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SAPFOR/dvm/fdvm/trunk/Sage/lib/newsrc/unparse.c
ALEXks 11888f2ff9 dvm updated, version of sapfor updated
2024-03-16 17:35:51 +03:00

3266 lines
108 KiB
C
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/*********************************************************************/
/* pC++/Sage++ Copyright (C) 1993 */
/* Indiana University University of Oregon University of Rennes */
/*********************************************************************/
/**************************************************************************
* *
* Unparser for toolbox *
* *
*************************************************************************/
#include <stdio.h>
#include <stdlib.h> /* podd 15.03.99*/
#include <ctype.h>
#include "compatible.h" /* Make different system compatible... (PHB) */
#ifdef SYS5
#include <string.h>
#else
#include <strings.h>
#endif
#include "macro.h"
#include "ext_lib.h"
#include "ext_low.h"
/*static FILE *finput;*/
/*static FILE *outfile;*/
static int TabNumber = 0;
static int TabNumberCopy = 0;
static int Number_Of_Flag = 0;
#define MAXFLAG 64
#define MAXLFLAG 256
#define MAXLEVEL 256
static char TabOfFlag[MAXFLAG][MAXLFLAG];
static int FlagLenght[MAXFLAG];
static int FlagLevel[MAXFLAG];
static int FlagOn[MAXLEVEL][MAXFLAG];
//#define MAXLENGHTBUF 5000000
//static char UnpBuf[MAXLENGHTBUF];
#define INIT_LEN 500000
static int Buf_pointer = 0;
static int max_lenght_buf = 0;
static char* allocated_buf = NULL;
static char* Buf_address = NULL;
static char* UnpBuf = NULL;
int CommentOut = 0;
int HasLabel = 0;
#define C_Initialized 1
#define Fortran_Initialized 2
static int Parser_Initiated = 0;
static int Function_Language = 0; /* 0 - undefined, 1 - C language, 2 - Fortran language */
extern void Message();
extern int out_free_form;
/* FORWARD DECLARATIONS */
int BufPutString();
/* usage exemple
Init_Unparser(); or Reset_Unparser(); if Init_Unparser(); has been done
fprintf(outfile,"%s",Tool_Unparse_Bif(PROJ_FIRST_BIF ()));
*/
/*****************************************************************************/
/*****************************************************************************/
/***** *****/
/***** UNPARSE.C: Gregory HOGDAL / Eric MARCHAND July 1992 *****/
/***** Modified F. Bodin 08/92 . Modified D. Gannon 3/93 - 6/93 *****/
/***** *****/
/*****************************************************************************/
/*****************************************************************************/
/***********************************/
/* function de unparse des bif node */
/***********************************/
#include "f90.h"
typedef struct
{
char *str;
char *(* fct)();
} UNP_EXPR;
static UNP_EXPR Unparse_Def[LAST_CODE];
/************ Unparse Flags **************/
static int In_Write_Flag = 0;
static int Rec_Port_Decl = 0;
static int In_Param_Flag = 0;
static int In_Impli_Flag = 0;
static int In_Class_Flag = 0;
static int Type_Decl_Ptr = 0;
/*****************************************/
static PTR_SYMB construct_name;
/*************** TYPE names in ASCII form ****************/
static char *ftype_name[] = {"integer",
"real",
"double precision",
"character",
"logical",
"character",
"gate",
"event",
"sequence",
"",
"",
"",
"",
"complex",
"",
"",
"",
"",
"",
"",
"",
"",
"",
"",
"",
"",
"",
"",
"",
"",
"",
"",
"double complex",
""
};static char *ctype_name[] = {"int",
"float",
"double",
"char",
"logical",
"char",
"gate",
"event",
"sequence",
"error1",
"error2",
"error3",
"error4",
"complex",
"void",
"error6",
"error7",
"error8",
"error9",
"error10",
"error11",
"error12",
"ElementType",
"error14",
"error15",
"error16",
"error17",
"error18",
"error19",
"error20",
"error21",
"error22",
"error23",
"long"
};
static
char *ridpointers[] = {
"-error1-", /* unused */
"-error2-", /* int */
"char", /* char */
"float", /* float */
"double", /* double */
"void", /* void */
"-error3-", /* unused1 */
"unsigned", /* unsigned */
"short", /* short */
"long", /* long */
"auto", /* auto */
"static", /* static */
"extern", /* extern */
"register", /* register */
"typedef", /* typedef */
"signed", /* signed */
"const", /* const */
"volatile", /* volatile */
"private", /* private */
"future", /* future */
"virtual", /* virtual */
"inline", /* inline */
"friend", /* friend */
"-error4-", /* public */
"-error5-", /* protected */
"Sync", /* CC++ sync */
"global", /* CC++ global */
"atomic", /* CC++ atomic */
"__private", /* for KSR */
"restrict",
"_error6-",
"__global__", /* Cuda */
"__shared__", /* Cuda */
"__device__" /* Cuda */
};
/*********************************************************/
/******* Precedence table of operators for C++ *******/
static short precedence_C[RSHIFT_ASSGN_OP-EQ_OP+1]=
{6, /* == */
5, /* < */
5, /* > */
6, /* != */
5, /* <= */
5, /* >= */
3, /* + */
3, /* - */
11, /* || */
2, /* * */
2, /* / */
2, /* % */
10, /* && */
0, /* none */
0, /* none */
0, /* none */
8, /* ^ */
0, /* none */
0, /* none */
0, /* none */
0, /* none */
0, /* none */
1, /* Minus_op*/
1, /* ! */
13, /* = */
1, /* * (by adr)*/
0, /* -> */
0, /* function */
1, /* -- */
1, /* ++ */
7, /* & */
9 /* | */
};
static short precedence2_C[]= {1, /* ~ */
12, /* ? */
0, /* none */
0, /* none */
4, /* << */
4, /* >> */
0, /* none */
1, /*sizeof*/
0, /* none */
0, /* none */
0, /* none */
0, /* none */
0, /* none */
0, /* none */
1, /*(type)*/
1, /*&(address)*/
0, /* none */
0, /* none */
0, /* none */
0, /* none */
0, /* none */
0, /* none */
0, /* none */
0, /* none */
0, /* none */
0, /* none */
0, /* none */
0, /* none */
13, /* += */
13, /* -= */
13, /* &= */
13, /* |= */
13, /* *= */
13, /* /= */
13, /* %= */
13, /* ^= */
13, /* <<= */
13 /* >>= */
};
/******* Precedence table of operators for Fortran *******/
static char precedence[] = {5, /* .eq. */
5, /* .lt. */
5, /* .gt. */
5, /* .ne. */
5, /* .le. */
5, /* .ge. */
3, /* + */
3, /* - */
8, /* .or. */
2, /* * */
2, /* / */
0, /* none */
7, /* .and. */
1, /* ** */
0, /* none */
4, /* // */
8, /* .xor. */
9, /* .eqv. */
9, /* .neqv. */
0, /* none */
0, /* none */
0, /* none */
1, /* Minus_op*/
1 /* not op */
};
#define type_index(X) (X-T_INT) /* gives the index of a type to access the Table "ftype_name" from a type code */
#define binop(n) (n >= EQ_OP && n <= NEQV_OP) /* gives the boolean value of the operation "n" being binary (not unary) */
#define C_op(n) (n >= EQ_OP && n <= RSHIFT_ASSGN_OP)
/* manage the unparse buffer */
void
DealWith_Rid(typei, flg)
PTR_TYPE typei;
int flg; /* if 1 then do virtual */
{ int j;
int index;
PTR_TYPE type;
if (!typei)
return;
for (type = typei; type; )
{
switch(TYPE_CODE(type))
{
case T_POINTER :
case T_REFERENCE :
case T_FUNCTION :
case T_ARRAY :
type = TYPE_BASE(type);
break;
case T_MEMBER_POINTER:
type = TYPE_COLL_BASE(type);
case T_DESCRIPT :
index = TYPE_LONG_SHORT(type);
/* printf("index = %d\n", index); */
if( index & BIT_RESTRICT) {
BufPutString(ridpointers[(int)RID_RESTRICT],0);
BufPutString(" ", 0);
}
if( index & BIT_KSRPRIVATE) {
BufPutString(ridpointers[(int)RID_KSRPRIVATE],0);
BufPutString(" ", 0);
}
if( index & BIT_EXTERN) {
BufPutString(ridpointers[(int)RID_EXTERN],0);
BufPutString(" ", 0);
}
if( index & BIT_TYPEDEF) {
BufPutString(ridpointers[(int)RID_TYPEDEF],0);
BufPutString(" ", 0);
}
for (j=1; j< MAX_BIT; j= j*2)
{
switch (index & j)
{
case (int) BIT_PRIVATE: BufPutString(ridpointers[(int)RID_PRIVATE],0);
break;
case (int) BIT_FUTURE: BufPutString(ridpointers[(int)RID_FUTURE],0);
break;
case (int) BIT_VIRTUAL: if(flg) BufPutString(ridpointers[(int)RID_VIRTUAL],0);
break;
case (int) BIT_ATOMIC: if(flg) BufPutString(ridpointers[(int)RID_ATOMIC],0);
break;
case (int) BIT_INLINE: BufPutString(ridpointers[(int)RID_INLINE],0);
break;
case (int) BIT_UNSIGNED: BufPutString(ridpointers[(int)RID_UNSIGNED],0);
break;
case (int) BIT_SIGNED : BufPutString(ridpointers[(int)RID_SIGNED],0);
break;
case (int) BIT_SHORT : BufPutString(ridpointers[(int)RID_SHORT],0);
break;
case (int) BIT_LONG : BufPutString(ridpointers[(int)RID_LONG],0);
break;
case (int) BIT_VOLATILE: BufPutString(ridpointers[(int)RID_VOLATILE],0);
break;
case (int) BIT_CONST : BufPutString(ridpointers[(int)RID_CONST],0);
break;
case (int) BIT_GLOBL : BufPutString(ridpointers[(int)RID_GLOBL],0);
break;
case (int) BIT_SYNC : BufPutString(ridpointers[(int)RID_SYNC],0);
break;
case (int) BIT_TYPEDEF : /* BufPutString(ridpointers[(int)RID_TYPEDEF],0); */
break;
case (int) BIT_EXTERN : /* BufPutString(ridpointers[(int)RID_EXTERN],0); */
break;
case (int) BIT_AUTO : BufPutString(ridpointers[(int)RID_AUTO],0);
break;
case (int) BIT_STATIC : BufPutString(ridpointers[(int)RID_STATIC],0);
break;
case (int) BIT_REGISTER: BufPutString(ridpointers[(int)RID_REGISTER],0);
break;
case (int) BIT_FRIEND: BufPutString(ridpointers[(int)RID_FRIEND],0);
}
if ((index & j) != 0)
BufPutString(" ",0);
}
type = TYPE_DESCRIP_BASE_TYPE(type);
break;
default:
type = NULL;
}
}
}
int is_overloaded_type(bif)
PTR_BFND bif;
{
PTR_LLND ll;
if(!bif) return 0;
ll = BIF_LL1(bif);
while(ll && (NODE_SYMB(ll) == NULL)) ll = NODE_OPERAND0(ll);
if(ll == NULL) return 0;
if(SYMB_ATTR(NODE_SYMB(ll)) & OVOPERATOR) return 1;
else return 0;
}
PTR_TYPE Find_Type_For_Bif(bif)
PTR_BFND bif;
{
PTR_TYPE type = NULL;
