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/*-------------------------------------*/
/* fault.c                             */
/* Last change : 13. 7.95              */
/*-------------------------------------*/
/*
 *  $Id: fault.c,v 1.2 2001-09-27 11:59:59 chris Exp $
 */
 
#include "prcb.h"
#include "i960.h"
#include "flttbl.h"
#include "fault.h"
#include "asmstub.h"
#include <stdio.h>
#include <string.h>
 
extern void romFaultStart(void);
 
/*-------------------------------------*/
  /* Table of user-registered fault handler entry.
   */
typedef struct {
  UserFaultHandler hndl;         /* Handler itself. */
  int cnt;                       /* Handler is valid for cnt times. */
} UserFaultEntry;
  /* Table itself.
   */
static UserFaultEntry userFaultTable[] = {
  {0, 0},                       /* Parallel */
  {0, 0},                       /* Trace */
  {0, 0},                       /* Operation */
  {0, 0},                       /* Arithmetic */
  {0, 0},                       /* Reserved */
  {0, 0},                       /* Constraint */
  {0, 0},                       /* Reserved */
  {0, 0},                       /* Protection */
  {0, 0},                       /* Reserved */
  {0, 0}                        /* Type */
};
  /* Number of Faults.
   */
#define FaultNmbr (sizeof(userFaultTable)/sizeof(UserFaultEntry))
 
int faultRegister(int fault, UserFaultHandler hndl, int cnt)
{
  static unsigned int faultNewCheckSum(void);
  int rsl = 0;
 
  if (0 <= fault &&  fault <= FaultNmbr)  {
      /* Register handler.
       */
    userFaultTable[fault].hndl = hndl;
    userFaultTable[fault].cnt = cnt;
      /* Checksum has changed.
       */
    faultCheckSum = faultNewCheckSum();
    rsl = 1;
  }
  return rsl;
}
int faultOk(int fault)
{
  static unsigned int faultNewCheckSum(void);
  int rsl = 0;
 
  if (0 <= fault &&  fault <= FaultNmbr)  {
      /* Fault handler recovered successfully.
       * Can use it at least once more.
       */
    userFaultTable[fault].cnt ++;
      /* Check sum has changed.
       */
#if 0
    faultCheckSum = faultNewCheckSum();
#endif
    faultCheckSum ++;
    rsl = 1;
  }
  return rsl;
}
void faultBad(int invokedFromRom,
              unsigned int inst, unsigned int * faultBuffer,
              unsigned int type, unsigned int sbtp)
{
  static void faultInfo(int invokedFromRom,
                        unsigned int inst, unsigned int * faultBuffer,
                        unsigned int type, unsigned int sbtp);
 
    /* Close the mem channel nicely.
     */
/*  memChnlI960Fault();*/
    /* Give some panic message.
     */
  faultInfo(invokedFromRom, inst, faultBuffer, type, sbtp);
     /* At this point RAM is repaired. Do
      * whatever you want.
      */
#if 0
  if (OsfIsUp)  {
    asm_exit(romFaultStart, & ram_prcb);
  }
  else  {
    asm_exit(romStart, & ram_prcb);
  }
# endif
  asm_exit(romFaultStart, & ram_prcb);
}
void faultGood(unsigned int inst, unsigned int * faultBuffer,
               unsigned int type, unsigned int sbtp)
{
  static unsigned int faultNewCheckSum(void);
 
  if (userFaultTable[type].hndl != 0 && userFaultTable[type].cnt > 0)  {
      /* This is done to avoid the situation when
       * handler causes a fault and, thus, infinite recursion.
       */
    userFaultTable[type].cnt --;
      /* Check sum has changed.
       */
#if 0
    faultCheckSum = faultNewCheckSum();
#endif
    faultCheckSum --;
      /* Invoke handler.
       */
    (* userFaultTable[type].hndl)(inst, faultBuffer, type, sbtp);
      /* If this returns => fault is bad.
       */
  }
  faultBad(0, inst, faultBuffer, type, sbtp);
}
static unsigned int faultNewCheckSum(void)
{
  unsigned int * f = faultStart;
  unsigned int * l = faultEnd;
  unsigned int sum;
 
