logen_list *getlogen(logen_list *ptgen, char *name)
{
name=namealloc(name);
while (ptgen) {
if (ptgen->NAME==name)
return ptgen;
ptgen=ptgen->NEXT;
}
return NULL;
}
static void renameinstance(lofig_list *f)
{
loins_list *i;
char tab[512];
for (i=f->LOINS;i;i=i->NEXT) {
strcpy(tab, "v_");
strcat(tab, i->INSNAME);
i->INSNAME=namealloc(tab);
}
}
void vexenv()
{
char Buffer[ 16 ];
int Index;
for ( Index = 0; Index < VEX_MAX_ID; Index++ )
{
sprintf( Buffer, "'%c'", VEX_LITERAL_BY_ID[ Index ] );
VEX_ATOM_BY_ID[ Index ] = namealloc( Buffer );
}
for ( Index = 0; Index < VEX_MAX_OPERATOR; Index++ )
{
VEX_OPER_NAME[ Index ] = namealloc( VEX_OPER_UPPER_NAME[ Index ] );
}
for ( Index = 0; Index < VEX_MAX_STD_FUNC; Index++ )
{
VEX_STD_FUNC_NAME[ Index ] = namealloc( VEX_STD_FUNC_UPPER_NAME[ Index ] );
}
}
void CPhfig::saveas (string &name)
{
char *current_name;
cmess1 << " o Saving layout as \"" << name << "\"...\n";
current_name = fig->NAME;
fig->NAME = namealloc ((char*)name.c_str ());
savephfig (fig);
fig->NAME = current_name;
}
void vpnenv()
{
VPN_IN = namealloc( mbkgetenv( "VPN_IN") );
if ( VPN_IN == (char *)0 )
{
VPN_IN = namealloc( VPN_DEFAULT_IN );
}
VPN_OUT = namealloc( mbkgetenv( "VPN_OUT") );
if ( VPN_OUT == (char *)0 )
{
VPN_OUT = namealloc( VPN_DEFAULT_OUT );
}
VPN_VHDL_FORMAT = namealloc( "vhdl" );
VPN_VPN_FORMAT = namealloc( "vpn" );
VPN_SYN_FORMAT = namealloc( "vhd" );
VPN_VBE_FORMAT = namealloc( "vbe" );
VPN_VST_FORMAT = namealloc( "vst" );
VPN_FSM_FORMAT = namealloc( "fsm" );
}
void DrealExitFatalError()
{
rdsbegin();
DrealExitCloseStream();
if ( DrealHeadUndo != (drealundo *)NULL )
{
DrealFigureRds->NAME = namealloc( "dreal_dump" );
DrealSaveFigure();
}
exit( 2 );
rdsend();
}
velocon *addvelocon (ptype_list *tcon, char *name, long left, long right)
{
velocon *c;
name = namealloc(name);
c=(velocon *)mbkalloc(sizeof(velocon));
c->NEXT=(velocon *)tcon->DATA;
c->NAME=name;
c->LEFT=left;
c->RIGHT=right;
c->VSIG=NULL;
c->ROOT=NULL;
c->USER=NULL;
tcon->DATA=c;
return c;
}
velosig *addvelosig (ptype_list *tsig, char *name,
long left, long right, char type)
{
velosig *s;
name = namealloc(name);
s = (velosig *)mbkalloc(sizeof(velosig));
s->NEXT=(velosig *)tsig->DATA;
s->NAME=name;
s->LEFT=left;
s->RIGHT=right;
s->VSIG=NULL;
s->NAMECHAIN=NULL;
s->USER=NULL;
s->TYPE=type;
s->SUPER=NULL;
tsig->DATA=s;
return s;
}
logen_list *addlogen(logen_list *ptgen,char *name)
{
logen_list *p;
if (name) {
name=namealloc(name);
for (p=ptgen;p;p=p->NEXT) {
if (name==p->NAME) {
fprintf(stderr,"Generic %s already exists\n",name);
return p;
}
}
}
p=(logen_list *)mbkalloc(sizeof(logen_list));
p->NAME=name;
p->TYPE=0;
p->TAG=0;