if (BIF_LL1(bif) && (NODE_CODE(BIF_LL1(bif)) == EXPR_LIST))
{ PTR_LLND tp;
tp = BIF_LL1(bif);
for (tp = NODE_OPERAND0(tp); tp && (type == NULL); )
{
switch (NODE_CODE(tp)) {
case BIT_NUMBER:
case ASSGN_OP :
case ARRAY_OP:
case FUNCTION_OP :
case CLASSINIT_OP:
case ADDRESS_OP:
case DEREF_OP :
tp = NODE_OPERAND0(tp);
break ;
case SCOPE_OP:
tp = NODE_OPERAND1(tp);
break;
case FUNCTION_REF:
case ARRAY_REF:
case VAR_REF:
if (tp)
{
if (!NODE_SYMB(tp)){
printf("syntax error at line %d\n", bif->g_line);
exit(1);
}
else
type = SYMB_TYPE(NODE_SYMB(tp));
}
tp = NULL;
break ;
default:
type = NODE_TYPE(tp);
break;
}
}
}
return type;
}
int Find_Protection_For_Bif(bif)
PTR_BFND bif;
{
int protect = 0;
if (BIF_LL1(bif) && (BIF_CODE(BIF_LL1(bif)) == EXPR_LIST))
{ PTR_LLND tp;
tp = BIF_LL1(bif);
for (tp = NODE_OPERAND0(tp); tp && (protect == 0); )
{
switch (NODE_CODE(tp)) {
case BIT_NUMBER:
case ASSGN_OP :
case ARRAY_OP:
case FUNCTION_OP :
case CLASSINIT_OP:
case ADDRESS_OP:
case DEREF_OP :
tp = NODE_OPERAND0(tp);
break ;
case SCOPE_OP:
tp = NODE_OPERAND1(tp);
break;
case FUNCTION_REF:
case ARRAY_REF:
case VAR_REF:
if (tp)
protect = SYMB_ATTR(NODE_SYMB(tp));
tp = NULL;
break ;
}
}
}
return protect;
}
PTR_TYPE Find_BaseType(ptype)
PTR_TYPE ptype;
{
PTR_TYPE pt;
if (!ptype)
return NULL;
pt = TYPE_BASE (ptype);
if (pt)
{ int j;
j = 0;
while ((j < 100) && pt)
{
if (TYPE_CODE(pt) == DEFAULT) break;
if (TYPE_CODE(pt) == T_INT) break;
if (TYPE_CODE(pt) == T_FLOAT) break;
if (TYPE_CODE(pt) == T_DOUBLE) break;
if (TYPE_CODE(pt) == T_CHAR) break;
if (TYPE_CODE(pt) == T_BOOL) break;
if (TYPE_CODE(pt) == T_STRING) break;
if (TYPE_CODE(pt) == T_COMPLEX) break;
if (TYPE_CODE(pt) == T_DCOMPLEX) break;
if (TYPE_CODE(pt) == T_VOID) break;
if (TYPE_CODE(pt) == T_UNKNOWN) break;
if (TYPE_CODE(pt) == T_DERIVED_TYPE) break;
if (TYPE_CODE(pt) == T_DERIVED_COLLECTION) break;
if (TYPE_CODE(pt) == T_DERIVED_TEMPLATE) break;
if (TYPE_CODE(pt) == T_DERIVED_CLASS) break;
if (TYPE_CODE(pt) == T_CLASS) break;
if (TYPE_CODE(pt) == T_COLLECTION) break;
if (TYPE_CODE(pt) == T_DESCRIPT) break; /* by dbg */
if (TYPE_CODE(pt) == T_LONG) break; /*15.11.12*/
pt = TYPE_BASE (pt);
j++;
}
if (j == 100)
{
Message("Looping in getting the Basetype; sorry",0);
exit(1);
}
}
return pt;
}
PTR_TYPE Find_BaseType2(ptype) /* breaks out of the loop for pointers and references BW */
PTR_TYPE ptype;
{
PTR_TYPE pt;
if (!ptype)
return NULL;
pt = TYPE_BASE (ptype);
if (pt)
{ int j;
j = 0;
while ((j < 100) && pt)
{
if (TYPE_CODE(pt) == T_REFERENCE) break;
if (TYPE_CODE(pt) == T_POINTER) break;
if (TYPE_CODE(pt) == DEFAULT) break;
if (TYPE_CODE(pt) == T_INT) break;
if (TYPE_CODE(pt) == T_FLOAT) break;
if (TYPE_CODE(pt) == T_DOUBLE) break;
if (TYPE_CODE(pt) == T_CHAR) break;
if (TYPE_CODE(pt) == T_BOOL) break;
if (TYPE_CODE(pt) == T_STRING) break;
if (TYPE_CODE(pt) == T_COMPLEX) break;
if (TYPE_CODE(pt) == T_DCOMPLEX) break;
if (TYPE_CODE(pt) == T_VOID) break;
if (TYPE_CODE(pt) == T_UNKNOWN) break;
if (TYPE_CODE(pt) == T_DERIVED_TYPE) break;
if (TYPE_CODE(pt) == T_DERIVED_COLLECTION) break;
if (TYPE_CODE(pt) == T_DERIVED_CLASS) break;
if (TYPE_CODE(pt) == T_CLASS) break;
if (TYPE_CODE(pt) == T_COLLECTION) break;
if (TYPE_CODE(pt) == T_DESCRIPT) break; /* by dbg */
pt = TYPE_BASE (pt);
j++;
}
if (j == 100)
{
Message("Looping in getting the Basetype; sorry",0);
exit(1);
}
}
return pt;
}
char *create_unp_str(str)
char *str;
{
char *pt;
if (!str)
return NULL;
pt = (char *) xmalloc(strlen(str)+1);
memset(pt, 0, strlen(str)+1);
strcpy(pt,str);
return pt;
}
char *alloc_str(size)
int size;
{
char *pt;
if (!(size++)) return NULL;
pt = (char *) xmalloc(size);
memset(pt, 0, size);
return pt;
}
int next_letter(str)
char *str;
{
int i = 0;
while(isspace(str[i]))
i++;
return i;
}
char *unparse_stmt_str(str)
char *str;
{
char *pt;
int i,j,len;
char c;
if(!out_free_form)
return str;
if (!str)
return NULL;
pt = (char *) xmalloc(strlen(str)+2);
i = next_letter(str); /*first letter*/
c = tolower(str[i]);
if(c == 'd')
len = 4;
else if (c == 'f')
len = 6;
for(j=1; j < len; j++)
i = i + next_letter(str+i+1) + 1;
if(len == 4)
strcpy(pt,"data ");
else
strcpy(pt,"format ");
strcpy(pt+len+1,str+i+1);
return pt;
}
void Reset_Unparser()
{
int i,j;
/* initialize the number of flag */
Number_Of_Flag = 0;
for (i=0; i < MAXFLAG ; i++)
{
TabOfFlag[i][0] = '\0';
FlagLenght[i] = 0;
for(j=0; j<MAXLEVEL; j++)
FlagOn[j][i] = 0;
FlagLevel[i] = 0;
}
/* setbuffer to 0 */
Buf_pointer = 0;
if (UnpBuf == NULL)
{
UnpBuf = malloc(INIT_LEN);
max_lenght_buf = INIT_LEN;
}
memset(UnpBuf, 0, max_lenght_buf);
Buf_address = UnpBuf;
//Buf_address = &(UnpBuf[0]); /* may be reallocated */
//memset(UnpBuf, 0, MAXLENGHTBUF);
}
void Set_Function_Language(lg) /*16.12.11 podd*/
int lg;
{ Function_Language = lg;
}
void Unset_Function_Language() /*16.12.11 podd*/
{
Function_Language = 0;
}
int Check_Lang_Fortran_For_File(proj) /*16.12.11 podd*/
PTR_PROJ proj;
{ if(Function_Language == CSrc) /* Csrc=1 */
return(FALSE);
else if(Function_Language != CSrc && Check_Lang_Fortran(proj))
return(TRUE);
else
return(FALSE);
}
void Init_Unparser()
{
int i,j;
if (Check_Lang_Fortran_For_File(cur_proj) ) /*16.12.11 podd*/
{
if (Parser_Initiated != Fortran_Initialized)
{
#define DEFNODECODE(SYM, NAME, TYPE, LENGTH, NT) Unparse_Def[SYM].str = create_unp_str( NAME);
#include"unparse.def"
#include"unparseDVM.def"
#undef DEFNODECODE
#define DEFNODECODE(SYM, NAME, TYPE, LENGTH, NT) Unparse_Def[SYM].fct = NULL;
#include"unparse.def"
#include"unparseDVM.def"
#undef DEFNODECODE
Parser_Initiated = Fortran_Initialized;
/* set the first tabulation */
TabNumber = 1;
}
}
else
{
if (Parser_Initiated != C_Initialized)
{
#define DEFNODECODE(SYM, NAME, TYPE, LENGTH, NT) Unparse_Def[SYM].str = create_unp_str( NAME);
#include"unparseC++.def"
#undef DEFNODECODE
#define DEFNODECODE(SYM, NAME, TYPE, LENGTH, NT) Unparse_Def[SYM].fct = NULL;
#include"unparseC++.def"
#undef DEFNODECODE
Parser_Initiated = C_Initialized;
/* set the first tabulation */
TabNumber = 0;
/* init precedence table of operators for C++ */
for(i=BIT_COMPLEMENT_OP - EQ_OP; i<=RSHIFT_ASSGN_OP-EQ_OP;i++)
precedence_C[i] = precedence2_C[i-BIT_COMPLEMENT_OP+EQ_OP];
}
}
/* initialize the number of flag */
Number_Of_Flag = 0;
for (i=0; i < MAXFLAG ; i++)
{
TabOfFlag[i][0] = '\0';
FlagLenght[i] = 0;
for(j=0; j<MAXLEVEL; j++)
FlagOn[j][i] = 0;
FlagLevel[i] = 0;
}
/* setbuffer to 0 */
Buf_pointer = 0;
if (UnpBuf == NULL)
{
UnpBuf = malloc(INIT_LEN);
max_lenght_buf = INIT_LEN;
}
memset(UnpBuf, 0, max_lenght_buf);
Buf_address = UnpBuf;
//Buf_address = &(UnpBuf[0]); /* may be reallocated */
//memset(UnpBuf, 0, MAXLENGHTBUF);
}
void BufferAllocate(size)
int size;
{ if(!allocated_buf || max_lenght_buf != size)
allocated_buf = xmalloc(size); /* reallocated */
max_lenght_buf = size;
Buf_address = allocated_buf;
memset(Buf_address, 0, size);
}
/* function to manage the unparse buffer */
static void realocBuf(int minSize)
{
size_t newSize = max_lenght_buf * 1.35; // added 35%
if (newSize < minSize)
newSize = minSize + 1;
Buf_address = UnpBuf = realloc(UnpBuf, newSize);
memset(UnpBuf + max_lenght_buf, 0, newSize - max_lenght_buf);
//printf(" realloc buffer from %ld to %ld\n", max_lenght_buf, newSize);
max_lenght_buf = newSize;
}
int BufPutChar(char c)
{
if (Buf_pointer >= max_lenght_buf) //MAXLENGHTBUF)
{
realocBuf(Buf_pointer + 1);
//Message("Unparse Buffer Full",0);
/*return 0;*/ /*podd*/
//exit(1);
}
Buf_address[Buf_pointer] = c;
Buf_pointer++;
return 1;
}
int BufPutString(char* s, int len)
{
int length;
if (!s)
{
Message("Null String in BufPutString", 0);
return 0;
}
length = len;
if (length <= 0)
length = strlen(s);
if (Buf_pointer + length >= max_lenght_buf) //MAXLENGHTBUF)
{
realocBuf(Buf_pointer + length);
//Message("Unparse Buffer Full", 0);
/*return 0;*/ /*podd*/
//exit(1);
}
strncpy(&(Buf_address[Buf_pointer]), s, length);
Buf_pointer += length;
return 1;
}
int BufPutInt(int i)
{
int length;
char s[MAXLFLAG];
sprintf(s, "%d", i);
length = strlen(s);
if (Buf_pointer + length >= max_lenght_buf) //MAXLENGHTBUF)
{
realocBuf(Buf_pointer + length);
//Message("Unparse Buffer Full", 0);
/*return 0;*/ /*podd*/
//exit(1);
}
strncpy(&(Buf_address[Buf_pointer]), s, length);
Buf_pointer += length;
return 1;
}
int Get_Flag_val(str, i)
char *str;
int *i;
{
int j, con;
char sflag[MAXLFLAG];
(*i)++; /* skip the paranthesis */
/* extract the flag name */
j = *i;
con = 0;
while ((str[j] != '\0') && (str[j] != ')'))
{
sflag[con] = str[j];
con ++;
j ++;
}
sflag[con] = '\0';
con ++;
/* look in table if flag is in */
for (j = 0 ; j < Number_Of_Flag; j++)
{
if (strncmp(TabOfFlag[j],sflag, con) == 0)
break;
}
*i += con;
if (j >= Number_Of_Flag)
{
/* not found */
return 0;
}
else
return FlagOn[FlagLevel[j]][j];
}
void Treat_Flag(str, i, val)
char *str;
int *i;
int val;
{
int j, con;
char sflag[MAXLFLAG];
(*i)++; /* skip the paranthesis */
/* extract the flag name */
j = *i;
con = 0;
while ((str[j] != '\0') && (str[j] != ')'))
{
sflag[con] = str[j];
con ++;
j ++;
}
sflag[con] = '\0';
con ++;
/* look in table if flag is in */
for (j = 0 ; j < Number_Of_Flag; j++)
{
if (strncmp(TabOfFlag[j],sflag, con) == 0)
break;
}
if (j >= Number_Of_Flag)
{
/* not found */
