/ztex-isr.h:327: EXIF &= ~bmBIT4;
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:328: USBIRQ = bmBIT1;
        mov     dptr,#_USBIRQ
        mov     a,#0x02
        movx    @dptr,a
        pop     dph
        pop     dpl
        pop     acc
        reti
;       eliminated unneeded push/pop psw
;       eliminated unneeded push/pop b
;------------------------------------------------------------
;Allocation info for local variables in function 'SUTOK_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:334: void SUTOK_ISR() __interrupt 
;       -----------------------------------------
;        function SUTOK_ISR
;       -----------------------------------------
_SUTOK_ISR:
        push    acc
        push    dpl
        push    dph
;       ../../include/ztex-isr.h:336: EXIF &= ~bmBIT4;
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:337: USBIRQ = bmBIT2;
        mov     dptr,#_USBIRQ
        mov     a,#0x04
        movx    @dptr,a
        pop     dph
        pop     dpl
        pop     acc
        reti
;       eliminated unneeded push/pop psw
;       eliminated unneeded push/pop b
;------------------------------------------------------------
;Allocation info for local variables in function 'SUSP_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:343: void SUSP_ISR() __interrupt
;       -----------------------------------------
;        function SUSP_ISR
;       -----------------------------------------
_SUSP_ISR:
        push    acc
        push    dpl
        push    dph
;       ../../include/ztex-isr.h:345: EXIF &= ~bmBIT4;
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:346: USBIRQ = bmBIT3;
        mov     dptr,#_USBIRQ
        mov     a,#0x08
        movx    @dptr,a
        pop     dph
        pop     dpl
        pop     acc
        reti
;       eliminated unneeded push/pop psw
;       eliminated unneeded push/pop b
;------------------------------------------------------------
;Allocation info for local variables in function 'URES_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:352: void URES_ISR() __interrupt
;       -----------------------------------------
;        function URES_ISR
;       -----------------------------------------
_URES_ISR:
        push    acc
        push    dpl
        push    dph
;       ../../include/ztex-isr.h:354: EXIF &= ~bmBIT4;
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:355: USBIRQ = bmBIT4;
        mov     dptr,#_USBIRQ
        mov     a,#0x10
        movx    @dptr,a
        pop     dph
        pop     dpl
        pop     acc
        reti
;       eliminated unneeded push/pop psw
;       eliminated unneeded push/pop b
;------------------------------------------------------------
;Allocation info for local variables in function 'HSGRANT_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:361: void HSGRANT_ISR() __interrupt
;       -----------------------------------------
;        function HSGRANT_ISR
;       -----------------------------------------
_HSGRANT_ISR:
        push    acc
        push    dpl
        push    dph
;       ../../include/ztex-isr.h:363: EXIF &= ~bmBIT4;
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:365: USBIRQ = bmBIT5;
        mov     dptr,#_USBIRQ
        mov     a,#0x20
        movx    @dptr,a
        pop     dph
        pop     dpl
        pop     acc
        reti
;       eliminated unneeded push/pop psw
;       eliminated unneeded push/pop b
;------------------------------------------------------------
;Allocation info for local variables in function 'EP0ACK_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:371: void EP0ACK_ISR() __interrupt
;       -----------------------------------------
;        function EP0ACK_ISR
;       -----------------------------------------
_EP0ACK_ISR:
        push    acc
        push    dpl
        push    dph
;       ../../include/ztex-isr.h:373: EXIF &= ~bmBIT4;  // clear USB interrupt flag
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:374: USBIRQ = bmBIT6;  // clear EP0ACK IRQ
        mov     dptr,#_USBIRQ
        mov     a,#0x40
        movx    @dptr,a
        pop     dph
        pop     dpl
        pop     acc
        reti
;       eliminated unneeded push/pop psw
;       eliminated unneeded push/pop b
;------------------------------------------------------------
;Allocation info for local variables in function 'EP0IN_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:380: static void EP0IN_ISR () __interrupt
;       -----------------------------------------
;        function EP0IN_ISR
;       -----------------------------------------