p->NEXT=ptgen;
return p;
}
void SyfInitializeKeyword()
{
if ( SyfClockKeyword == (char *)0 )
{
SyfClockKeyword = namealloc( "clock" );
SyfCurrentStateKeyword = namealloc( "current_state" );
SyfReturnStateKeyword = namealloc( "return_state" );
SyfNextStateKeyword = namealloc( "next_state" );
SyfControlKeyword = namealloc( "control" );
SyfScanInKeyword = namealloc( "scan_in" );
SyfScanOutKeyword = namealloc( "scan_out" );
SyfScanTestKeyword = namealloc( "scan_test" );
SyfToolsKeyword = namealloc( "syf" );
SyfStackControlKeyword[ FSM_CTRL_NOP ] = namealloc( "nop" );
SyfStackControlKeyword[ FSM_CTRL_PUSH ] = namealloc( "push" );
SyfStackControlKeyword[ FSM_CTRL_POP ] = namealloc( "pop" );
}
SyfClockName = SyfClockKeyword;
SyfCurrentStateName = SyfCurrentStateKeyword;
SyfReturnStateName = SyfReturnStateKeyword;
SyfNextStateName = SyfNextStateKeyword;
SyfControlName = SyfControlKeyword;
SyfScanInName = SyfScanInKeyword;
SyfScanOutName = SyfScanOutKeyword;
SyfScanTestName = SyfScanTestKeyword;
SyfStackControlName[ FSM_CTRL_NOP ] = SyfStackControlKeyword[ FSM_CTRL_NOP ];
SyfStackControlName[ FSM_CTRL_PUSH ] = SyfStackControlKeyword[ FSM_CTRL_PUSH ];
SyfStackControlName[ FSM_CTRL_POP ] = SyfStackControlKeyword[ FSM_CTRL_POP ];
}
int main(int argc, char **argv)
{
lofig_list *f;
char *filein=NULL, *fileout=NULL;
int i,j;
int opt=0;
if (argc<2) {
printusage();
exit(1);
}
mbkenv();
for (i=1; i<argc; i++)
if (argv[i][0]=='-')
for (j=1; argv[i][j]!='\0'; j++) {
switch (argv[i][j]) {
case 'a':
opt|=ADDSIG;
break;
case 'n':
opt|=NOALIM;
break;
case 'g':
opt|=NOLOGEN;
break;
case 'r':
opt|=RENINS;
break;
case 'v':
opt|=VSTDRV;
break;
case 'c':
opt|=VECCON;
break;
case 'm':
opt|=MBKDRV;
break;
case 'u':
opt|=NOVECT;
break;
default:
fprintf(stderr, "** Unknown option -%c\n", argv[i][1]);
printusage();
exit(2);
}
}
else
if (!filein)
filein=argv[i];
else
if (!fileout)
fileout=argv[i];
else {
fputs("** Too many filenames\n", stderr);
printusage();
exit(4);
}
if (!filein) {
fputs("** Filename expected!\n", stderr);
printusage();
exit(3);
}
f=getlofig(filein,'A');
guessextdir(f);
if (opt & NOALIM)
removepowers(f);
if (opt & RENINS)
renameinstance(f);
if (opt & NOLOGEN)
removelogen(f);
#if 0
if (opt & VECCON) {
vectlocon(f);
sortlocon(&f->LOCON);
f->LOCON=(locon_list *)reverse(f->LOCON);
}
#endif
if (fileout)
f->NAME=namealloc(fileout);
if (!(opt & NOVECT))
vectlosig(&f->LOSIG);
if (opt & MBKDRV)
savelofig(f);
else {
if (opt&VSTDRV)
vhdlsavevelofig(f, 0);
else if (opt&ADDSIG)
vhdlsavevelofig(f, 1);
else
vhdlsavevelofig(f, 2);
}
#if 0
#ifdef VEL_DEBUG
f->NAME=namealloc("netlist");
vhdlsavevelofig(f,1);
#endif
#endif
exit(0);
}