  for (sum = 0; f < l; f ++)  {
    sum += * f;
  }
  return sum;
}
static void faultInfo(int invokedFromRom,
                      unsigned int inst, unsigned int * faultBuffer,
                      unsigned int type, unsigned int sbtp)
{
  char * typeStr;
  char * sbtpStr;
  static char * faultParallelSbtpStr(unsigned int);
  static char * faultTraceSbtpStr(unsigned int);
  static char * faultOperationSbtpStr(unsigned int);
  static char * faultArithmeticSbtpStr(unsigned int);
  static char * faultReservedSbtpStr(unsigned int);
  static char * faultConstraintSbtpStr(unsigned int);
  static char * faultProtectionSbtpStr(unsigned int);
  static char * faultTypeSbtpStr(unsigned int);
  static char * faultUnknownSbtpStr(unsigned int);
  static struct {
    char * name;
    char * (* sbtpStr)(unsigned int);
  } faultInfo[] = {
    {"Parallel", faultParallelSbtpStr},
    {"Trace", faultTraceSbtpStr},
    {"Operation", faultOperationSbtpStr},
    {"Arithmetic", faultArithmeticSbtpStr},
    {"Reserved", faultReservedSbtpStr},
    {"Constraint", faultConstraintSbtpStr},
    {"Reserved", faultReservedSbtpStr},
    {"Protection", faultProtectionSbtpStr},
    {"Reserved", faultReservedSbtpStr},
    {"Type", faultTypeSbtpStr},
    {"Unknown", faultUnknownSbtpStr}
  };
  unsigned int ix;
 
/*  console_set_channel(CHANNEL_B);*/
  ix = type >= FaultNmbr ? FaultNmbr : type;
  typeStr = faultInfo[ix].name;
  sbtpStr = (* faultInfo[ix].sbtpStr)(sbtp);
  printf("\nFault at 0x%08x: %s[%s]\n",
           faultBuffer[IP_REGNUM], typeStr, sbtpStr);
  printf("Bad instruction: 0x%08x\n", inst);
  printf("AC=0x%08x PC=0x%08x\n",
           faultBuffer[ACW_REGNUM],
           faultBuffer[PCW_REGNUM]);
  printf("g0=0x%08x g1=0x%08x g2=0x%08x g3=0x%08x\n",
         faultBuffer[G0_REGNUM+0], faultBuffer[G0_REGNUM+1],
         faultBuffer[G0_REGNUM+2], faultBuffer[G0_REGNUM+3]);
  printf("g4=0x%08x g5=0x%08x g6=0x%08x g7=0x%08x\n",
         faultBuffer[G0_REGNUM+4], faultBuffer[G0_REGNUM+5],
         faultBuffer[G0_REGNUM+6], faultBuffer[G0_REGNUM+7]);
  printf("g8=0x%08x g9=0x%08x gA=0x%08x gB=0x%08x\n",
         faultBuffer[G0_REGNUM+8], faultBuffer[G0_REGNUM+9],
         faultBuffer[G0_REGNUM+10], faultBuffer[G0_REGNUM+11]);
  printf("gC=0x%08x gD=0x%08x gE=0x%08x gF=0x%08x\n",
         faultBuffer[G0_REGNUM+12], faultBuffer[G0_REGNUM+13],
         faultBuffer[G0_REGNUM+14], faultBuffer[G0_REGNUM+15]);
  printf("r0=0x%08x r1=0x%08x r2=0x%08x r3=0x%08x\n",
         faultBuffer[R0_REGNUM+0], faultBuffer[R0_REGNUM+1],
         faultBuffer[R0_REGNUM+2], faultBuffer[R0_REGNUM+3]);
  printf("r4=0x%08x r5=0x%08x r6=0x%08x r7=0x%08x\n",
         faultBuffer[R0_REGNUM+4], faultBuffer[R0_REGNUM+5],
         faultBuffer[R0_REGNUM+6], faultBuffer[R0_REGNUM+7]);
  printf("r8=0x%08x r9=0x%08x rA=0x%08x rB=0x%08x\n",
         faultBuffer[R0_REGNUM+8], faultBuffer[R0_REGNUM+9],
         faultBuffer[R0_REGNUM+10], faultBuffer[R0_REGNUM+11]);
  printf("rC=0x%08x rD=0x%08x rE=0x%08x rF=0x%08x\n",
         faultBuffer[R0_REGNUM+12], faultBuffer[R0_REGNUM+13],
         faultBuffer[R0_REGNUM+14], faultBuffer[R0_REGNUM+15]);
  if (invokedFromRom)  {
    printf("RAM image damaged. No chance to recover\n");
  }
  else  {
    printf("RAM image not damaged. Still no recovery\n");
  }
}
static char * faultParallelSbtpStr(unsigned int sbtp)
{
  static char buf[10];
 