_EP0IN_ISR:
        push    bits
        push    acc
        push    b
        push    dpl
        push    dph
        push    (0+2)
        push    (0+3)
        push    (0+4)
        push    (0+5)
        push    (0+6)
        push    (0+7)
        push    (0+0)
        push    (0+1)
        push    psw
        mov     psw,#0x00
;       ../../include/ztex-isr.h:382: EUSB = 0;                 // block all USB interrupts
        clr     _EUSB
;       ../../include/ztex-isr.h:383: ep0_payload_update();
        lcall   _ep0_payload_update
;       ../../include/ztex-isr.h:384: switch ( ep0_prev_setup_request ) {
        mov     dptr,#_ep0_prev_setup_request
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x30,00124$
        ljmp    00112$
00124$:
        cjne    r2,#0x38,00125$
        sjmp    00101$
00125$:
        cjne    r2,#0x3A,00126$
        sjmp    00112$
00126$:
        cjne    r2,#0x3B,00127$
        sjmp    00103$
00127$:
        cjne    r2,#0x3D,00128$
        sjmp    00112$
00128$:
        cjne    r2,#0x40,00129$
        sjmp    00112$
00129$:
        cjne    r2,#0x41,00130$
        sjmp    00106$
00130$:
;       ../../include/ztex-conf.h:105: case $0:
        cjne    r2,#0x43,00111$
        sjmp    00112$
00101$:
;       ../../include/ztex-eeprom.h:222: EP0BCH = 0;
        mov     dptr,#_EP0BCH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:223: EP0BCL = eeprom_read_ep0(); 
        lcall   _eeprom_read_ep0
        mov     a,dpl
        mov     dptr,#_EP0BCL
        movx    @dptr,a
;       ../../include/ztex-conf.h:107: break;
;       ../../include/ztex-conf.h:105: case $0:
        sjmp    00112$
00103$:
;       ../../include/ztex-eeprom.h:371: EP0BCH = 0;
        mov     dptr,#_EP0BCH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-eeprom.h:372: EP0BCL = mac_eeprom_read_ep0(); 
        lcall   _mac_eeprom_read_ep0
        mov     a,dpl
        mov     dptr,#_EP0BCL
        movx    @dptr,a
;       ../../include/ztex-conf.h:107: break;
;       ../../include/ztex-conf.h:105: case $0:
        sjmp    00112$
00106$:
;       ../../include/ztex-flash2.h:679: if ( ep0_payload_transfer != 0 ) {
        mov     dptr,#_ep0_payload_transfer
        movx    a,@dptr
        mov     r2,a
        jz      00108$
;       ../../include/ztex-flash2.h:680: flash_ec = 0;
        mov     dptr,#_flash_ec
        clr     a
        movx    @dptr,a
;       ../../include/ztex-flash2.h:681: spi_read_ep0(); 
        lcall   _spi_read_ep0
00108$:
;       ../../include/ztex-flash2.h:683: EP0BCH = 0;
        mov     dptr,#_EP0BCH
        clr     a
        movx    @dptr,a
;       ../../include/ztex-flash2.h:684: EP0BCL = ep0_payload_transfer;
        mov     dptr,#_ep0_payload_transfer
        movx    a,@dptr
        mov     r2,a
        mov     dptr,#_EP0BCL
        movx    @dptr,a
;       ../../include/ztex-conf.h:107: break;
;       ../../include/ztex-isr.h:386: default:
        sjmp    00112$
00111$:
;       ../../include/ztex-isr.h:387: EP0BCH = 0;
        mov     dptr,#_EP0BCH
;       ../../include/ztex-isr.h:388: EP0BCL = 0;
        clr     a
        movx    @dptr,a
        mov     dptr,#_EP0BCL
        movx    @dptr,a
;       ../../include/ztex-isr.h:389: }
00112$:
;       ../../include/ztex-isr.h:390: EXIF &= ~bmBIT4;          // clear USB interrupt flag
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:391: EPIRQ = bmBIT0;           // clear EP0IN IRQ
        mov     dptr,#_EPIRQ
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-isr.h:392: EUSB = 1;
        setb    _EUSB
        pop     psw
        pop     (0+1)
        pop     (0+0)
        pop     (0+7)
        pop     (0+6)
        pop     (0+5)
        pop     (0+4)
        pop     (0+3)
        pop     (0+2)
        pop     dph
        pop     dpl
        pop     b
        pop     acc
        pop     bits
        reti
;------------------------------------------------------------
;Allocation info for local variables in function 'EP0OUT_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:398: static void EP0OUT_ISR () __interrupt
;       -----------------------------------------
;        function EP0OUT_ISR
;       -----------------------------------------
_EP0OUT_ISR:
        push    bits
        push    acc
        push    b
        push    dpl
        push    dph
        push    (0+2)
        push    (0+3)
        push    (0+4)
        push    (0+5)
        push    (0+6)
        push    (0+7)
        push    (0+0)
        push    (0+1)
        push    psw
        mov     psw,#0x00
;       ../../include/ztex-isr.h:400: EUSB = 0;                 // block all USB interrupts