strcpy(TabOfFlag[Number_Of_Flag],sflag);
FlagOn[0][Number_Of_Flag] = val;
FlagLenght[Number_Of_Flag] = con-1;
Number_Of_Flag++;
} else
FlagOn[FlagLevel[j]][j] += val;
*i += con;
}
void PushPop_Flag(str, i, val)
char *str;
int *i;
int val;
{
int j, con;
char sflag[MAXLFLAG];
(*i)++; /* skip the paranthesis */
/* extract the flag name */
j = *i;
con = 0;
while ((str[j] != '\0') && (str[j] != ')'))
{
sflag[con] = str[j];
con ++;
j ++;
}
sflag[con] = '\0';
con ++;
/* look in table if flag is in */
for (j = 0 ; j < Number_Of_Flag; j++)
{
if (strncmp(TabOfFlag[j],sflag, con) == 0)
break;
}
if (j < Number_Of_Flag)
{
/* if a pop, clear old value befor poping */
if(val< 0) FlagOn[FlagLevel[j]][j] = 0; /* added by dbg to make sure initialized */
FlagLevel[j] += val;
if (FlagLevel[j] < 0)
FlagLevel[j] = 0;
if (FlagLevel[j] >= MAXLEVEL)
{
Message("Stack of flag overflow; abort()",0);
abort();
}
}
/* else printf("WARNING(unparser): unknow flag pushed or popped:%s\n",sflag); */
*i += con;
}
char * Tool_Unparse_Type();
char *
Tool_Unparse_Symbol (symb)
PTR_SYMB symb;
{
PTR_TYPE ov_type;
if (!symb)
return NULL;
if (SYMB_IDENT(symb))
{
if((SYMB_ATTR(symb) & OVOPERATOR)){
ov_type = SYMB_TYPE(symb);
if(TYPE_CODE(ov_type) == T_DESCRIPT){
if(TYPE_LONG_SHORT(ov_type) == BIT_VIRTUAL && In_Class_Flag){
BufPutString ("virtual ",0);
if(TYPE_LONG_SHORT(ov_type) == BIT_ATOMIC) BufPutString ("atomic ",0);
ov_type = TYPE_DESCRIP_BASE_TYPE(ov_type);
}
if(TYPE_LONG_SHORT(ov_type) == BIT_INLINE){
BufPutString ("inline ",0);
ov_type = TYPE_DESCRIP_BASE_TYPE(ov_type);
}
}
} else ov_type = NULL;
/* if ((SYMB_ATTR(symb) & OVOPERATOR) ||
(strcmp(SYMB_IDENT(symb),"()")==0) ||
(strcmp(SYMB_IDENT(symb),"*")==0) ||
(strcmp(SYMB_IDENT(symb),"+")==0) ||
(strcmp(SYMB_IDENT(symb),"-")==0) ||
(strcmp(SYMB_IDENT(symb),"/")==0) ||
(strcmp(SYMB_IDENT(symb),"=")==0) ||
(strcmp(SYMB_IDENT(symb),"%")==0) ||
(strcmp(SYMB_IDENT(symb),"&")==0) ||
(strcmp(SYMB_IDENT(symb),"|")==0) ||
(strcmp(SYMB_IDENT(symb),"!")==0) ||
(strcmp(SYMB_IDENT(symb),"~")==0) ||
(strcmp(SYMB_IDENT(symb),"^")==0) ||
(strcmp(SYMB_IDENT(symb),"+=")==0) ||
(strcmp(SYMB_IDENT(symb),"-=")==0) ||
(strcmp(SYMB_IDENT(symb),"*=")==0) ||
(strcmp(SYMB_IDENT(symb),"/=")==0) ||
(strcmp(SYMB_IDENT(symb),"%=")==0) ||
(strcmp(SYMB_IDENT(symb),"^=")==0) ||
(strcmp(SYMB_IDENT(symb),"&=")==0) ||
(strcmp(SYMB_IDENT(symb),"|=")==0) ||
(strcmp(SYMB_IDENT(symb),"<<")==0) ||
(strcmp(SYMB_IDENT(symb),">>")==0) ||
(strcmp(SYMB_IDENT(symb),"<<=")==0) ||
(strcmp(SYMB_IDENT(symb),">>=")==0) ||
(strcmp(SYMB_IDENT(symb),"==")==0) ||
(strcmp(SYMB_IDENT(symb),"!=")==0) ||
(strcmp(SYMB_IDENT(symb),"<=")==0) ||
(strcmp(SYMB_IDENT(symb),">=")==0) ||
(strcmp(SYMB_IDENT(symb),"<")==0) ||
(strcmp(SYMB_IDENT(symb),">")==0) ||
(strcmp(SYMB_IDENT(symb),"&&")==0) ||
(strcmp(SYMB_IDENT(symb),"||")==0) ||
(strcmp(SYMB_IDENT(symb),"++")==0) ||
(strcmp(SYMB_IDENT(symb),"--")==0) ||
(strcmp(SYMB_IDENT(symb),"->")==0) ||
(strcmp(SYMB_IDENT(symb),"->*")==0) ||
(strcmp(SYMB_IDENT(symb),",")==0) ||
(strcmp(SYMB_IDENT(symb),"[]")==0) )
BufPutString ("operator ",0);
*/
}
/*
if(ov_type) Tool_Unparse_Type(ov_type, 0);
else */
BufPutString (SYMB_IDENT(symb),0);
return Buf_address;
}
typedef struct
{
int typ;
union {char *S;
// int I;
long I;
} val;
} operand;
/* macro def. of operand type */
#define UNDEF_TYP 0
#define STRING_TYP 1
#define INTEGER_TYP 2
/* macro def. of comparison operators */
#define COMP_UNDEF -1 /* Bodin */
#define COMP_EQUAL 0
#define COMP_DIFF 1
void Get_Type_Operand (str, iptr, ptype,Op)
char *str;
int *iptr;
PTR_TYPE ptype;
operand *Op;
{
Op->typ = UNDEF_TYP;
if (strncmp(&(str[*iptr]),"%CHECKFLAG", strlen("%CHECKFLAG"))== 0)
{
Op->typ = INTEGER_TYP;
*iptr += strlen("%CHECKFLAG");
Op->val.I = Get_Flag_val(str, iptr);
} else
if (strncmp(&(str[*iptr]),"%STRCST", strlen("%STRCST"))== 0) /* %STRCST : String Constant */
{
int i_save;
*iptr += strlen("%STRCST");
while (str[*iptr] == ' ') {(*iptr)++;} /* skip spaces before string */
if (str[*iptr] != '\'')
{
Message (" *** Missing \"'\" after %STRCST *** ",0);
}
i_save = ++(*iptr);
while ((str[*iptr] != '\0') && (str[*iptr] != '\'')) (*iptr)++;
Op->val.S = alloc_str ((*iptr) - i_save);
strncpy (Op->val.S, &(str[i_save]), (*iptr) - i_save);
Op->typ = STRING_TYP;
} else
if (strncmp(&(str[*iptr]),"%NULL", strlen("%NULL"))== 0) /* %NULL : Integer Constant (or false boolean) */
{
Op->typ = INTEGER_TYP;
Op->val.I = 0;
*iptr += strlen("%NULL");
} else
if (strncmp(&(str[*iptr]),"%INIMPLI", strlen("%INIMPLI"))== 0) /* %INIMPLI : In_Impli_Statement (integer / boolean flag) */
{
Op->typ = INTEGER_TYP;
Op->val.I = In_Impli_Flag;
*iptr += strlen("%INIMPLI");
} else
{
Message (" *** Unknown operand in %IF (condition) for Type Node *** ",0);
}
}
void Get_LL_Operand (str, iptr, ll, Op)
char *str;
int *iptr;
PTR_LLND ll;
operand *Op;
{
Op->typ = UNDEF_TYP;
if (strncmp(&(str[*iptr]),"%CHECKFLAG", strlen("%CHECKFLAG"))== 0)
{
Op->typ = INTEGER_TYP;
*iptr += strlen("%CHECKFLAG");
Op->val.I = Get_Flag_val(str, iptr);
} else
if (strncmp(&(str[*iptr]),"%STRCST", strlen("%STRCST"))== 0) /* %STRCST : String Constant */
{
int i_save;
*iptr += strlen("%STRCST");
while (str[*iptr] == ' ') {(*iptr)++;} /* skip spaces before string */
if (str[*iptr] != '\'')
{
Message (" *** Missing \"'\" after %STRCST *** ",0);
}
i_save = ++(*iptr);
while ((str[*iptr] != '\0') && (str[*iptr] != '\'')) (*iptr)++;
Op->val.S = alloc_str ((*iptr) - i_save);
strncpy (Op->val.S, &(str[i_save]), (*iptr) - i_save);
Op->typ = STRING_TYP;
} else
if (strncmp(&(str[*iptr]),"%SYMBOL", strlen("%SYMBOL"))== 0) /* %SYMBOL : Symbol pointer (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = (long) NODE_SYMB (ll);
*iptr += strlen("%SYMBOL");
} else
if (strncmp(&(str[*iptr]),"%SYMBID", strlen("%SYMBID"))== 0) /* %SYMBID : Symbol identifier (string) */
{
Op->typ = STRING_TYP;
if (NODE_SYMB (ll))
Op->val.S = SYMB_IDENT (NODE_SYMB (ll));
else
Op->val.S = NULL;
*iptr += strlen("%SYMBID");
} else
if (strncmp(&(str[*iptr]),"%VALUE", strlen("%VALUE"))== 0) /* %VALUE: Symbol value */
{
Op->typ = INTEGER_TYP;
if (NODE_TEMPLATE_LL1 (ll) && NODE_SYMB (NODE_TEMPLATE_LL1 (ll)) && NODE_CODE(NODE_SYMB (NODE_TEMPLATE_LL1 (ll)))==CONST_NAME)
Op->val.I = (long) (NODE_SYMB (NODE_TEMPLATE_LL1(ll)))->entry.const_value;
else
Op->val.I = 0;
*iptr += strlen("%VALUE");
} else
if (strncmp(&(str[*iptr]),"%NULL", strlen("%NULL"))== 0) /* %NULL : Integer Constant (or false boolean) */
{
Op->typ = INTEGER_TYP;
Op->val.I = 0;
*iptr += strlen("%NULL");
} else
if (strncmp(&(str[*iptr]),"%LL1", strlen("%LL1"))== 0) /* %LL1 : Low Level Node 1 (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = (long) NODE_TEMPLATE_LL1 (ll);
*iptr += strlen("%LL1");
} else
if (strncmp(&(str[*iptr]),"%LL2", strlen("%LL2"))== 0) /* %LL2 : Low Level Node 2 (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = (long) NODE_TEMPLATE_LL2 (ll);
*iptr += strlen("%LL2");
} else
if (strncmp(&(str[*iptr]),"%LABUSE", strlen("%LABUSE"))== 0) /* %LABUSE : label ptr (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = (long) NODE_LABEL (ll);
*iptr += strlen("%LABUSE");
} else
if (strncmp(&(str[*iptr]),"%L1CODE", strlen("%L1CODE"))== 0) /* %L1CODE : Code (variant) of Low Level Node 1 (integer) */
{
Op->typ = INTEGER_TYP;
if (NODE_TEMPLATE_LL1 (ll))
Op->val.I = NODE_CODE (NODE_TEMPLATE_LL1 (ll));
else
Op->val.I = 0;
*iptr += strlen("%L1CODE");
} else
if (strncmp(&(str[*iptr]),"%L2CODE", strlen("%L2CODE"))== 0) /* %L2CODE : Code (variant) of Low Level Node 2 (integer) */
{
Op->typ = INTEGER_TYP;
if (NODE_TEMPLATE_LL2 (ll))
Op->val.I = NODE_CODE (NODE_TEMPLATE_LL2 (ll));
else
Op->val.I = 0;
*iptr += strlen("%L2CODE");
} else
if (strncmp(&(str[*iptr]),"%INWRITE", strlen("%INWRITE"))== 0) /* %INWRITE : In_Write_Statement (integer / boolean flag) */
{
Op->typ = INTEGER_TYP;
Op->val.I = In_Write_Flag;
*iptr += strlen("%INWRITE");
} else
if (strncmp(&(str[*iptr]),"%RECPORT", strlen("%RECPORT"))== 0) /* %RECPORT : reccursive_port_decl (integer / boolean flag) */
{
Op->typ = INTEGER_TYP;
Op->val.I = Rec_Port_Decl;
*iptr += strlen("%RECPORT");
} else
if (strncmp(&(str[*iptr]),"%INPARAM", strlen("%INPARAM"))== 0) /* %INPARAM : In_Param_Statement (integer / boolean flag) */
{
Op->typ = INTEGER_TYP;
Op->val.I = In_Param_Flag;
*iptr += strlen("%INPARAM");
} else
if (strncmp(&(str[*iptr]),"%INIMPLI", strlen("%INIMPLI"))== 0) /* %INIMPLI : In_Impli_Statement (integer / boolean flag) */
{
Op->typ = INTEGER_TYP;
Op->val.I = In_Impli_Flag;
*iptr += strlen("%INIMPLI");
} else
if (strncmp(&(str[*iptr]),"%L1L2*L1CODE", strlen("%L1L2*L1CODE"))== 0) /* %L1L2L1CODE : Code (variant) of Low Level Node 1 of Low Level Node 2 of Low Level Node 1 (integer) */
{
PTR_LLND temp;
Op->typ = INTEGER_TYP;
if (NODE_OPERAND0(ll))
{
temp = NODE_OPERAND0(ll);
while (temp && NODE_OPERAND1(temp)) temp = NODE_OPERAND1(temp);
if (temp && NODE_OPERAND0(temp))
Op->val.I = NODE_CODE (NODE_OPERAND0(temp));
else
Op->val.I = 0;
}
else
Op->val.I = 0;
*iptr += strlen("%L1L2*L1CODE");
} else
if (strncmp(&(str[*iptr]),"%TYPEDECL", strlen("%TYPEDECL"))== 0) /* %TYPEDECL */
{
Op->typ = INTEGER_TYP;
Op->val.I = Type_Decl_Ptr;
*iptr += strlen("%TYPEDECL");
} else
