if (!(mfile = searchDirsFopen(name))) {
- fprintf(stderr,"sdcdb: cannot open module %s -- use '--directory=<source directory> option\n",name);
- return NULL;
+ fprintf(stderr,"sdcdb: cannot open module %s -- use '--directory=<source directory> option\n",name);
+ return NULL;
}
while ((bp = fgets(buffer,sizeof(buffer),mfile))) {
- (*nlines)++;
+ (*nlines)++;
- slines = (srcLine **)resize((void **)slines,*nlines);
+ slines = (srcLine **)resize((void **)slines,*nlines);
- slines[(*nlines)-1] = Safe_calloc(1,sizeof(srcLine));
- slines[(*nlines)-1]->src = alloccpy(bp,strlen(bp));
- }
+ slines[(*nlines)-1] = Safe_calloc(1,sizeof(srcLine));
+ slines[(*nlines)-1]->src = alloccpy(bp,strlen(bp));
+ slines[(*nlines)-1]->addr= INT_MAX;
+ }
fclose(mfile);
return slines;
symbol *sym;
exePoint *ep ;
+ // add _main dummy for runtime env
+ if ((func = needExtraMainFunction()))
+ {
+ function *func1;
+
+ /* alloc new _main function */
+ func1 = Safe_calloc(1,sizeof(function));
+ *func1 = *func;
+ func1->sym = Safe_calloc(1,sizeof(symbol));
+ *func1->sym = *func->sym;
+ func1->sym->name = alloccpy("_main",5);
+ func1->sym->rname = alloccpy("G$_main$0$",10);
+ /* TODO must be set by symbol information */
+ func1->sym->addr = 0;
+ func1->sym->eaddr = 0x2f;
+ addSet(&functions,func1);
+ }
+
/* for all functions do */
for ( func = setFirstItem(functions); func;
- func = setNextItem(functions)) {
- int j ;
- module *mod;
-
- sym = func->sym;
-
- Dprintf(D_sdcdb, ("sdcdb: func '%s' has entry '0x%x' exit '0x%x'\n",
- func->sym->name,
- func->sym->addr,
- func->sym->eaddr));
-
- if (!func->sym->addr && !func->sym->eaddr)
- continue ;
-
- /* for all source lines in the module find
- the ones with address >= start and <= end
- and put them in the point */
- mod = NULL ;
- if (! applyToSet(modules,moduleWithName,func->modName,&mod))
- continue ;
- func->mod = mod ;
- func->entryline= INT_MAX;
- func->exitline = 0;
- func->aentryline = INT_MAX ;
- func->aexitline = 0;
-
- /* do it for the C Lines first */
- for ( j = 0 ; j < mod->ncLines ; j++ ) {
- if (mod->cLines[j]->addr >= sym->addr &&
- mod->cLines[j]->addr <= sym->eaddr ) {
-
-
- /* add it to the execution point */
- if (func->entryline > j)
- func->entryline = j;
-
- if (func->exitline < j)
- func->exitline = j;
-
- ep = Safe_calloc(1,sizeof(exePoint));
- ep->addr = mod->cLines[j]->addr ;
- ep->line = j;
- ep->block= mod->cLines[j]->block;
- ep->level= mod->cLines[j]->level;
- addSet(&func->cfpoints,ep);
- }
- }
- /* check double line execution points of module */
- for (ep = setFirstItem(mod->cfpoints); ep;
- ep = setNextItem(mod->cfpoints))
- {
- if (ep->addr >= sym->addr &&
- ep->addr <= sym->eaddr )
- {
- addSet(&func->cfpoints,ep);
- }
- }
- /* do the same for asm execution points */
- for ( j = 0 ; j < mod->nasmLines ; j++ ) {
- if (mod->asmLines[j]->addr >= sym->addr &&
- mod->asmLines[j]->addr <= sym->eaddr ) {
-
- exePoint *ep ;
- /* add it to the execution point */
- if (func->aentryline > j)
- func->aentryline = j;
-
- if (func->aexitline < j)
- func->aexitline = j;
-
- /* add it to the execution point */
- ep = Safe_calloc(1,sizeof(exePoint));
- ep->addr = mod->asmLines[j]->addr ;
- ep->line = j;
- addSet(&func->afpoints,ep);
- }
- }
+ func = setNextItem(functions)) {
+ int j ;
+ module *mod;
+
+ sym = func->sym;
+
+ Dprintf(D_sdcdb, ("sdcdb: func '%s' has entry '0x%x' exit '0x%x'\n",
+ func->sym->name,
+ func->sym->addr,
+ func->sym->eaddr));
+
+ if (!func->sym->addr && !func->sym->eaddr)
+ continue ;
+
+ /* for all source lines in the module find
+ the ones with address >= start and <= end
+ and put them in the point */
+ mod = NULL ;
+ if (! applyToSet(modules,moduleWithName,func->modName,&mod))
+ continue ;
+ func->mod = mod ;
+ func->entryline= INT_MAX-2;
+ func->exitline = 0;
+ func->aentryline = INT_MAX-2 ;
+ func->aexitline = 0;
+
+ /* do it for the C Lines first */
+ for ( j = 0 ; j < mod->ncLines ; j++ ) {
+ if (mod->cLines[j]->addr < INT_MAX &&