        clr     _EUSB
;       ../../include/ztex-isr.h:401: if ( ep0_vendor_cmd_setup ) {
        mov     dptr,#_ep0_vendor_cmd_setup
        movx    a,@dptr
        mov     r2,a
        jz      00102$
;       ../../include/ztex-isr.h:402: ep0_vendor_cmd_setup = 0;
        mov     dptr,#_ep0_vendor_cmd_setup
        clr     a
        movx    @dptr,a
;       ../../include/ztex-isr.h:403: ep0_payload_remaining = (SETUPDAT[7] << 8) | SETUPDAT[6];
        mov     dptr,#(_SETUPDAT + 0x0007)
        movx    a,@dptr
        mov     r3,a
        mov     r2,#0x00
        mov     dptr,#(_SETUPDAT + 0x0006)
        movx    a,@dptr
        mov     r4,a
        mov     r5,#0x00
        mov     dptr,#_ep0_payload_remaining
        mov     a,r4
        orl     a,r2
        movx    @dptr,a
        mov     a,r5
        orl     a,r3
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-isr.h:404: ep0_vendor_cmd_su();
        lcall   _ep0_vendor_cmd_su
00102$:
;       ../../include/ztex-isr.h:407: ep0_payload_update();
        lcall   _ep0_payload_update
;       ../../include/ztex-isr.h:409: switch ( ep0_prev_setup_request ) {
        mov     dptr,#_ep0_prev_setup_request
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x31,00127$
        sjmp    00112$
00127$:
        cjne    r2,#0x32,00128$
        sjmp    00111$
00128$:
        cjne    r2,#0x39,00129$
        sjmp    00103$
00129$:
        cjne    r2,#0x3C,00130$
        sjmp    00104$
00130$:
;       ../../include/ztex-conf.h:128: case $0:                 
        cjne    r2,#0x42,00112$
        sjmp    00105$
00103$:
;       ../../include/ztex-eeprom.h:240: eeprom_write_ep0(EP0BCL);
        mov     dptr,#_EP0BCL
        movx    a,@dptr
        mov     dpl,a
        lcall   _eeprom_write_ep0
;       ../../include/ztex-conf.h:130: break;
;       ../../include/ztex-conf.h:128: case $0:                 
        sjmp    00112$
00104$:
;       ../../include/ztex-eeprom.h:382: mac_eeprom_write(EP0BUF, mac_eeprom_addr, EP0BCL);
        mov     dptr,#_mac_eeprom_addr
        movx    a,@dptr
        mov     _mac_eeprom_write_PARM_2,a
        mov     dptr,#_EP0BCL
        movx    a,@dptr
        mov     _mac_eeprom_write_PARM_3,a
        mov     dptr,#_EP0BUF
        lcall   _mac_eeprom_write
;       ../../include/ztex-conf.h:130: break;
;       ../../include/ztex-conf.h:128: case $0:                 
        sjmp    00112$
00105$:
;       ../../include/ztex-flash2.h:703: if ( ep0_payload_transfer != 0 ) {
        mov     dptr,#_ep0_payload_transfer
        movx    a,@dptr
        mov     r2,a
        jz      00112$
;       ../../include/ztex-flash2.h:704: flash_ec = 0;
        mov     dptr,#_flash_ec
        clr     a
        movx    @dptr,a
;       ../../include/ztex-flash2.h:705: spi_send_ep0();
        lcall   _spi_send_ep0
;       ../../include/ztex-flash2.h:706: if ( flash_ec != 0 ) {
        mov     dptr,#_flash_ec
        movx    a,@dptr
        mov     r2,a
        jz      00112$
;       ../../include/ztex-flash2.h:707: spi_deselect();
        lcall   _spi_deselect
;       ../../include/ztex-conf.h:137: EP0CS |= 0x01;   // set stall
        mov     dptr,#_EP0CS
        movx    a,@dptr
        mov     r2,a
        orl     a,#0x01
        movx    @dptr,a
;       ../../include/ztex-conf.h:138: ep0_payload_remaining = 0;
        mov     dptr,#_ep0_payload_remaining
        clr     a
        movx    @dptr,a
        inc     dptr
        movx    @dptr,a
;       ../../include/ztex-conf.h:139: break;
;       ../../include/ztex-conf.h:128: case $0:                 
        sjmp    00112$
00111$:
;       ../../include/ztex-fpga7.h:211: fpga_send_ep0();
        lcall   _fpga_send_ep0
;       ../../include/ztex-isr.h:411: } 
00112$:
;       ../../include/ztex-isr.h:413: EP0BCL = 0;
        mov     dptr,#_EP0BCL
        clr     a
        movx    @dptr,a
;       ../../include/ztex-isr.h:415: EXIF &= ~bmBIT4;          // clear main USB interrupt flag
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:416: EPIRQ = bmBIT1;           // clear EP0OUT IRQ
        mov     dptr,#_EPIRQ
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ztex-isr.h:417: if ( ep0_payload_remaining == 0 ) {
        mov     dptr,#_ep0_payload_remaining
        movx    a,@dptr
        mov     r2,a
        inc     dptr
        movx    a,@dptr
        mov     r3,a
        orl     a,r2
        jnz     00114$
;       ../../include/ztex-isr.h:418: EP0CS |= 0x80;            // clear the HSNAK bit
        mov     dptr,#_EP0CS
        movx    a,@dptr
        mov     r2,a