if (strncmp(&(str[*iptr]),"%TYPEBASE", strlen("%TYPEBASE"))== 0) /* %TYPEBASE */
{ PTR_TYPE type;
Op->typ = INTEGER_TYP;
if (NODE_SYMB(ll))
type = SYMB_TYPE( NODE_SYMB (ll));
else
type = NULL;
if (type && (TYPE_CODE(type) == T_ARRAY))
{
type = Find_BaseType(type);
}
Op->val.I = (long) type;
*iptr += strlen("%TYPEBASE");
} else
{
Message (" *** Unknown operand in %IF (condition) for LL Node *** ",0);
}
}
void Get_Bif_Operand (str, iptr, bif,Op)
char *str;
int *iptr;
PTR_BFND bif;
operand *Op;
{
Op->typ = UNDEF_TYP;
if (strncmp(&(str[*iptr]),"%ELSIFBLOB2", strlen("%ELSIFBLOB2"))== 0)
{
Op->typ = INTEGER_TYP;
*iptr += strlen("%ELSIFBLOB2");
if (BIF_BLOB2(bif) && (BIF_CODE(BLOB_VALUE(BIF_BLOB2(bif))) == ELSEIF_NODE))
Op->val.I = 1;
else
Op->val.I = 0;
} else
if (strncmp(&(str[*iptr]),"%ELSWHBLOB2", strlen("%ELSWHBLOB2"))== 0)
{
Op->typ = INTEGER_TYP;
*iptr += strlen("%ELSWHBLOB2");
if (BIF_BLOB2(bif) && (BIF_CODE(BLOB_VALUE(BIF_BLOB2(bif))) == ELSEWH_NODE))
Op->val.I = 1;
else
Op->val.I = 0;
} else
if (strncmp(&(str[*iptr]),"%LABEL", strlen("%LABEL"))== 0)
{
Op->typ = INTEGER_TYP;
*iptr += strlen("%LABEL");
Op->val.I = (long) BIF_LABEL(bif);
} else
if (strncmp(&(str[*iptr]),"%CHECKFLAG", strlen("%CHECKFLAG"))== 0)
{
Op->typ = INTEGER_TYP;
*iptr += strlen("%CHECKFLAG");
Op->val.I = Get_Flag_val(str, iptr);
} else
if (strncmp(&(str[*iptr]),"%BLOB1", strlen("%BLOB1"))== 0)
{
Op->typ = INTEGER_TYP;
Op->val.I = (long) BIF_BLOB1(bif);
*iptr += strlen("%BLOB1");
} else
if (strncmp(&(str[*iptr]),"%BLOB2", strlen("%BLOB2"))== 0)
{
Op->typ = INTEGER_TYP;
Op->val.I = (long) BIF_BLOB2(bif);
*iptr += strlen("%BLOB2");
} else
if (strncmp(&(str[*iptr]),"%BIFCP", strlen("%BIFCP"))== 0)
{
Op->typ = INTEGER_TYP;
if (BIF_CP(bif))
Op->val.I = BIF_CODE(BIF_CP(bif));
else
Op->val.I = 0;
*iptr += strlen("%BIFCP");
} else
if (strncmp(&(str[*iptr]),"%CPBIF", strlen("%CPBIF"))== 0)
{
Op->typ = INTEGER_TYP;
if (BIF_CP(bif) && BIF_CP(BIF_CP(bif)))
Op->val.I = BIF_CODE(BIF_CP(BIF_CP(bif)));
else
Op->val.I = 0;
*iptr += strlen("%CPBIF");
} else
if (strncmp(&(str[*iptr]),"%VALINT", strlen("%VALINT"))== 0)
{
Op->typ = INTEGER_TYP;
Op->val.I = atoi(&(str[*iptr + strlen("%VALINT")])); /* %VALINT-12232323 space is necessary after the number*/
/* skip to next statement */
while (str[*iptr] != ' ') (*iptr)++;
} else
if (strncmp(&(str[*iptr]),"%RECURSBIT", strlen("%RECURSBIT"))== 0) /* %RECURSBIT : Symbol Attribut (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = RECURSIVE_BIT;
*iptr += strlen("%RECURSBIT");
} else
if (strncmp(&(str[*iptr]),"%EXPR_LIST", strlen("%EXPR_LIST"))== 0) /* %EXPR_LIST : int constant EXPR_LIST code for Low Level Node (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = EXPR_LIST;
*iptr += strlen("%EXPR_LIST");
} else
if (strncmp(&(str[*iptr]),"%SPEC_PAIR", strlen("%SPEC_PAIR"))== 0) /* %SPEC_PAIR : int constant SPEC_PAIR code for Low Level Node (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = SPEC_PAIR;
*iptr += strlen("%SPEC_PAIR");
} else
if (strncmp(&(str[*iptr]),"%IOACCESS", strlen("%IOACCESS"))== 0) /* %IOACCESS : int constant IOACCESS code for Low Level Node (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = IOACCESS;
*iptr += strlen("%IOACCESS");
} else
if (strncmp(&(str[*iptr]),"%STRCST", strlen("%STRCST"))== 0) /* %STRCST : String Constant */
{
int i_save;
*iptr += strlen("%STRCST");
while (str[*iptr] == ' ') {(*iptr)++;} /* skip spaces before string */
if (str[*iptr] != '\'')
{
Message (" *** Missing \"'\" after %STRCST *** ",0);
}
i_save = ++(*iptr);
while ((str[*iptr] != '\0') && (str[*iptr] != '\'')) (*iptr)++;
Op->val.S = alloc_str ((*iptr) - i_save);
strncpy (Op->val.S, &(str[i_save]), (*iptr) - i_save);
Op->typ = STRING_TYP;
(*iptr)++; /* skip the ' */
} else
if (strncmp(&(str[*iptr]),"%SYMBOL", strlen("%SYMBOL"))== 0) /* %SYMBOL : Symbol pointer (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = (long) BIF_SYMB (bif);
*iptr += strlen("%SYMBOL");
} else
if (strncmp(&(str[*iptr]),"%SATTR", strlen("%SATTR"))== 0) /* %SATTR : Symbol Attribut (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = (BIF_SYMB (bif))->attr;
*iptr += strlen("%SATTR");
} else
if (strncmp(&(str[*iptr]),"%SYMBID", strlen("%SYMBID"))== 0) /* %SYMBID : Symbol identifier (string) */
{
Op->typ = STRING_TYP;
if (BIF_SYMB (bif))
Op->val.S = SYMB_IDENT (BIF_SYMB (bif));
else
Op->val.S = NULL;
*iptr += strlen("%SYMBID");
} else
if (strncmp(&(str[*iptr]),"%NULL", strlen("%NULL"))== 0) /* %NULL : Integer Constant (or false boolean) */
{
Op->typ = INTEGER_TYP;
Op->val.I = 0;
*iptr += strlen("%NULL");
} else
if (strncmp(&(str[*iptr]),"%LL1", strlen("%LL1"))== 0) /* %LL1 : Low Level Node 1 (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = (long) BIF_LL1 (bif);
*iptr += strlen("%LL1");
} else
if (strncmp(&(str[*iptr]),"%LL2", strlen("%LL2"))== 0) /* %LL2 : Low Level Node 2 (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = (long) BIF_LL2 (bif);
*iptr += strlen("%LL2");
} else
if (strncmp(&(str[*iptr]),"%LL3", strlen("%LL3"))== 0) /* %LL3 : Low Level Node 3 (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = (long) BIF_LL3 (bif);
*iptr += strlen("%LL3");
} else
if (strncmp(&(str[*iptr]),"%LABUSE", strlen("%LABUSE"))== 0) /* %LABUSE : label ptr (used for do : doend) (integer) */
{
Op->typ = INTEGER_TYP;
Op->val.I = (long) BIF_LABEL_USE (bif);
*iptr += strlen("%LABUSE");
} else
if (strncmp(&(str[*iptr]),"%L1CODE", strlen("%L1CODE"))== 0) /* %L1CODE : Code (variant) of Low Level Node 1 (integer) */
{
Op->typ = INTEGER_TYP;
if (BIF_LL1 (bif))
Op->val.I = NODE_CODE (BIF_LL1 (bif));
else
Op->val.I = 0;
*iptr += strlen("%L1CODE");
} else
if (strncmp(&(str[*iptr]),"%L2CODE", strlen("%L2CODE"))== 0) /* %L2CODE : Code (variant) of Low Level Node 2 (integer) */
{
Op->typ = INTEGER_TYP;
if (BIF_LL2 (bif))
Op->val.I = NODE_CODE (BIF_LL2 (bif));
else
Op->val.I = 0;
*iptr += strlen("%L2CODE");
} else
if (strncmp(&(str[*iptr]),"%L1L2L1CODE", strlen("%L1L2L1CODE"))== 0) /* %L1L2L1CODE : Code (variant) of Low Level Node 1 of Low Level Node 2 of Low Level Node 1 (integer) */
{
Op->typ = INTEGER_TYP;
if (BIF_LL1 (bif) && NODE_TEMPLATE_LL2 (BIF_LL1 (bif)) && NODE_TEMPLATE_LL1 (NODE_TEMPLATE_LL2 (BIF_LL1 (bif))))
Op->val.I = NODE_CODE (NODE_TEMPLATE_LL1 (NODE_TEMPLATE_LL2 (BIF_LL1 (bif))));
else
Op->val.I = 0;
*iptr += strlen("%L1L2L1CODE");
} else
if (strncmp(&(str[*iptr]),"%L1L2*L1CODE", strlen("%L1L2*L1CODE"))== 0) /* %L1L2L1CODE : Code (variant) of Low Level Node 1 of Low Level Node 2 of Low Level Node 1 (integer) */
{
PTR_LLND temp;
Op->typ = INTEGER_TYP;
if (BIF_LL1 (bif) && NODE_TEMPLATE_LL2 (BIF_LL1 (bif)) && NODE_TEMPLATE_LL1 (NODE_TEMPLATE_LL2 (BIF_LL1 (bif))))
{
temp = BIF_LL1 (bif);
while (NODE_OPERAND1(temp)) temp = NODE_OPERAND1(temp);
if (NODE_TEMPLATE_LL1 (temp))
Op->val.I = NODE_CODE (NODE_TEMPLATE_LL1 (temp));
else
Op->val.I = 0;
}
else
Op->val.I = 0;
*iptr += strlen("%L1L2*L1CODE");
} else
if (strncmp(&(str[*iptr]),"%L2L1STR", strlen("%L2L1STR"))== 0) /* %L2L1STR : String (string_val) of Low Level Node 1 of Low Level Node 2 (string) */
{
Op->typ = STRING_TYP;
if (BIF_LL2 (bif) && NODE_TEMPLATE_LL1 (BIF_LL2 (bif)))
Op->val.S = NODE_STR (NODE_TEMPLATE_LL1 (BIF_LL2 (bif)));
else
Op->val.S = NULL;
*iptr += strlen("%L2L1STR");
} else
{
Message (" *** Unknown operand in %IF (condition) for Bif Node *** ",0);
}
}
int
GetComp (str, iptr)
char *str;
int *iptr;
{
int Comp;
if (strncmp(&(str[*iptr]),"==", strlen("==")) == 0) /* == : Equal */
{
Comp = COMP_EQUAL;
*iptr += strlen("==");
} else
if (strncmp(&(str[*iptr]),"!=", strlen("!=")) == 0) /* != : Different */
{
Comp = COMP_DIFF;
*iptr += strlen("!=");
} else
{
Message (" *** Unknown comparison operator in %IF (condition) *** ",0);
Comp = COMP_UNDEF;
}
return Comp;
}
int
Eval_Type_Condition(str, ptype)
char *str;
PTR_TYPE ptype;
{
int Result = 0;
int i = 0;
operand Op1, Op2;
int Comp;
while (str[i] == ' ') {i++;} /* skip spaces before '(condition)' */
if (str[i++] != '(')
{
Message (" *** Missing (condition) after %IF *** ",0);
return 0;
} else
while (str[i] == ' ') {i++;} /* skip spaces before first operand */
Get_Type_Operand(str, &i, ptype, &Op1);
while (str[i] == ' ') {i++;} /* skip spaces before the comparison operator */
Comp = GetComp(str, &i);
while (str[i] == ' ') {i++;} /* skip spaces before second operand */
Get_Type_Operand(str, &i, ptype, &Op2);
while (str[i] == ' ') {i++;} /* skip spaces before the closing round bracket */
if (str[i] != ')')
{
Message (" *** Missing ')' after %IF (condition *** ",0);
return i;
} else
i++;
if ((Op1.typ != UNDEF_TYP) && (Op1.typ == Op2.typ) && (Comp !=COMP_UNDEF))
{
switch (Op1.typ)
{
case STRING_TYP : Result = strcmp (Op1.val.S, Op2.val.S);
break;
case INTEGER_TYP : Result = Op1.val.I - Op2.val.I;
break;
}
if (Comp == COMP_EQUAL) Result = !Result;
if (Result) return i; /* continue from here to the corresponding %ELSE if exists */
else /* continue at the corresponding %ELSE */
{
int ifcount_local = 1;
while (str[i])
{
while (str[i] != '%') {
if (str[i]) i++;
else return i;
}
i++;
if (strncmp(&(str[i]),"IF", strlen("IF"))== 0) /* Counts %IF */
{
ifcount_local++;
i += strlen("IF");
} else
if (strncmp(&(str[i]),"ENDIF", strlen("ENDIF"))== 0) /* Counts %ENDIF ; stop skipping if corresponding */