  sprintf(buf, "%d", sbtp);
  return buf;
}
static char * faultTraceSbtpStr(unsigned int sbtp)
{
  static char buf[256];
  int notEmpty;
 
  buf[0] = '\0';
  notEmpty = 0;
  if (sbtp & 0x2)  {
     strcat(buf, "Instruction");
     notEmpty = 1;
  }
  if (sbtp & 0x4)  {
    if (notEmpty) strcat(buf, ":");
    strcat(buf, "Branch");
    notEmpty = 1;
  }
  if (sbtp & 0x8)  {
    if (notEmpty) strcat(buf, ":");
    strcat(buf, "Call");
    notEmpty = 1;
  }
  if (sbtp & 0x10)  {
    if (notEmpty) strcat(buf, ":");
    strcat(buf, "Return");
    notEmpty = 1;
  }
  if (sbtp & 0x20)  {
    if (notEmpty) strcat(buf, ":");
    strcat(buf, "Prereturn");
    notEmpty = 1;
  }
  if (sbtp & 0x40)  {
    if (notEmpty) strcat(buf, ":");
    strcat(buf, "Supervisor");
    notEmpty = 1;
  }
  if (sbtp & 0x80)  {
    if (notEmpty) strcat(buf, ":");
    strcat(buf, "Breakpoint");
    notEmpty = 1;
  }
  if (! notEmpty)  {
    strcat(buf, "Unknown");
  }
  return buf;
}
static char * faultOperationSbtpStr(unsigned int sbtp)
{
  char * rsl;
 
  if (sbtp == 0x1)      rsl = "Invalid Opcode";
  else if (sbtp == 0x2) rsl = "Unimplemented";
  else if (sbtp == 0x3) rsl = "Unaligned";
  else if (sbtp == 0x4) rsl = "Invalid Operand";
  else                  rsl = "Unknown";
  return rsl;
}
static char * faultArithmeticSbtpStr(unsigned int sbtp)
{
  char * rsl;
 
  if (sbtp == 0x1)      rsl = "Integer Overflow";
  else if (sbtp == 0x2) rsl = "Arithmetic Zero-Divide";
  else                  rsl = "Unknown";
  return rsl;
}
static char * faultReservedSbtpStr(unsigned int sbtp)
{
  return "Unknown";
}
static char * faultConstraintSbtpStr(unsigned int sbtp)
{
  char * rsl;
 
  if (sbtp == 0x1)      rsl = "Constraint Range";
  else if (sbtp == 0x2) rsl = "Priveleged";
  else                  rsl = "Unknown";
  return rsl;
}
static char * faultProtectionSbtpStr(unsigned int sbtp)
{
  char * rsl;
 
  if (sbtp == 0x1)    rsl = "Length";
  else                rsl = "Unknown";
  return rsl;
}
static char * faultTypeSbtpStr(unsigned int sbtp)
{
  char * rsl;
 
  if (sbtp == 0x1)    rsl = "Type Mismatch";
  else                rsl = "Unknown";
  return rsl;
}
static char * faultUnknownSbtpStr(unsigned int sbtp)
{
  return "Unknown";
}
/*-------------*/
/* End of file */
/*-------------*/
 

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[/] [openrisc/] [trunk/] [rtos/] [rtems/] [c/] [src/] [lib/] [libbsp/] [i960/] [rxgen960/] [startup/] [fault.c] - Blame information for rev 30