        orl     a,#0x80
        movx    @dptr,a
00114$:
;       ../../include/ztex-isr.h:420: EUSB = 1;
        setb    _EUSB
        pop     psw
        pop     (0+1)
        pop     (0+0)
        pop     (0+7)
        pop     (0+6)
        pop     (0+5)
        pop     (0+4)
        pop     (0+3)
        pop     (0+2)
        pop     dph
        pop     dpl
        pop     b
        pop     acc
        pop     bits
        reti
;------------------------------------------------------------
;Allocation info for local variables in function 'EP1IN_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:427: void EP1IN_ISR() __interrupt
;       -----------------------------------------
;        function EP1IN_ISR
;       -----------------------------------------
_EP1IN_ISR:
        push    acc
        push    dpl
        push    dph
;       ../../include/ztex-isr.h:429: EXIF &= ~bmBIT4;
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:430: EPIRQ = bmBIT2;
        mov     dptr,#_EPIRQ
        mov     a,#0x04
        movx    @dptr,a
        pop     dph
        pop     dpl
        pop     acc
        reti
;       eliminated unneeded push/pop psw
;       eliminated unneeded push/pop b
;------------------------------------------------------------
;Allocation info for local variables in function 'EP1OUT_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:437: void EP1OUT_ISR() __interrupt
;       -----------------------------------------
;        function EP1OUT_ISR
;       -----------------------------------------
_EP1OUT_ISR:
        push    acc
        push    dpl
        push    dph
;       ../../include/ztex-isr.h:439: EXIF &= ~bmBIT4;
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:440: EPIRQ = bmBIT3;
        mov     dptr,#_EPIRQ
        mov     a,#0x08
        movx    @dptr,a
        pop     dph
        pop     dpl
        pop     acc
        reti
;       eliminated unneeded push/pop psw
;       eliminated unneeded push/pop b
;------------------------------------------------------------
;Allocation info for local variables in function 'EP2_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:446: void EP2_ISR() __interrupt
;       -----------------------------------------
;        function EP2_ISR
;       -----------------------------------------
_EP2_ISR:
        push    acc
        push    dpl
        push    dph
;       ../../include/ztex-isr.h:448: EXIF &= ~bmBIT4;
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:449: EPIRQ = bmBIT4;
        mov     dptr,#_EPIRQ
        mov     a,#0x10
        movx    @dptr,a
        pop     dph
        pop     dpl
        pop     acc
        reti
;       eliminated unneeded push/pop psw
;       eliminated unneeded push/pop b
;------------------------------------------------------------
;Allocation info for local variables in function 'EP4_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:455: void EP4_ISR() __interrupt
;       -----------------------------------------
;        function EP4_ISR
;       -----------------------------------------
_EP4_ISR:
        push    acc
        push    dpl
        push    dph
;       ../../include/ztex-isr.h:457: EXIF &= ~bmBIT4;
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:458: EPIRQ = bmBIT5;
        mov     dptr,#_EPIRQ
        mov     a,#0x20
        movx    @dptr,a
        pop     dph
        pop     dpl
        pop     acc
        reti
;       eliminated unneeded push/pop psw
;       eliminated unneeded push/pop b
;------------------------------------------------------------
;Allocation info for local variables in function 'EP6_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:464: void EP6_ISR() __interrupt
;       -----------------------------------------
;        function EP6_ISR
;       -----------------------------------------
_EP6_ISR:
        push    acc
        push    dpl
        push    dph
;       ../../include/ztex-isr.h:466: EXIF &= ~bmBIT4;
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:467: EPIRQ = bmBIT6;
        mov     dptr,#_EPIRQ
        mov     a,#0x40
        movx    @dptr,a
        pop     dph
        pop     dpl
        pop     acc
        reti
;       eliminated unneeded push/pop psw
;       eliminated unneeded push/pop b
;------------------------------------------------------------
;Allocation info for local variables in function 'EP8_ISR'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex-isr.h:473: void EP8_ISR() __interrupt
;       -----------------------------------------
;        function EP8_ISR
;       -----------------------------------------