{
ifcount_local--;
i += strlen("ENDIF");
if (ifcount_local == 0) return i;
} else
if (strncmp(&(str[i]),"ELSE", strlen("ELSE"))== 0) /* Counts %ELSE ; stop skipping if corresponding*/
{
i += strlen("ELSE");
if (ifcount_local == 1) return i;
}
}
return i;
}
} else
{
Message (" *** Error in condition for %IF command *** 1",0);
return i;
}
}
int
Eval_LLND_Condition(str, ll)
char *str;
PTR_LLND ll;
{
int Result = 0;
int i = 0;
operand Op1, Op2;
int Comp = 0;
while (str[i] == ' ') {i++;} /* skip spaces before '(condition)' */
if (str[i++] != '(')
{
Message (" *** Missing (condition) after %IF *** ",0);
return 0;
} else
while (str[i] == ' ') {i++;} /* skip spaces before first operand */
Get_LL_Operand(str, &i, ll, &Op1);
while (str[i] == ' ') {i++;} /* skip spaces before the comparison operator */
Comp = GetComp(str, &i);
while (str[i] == ' ') {i++;} /* skip spaces before second operand */
Get_LL_Operand(str, &i, ll, &Op2);
while (str[i] == ' ') {i++;} /* skip spaces before the closing round bracket */
if (str[i] != ')')
{
Message (" *** Missing ')' after %IF (condition *** ",0);
i++;
return i;
} else
i++;
if ((Op1.typ != UNDEF_TYP) && (Op1.typ == Op2.typ) && (Comp != COMP_UNDEF))
{
switch (Op1.typ)
{
case STRING_TYP : Result = strcmp (Op1.val.S, Op2.val.S);
break;
case INTEGER_TYP : Result = Op1.val.I - Op2.val.I;
break;
}
if (Comp == COMP_EQUAL) Result = !Result;
if (Result) return i; /* continue from here to the corresponding %ELSE if exists */
else /* continue at the corresponding %ELSE */
{
int ifcount_local = 1;
while (str[i])
{
while (str[i] != '%') {
if (str[i]) i++;
else return i;
}
i++;
if (strncmp(&(str[i]),"IF", strlen("IF"))== 0) /* Counts %IF */
{
ifcount_local++;
i += strlen("IF");
} else
if (strncmp(&(str[i]),"ENDIF", strlen("ENDIF"))== 0) /* Counts %ENDIF ; stop skipping if corresponding */
{
ifcount_local--;
i += strlen("ENDIF");
if (ifcount_local == 0) return i;
} else
if (strncmp(&(str[i]),"ELSE", strlen("ELSE"))== 0) /* Counts %ELSE ; stop skipping if corresponding*/
{
i += strlen("ELSE");
if (ifcount_local == 1) return i;
}
}
return i;
}
} else
{
Message (" *** Error in condition for %IF command *** 2",0);
return i;
}
}
int
Eval_Bif_Condition(str, bif)
char *str;
PTR_BFND bif;
{
int Result = 0;
int i = 0;
operand Op1, Op2;
int Comp;
while (str[i] == ' ') {i++;} /* skip spaces before '(condition)' */
if (str[i++] != '(')
{
Message (" *** Missing (condition) after %IF *** ",0);
return 0;
} else
while (str[i] == ' ') {i++;} /* skip spaces before first operand */
Get_Bif_Operand(str, &i, bif, &Op1);
while (str[i] == ' ') {i++;} /* skip spaces before the comparison operator */
Comp = GetComp(str, &i);
while (str[i] == ' ') {i++;} /* skip spaces before second operand */
Get_Bif_Operand(str, &i, bif, &Op2);
while (str[i] == ' ') {i++;} /* skip spaces before the closing round bracket */
if (str[i] != ')')
{
Message (" *** Missing ')' after %IF (condition *** ",0);
return i;
} else
i++;
if ((Op1.typ != UNDEF_TYP) && (Op1.typ == Op2.typ) && (Comp != COMP_UNDEF))
{
switch (Op1.typ)
{
case STRING_TYP : Result = strcmp (Op1.val.S, Op2.val.S);
break;
case INTEGER_TYP : Result = Op1.val.I - Op2.val.I;
break;
}
if (Comp == COMP_EQUAL) Result = !Result;
if (Result) return i; /* continue from here to the corresponding %ELSE if exists */
else /* continue at the corresponding %ELSE */
{
int ifcount_local = 1;
while (str[i])
{
while (str[i] != '%') {
if (str[i]) i++;
else return i;
}
i++;
if (strncmp(&(str[i]),"IF", strlen("IF"))== 0) /* Counts %IF */
{
ifcount_local++;
i += strlen("IF");
} else
if (strncmp(&(str[i]),"ENDIF", strlen("ENDIF"))== 0) /* Counts %ENDIF ; stop skipping if corresponding */
{
ifcount_local--;
i += strlen("ENDIF");
if (ifcount_local == 0) return i;
} else
if (strncmp(&(str[i]),"ELSE", strlen("ELSE"))== 0) /* Counts %ELSE ; stop skipping if corresponding*/
{
i += strlen("ELSE");
if (ifcount_local == 1) return i;
}
}
return i;
}
} else
{
Message (" *** Error in condition for %IF command *** 3",0);
return i;
}
}
int
SkipToEndif (str)
char *str;
{
int ifcount_local = 1;
int i = 0;
while (str[i])
{
while (str[i] != '%') {
if (str[i]) i++;
else return i;
}
i++;
if (strncmp(&(str[i]),"IF", strlen("IF"))== 0) /* Counts %IF */
{
ifcount_local++;
i += strlen("IF");
} else
if (strncmp(&(str[i]),"ENDIF", strlen("ENDIF"))== 0) /* Counts %ENDIF ; stop skipping if corresponding */
{
ifcount_local--;
i += strlen("ENDIF");
if (ifcount_local == 0) return i;
}
}
return i;
}
char *Tool_Unparse2_LLnode ();
char *
Tool_Unparse_Type (ptype)
PTR_TYPE ptype;
/*int def;*/ /* def = 1 : defined type*/
/* def = 0 : named type */
{
int variant;
int kind;
char *str;
char c;
int i;
if (!ptype)
return NULL;
variant = TYPE_CODE (ptype);
kind = (int) node_code_kind [(int) variant];
if (kind != (int)TYPENODE)
Message ("Error in Unparse, not a type node", 0);
str = Unparse_Def [variant].str;
/* now we have to interpret the code to unparse it */
if (str == NULL)
return NULL;
if (strcmp ( str, "n") == 0)
{
Message("Node not define for unparse",0);
return NULL;
}
i = 0 ;
c = str[i];
while (c != '\0')
{
if (c == '%')
{
i++;
c = str[i];
/******** WE HAVE TO INTERPRET THE COMMAND *********/
if (c == '%') /* %% : Percent Sign */
{
BufPutString ("%",0);
i++;
} else
if (strncmp(&(str[i]),"ERROR", strlen("ERROR"))== 0) /* %ERROR : Generate error message */
{
Message("Error Node not defined",0);
BufPutInt(variant);
BufPutString ("-----TYPE ERROR--------",0);
i += strlen("ERROR");
} else
if (strncmp(&(str[i]),"NL", strlen("NL"))== 0) /* %NL : NewLine */
{
/*int j;*/ /* podd 15.03.99*/
BufPutChar ('\n');
/* for (j = 0; j < TabNumber; j++)
if (j>1)
BufPutString (" ",0);
else
BufPutString (" ",0);*/
i += strlen("NL");
} else
if (strncmp(&(str[i]),"NOTABNL", strlen("NOTABNL"))== 0) /* %NL : NewLine */
{
BufPutChar ('\n');
i += strlen("NOTABNL");
} else
if (strncmp(&(str[i]),"RIDPT", strlen("RIDPT"))== 0)
{ /*int j;*/ /* podd 15.03.99*/
DealWith_Rid(ptype,In_Class_Flag);
i += strlen("RIDPT");
} else
if (strncmp(&(str[i]),"TABNAME", strlen("TABNAME"))== 0) /* %TABNAME : Self Name from Table */
{
if (Check_Lang_Fortran_For_File(cur_proj)) /*16.12.11 podd*/
BufPutString (ftype_name [type_index (TYPE_CODE (ptype))],0);
else
{
BufPutString (ctype_name [type_index (TYPE_CODE (ptype))],0);
}
i += strlen("TABNAME");
} else
if (strncmp(&(str[i]),"TAB", strlen("TAB"))== 0) /* %TAB : Tab */
{
BufPutString (" ",0); /* cychen */
i += strlen("TAB");
} else
if (strncmp(&(str[i]),"SETFLAG", strlen("SETFLAG"))== 0)
{
i = i + strlen("SETFLAG");
Treat_Flag(str, &i,1);
} else
if (strncmp(&(str[i]),"UNSETFLAG", strlen("UNSETFLAG"))== 0)
{
i = i + strlen("UNSETFLAG");
Treat_Flag(str, &i,-1);
} else
if (strncmp(&(str[i]),"PUSHFLAG", strlen("PUSHFLAG"))== 0)
{
i = i + strlen("PUSHFLAG");
PushPop_Flag(str, &i,1);
} else
if (strncmp(&(str[i]),"POPFLAG", strlen("POPFLAG"))== 0)
{
i = i + strlen("POPFLAG");
PushPop_Flag(str, &i,-1);
} else
if (strncmp(&(str[i]),"PUTTAB", strlen("PUTTAB"))== 0) /* %TAB : Tab */
{
int j, k;
if (Check_Lang_Fortran_For_File(cur_proj)) /*16.12.11 podd*/
for (j = 0; j < TabNumber; j++)
if (j>0)
BufPutString (" ",0);
else {
for (k=0; k<6; k++) {
if (HasLabel == 0)
BufPutString (" ",0); /* cychen */
HasLabel = HasLabel/10;
};
}
else
for (j = 0; j < TabNumber; j++)
if (j>0)
BufPutString (" ",0);
else
BufPutString (" ",0); /* cychen */
i += strlen("PUTTAB");
} else
if (strncmp(&(str[i]),"IF", strlen("IF"))== 0) /* %IF : If ; syntax : %IF (condition) then_bloc [%ELSE else_bloc] %ENDIF */
{
i += strlen("IF");
i += Eval_Type_Condition(&(str[i]), ptype);
} else
if (strncmp(&(str[i]),"ELSE", strlen("ELSE"))== 0) /* %ELSE : Else */
{
i += strlen("ELSE");
i += SkipToEndif(&(str[i])); /* skip to the corresponding endif */
} else
if (strncmp(&(str[i]),"ENDIF", strlen("ENDIF"))== 0) /* %ENDIF : End of If */
{
i += strlen("ENDIF");
} else
if (strncmp(&(str[i]),"SUBTYPE", strlen("SUBTYPE"))== 0) /* %SUBTYPE : find the next type for (CAST) */
{
PTR_TYPE pt;
pt = TYPE_BASE(ptype);
if(pt) Tool_Unparse_Type(pt);
i += strlen("SUBTYPE");
} else
if (strncmp(&(str[i]),"BASETYPE", strlen("BASETYPE"))== 0) /* %BASETYPE : Base Type Name Identifier */
{
if (Check_Lang_Fortran_For_File(cur_proj)) /*16.12.11 podd*/
BufPutString (ftype_name [type_index (TYPE_CODE (TYPE_BASE (ptype)))],0);
else
{
PTR_TYPE pt;
pt = Find_BaseType(ptype);
if (pt)
{
Tool_Unparse_Type(pt);
} else{
/* printf("offeding node type node: %d\n", ptype->id);
Message("basetype not found",0);
*/
}
}
i += strlen("BASETYPE");
} else
if (strncmp(&(str[i]),"FBASETYPE", strlen("FBASETYPE"))== 0) /* %FBASETYPE : Base Type Name Identifier */
{
PTR_TYPE pt;
pt = Find_BaseType2(ptype);
if (pt)
{
Tool_Unparse_Type(pt);
} else{
/* printf("offeding node type node: %d\n", ptype->id);
Message("basetype not found",0);
*/
}
i += strlen("FBASETYPE");
} else
if (strncmp(&(str[i]),"STAR", strlen("STAR"))== 0)
{
PTR_TYPE pt;
int flg;
pt = ptype;
/* while (pt) */
{
if (TYPE_CODE(pt) == T_POINTER){
BufPutString ("*",0);
flg = pt->entry.Template.dummy5;
if(flg & BIT_RESTRICT) BufPutString(" restrict ",0);
if(flg & BIT_CONST) BufPutString(" const ",0);
if(flg & BIT_GLOBL) BufPutString(" global ",0);
if(flg & BIT_SYNC) BufPutString(" Sync ",0);