+ mod->cLines[j]->addr >= sym->addr &&
+ mod->cLines[j]->addr <= sym->eaddr ) {
+
+
+ /* add it to the execution point */
+ if (func->entryline > j)
+ func->entryline = j;
+
+ if (func->exitline < j)
+ func->exitline = j;
+
+ ep = Safe_calloc(1,sizeof(exePoint));
+ ep->addr = mod->cLines[j]->addr ;
+ ep->line = j;
+ ep->block= mod->cLines[j]->block;
+ ep->level= mod->cLines[j]->level;
+ addSet(&func->cfpoints,ep);
+ }
+ }
+ /* check double line execution points of module */
+ for (ep = setFirstItem(mod->cfpoints); ep;
+ ep = setNextItem(mod->cfpoints))
+ {
+ if (ep->addr >= sym->addr &&
+ ep->addr <= sym->eaddr )
+ {
+ addSet(&func->cfpoints,ep);
+ }
+ }
+ /* do the same for asm execution points */
+ for ( j = 0 ; j < mod->nasmLines ; j++ ) {
+ if (mod->asmLines[j]->addr < INT_MAX &&
+ mod->asmLines[j]->addr >= sym->addr &&
+ mod->asmLines[j]->addr <= sym->eaddr ) {
+
+ exePoint *ep ;
+ /* add it to the execution point */
+ if (func->aentryline > j)
+ func->aentryline = j;
+
+ if (func->aexitline < j)
+ func->aexitline = j;
+
+ /* add it to the execution point */
+ ep = Safe_calloc(1,sizeof(exePoint));
+ ep->addr = mod->asmLines[j]->addr ;
+ ep->line = j;
+ addSet(&func->afpoints,ep);
+ }
+ }
+ if ( func->entryline == INT_MAX-2 )
+ func->entryline = 0;
+ if ( func->aentryline == INT_MAX-2 )
+ func->aentryline = 0;
#ifdef SDCDB_DEBUG
- if (!( D_sdcdb & sdcdbDebug))
- continue;
-
- Dprintf(D_sdcdb, ("sdcdb: function '%s' has the following C exePoints\n",
- func->sym->name));
- {
- exePoint *ep;
-
- for (ep = setFirstItem(func->cfpoints); ep;
- ep = setNextItem(func->cfpoints))
- Dprintf(D_sdcdb, ("sdcdb: {0x%x,%d} %s",
- ep->addr,ep->line+1,mod->cLines[ep->line]->src));
-
- Dprintf(D_sdcdb, ("sdcdb: and the following ASM exePoints\n"));
- for (ep = setFirstItem(func->afpoints); ep;
- ep = setNextItem(func->afpoints))
- Dprintf (D_sdcdb, ("sdcdb: {0x%x,%d} %s",
- ep->addr,ep->line+1,mod->asmLines[ep->line]->src));
- }
+ if (!( D_sdcdb & sdcdbDebug))
+ continue;
+
+ Dprintf(D_sdcdb, ("sdcdb: function '%s' has the following C exePoints\n",
+ func->sym->name));
+ {
+ exePoint *ep;
+
+ for (ep = setFirstItem(func->cfpoints); ep;
+ ep = setNextItem(func->cfpoints))
+ Dprintf(D_sdcdb, ("sdcdb: {0x%x,%d} %s",
+ ep->addr,ep->line+1,mod->cLines[ep->line]->src));
+
+ Dprintf(D_sdcdb, ("sdcdb: and the following ASM exePoints\n"));
+ for (ep = setFirstItem(func->afpoints); ep;
+ ep = setNextItem(func->afpoints))
+ Dprintf (D_sdcdb, ("sdcdb: {0x%x,%d} %s",
+ ep->addr,ep->line+1,mod->asmLines[ep->line]->src));
+ }
#endif
}
}
}
else if (*s)
{
- for (i = 0 ; i < (sizeof(cmdTab)/sizeof(struct cmdtab)) ; i++)
+ for (i = 0 ; i < (sizeof(cmdTab)/sizeof(struct cmdtab)) ; i++)
{
if ((cmdTab[i].htxt) && !strcmp(cmdTab[i].cmd,s))
{
for (i = 0 ; i < (sizeof(cmdTab)/sizeof(struct cmdtab)) ; i++) {
/* command string matches */
-
+
if ((cmdTab[i].htxt) && (i >= startline))
fprintf(stdout,"%s",cmdTab[i].htxt);
if (i == endline)
{
char *line, save_ch, *s;
actualcmdfile = cmdfile;
- while (1)
+ while (1)
{
if ( cmdfile == stdin )
{
if (sim_cmd_mode)
printf("(sim) ");
else
- fprintf(stdout,"(sdcdb) ");
+ fprintf(stdout,"(sdcdb) ");
fflush(stdout);
}
sendSim("stop\n");
}
+#ifndef _WIN32
/* the only child can be the simulator */
static void sigchld(int sig)
{
/* if ( retpid == simPid ) */
simactive = 0;
}
+#endif
static void
setsignals()
{
- signal(SIGHUP , SIG_IGN);
- signal(SIGCONT, SIG_IGN);
- signal(SIGINT , sigintr );
- signal(SIGTERM, bad_signal);
+ signal(SIGINT , sigintr );
+ signal(SIGABRT, bad_signal);
+ signal(SIGTERM, bad_signal);
+
+#ifndef _WIN32
+ signal(SIGHUP , SIG_IGN);
+ signal(SIGCONT, SIG_IGN);
signal(SIGCHLD, sigchld );
- signal(SIGABRT, bad_signal);
signal(SIGALRM, bad_signal);
//signal(SIGFPE, bad_signal);
//signal(SIGILL, bad_signal);
signal(SIGPIPE, bad_signal);
signal(SIGQUIT, bad_signal);
//signal(SIGSEGV, bad_signal);
+#endif
}
/*-----------------------------------------------------------------*/
projects / fw / sdcc / blobdiff