_EP8_ISR:
        push    acc
        push    dpl
        push    dph
;       ../../include/ztex-isr.h:475: EXIF &= ~bmBIT4;
        anl     _EXIF,#0xEF
;       ../../include/ztex-isr.h:476: EPIRQ = bmBIT7;
        mov     dptr,#_EPIRQ
        mov     a,#0x80
        movx    @dptr,a
        pop     dph
        pop     dpl
        pop     acc
        reti
;       eliminated unneeded push/pop psw
;       eliminated unneeded push/pop b
;------------------------------------------------------------
;Allocation info for local variables in function 'mac_eeprom_init'
;------------------------------------------------------------
;b                         Allocated to registers r2 
;c                         Allocated to registers r2 
;d                         Allocated to registers r4 
;buf                       Allocated with name '_mac_eeprom_init_buf_1_1'
;------------------------------------------------------------
;       ../../include/ztex.h:269: void mac_eeprom_init ( ) { 
;       -----------------------------------------
;        function mac_eeprom_init
;       -----------------------------------------
_mac_eeprom_init:
;       ../../include/ztex.h:274: mac_eeprom_read ( buf, 0, 3 );        // read signature
        mov     _mac_eeprom_read_PARM_2,#0x00
        mov     _mac_eeprom_read_PARM_3,#0x03
        mov     dptr,#_mac_eeprom_init_buf_1_1
        lcall   _mac_eeprom_read
;       ../../include/ztex.h:275: if ( buf[0]==67 && buf[1]==68 && buf[2]==48 ) {
        mov     dptr,#_mac_eeprom_init_buf_1_1
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x43,00102$
        mov     dptr,#(_mac_eeprom_init_buf_1_1 + 0x0001)
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x44,00102$
        mov     dptr,#(_mac_eeprom_init_buf_1_1 + 0x0002)
        movx    a,@dptr
        mov     r2,a
        cjne    r2,#0x30,00102$
;       ../../include/ztex.h:276: config_data_valid = 1;
        mov     dptr,#_config_data_valid
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ztex.h:277: mac_eeprom_read ( SN_STRING, 16, 10 );        // copy serial number
        mov     _mac_eeprom_read_PARM_2,#0x10
        mov     _mac_eeprom_read_PARM_3,#0x0A
        mov     dptr,#_SN_STRING
        lcall   _mac_eeprom_read
        sjmp    00123$
00102$:
;       ../../include/ztex.h:280: config_data_valid = 0;
        mov     dptr,#_config_data_valid
        clr     a
        movx    @dptr,a
;       ../../include/ztex.h:283: for (b=0; b<10; b++) {        // abort if SN != "0000000000"
00123$:
        mov     r2,#0x00
00108$:
        cjne    r2,#0x0A,00133$
00133$:
        jnc     00111$
;       ../../include/ztex.h:284: if ( SN_STRING[b] != 48 )
        mov     a,r2
        add     a,#_SN_STRING
        mov     dpl,a
        clr     a
        addc    a,#(_SN_STRING >> 8)
        mov     dph,a
        movx    a,@dptr
        mov     r3,a
;       ../../include/ztex.h:285: return;
        cjne    r3,#0x30,00116$
;       ../../include/ztex.h:283: for (b=0; b<10; b++) {        // abort if SN != "0000000000"
        inc     r2
        sjmp    00108$
00111$:
;       ../../include/ztex.h:288: mac_eeprom_read ( buf, 0xfb, 5 );     // read the last 5 MAC digits
        mov     _mac_eeprom_read_PARM_2,#0xFB
        mov     _mac_eeprom_read_PARM_3,#0x05
        mov     dptr,#_mac_eeprom_init_buf_1_1
        lcall   _mac_eeprom_read
;       ../../include/ztex.h:290: c=0;
        mov     r2,#0x00
;       ../../include/ztex.h:291: for (b=0; b<5; b++) { // convert to MAC to SN string
        mov     r3,#0x00
00112$:
        cjne    r3,#0x05,00136$
00136$:
        jnc     00116$
;       ../../include/ztex.h:292: d = buf[b];
        mov     a,r3
        add     a,#_mac_eeprom_init_buf_1_1
        mov     dpl,a
        clr     a
        addc    a,#(_mac_eeprom_init_buf_1_1 >> 8)
        mov     dph,a
        movx    a,@dptr
        mov     r4,a
;       ../../include/ztex.h:293: SN_STRING[c] = hexdigits[d>>4];
        mov     a,r2
        add     a,#_SN_STRING
        mov     r5,a
        clr     a
        addc    a,#(_SN_STRING >> 8)
        mov     r6,a
        mov     a,r4
        swap    a
        anl     a,#0x0f
        mov     dptr,#_mac_eeprom_init_hexdigits_1_1
        movc    a,@a+dptr
        mov     r7,a
        mov     dpl,r5
        mov     dph,r6
        movx    @dptr,a
;       ../../include/ztex.h:294: c++;
        inc     r2
;       ../../include/ztex.h:295: SN_STRING[c] = hexdigits[d & 15];
        mov     a,r2
        add     a,#_SN_STRING
        mov     r5,a
        clr     a
        addc    a,#(_SN_STRING >> 8)
        mov     r6,a