if(flg & BIT_VOLATILE) BufPutString(" volatile ",0);
}
else
if (TYPE_CODE(pt) == T_REFERENCE){
BufPutString ("&",0);
flg = pt->entry.Template.dummy5;
if(flg & BIT_RESTRICT) BufPutString(" restrict ",0);
if(flg & BIT_CONST) BufPutString(" const ",0);
if(flg & BIT_GLOBL) BufPutString(" global ",0);
if(flg & BIT_SYNC) BufPutString(" Sync ",0);
if(flg & BIT_VOLATILE) BufPutString(" volatile ",0);
}
/* else
break;
if(TYPE_CODE(pt) == T_MEMBER_POINTER)
pt = TYPE_COLL_BASE(pt);
else pt = TYPE_BASE(pt); */
}
i += strlen("STAR");
} else
if (strncmp(&(str[i]),"RANGES", strlen("RANGES"))== 0) /* %RANGES : Ranges */
{
Tool_Unparse2_LLnode (TYPE_RANGES (ptype));
if(TYPE_KIND_LEN(ptype)){
BufPutString("(",0);
Tool_Unparse2_LLnode (TYPE_KIND_LEN(ptype));
BufPutString(")",0);
}
i += strlen("RANGES");
} else
if (strncmp(&(str[i]),"NAMEID", strlen("NAMEID"))== 0) /* %NAMEID : Name Identifier */
{
if (ptype->name)
BufPutString ( ptype->name->ident,0);
else
{
BufPutString ("-------TYPE ERROR (NAMEID)------",0);
}
i += strlen("NAMEID");
} else
if (strncmp(&(str[i]),"SYMBID", strlen("SYMBID"))== 0) /* %NAMEID : Name Identifier */
{
if (TYPE_SYMB_DERIVE(ptype)){
PTR_SYMB cname;
cname = TYPE_SYMB_DERIVE(ptype);
if(TYPE_CODE(ptype) == T_DERIVED_TYPE){
if((SYMB_CODE(cname) == STRUCT_NAME) && (SYMB_TYPE(cname) == NULL)
&&(BIF_CODE(SYMB_SCOPE(cname)) == GLOBAL))
BufPutString("struct ", 0);
if((SYMB_CODE(cname) == CLASS_NAME) && (SYMB_TYPE(cname) == NULL)
&&(BIF_CODE(SYMB_SCOPE(cname)) == GLOBAL))
BufPutString("class ", 0);
if((SYMB_CODE(cname) == UNION_NAME) && (SYMB_TYPE(cname) == NULL)
&&(BIF_CODE(SYMB_SCOPE(cname)) == GLOBAL))
BufPutString("union ", 0);
}
if(TYPE_SCOPE_SYMB_DERIVE(ptype) && TYPE_CODE(ptype) != T_DERIVED_TEMPLATE && TYPE_CODE(ptype) != T_DERIVED_COLLECTION) {
Tool_Unparse_Symbol(TYPE_SCOPE_SYMB_DERIVE(ptype));
BufPutString("::",0);
}
Tool_Unparse_Symbol(cname);
}
else if(TYPE_CODE(ptype) == T_MEMBER_POINTER)
Tool_Unparse_Symbol(TYPE_COLL_NAME(ptype));
else
{
printf("node = %d, variant = %d\n",TYPE_ID(ptype), TYPE_CODE(ptype));
BufPutString ("-------TYPE ERROR (ISYMBD)------",0);
}
i += strlen("SYMBID");
} else
if (strncmp(&(str[i]),"RANGLL1", strlen("RANGLL1"))== 0) /* %RANGLL1 : Low Level Node 1 of Ranges */
{
if (TYPE_RANGES (ptype))
Tool_Unparse2_LLnode (NODE_TEMPLATE_LL1 (TYPE_RANGES (ptype)));
i += strlen("RANGLL1");
} else
if (strncmp(&(str[i]),"COLLBASE", strlen("COLLBASE"))== 0) /* %COLL BASE */
{
if (TYPE_COLL_BASE(ptype))
Tool_Unparse_Type(TYPE_COLL_BASE(ptype));
i += strlen("COLLBASE");
} else
if (strncmp(&(str[i]),"TMPLARGS", strlen("TMPLARGS"))== 0) /* %RANGLL1 : Low Level Node 1 of Ranges */
{
if (TYPE_TEMPL_ARGS(ptype))
Tool_Unparse2_LLnode(TYPE_TEMPL_ARGS(ptype));
i += strlen("TMPLARGS");
} else
Message (" *** Unknown type node COMMAND *** ",0);
}
else
{
BufPutChar (c);
i++;
}
c = str[i];
}
return Buf_address;
}
char *
Tool_Unparse2_LLnode(ll)
PTR_LLND ll;
{
int variant;
int kind;
char *str;
char c;
int i;
if (!ll)
return NULL;
variant = NODE_CODE (ll);
kind = (int) node_code_kind[(int) variant];
if (kind != (int)LLNODE)
{
Message("Error in Unparse, not a llnd node",0);
BufPutInt(variant);
BufPutString ("------ERROR--------",0);
return NULL;
}
str = Unparse_Def[variant].str;
/* now we have to interpret the code to unparse it */
if (str == NULL)
return NULL;
if (strcmp( str, "n") == 0)
return NULL;
i = 0 ;
c = str[i];
while (c != '\0')
{
if (c == '%')
{
i++;
c = str[i];
/******** WE HAVE TO INTERPRET THE COMMAND *********/
if (c == '%') /* %% : Percent Sign */
{
BufPutString ("%",0);
i++;
} else
if (strncmp(&(str[i]),"ERROR", strlen("ERROR"))== 0) /* %ERROR : Generate error message */
{
Message ("--- unparsing error[0] : ",0);
BufPutInt(variant);
BufPutString ("------ERROR--------",0);
i += strlen("ERROR");
} else
if (strncmp(&(str[i]),"NL", strlen("NL"))== 0) /* %NL : NewLine */
{
/* int j;*/ /* podd 15.03.99*/
BufPutChar ('\n');
/* for (j = 0; j < TabNumber; j++)
if (j>1)
BufPutString (" ",0);
else
BufPutString (" ",0);*/
i += strlen("NL");
} else
if (strncmp(&(str[i]),"TAB", strlen("TAB"))== 0) /* %TAB : Tab */
{
BufPutString (" ",0); /* cychen */
i += strlen("TAB");
} else
if (strncmp(&(str[i]),"DELETE_COMMA", strlen("DELETE_COMMA"))== 0) /* %DELETE_COMMA : , */
{
if (Buf_address[Buf_pointer-1]==',')
{
Buf_address[Buf_pointer-1]=' ';
Buf_pointer--;
}
i += strlen("DELETE_COMMA");
} else
if (strncmp(&(str[i]),"IF", strlen("IF"))== 0) /* %IF : If ; syntax : %IF (condition) then_bloc [%ELSE else_bloc] %ENDIF */
{
i += strlen("IF");
i += Eval_LLND_Condition(&(str[i]), ll);
} else
if (strncmp(&(str[i]),"ELSE", strlen("ELSE"))== 0) /* %ELSE : Else */
{
i += strlen("ELSE");
i += SkipToEndif(&(str[i])); /* skip to the corresponding endif */
} else
if (strncmp(&(str[i]),"ENDIF", strlen("ENDIF"))== 0) /* %ENDIF : End of If */
{
i += strlen("ENDIF");
} else
if (strncmp(&(str[i]),"LL1", strlen("LL1"))== 0) /* %LL1 : Low Level Node 1 */
{
Tool_Unparse2_LLnode(NODE_TEMPLATE_LL1(ll));
i += strlen("LL1");
} else
if (strncmp(&(str[i]),"LL2", strlen("LL2"))== 0) /* %LL2 : Low Level Node 2 */
{
Tool_Unparse2_LLnode(NODE_TEMPLATE_LL2(ll));
i += strlen("LL2");
} else
if (strncmp(&(str[i]),"SYMBID", strlen("SYMBID"))== 0) /* %SYMBID : Symbol identifier */
{
Tool_Unparse_Symbol (NODE_SYMB (ll));
i += strlen("SYMBID");
} else
if (strncmp(&(str[i]),"DOPROC", strlen("DOPROC"))== 0) /* for subclass qualification */
{ int flg;
if(NODE_TYPE(ll) && (NODE_CODE(NODE_TYPE(ll)) == T_DESCRIPT)){
flg = (NODE_TYPE(ll))->entry.Template.dummy5;
if(flg & BIT_VIRTUAL) BufPutString(" virtual ",0);
if(flg & BIT_ATOMIC) BufPutString(" atomic ",0);
if(flg & BIT_PRIVATE) BufPutString(" private ",0);
if(flg & BIT_PROTECTED) BufPutString(" protected ",0);
if(flg & BIT_PUBLIC) BufPutString(" public ",0);
}
else BufPutString(" public ", 0);
/* note: this last else condition is to fix a bug in
the dep2C++ which does not create the right types
when converting a collection to a class.
*/
i += strlen("DOPROC");
} else
if (strncmp(&(str[i]),"TYPE", strlen("TYPE"))== 0) /* %TYPE : Type */
{
if(NODE_SYMB(ll) && (SYMB_ATTR(NODE_SYMB(ll)) & OVOPERATOR)){
/* this is an overloaded operator. don't do type */
}
else{ Tool_Unparse_Type (NODE_TYPE (ll)); }
i += strlen("TYPE");
} else
if (strncmp(&(str[i]),"L1SYMBCST", strlen("L1SYMBCST"))== 0) /* %L1SYMBCST : Constant Value of Low Level Node Symbol */
{
if (NODE_TEMPLATE_LL1 (ll) && NODE_SYMB (NODE_TEMPLATE_LL1 (ll)))
{
Tool_Unparse2_LLnode((NODE_SYMB (NODE_TEMPLATE_LL1 (ll)))->entry.const_value);
}
i += strlen("L1SYMBCST");
} else
if (strncmp(&(str[i]),"INTKIND", strlen("INTKIND"))== 0) /* %INTKIND : Integer Value */
{ PTR_LLND kind;
if (NODE_INT_CST_LOW (ll) < 0)
BufPutString ("(",0);
BufPutInt (NODE_INT_CST_LOW (ll));
if( ( kind=TYPE_KIND_LEN(NODE_TYPE(ll)) ) ) {
BufPutString ("_",0);
Tool_Unparse2_LLnode(kind);
}
if (NODE_INT_CST_LOW (ll) < 0)
BufPutString (")",0);
i += strlen("INTKIND");
} else
if (strncmp(&(str[i]),"STATENO", strlen("STATENO"))== 0) /* %STATENO : Statement number */
{
if (NODE_LABEL (ll))
{
BufPutInt ( LABEL_STMTNO (NODE_LABEL (ll)));
}
i += strlen("STATENO");
} else
if (strncmp(&(str[i]),"LABELNAME", strlen("LABELNAME"))== 0) /* %LABELNAME : Statement label *//*podd 06.01.13*/
{
if (NODE_LABEL (ll))
{
BufPutString ( SYMB_IDENT(LABEL_SYMB (NODE_LABEL (ll))),0);
}
i += strlen("LABELNAME");
} else
if (strncmp(&(str[i]),"KIND", strlen("KIND"))== 0) /* %KIND : KIND parameter */
{ PTR_LLND kind;
if( ( kind=TYPE_KIND_LEN(NODE_TYPE(ll)) ) ) {
BufPutString ("_",0);
Tool_Unparse2_LLnode(kind);
}
i += strlen("KIND");
} else
if (strncmp(&(str[i]),"STRKIND", strlen("STRKIND"))== 0) /* %STRKIND : KIND parameter of String Value */
{ PTR_LLND kind;
if( ( kind=TYPE_KIND_LEN(NODE_TYPE(ll)) ) ) {
Tool_Unparse2_LLnode(kind);
BufPutString ("_",0);
}
i += strlen("STRKIND");
} else
if (strncmp(&(str[i]),"SYMQUOTE", strlen("SYMQUOTE"))== 0) /* %SYMQUOTE : first Symbol of String Value:" or ' */
{
if( ( TYPE_QUOTE(NODE_TYPE(ll)) == 2 ) ) {
BufPutChar ('\"');
} else
BufPutChar ('\'');
i += strlen("SYMQUOTE");
} else
if (strncmp(&(str[i]),"STRVAL", strlen("STRVAL"))== 0) /* %STRVAL : String Value */
{
BufPutString (NODE_STR (ll),0);
i += strlen("STRVAL");
} else
if (strncmp(&(str[i]),"STMTSTR", strlen("STMTSTR"))== 0) /* %STMTSTR : String Value */
{
BufPutString (unparse_stmt_str(NODE_STR (ll)),0);
i += strlen("STMTSTR");
} else
if (strncmp(&(str[i]),"BOOLVAL", strlen("BOOLVAL"))== 0) /* %BOOLVAL : String Value */
{
BufPutString (NODE_BV (ll) ? ".TRUE." : ".FALSE.",0);
i += strlen("BOOLVAL");
} else
if (strncmp(&(str[i]),"CHARVAL", strlen("CHARVAL"))== 0) /* %CHARVAL : Char Value */
{
switch(NODE_CV(ll)){
case '\n':BufPutChar('\\'); BufPutChar('n'); break;
case '\t':BufPutChar('\\'); BufPutChar('t'); break;
case '\r':BufPutChar('\\'); BufPutChar('r'); break;
case '\f':BufPutChar('\\'); BufPutChar('f'); break;
case '\b':BufPutChar('\\'); BufPutChar('b'); break;
case '\a':BufPutChar('\\'); BufPutChar('a'); break;
case '\v':BufPutChar('\\'); BufPutChar('v'); break;
default:
BufPutChar (NODE_CV (ll));
}
i += strlen("CHARVAL");
} else
if (strncmp(&(str[i]),"ORBCPL1", strlen("ORBCPL1"))== 0) /* %ORBCPL1 : Openning Round Brackets on Precedence of Low Level Node 1 for C++*/