Line No.	Rev	Author	Line
1	30	unneback	`/-------------------------------------/`
2			`/* fault.c */`
3			`/* Last change : 13. 7.95 */`
4			`/-------------------------------------/`
5			`/*`
6			`* $Id: fault.c,v 1.2 2001-09-27 11:59:59 chris Exp $`
7			`*/`
8
9			`#include "prcb.h"`
10			`#include "i960.h"`
11			`#include "flttbl.h"`
12			`#include "fault.h"`
13			`#include "asmstub.h"`
14			`#include <stdio.h>`
15			`#include <string.h>`
16
17			`extern void romFaultStart(void);`
18
19			`/-------------------------------------/`
20			`/* Table of user-registered fault handler entry.`
21			`*/`
22			`typedef struct {`
23			`UserFaultHandler hndl; /* Handler itself. */`
24			`int cnt; /* Handler is valid for cnt times. */`
25			`} UserFaultEntry;`
26			`/* Table itself.`
27			`*/`
28			`static UserFaultEntry userFaultTable[] = {`
29			`{0, 0}, /* Parallel */`
30			`{0, 0}, /* Trace */`
31			`{0, 0}, /* Operation */`
32			`{0, 0}, /* Arithmetic */`
33			`{0, 0}, /* Reserved */`
34			`{0, 0}, /* Constraint */`
35			`{0, 0}, /* Reserved */`
36			`{0, 0}, /* Protection */`
37			`{0, 0}, /* Reserved */`
38			`{0, 0} /* Type */`
39			`};`
40			`/* Number of Faults.`
41			`*/`
42			`#define FaultNmbr (sizeof(userFaultTable)/sizeof(UserFaultEntry))`
43
44			`int faultRegister(int fault, UserFaultHandler hndl, int cnt)`
45			`{`
46			`static unsigned int faultNewCheckSum(void);`
47			`int rsl = 0;`
48
49			`if (0 <= fault && fault <= FaultNmbr) {`
50			`/* Register handler.`
51			`*/`
52			`userFaultTable[fault].hndl = hndl;`
53			`userFaultTable[fault].cnt = cnt;`
54			`/* Checksum has changed.`
55			`*/`
56			`faultCheckSum = faultNewCheckSum();`
57			`rsl = 1;`
58			`}`
59			`return rsl;`
60			`}`
61			`int faultOk(int fault)`
62			`{`
63			`static unsigned int faultNewCheckSum(void);`
64			`int rsl = 0;`
65
66			`if (0 <= fault && fault <= FaultNmbr) {`
67			`/* Fault handler recovered successfully.`
68			`* Can use it at least once more.`
69			`*/`
70			`userFaultTable[fault].cnt ++;`
71			`/* Check sum has changed.`
72			`*/`
73			`#if 0`
74			`faultCheckSum = faultNewCheckSum();`
75			`#endif`
76			`faultCheckSum ++;`
77			`rsl = 1;`
78			`}`
79			`return rsl;`
80			`}`
81			`void faultBad(int invokedFromRom,`
82			`unsigned int inst, unsigned int * faultBuffer,`
83			`unsigned int type, unsigned int sbtp)`
84			`{`
85			`static void faultInfo(int invokedFromRom,`
86			`unsigned int inst, unsigned int * faultBuffer,`
87			`unsigned int type, unsigned int sbtp);`
88
89			`/* Close the mem channel nicely.`
90			`*/`
91			`/* memChnlI960Fault();*/`
92			`/* Give some panic message.`
93			`*/`
94			`faultInfo(invokedFromRom, inst, faultBuffer, type, sbtp);`
95			`/* At this point RAM is repaired. Do`
96			`* whatever you want.`
97			`*/`
98			`#if 0`
99			`if (OsfIsUp) {`
100			`asm_exit(romFaultStart, & ram_prcb);`
101			`}`
102			`else {`
103			`asm_exit(romStart, & ram_prcb);`
104			`}`
105			`# endif`
106			`asm_exit(romFaultStart, & ram_prcb);`
107			`}`
108			`void faultGood(unsigned int inst, unsigned int * faultBuffer,`
109			`unsigned int type, unsigned int sbtp)`
110			`{`
111			`static unsigned int faultNewCheckSum(void);`
112
113			`if (userFaultTable[type].hndl != 0 && userFaultTable[type].cnt > 0) {`
114			`/* This is done to avoid the situation when`
115			`* handler causes a fault and, thus, infinite recursion.`
116			`*/`
117			`userFaultTable[type].cnt --;`
118			`/* Check sum has changed.`
119			`*/`