        mov     a,#0x0F
        anl     a,r4
        mov     dptr,#_mac_eeprom_init_hexdigits_1_1
        movc    a,@a+dptr
        mov     r4,a
        mov     dpl,r5
        mov     dph,r6
        movx    @dptr,a
;       ../../include/ztex.h:296: c++;
        inc     r2
;       ../../include/ztex.h:291: for (b=0; b<5; b++) { // convert to MAC to SN string
        inc     r3
        sjmp    00112$
00116$:
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'init_USB'
;------------------------------------------------------------
;------------------------------------------------------------
;       ../../include/ztex.h:345: void init_USB ()
;       -----------------------------------------
;        function init_USB
;       -----------------------------------------
_init_USB:
;       ../../include/ztex.h:347: USBCS |= bmBIT3;
        mov     dptr,#_USBCS
        movx    a,@dptr
        orl     a,#0x08
        movx    @dptr,a
;       ../../include/ztex.h:349: CPUCS = bmBIT4 | bmBIT1;
        mov     dptr,#_CPUCS
        mov     a,#0x12
        movx    @dptr,a
;       ../../include/ztex.h:350: wait(2);
        mov     dptr,#0x0002
        lcall   _wait
;       ../../include/ztex.h:351: CKCON &= ~7;
        anl     _CKCON,#0xF8
;       ../../include/ztex.h:380: init_fpga();
        lcall   _init_fpga
;       ../../include/ztex-fpga-flash2.h:105: fpga_flash_result= 255;
        mov     dptr,#_fpga_flash_result
        mov     a,#0xFF
        movx    @dptr,a
;       ../../include/ztex.h:385: EA = 0;
        clr     _EA
;       ../../include/ztex.h:386: EUSB = 0;
        clr     _EUSB
;       ../../include/ezintavecs.h:123: INT8VEC_USB.op=0x02;
        mov     dptr,#_INT8VEC_USB
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:124: INT8VEC_USB.addrH = 0x01;
        mov     dptr,#(_INT8VEC_USB + 0x0001)
        mov     a,#0x01
        movx    @dptr,a
;       ../../include/ezintavecs.h:125: INT8VEC_USB.addrL = 0xb8;
        mov     dptr,#(_INT8VEC_USB + 0x0002)
        mov     a,#0xB8
        movx    @dptr,a
;       ../../include/ezintavecs.h:126: INTSETUP |= 8;
        mov     dptr,#_INTSETUP
        movx    a,@dptr
        orl     a,#0x08
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_SUDAV
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_SUDAV_ISR
        mov     r3,#(_SUDAV_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_SUDAV + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_SUDAV + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_SOF
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_SOF_ISR
        mov     r3,#(_SOF_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_SOF + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_SOF + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_SUTOK
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_SUTOK_ISR
        mov     r3,#(_SUTOK_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_SUTOK + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_SUTOK + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_SUSPEND
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_SUSP_ISR
        mov     r3,#(_SUSP_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_SUSPEND + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_SUSPEND + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_USBRESET
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_URES_ISR
        mov     r3,#(_URES_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_USBRESET + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_USBRESET + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_HISPEED
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_HSGRANT_ISR
        mov     r3,#(_HSGRANT_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_HISPEED + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_HISPEED + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_EP0ACK
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_EP0ACK_ISR
        mov     r3,#(_EP0ACK_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_EP0ACK + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_EP0ACK + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_EP0IN
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_EP0IN_ISR
        mov     r3,#(_EP0IN_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_EP0IN + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_EP0IN + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_EP0OUT
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_EP0OUT_ISR