{
int llvar = NODE_CODE (NODE_TEMPLATE_LL1 (ll));
if (C_op (llvar) && (precedence_C [variant - EQ_OP] < precedence_C [llvar - EQ_OP]))
BufPutString ("(",0);
i += strlen("ORBCPL1");
} else
if (strncmp(&(str[i]),"CRBCPL1", strlen("CRBCPL1"))== 0) /* %CRBCPL1 : Closing Round Brackets on Precedence of Low Level Node 1 for C++ */
{
int llvar = NODE_CODE (NODE_TEMPLATE_LL1 (ll));
if (C_op (llvar) && (precedence_C [variant - EQ_OP] < precedence_C [llvar - EQ_OP]))
BufPutString (")",0);
i += strlen("CRBCPL1");
} else
if (strncmp(&(str[i]),"ORBCPL2", strlen("ORBCPL2"))== 0) /* %ORBCPL2 : Openning Round Brackets on Precedence of Low Level Node 2 for C++ */
{
int llvar = NODE_CODE (NODE_TEMPLATE_LL2 (ll));
if (C_op (llvar) && (precedence_C [variant - EQ_OP] <= precedence_C [llvar - EQ_OP]))
BufPutString ("(",0);
i += strlen("ORBCPL2");
} else
if (strncmp(&(str[i]),"CRBCPL2", strlen("CRBCPL2"))== 0) /* %CRBCPL2 : Closing Round Brackets on Precedence of Low Level Node 2 for C++ */
{
int llvar = NODE_CODE (NODE_TEMPLATE_LL2 (ll));
if (C_op (llvar) && (precedence_C [variant - EQ_OP] <= precedence_C [llvar - EQ_OP]))
BufPutString (")",0);
i += strlen("CRBCPL2");
} else
if (strncmp(&(str[i]),"ORBPL1EXP", strlen("ORBPL1EXP"))== 0) /* %ORBPL1 : Openning Round Brackets on Precedence of Low Level Node 1 */
{
int llvar = NODE_CODE (NODE_TEMPLATE_LL1 (ll));
if (binop (llvar) && (precedence [variant - EQ_OP] <= precedence [llvar - EQ_OP]))
BufPutString ("(",0);
i += strlen("ORBPL1EXP");
} else
if (strncmp(&(str[i]),"CRBPL1EXP", strlen("CRBPL1EXP"))== 0) /* %CRBPL1 : Closing Round Brackets on Precedence of Low Level Node 1 */
{
int llvar = NODE_CODE (NODE_TEMPLATE_LL1 (ll));
if (binop (llvar) && (precedence [variant - EQ_OP] <= precedence [llvar - EQ_OP]))
BufPutString (")",0);
i += strlen("CRBPL1EXP");
} else
if (strncmp(&(str[i]),"ORBPL2EXP", strlen("ORBPL2EXP"))== 0) /* %ORBPL2 : Openning Round Brackets on Precedence of Low Level Node 2 */
{
int llvar = NODE_CODE (NODE_TEMPLATE_LL2 (ll));
if (binop (llvar) && (precedence [variant - EQ_OP] < precedence [llvar - EQ_OP]))
BufPutString ("(",0);
i += strlen("ORBPL2EXP");
} else
if (strncmp(&(str[i]),"CRBPL2EXP", strlen("CRBPL2EXP"))== 0) /* %CRBPL2 : Closing Round Brackets on Precedence of Low Level Node 2 */
{
int llvar = NODE_CODE (NODE_TEMPLATE_LL2 (ll));
if (binop (llvar) && (precedence [variant - EQ_OP] < precedence [llvar - EQ_OP]))
BufPutString (")",0);
i += strlen("CRBPL2EXP");
} else
if (strncmp(&(str[i]),"ORBPL1", strlen("ORBPL1"))== 0) /* %ORBPL1 : Openning Round Brackets on Precedence of Low Level Node 1 */
{
int llvar = NODE_CODE (NODE_TEMPLATE_LL1 (ll));
if (binop (llvar) && (precedence [variant - EQ_OP] < precedence [llvar - EQ_OP]))
BufPutString ("(",0);
i += strlen("ORBPL1");
} else
if (strncmp(&(str[i]),"CRBPL1", strlen("CRBPL1"))== 0) /* %CRBPL1 : Closing Round Brackets on Precedence of Low Level Node 1 */
{
int llvar = NODE_CODE (NODE_TEMPLATE_LL1 (ll));
if (binop (llvar) && (precedence [variant - EQ_OP] < precedence [llvar - EQ_OP]))
BufPutString (")",0);
i += strlen("CRBPL1");
} else
if (strncmp(&(str[i]),"ORBPL2", strlen("ORBPL2"))== 0) /* %ORBPL2 : Openning Round Brackets on Precedence of Low Level Node 2 */
{
int llvar = NODE_CODE (NODE_TEMPLATE_LL2 (ll));
if (binop (llvar) && (precedence [variant - EQ_OP] <= precedence [llvar - EQ_OP]))
BufPutString ("(",0);
i += strlen("ORBPL2");
} else
if (strncmp(&(str[i]),"CRBPL2", strlen("CRBPL2"))== 0) /* %CRBPL2 : Closing Round Brackets on Precedence of Low Level Node 2 */
{
int llvar = NODE_CODE (NODE_TEMPLATE_LL2 (ll));
if (binop (llvar) && (precedence [variant - EQ_OP] <= precedence [llvar - EQ_OP]))
BufPutString (")",0);
i += strlen("CRBPL2");
} else
if (strncmp(&(str[i]),"SETFLAG", strlen("SETFLAG"))== 0)
{
i = i + strlen("SETFLAG");
Treat_Flag(str, &i,1);
} else
if (strncmp(&(str[i]),"UNSETFLAG", strlen("UNSETFLAG"))== 0)
{
i = i + strlen("UNSETFLAG");
Treat_Flag(str, &i,-1);
} else
if (strncmp(&(str[i]),"PUSHFLAG", strlen("PUSHFLAG"))== 0)
{
i = i + strlen("PUSHFLAG");
PushPop_Flag(str, &i,1);
} else
if (strncmp(&(str[i]),"POPFLAG", strlen("POPFLAG"))== 0)
{
i = i + strlen("POPFLAG");
PushPop_Flag(str, &i,-1);
} else
if (strncmp(&(str[i]),"PURE", strlen("PURE"))== 0) /* for pure function declarations */
{
PTR_SYMB symb;
symb = NODE_SYMB(ll);
if(symb && (SYMB_TEMPLATE_DUMMY8(symb) & 128)) BufPutString ("= 0",0);
i += strlen("PURE");
}
else
if (strncmp(&(str[i]),"CNSTF", strlen("CNSTF"))== 0) /* for const functions */
{
PTR_SYMB symb;
if (NODE_SYMB (ll)){
symb = BIF_SYMB (ll);
if(SYMB_TEMPLATE_DUMMY8(symb) & 64) BufPutString(" const",0);
}
i += strlen("CNSTF");
} else
if (strncmp(&(str[i]),"CNSTCHK", strlen("CNSTCHK"))== 0) /* do "const", vol" after * */
{
int flg;
PTR_TYPE t;
if((t = NODE_TYPE(ll)) &&( (NODE_CODE(t) == T_POINTER) ||
(NODE_CODE(t) == T_REFERENCE))){
flg = t->entry.Template.dummy5;
if(flg & BIT_RESTRICT) BufPutString(" restrict ",0);
if(flg & BIT_CONST) BufPutString(" const ",0);
if(flg & BIT_GLOBL) BufPutString(" global ",0);
if(flg & BIT_SYNC) BufPutString(" Sync ",0);
if(flg & BIT_VOLATILE) BufPutString(" volatile ",0);
}
i += strlen("CNSTCHK");
}
else
if (strncmp(&(str[i]),"VARLISTTY", strlen("VARLISTTY"))== 0) /* %VARLIST : list of variables / parameters */
{
PTR_SYMB symb, s;
PTR_LLND args, arg_item = NULL, t;
PTR_TYPE typ;
int new_op_flag; /* 1 if this is a new op */
new_op_flag = 0;
if(NODE_CODE(ll) == CAST_OP ){
args = NODE_OPERAND1(ll);
new_op_flag = 1;
}
else if(NODE_CODE(ll) != FUNCTION_OP){
args = NODE_OPERAND0(ll);
/* symb = SYMB_FUNC_PARAM(NODE_SYMB(ll)); */
}
else { /* this is a pointer to a function parameter */
args = NODE_OPERAND1(ll);
t = NODE_OPERAND0(ll); /* node_code(t) == deref_op */
t = NODE_OPERAND0(t); /* node_code(t) == var_ref */
s = NODE_SYMB(t);
if(s) symb = SYMB_NEXT(s);
else symb = NULL;
}
while (args )
{
int typflag;
if(new_op_flag) t = args;
else{
arg_item = NODE_OPERAND0(args);
t = arg_item;
typflag = 1;
while(t && typflag){
if((NODE_CODE(t) == VAR_REF) || (NODE_CODE(t) == ARRAY_REF))
typflag = 0;
else if (NODE_CODE(t) == SCOPE_OP) t = NODE_OPERAND1(t);
else t = NODE_OPERAND0(t);
}
}
if(t){
symb = NODE_SYMB(t);
typ = NODE_TYPE(t);
if(symb && (typ == NULL)) typ = SYMB_TYPE(symb);
if(new_op_flag || symb ) {
typflag = 1;
while(typ && typflag){
if(TYPE_CODE(typ) == T_ARRAY ||
TYPE_CODE(typ) == T_FUNCTION ||
TYPE_CODE(typ) == T_REFERENCE ||
TYPE_CODE(typ) == T_POINTER) typ = TYPE_BASE(typ);
else if(TYPE_CODE(typ) == T_MEMBER_POINTER)
typ = TYPE_COLL_BASE(typ);
else typflag = 0;
}
}
if(typ) Tool_Unparse_Type (typ);
BufPutString (" ",0);
}
else printf("unp could not find var ref!\n");
if(new_op_flag){
Tool_Unparse2_LLnode(args);
args = LLNULL;
new_op_flag = 0;
}
else{
Tool_Unparse2_LLnode(arg_item);
args = NODE_OPERAND1(args);
}
if (args) BufPutString (", ",0);
}
i += strlen("VARLISTTY");
}
else
if (strncmp(&(str[i]),"VARLIST", strlen("VARLIST"))== 0) /* %VARLIST : list of variables / parameters */
{
PTR_SYMB symb;
if (NODE_SYMB (ll))
symb = SYMB_FUNC_PARAM (NODE_SYMB (ll));
else
symb = NULL;
while (symb)
{
BufPutString ( SYMB_IDENT (symb),0);
symb = SYMB_NEXT_DECL (symb);
if (symb) BufPutString (", ",0);
}
i += strlen("VARLIST");
} else
if (strncmp(&(str[i]),"STRINGLEN", strlen("STRINGLEN"))== 0)
{
PTR_SYMB symb;
PTR_TYPE type;
if (NODE_SYMB (ll))
symb = NODE_SYMB (ll);
else
symb = NULL;
if (symb)
{
type = SYMB_TYPE(symb);
if (type && (TYPE_CODE(type) == T_ARRAY))
{
type = Find_BaseType(type);
}
if (type && (TYPE_CODE(type) == T_STRING))
{
if (TYPE_RANGES(type))
Tool_Unparse2_LLnode(TYPE_RANGES(type));
}
}
i += strlen("STRINGLEN");
} else
Message (" *** Unknown low level node COMMAND *** ",0);
}
else
{
BufPutChar ( c);
i++; /* Bodin */
}
c = str[i];
}
return Buf_address;
}
char *Tool_Unparse_Bif(PTR_BFND bif)
{
int variant;
int kind;
char *str;
char c;
int i;
if (!bif)
return NULL;
variant = BIF_CODE(bif);
#ifdef __SPF
if (variant < 0)
return NULL;
#endif
kind = (int) node_code_kind[(int) variant];
if (kind != (int)BIFNODE)
Message("Error in Unparse, not a bif node", 0);
if (BIF_LINE(bif) == -1)
BufPutString("!$", 0);
//if (BIF_DECL_SPECS(bif) == BIT_OPENMP) BufPutString("!$",0);
str = Unparse_Def[variant].str;
/*printf("variant = %d, str = %s\n", variant, str);*/
/* now we have to interpret the code to unparse it */
if (str == NULL)
return NULL;
if (strcmp( str, "n") == 0)
if (strcmp(str, "n") == 0)
{
Message("Node not define for unparse", BIF_LINE(bif));
return NULL;
}
i = 0 ;
c = str[i];
while ((c != '\0') && (c != '\n'))
{
if (c == '%')
{
i++;
c = str[i];
/******** WE HAVE TO INTERPRET THE COMMAND *********/
if (c == '%') /* %% : Percent Sign */
{
BufPutString ("%",0);
i++;
} else
if (strncmp(&(str[i]),"CMNT", strlen("CMNT"))== 0)
{
i = i + strlen("CMNT");
if (!CommentOut)
{
/* print the attached comment first */
if (BIF_CMNT(bif))
{
/* int j;*/ /* podd 15.03.99*/
if (CMNT_STRING(BIF_CMNT(bif)))
{
BufPutChar('\n');
BufPutString(CMNT_STRING(BIF_CMNT(bif)), 0);
if (!Check_Lang_Fortran_For_File(cur_proj)) /*16.12.11 podd*/
BufPutChar('\n');
}
}
}
} else
if (strncmp(&(str[i]),"DECLSPEC", strlen("DECLSPEC"))== 0) /* %DECLSPEC : for extern, static, inline, friend */
{
int index = BIF_DECL_SPECS(bif);