120			`#if 0`
121			`faultCheckSum = faultNewCheckSum();`
122			`#endif`
123			`faultCheckSum --;`
124			`/* Invoke handler.`
125			`*/`
126			`(* userFaultTable[type].hndl)(inst, faultBuffer, type, sbtp);`
127			`/* If this returns => fault is bad.`
128			`*/`
129			`}`
130			`faultBad(0, inst, faultBuffer, type, sbtp);`
131			`}`
132			`static unsigned int faultNewCheckSum(void)`
133			`{`
134			`unsigned int * f = faultStart;`
135			`unsigned int * l = faultEnd;`
136			`unsigned int sum;`
137
138			`for (sum = 0; f < l; f ++) {`
139			`sum += * f;`
140			`}`
141			`return sum;`
142			`}`
143			`static void faultInfo(int invokedFromRom,`
144			`unsigned int inst, unsigned int * faultBuffer,`
145			`unsigned int type, unsigned int sbtp)`
146			`{`
147			`char * typeStr;`
148			`char * sbtpStr;`
149			`static char * faultParallelSbtpStr(unsigned int);`
150			`static char * faultTraceSbtpStr(unsigned int);`
151			`static char * faultOperationSbtpStr(unsigned int);`
152			`static char * faultArithmeticSbtpStr(unsigned int);`
153			`static char * faultReservedSbtpStr(unsigned int);`
154			`static char * faultConstraintSbtpStr(unsigned int);`
155			`static char * faultProtectionSbtpStr(unsigned int);`
156			`static char * faultTypeSbtpStr(unsigned int);`
157			`static char * faultUnknownSbtpStr(unsigned int);`
158			`static struct {`
159			`char * name;`
160			`char * (* sbtpStr)(unsigned int);`
161			`} faultInfo[] = {`
162			`{"Parallel", faultParallelSbtpStr},`
163			`{"Trace", faultTraceSbtpStr},`
164			`{"Operation", faultOperationSbtpStr},`
165			`{"Arithmetic", faultArithmeticSbtpStr},`
166			`{"Reserved", faultReservedSbtpStr},`
167			`{"Constraint", faultConstraintSbtpStr},`
168			`{"Reserved", faultReservedSbtpStr},`
169			`{"Protection", faultProtectionSbtpStr},`
170			`{"Reserved", faultReservedSbtpStr},`
171			`{"Type", faultTypeSbtpStr},`
172			`{"Unknown", faultUnknownSbtpStr}`
173			`};`
174			`unsigned int ix;`
175
176			`/* console_set_channel(CHANNEL_B);*/`
177			`ix = type >= FaultNmbr ? FaultNmbr : type;`
178			`typeStr = faultInfo[ix].name;`
179			`sbtpStr = (* faultInfo[ix].sbtpStr)(sbtp);`
180			`printf("\nFault at 0x%08x: %s[%s]\n",`
181			`faultBuffer[IP_REGNUM], typeStr, sbtpStr);`
182			`printf("Bad instruction: 0x%08x\n", inst);`
183			`printf("AC=0x%08x PC=0x%08x\n",`
184			`faultBuffer[ACW_REGNUM],`
185			`faultBuffer[PCW_REGNUM]);`
186			`printf("g0=0x%08x g1=0x%08x g2=0x%08x g3=0x%08x\n",`
187			`faultBuffer[G0_REGNUM+0], faultBuffer[G0_REGNUM+1],`
188			`faultBuffer[G0_REGNUM+2], faultBuffer[G0_REGNUM+3]);`
189			`printf("g4=0x%08x g5=0x%08x g6=0x%08x g7=0x%08x\n",`
190			`faultBuffer[G0_REGNUM+4], faultBuffer[G0_REGNUM+5],`
191			`faultBuffer[G0_REGNUM+6], faultBuffer[G0_REGNUM+7]);`
192			`printf("g8=0x%08x g9=0x%08x gA=0x%08x gB=0x%08x\n",`
193			`faultBuffer[G0_REGNUM+8], faultBuffer[G0_REGNUM+9],`
194			`faultBuffer[G0_REGNUM+10], faultBuffer[G0_REGNUM+11]);`
195			`printf("gC=0x%08x gD=0x%08x gE=0x%08x gF=0x%08x\n",`
196			`faultBuffer[G0_REGNUM+12], faultBuffer[G0_REGNUM+13],`
197			`faultBuffer[G0_REGNUM+14], faultBuffer[G0_REGNUM+15]);`
198			`printf("r0=0x%08x r1=0x%08x r2=0x%08x r3=0x%08x\n",`
199			`faultBuffer[R0_REGNUM+0], faultBuffer[R0_REGNUM+1],`
200			`faultBuffer[R0_REGNUM+2], faultBuffer[R0_REGNUM+3]);`
201			`printf("r4=0x%08x r5=0x%08x r6=0x%08x r7=0x%08x\n",`
202			`faultBuffer[R0_REGNUM+4], faultBuffer[R0_REGNUM+5],`
203			`faultBuffer[R0_REGNUM+6], faultBuffer[R0_REGNUM+7]);`