        mov     r3,#(_EP0OUT_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_EP0OUT + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_EP0OUT + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_EP1IN
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_EP1IN_ISR
        mov     r3,#(_EP1IN_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_EP1IN + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_EP1IN + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_EP1OUT
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_EP1OUT_ISR
        mov     r3,#(_EP1OUT_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_EP1OUT + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_EP1OUT + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_EP2
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_EP2_ISR
        mov     r3,#(_EP2_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_EP2 + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_EP2 + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_EP4
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_EP4_ISR
        mov     r3,#(_EP4_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_EP4 + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_EP4 + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_EP6
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_EP6_ISR
        mov     r3,#(_EP6_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_EP6 + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_EP6 + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ezintavecs.h:115: $0.op=0x02;
        mov     dptr,#_INTVEC_EP8
        mov     a,#0x02
        movx    @dptr,a
;       ../../include/ezintavecs.h:116: $0.addrH=((unsigned short)(&$1)) >> 8;
        mov     r2,#_EP8_ISR
        mov     r3,#(_EP8_ISR >> 8)
        mov     ar4,r3
        mov     dptr,#(_INTVEC_EP8 + 0x0001)
        mov     a,r4
        movx    @dptr,a
;       ../../include/ezintavecs.h:117: $0.addrL=(unsigned short)(&$1);
        mov     dptr,#(_INTVEC_EP8 + 0x0002)
        mov     a,r2
        movx    @dptr,a
;       ../../include/ztex.h:407: EXIF &= ~bmBIT4;
        anl     _EXIF,#0xEF
;       ../../include/ztex.h:408: USBIRQ = 0x7f;
        mov     dptr,#_USBIRQ
        mov     a,#0x7F
        movx    @dptr,a
;       ../../include/ztex.h:409: USBIE |= 0x7f; 
        mov     dptr,#_USBIE
        movx    a,@dptr
        mov     r2,a
        orl     a,#0x7F
        movx    @dptr,a
;       ../../include/ztex.h:410: EPIRQ = 0xff;
        mov     dptr,#_EPIRQ
        mov     a,#0xFF
        movx    @dptr,a
;       ../../include/ztex.h:411: EPIE = 0xff;
        mov     dptr,#_EPIE
        mov     a,#0xFF
        movx    @dptr,a
;       ../../include/ztex.h:413: EUSB = 1;
        setb    _EUSB
;       ../../include/ztex.h:414: EA = 1;
        setb    _EA
;       ../../include/ztex.h:333: EP$0CFG = bmBIT7 | bmBIT5;
        mov     dptr,#_EP1INCFG
        mov     a,#0xA0
        movx    @dptr,a
;       ../../include/ezregs.h:46: __endasm;
        
         nop
         nop
         nop
         nop
            
;       ../../include/ztex.h:333: EP$0CFG = bmBIT7 | bmBIT5;
        mov     dptr,#_EP1OUTCFG
        mov     a,#0xA0
        movx    @dptr,a
;       ../../include/ezregs.h:46: __endasm;
        
         nop
         nop
         nop
         nop
            
;       ../../include/ztex.h:328: ;
        mov     dptr,#_EP2CFG
        clr     a
        movx    @dptr,a
;       ../../include/ezregs.h:46: __endasm;
        
         nop
         nop
         nop
         nop
            
;       ../../include/ztex.h:328: ;
        mov     dptr,#_EP4CFG
        clr     a
        movx    @dptr,a
;       ../../include/ezregs.h:46: __endasm;
        
         nop
         nop
         nop
         nop
            
;       ../../include/ztex.h:328: ;
        mov     dptr,#_EP6CFG
        clr     a
        movx    @dptr,a
;       ../../include/ezregs.h:46: __endasm;
        
         nop
         nop
         nop
         nop
            
;       ../../include/ztex.h:328: ;
        mov     dptr,#_EP8CFG
        clr     a
        movx    @dptr,a
;       ../../include/ezregs.h:46: __endasm;
        
         nop
         nop
         nop
         nop
            
;       ../../include/ztex.h:434: flash_init();
        lcall   _flash_init
;       ../../include/ztex.h:435: if ( !flash_enabled ) {
        mov     dptr,#_flash_enabled
        movx    a,@dptr
        mov     r2,a
        jnz     00102$
;       ../../include/ztex.h:436: wait(250);
        mov     dptr,#0x00FA
        lcall   _wait
;       ../../include/ztex.h:437: flash_init();
        lcall   _flash_init
00102$:
;       ../../include/ztex.h:447: mac_eeprom_init();
        lcall   _mac_eeprom_init
;       ../../include/ztex.h:453: fpga_configure_from_flash_init();
        lcall   _fpga_configure_from_flash_init
;       ../../include/ztex.h:456: USBCS |= bmBIT7 | bmBIT1;
        mov     dptr,#_USBCS
        movx    a,@dptr
        orl     a,#0x82
        movx    @dptr,a
;       ../../include/ztex.h:457: wait(10);
        mov     dptr,#0x000A
        lcall   _wait
;       ../../include/ztex.h:459: USBCS &= ~bmBIT3;
        mov     dptr,#_USBCS
        movx    a,@dptr
        anl     a,#0xF7
        movx    @dptr,a
        ret
;------------------------------------------------------------
;Allocation info for local variables in function 'main'
;------------------------------------------------------------
;------------------------------------------------------------
;       default.c:35: void main(void)   
;       -----------------------------------------
;        function main
;       -----------------------------------------
_main:
;       default.c:37: init_USB();
        lcall   _init_USB
;       default.c:39: if ( config_data_valid ) {
        mov     dptr,#_config_data_valid
        movx    a,@dptr
        mov     r2,a
        jz      00104$
;       default.c:40: mac_eeprom_read ( (__xdata BYTE*) (productString+20), 6, 1 );
        mov     dptr,#(_productString + 0x0014)
        mov     _mac_eeprom_read_PARM_2,#0x06
        mov     _mac_eeprom_read_PARM_3,#0x01
        lcall   _mac_eeprom_read
;       default.c:43: while (1) {       }                                       //  twiddle thumbs
00104$:
        sjmp    00104$
        .area CSEG    (CODE)
        .area CONST   (CODE)
_fpga_flash_boot_id:
        .db #0x5A
        .db #0x54
        .db #0x45
        .db #0x58
        .db #0x42
        .db #0x53
        .db #0x01
        .db #0x01
_manufacturerString:
        .ascii "ZTEX"
        .db 0x00
_productString:
        .ascii "USB-FPGA Module 2.01  (default)"
        .db 0x00
_configurationString:
        .ascii "default"
        .db 0x00
_DeviceDescriptor:
        .db #0x12
        .db #0x01
        .db #0x00
        .db #0x02
        .db #0xFF
        .db #0xFF
        .db #0xFF
        .db #0x40
        .db #0x1A
        .db #0x22
        .db #0x00
        .db #0x01
        .db #0x00
        .db #0x00
        .db #0x01
        .db #0x02
        .db #0x03
        .db #0x01
_DeviceQualifierDescriptor:
        .db #0x0A
        .db #0x06
        .db #0x00
        .db #0x02
        .db #0xFF
        .db #0xFF
        .db #0xFF
        .db #0x40
        .db #0x01
        .db #0x00
_HighSpeedConfigDescriptor:
        .db #0x09
        .db #0x02
        .db #0x20
        .db #0x00
        .db #0x01
        .db #0x01
        .db #0x04
        .db #0xC0
        .db #0x32
        .db #0x09
        .db #0x04
        .db #0x00
        .db #0x00
        .db #0x02
        .db #0xFF
        .db #0xFF
        .db #0xFF
        .db #0x00
        .db #0x07
        .db #0x05
        .db #0x81
        .db #0x02
        .db #0x00
        .db #0x02
        .db #0x00
        .db #0x07
        .db #0x05
        .db #0x01
        .db #0x02
        .db #0x00
        .db #0x02
        .db #0x00
_HighSpeedConfigDescriptor_PadByte:
        .db #0x00
        .db 0x00
_FullSpeedConfigDescriptor:
        .db #0x09
        .db #0x02
        .db #0x20
        .db #0x00
        .db #0x01
        .db #0x01
        .db #0x04
        .db #0xC0
        .db #0x32
        .db #0x09
        .db #0x04
        .db #0x00
        .db #0x00
        .db #0x02
        .db #0xFF
        .db #0xFF
        .db #0xFF
        .db #0x00
        .db #0x07
        .db #0x05
        .db #0x81
        .db #0x02
        .db #0x40
        .db #0x00
        .db #0x00
        .db #0x07
        .db #0x05
        .db #0x01
        .db #0x02
        .db #0x40
        .db #0x00
        .db #0x00
_FullSpeedConfigDescriptor_PadByte:
        .db #0x00
        .db 0x00
_EmptyStringDescriptor:
        .db #0x04
        .db #0x03
        .db #0x00
        .db #0x00
_mac_eeprom_init_hexdigits_1_1:
        .ascii "0123456789ABCDEF"
        .db 0x00
        .area XINIT   (CODE)
__xinit__ep0_payload_remaining:
        .byte #0x00,#0x00
__xinit__ep0_payload_transfer:
        .db #0x00
__xinit__ep0_prev_setup_request:
        .db #0xFF
__xinit__ep0_vendor_cmd_setup:
        .db #0x00
__xinit__ISOFRAME_COUNTER:
        .byte #0x00,#0x00
        .byte #0x00,#0x00
        .byte #0x00,#0x00
        .byte #0x00,#0x00
        .area CABS    (ABS,CODE)