204			`printf("r8=0x%08x r9=0x%08x rA=0x%08x rB=0x%08x\n",`
205			`faultBuffer[R0_REGNUM+8], faultBuffer[R0_REGNUM+9],`
206			`faultBuffer[R0_REGNUM+10], faultBuffer[R0_REGNUM+11]);`
207			`printf("rC=0x%08x rD=0x%08x rE=0x%08x rF=0x%08x\n",`
208			`faultBuffer[R0_REGNUM+12], faultBuffer[R0_REGNUM+13],`
209			`faultBuffer[R0_REGNUM+14], faultBuffer[R0_REGNUM+15]);`
210			`if (invokedFromRom) {`
211			`printf("RAM image damaged. No chance to recover\n");`
212			`}`
213			`else {`
214			`printf("RAM image not damaged. Still no recovery\n");`
215			`}`
216			`}`
217			`static char * faultParallelSbtpStr(unsigned int sbtp)`
218			`{`
219			`static char buf[10];`
220
221			`sprintf(buf, "%d", sbtp);`
222			`return buf;`
223			`}`
224			`static char * faultTraceSbtpStr(unsigned int sbtp)`
225			`{`
226			`static char buf[256];`
227			`int notEmpty;`
228
229			`buf[0] = '\0';`
230			`notEmpty = 0;`
231			`if (sbtp & 0x2) {`
232			`strcat(buf, "Instruction");`
233			`notEmpty = 1;`
234			`}`
235			`if (sbtp & 0x4) {`
236			`if (notEmpty) strcat(buf, ":");`
237			`strcat(buf, "Branch");`
238			`notEmpty = 1;`
239			`}`
240			`if (sbtp & 0x8) {`
241			`if (notEmpty) strcat(buf, ":");`
242			`strcat(buf, "Call");`
243			`notEmpty = 1;`
244			`}`
245			`if (sbtp & 0x10) {`
246			`if (notEmpty) strcat(buf, ":");`
247			`strcat(buf, "Return");`
248			`notEmpty = 1;`
249			`}`
250			`if (sbtp & 0x20) {`
251			`if (notEmpty) strcat(buf, ":");`
252			`strcat(buf, "Prereturn");`
253			`notEmpty = 1;`
254			`}`
255			`if (sbtp & 0x40) {`
256			`if (notEmpty) strcat(buf, ":");`
257			`strcat(buf, "Supervisor");`
258			`notEmpty = 1;`
259			`}`
260			`if (sbtp & 0x80) {`
261			`if (notEmpty) strcat(buf, ":");`
262			`strcat(buf, "Breakpoint");`
263			`notEmpty = 1;`
264			`}`
265			`if (! notEmpty) {`
266			`strcat(buf, "Unknown");`
267			`}`
268			`return buf;`
269			`}`
270			`static char * faultOperationSbtpStr(unsigned int sbtp)`
271			`{`
272			`char * rsl;`
273
274			`if (sbtp == 0x1) rsl = "Invalid Opcode";`
275			`else if (sbtp == 0x2) rsl = "Unimplemented";`
276			`else if (sbtp == 0x3) rsl = "Unaligned";`
277			`else if (sbtp == 0x4) rsl = "Invalid Operand";`
278			`else rsl = "Unknown";`
279			`return rsl;`
280			`}`
281			`static char * faultArithmeticSbtpStr(unsigned int sbtp)`
282			`{`
283			`char * rsl;`
284
285			`if (sbtp == 0x1) rsl = "Integer Overflow";`
286			`else if (sbtp == 0x2) rsl = "Arithmetic Zero-Divide";`
287			`else rsl = "Unknown";`
288			`return rsl;`
289			`}`
290			`static char * faultReservedSbtpStr(unsigned int sbtp)`
291			`{`
292			`return "Unknown";`
293			`}`
294			`static char * faultConstraintSbtpStr(unsigned int sbtp)`
295			`{`
296			`char * rsl;`
297
298			`if (sbtp == 0x1) rsl = "Constraint Range";`
299			`else if (sbtp == 0x2) rsl = "Priveleged";`
300			`else rsl = "Unknown";`
301			`return rsl;`
302			`}`
303			`static char * faultProtectionSbtpStr(unsigned int sbtp)`
304			`{`
305			`char * rsl;`
306
307			`if (sbtp == 0x1) rsl = "Length";`
308			`else rsl = "Unknown";`
309			`return rsl;`
310			`}`
311			`static char * faultTypeSbtpStr(unsigned int sbtp)`
312			`{`
313			`char * rsl;`
314
315			`if (sbtp == 0x1) rsl = "Type Mismatch";`
316			`else rsl = "Unknown";`
317			`return rsl;`
318			`}`
319			`static char * faultUnknownSbtpStr(unsigned int sbtp)`
320			`{`
321			`return "Unknown";`
322			`}`
323			`/-------------/`
324			`/* End of file */`
325			`/-------------/`
326