i = i + strlen("DECLSPEC");
if( index & BIT_EXTERN) {
BufPutString(ridpointers[(int)RID_EXTERN],0);
BufPutString(" ", 0);
}
if( index & BIT_STATIC) {
BufPutString(ridpointers[(int)RID_STATIC],0);
BufPutString(" ", 0);
}
if( index & BIT_INLINE) {
BufPutString(ridpointers[(int)RID_INLINE],0);
BufPutString(" ", 0);
}
if( index & BIT_FRIEND) {
BufPutString(ridpointers[(int)RID_FRIEND],0);
BufPutString(" ", 0);
}
if( index & BIT_CUDA_GLOBAL) {
BufPutString(ridpointers[(int)RID_CUDA_GLOBAL],0);
BufPutString(" ", 0);
}
if( index & BIT_CUDA_SHARED) {
BufPutString(ridpointers[(int)RID_CUDA_SHARED],0);
BufPutString(" ", 0);
}
if( index & BIT_CUDA_DEVICE) {
BufPutString(ridpointers[(int)RID_CUDA_DEVICE],0);
BufPutString(" ", 0);
}
if (index & BIT_CONST) {
BufPutString(ridpointers[(int)RID_CONST], 0);
BufPutString(" ", 0);
}
} else
if (strncmp(&(str[i]),"SETFLAG", strlen("SETFLAG"))== 0)
{
i = i + strlen("SETFLAG");
Treat_Flag(str, &i,1);
} else
if (strncmp(&(str[i]),"UNSETFLAG", strlen("UNSETFLAG"))== 0)
{
i = i + strlen("UNSETFLAG");
Treat_Flag(str, &i,-1);
} else
if (strncmp(&(str[i]),"PUSHFLAG", strlen("PUSHFLAG"))== 0)
{
i = i + strlen("PUSHFLAG");
PushPop_Flag(str, &i,1);
} else
if (strncmp(&(str[i]),"POPFLAG", strlen("POPFLAG"))== 0)
{
i = i + strlen("POPFLAG");
PushPop_Flag(str, &i,-1);
} else
if (strncmp(&(str[i]),"ERROR", strlen("ERROR"))== 0) /* %ERROR : Generate error message */
{
Message("--- stmt unparsing error[1] : ",0);
i += strlen("ERROR");
BufPutString (" *** UNPARSING ERROR OCCURRED HERE ***\n",0);
} else
if (strncmp(&(str[i]),"NL", strlen("NL"))== 0) /* %NL : NewLine */
{ /*int j; */ /* podd 15.03.99*/
BufPutChar ('\n');
/* for (j = 0; j < TabNumber; j++)
if (j>1)
BufPutString (" ",0);
else
BufPutString (" ",0);*/
i += strlen("NL");
} else
if (strncmp(&(str[i]),"NOTABNL", strlen("NOTABNL"))== 0) /* %NL : NewLine */
{
BufPutChar ('\n');
i += strlen("NOTABNL");
} else
if (strncmp(&(str[i]),"TABOFF", strlen("TABOFF"))== 0) /* turn off tabulation */
{
TabNumberCopy = TabNumber;
TabNumber = 0;
i += strlen("TABOFF");
} else
if (strncmp(&(str[i]),"TABON", strlen("TABON"))== 0) /* turn on tabulation */
{
TabNumber = TabNumberCopy;
i += strlen("TABON");
} else
if (strncmp(&(str[i]),"TAB", strlen("TAB"))== 0) /* %TAB : Tab */
{
BufPutString (" ",0); /* cychen */
i += strlen("TAB");
} else
if (strncmp(&(str[i]),"PUTTABCOMT", strlen("PUTTABCOMT"))== 0) /* %TAB : Tab */
{
int j, k;
if (Check_Lang_Fortran_For_File(cur_proj)) /*16.12.11 podd*/
for (j = 0; j < TabNumber; j++)
if (j>0)
BufPutString (" ",0);
else {
for (k=0; k<6; k++) {
if (HasLabel == 0)
BufPutString (" ",0); /* cychen */
HasLabel = HasLabel/10;
};
Buf_pointer-=5;
}
else
for (j = 0; j < TabNumber; j++)
if (j>0)
BufPutString (" ",0);
else
BufPutString (" ",0); /* cychen */
i += strlen("PUTTABCOMT");
} else
if (strncmp(&(str[i]),"PUTTAB", strlen("PUTTAB"))== 0) /* %TAB : Tab */
{
int j, k;
if (Check_Lang_Fortran_For_File(cur_proj)) /*16.12.11 podd*/
for (j = 0; j < TabNumber; j++)
if (j>0)
BufPutString (" ",0);
else {
for (k=0; k<6; k++) {
if (HasLabel == 0)
BufPutString (" ",0); /* cychen */
HasLabel = HasLabel/10;
};
}
else
for (j = 0; j < TabNumber; j++)
if (j>0)
BufPutString (" ",0);
else
BufPutString (" ",0); /* cychen */
i += strlen("PUTTAB");
} else
if (strncmp(&(str[i]),"INCTAB", strlen("INCTAB"))== 0) /* increment tab */
{
TabNumber++;
i += strlen("INCTAB");
} else
if (strncmp(&(str[i]),"DECTAB", strlen("DECTAB"))== 0) /*deccrement tab */
{
if (Check_Lang_Fortran_For_File(cur_proj)) /*16.12.11 podd*/
{
if (TabNumber>1)
TabNumber--;
} else
TabNumber--;
i += strlen("DECTAB");
} else
if (strncmp(&(str[i]),"IF", strlen("IF"))== 0) /* %IF : If ; syntax : %IF (condition) then_bloc [%ELSE else_bloc] %ENDIF */
{
i += strlen("IF");
i += Eval_Bif_Condition(&(str[i]), bif);
} else
if (strncmp(&(str[i]),"ELSE", strlen("ELSE"))== 0) /* %ELSE : Else */
{
i += strlen("ELSE");
i += SkipToEndif(&(str[i])); /* skip to the corresponding endif */
} else
if (strncmp(&(str[i]),"ENDIF", strlen("ENDIF"))== 0) /* %ENDIF : End of If */
{
i += strlen("ENDIF");
} else
if (strncmp(&(str[i]),"BLOB1", strlen("BLOB1"))== 0) /* %BLOB1 : All Blob 1 */
{
PTR_BLOB blob;
for (blob = BIF_BLOB1(bif);blob; blob = BLOB_NEXT (blob))
{
Tool_Unparse_Bif(BLOB_VALUE(blob));
}
i += strlen("BLOB1");
} else
if (strncmp(&(str[i]),"BLOB2", strlen("BLOB2"))== 0) /* %BLOB2 : All Blob 2 */
{
PTR_BLOB blob;
for (blob = BIF_BLOB2(bif);blob; blob = BLOB_NEXT (blob))
{
Tool_Unparse_Bif(BLOB_VALUE(blob));
}
i += strlen("BLOB2");
} else
if (strncmp(&(str[i]),"LL1", strlen("LL1"))== 0) /* %LL1 : Low Level Node 1 */
{
Tool_Unparse2_LLnode(BIF_LL1(bif));
i += strlen("LL1");
} else
if (strncmp(&(str[i]),"LL2", strlen("LL2"))== 0) /* %LL2 : Low Level Node 2 */
{
Tool_Unparse2_LLnode (BIF_LL2 (bif));
i += strlen("LL2");
} else
if (strncmp(&(str[i]),"LL3", strlen("LL3"))== 0) /* %LL3 : Low Level Node 3 */
{
Tool_Unparse2_LLnode(BIF_LL3(bif));
i += strlen("LL3");
} else
if (strncmp(&(str[i]),"L2L2", strlen("L2L2"))== 0) /* %L2L2 : Low Level Node 2 of Low Level Node 2 */
{
if (BIF_LL2 (bif))
Tool_Unparse2_LLnode (NODE_TEMPLATE_LL2 (BIF_LL2 (bif)));
i += strlen("L2L2");
} else
if (strncmp(&(str[i]),"FUNHD", strlen("FUNHD"))== 0) /* %FUNHD track down a function header */
{
PTR_LLND p;
p = BIF_LL1(bif);
while(p && NODE_CODE(p) != FUNCTION_REF) p = NODE_OPERAND0(p);
if(p == NULL) printf("unparse error in FUNHD!!\n");
else Tool_Unparse2_LLnode(p);
i += strlen("FUNHD");
} else
if (strncmp(&(str[i]),"SYMBIDFUL", strlen("SYMBIDFUL"))== 0) /* %SYMBID : Symbol identifier */
{
if (BIF_SYMB(bif) && SYMB_MEMBER_BASENAME(BIF_SYMB(bif)))
{
Tool_Unparse_Symbol(SYMB_MEMBER_BASENAME(BIF_SYMB(bif)));
BufPutString("::",0);
}
Tool_Unparse_Symbol(BIF_SYMB(bif));
i += strlen("SYMBIDFUL");
} else
if (strncmp(&(str[i]),"SYMBID", strlen("SYMBID"))== 0) /* %SYMBID : Symbol identifier */
{
Tool_Unparse_Symbol(BIF_SYMB(bif));
i += strlen("SYMBID");
} else
if (strncmp(&(str[i]),"SYMBSCOPE", strlen("SYMBSCOPE"))== 0) /* %SYMBSCOPE : Symbol identifier */
{
if (BIF_SYMB(bif) && SYMB_MEMBER_BASENAME(BIF_SYMB(bif)))
{ printf("SYMBSCOPE\n");
Tool_Unparse_Symbol(SYMB_MEMBER_BASENAME(BIF_SYMB(bif)));
}
i += strlen("SYMBSCOPE");
} else
if (strncmp(&(str[i]),"SYMBDC", strlen("SYMBDC"))== 0) /* %SYMBSCOPE : Symbol identifier */
{
if (BIF_LL3(bif) ||
(BIF_SYMB(bif) && SYMB_MEMBER_BASENAME(BIF_SYMB(bif))))
{
BufPutString("::",0);
}
i += strlen("SYMBDC");
} else
if (strncmp(&(str[i]),"STATENO", strlen("STATENO"))== 0) /* %STATENO : Statement number */
{
if (BIF_LABEL_USE (bif))
{
BufPutInt (LABEL_STMTNO (BIF_LABEL_USE (bif)));
}
i += strlen("STATENO");
} else
if (strncmp(&(str[i]),"LABELENDIF", strlen("LABELENDIF"))== 0) /* %STATENO : Statement number */
{
PTR_BFND temp;
PTR_BLOB blob;
temp = NULL;
if (!BIF_BLOB2(bif))
blob = BIF_BLOB1(bif);
else
blob = BIF_BLOB2(bif);
for (;blob; blob = BLOB_NEXT (blob))
{
temp = BLOB_VALUE(blob);
if (temp && (BIF_CODE(temp) == CONTROL_END))
{
if (BIF_LABEL(temp))
break;
}
temp = NULL;
}
if (temp && BIF_LABEL(temp))
{
BufPutInt (LABEL_STMTNO (BIF_LABEL(temp)));
}
i += strlen("LABELENDIF");
} else
if (strncmp(&(str[i]),"LABNAME", strlen("LABNAME")) == 0) /* %LABNAME for C labels: added by dbg */
{
if(BIF_LABEL_USE(bif)){
if(LABEL_SYMB(BIF_LABEL_USE(bif)))
BufPutString (SYMB_IDENT(LABEL_SYMB(BIF_LABEL_USE(bif))), 0);
else printf("label-symbol error\n");
} else printf("label error\n");
i += strlen("LABNAME");
} else
if (strncmp(&(str[i]),"LABEL", strlen("LABEL"))== 0) /* %STATENO : Statement number */
{
if (BIF_LABEL(bif))
{
HasLabel = LABEL_STMTNO (BIF_LABEL(bif));
BufPutInt (LABEL_STMTNO (BIF_LABEL(bif)));
}
i += strlen("LABEL");
} else
if (strncmp(&(str[i]),"SYMBTYPE", strlen("SYMBTYPE"))== 0) /* SYMBTYPE : Type of Symbol */
{
if (BIF_SYMB (bif) && SYMB_TYPE (BIF_SYMB (bif)))
{
if (Check_Lang_Fortran_For_File(cur_proj))/*16.12.11 podd*/
BufPutString ( ftype_name [type_index (TYPE_CODE (SYMB_TYPE (BIF_SYMB (bif))))],0);
else if((SYMB_ATTR(BIF_SYMB(bif)) & OVOPERATOR ) == 0){
PTR_LLND el;
el = BIF_LL1(bif);
if((BIF_CODE(BIF_CP(bif)) == TEMPLATE_FUNDECL) &&
el && NODE_TYPE(el))
Tool_Unparse_Type(NODE_TYPE(el));
else
Tool_Unparse_Type(SYMB_TYPE (BIF_SYMB (bif)));
}
}
i += strlen("SYMBTYPE");
} else
if (strncmp(&(str[i]),"CNSTF", strlen("CNSTF"))== 0) /* for const functions */
{
PTR_SYMB symb;
if (BIF_SYMB (bif)){
symb = BIF_SYMB (bif);
/* if(SYMB_TEMPLATE_DUMMY8(symb) & 64) BufPutString(" const",0); */
}
i += strlen("CNSTF");
} else
if (strncmp(&(str[i]),"VARLISTTY", strlen("VARLISTTY"))== 0) /* %VARLIST : list of variables / parameters */
{
PTR_SYMB symb;
if (BIF_SYMB (bif))
symb = SYMB_FUNC_PARAM (BIF_SYMB (bif));
else
symb = NULL;
while (symb)
{
Tool_Unparse_Type (SYMB_TYPE(symb));
BufPutString (" ",0);
BufPutString ( SYMB_IDENT (symb),0);
symb = SYMB_NEXT_DECL (symb);
if (symb) BufPutString (", ",0);
}
i += strlen("VARLISTTY");
} else
if (strncmp(&(str[i]),"TMPLARGS", strlen("TMPLARGS"))== 0)
{
PTR_SYMB symb;
/* PTR_SYMB s; */ /* podd 15.03.99*/
PTR_LLND args, arg_item, t;
PTR_TYPE typ;
if(BIF_CODE(bif) == FUNC_HEDR) args = BIF_LL3(bif);
else args = BIF_LL1(bif);
while (args )
{
int typflag;
arg_item = NODE_OPERAND0(args);
if(arg_item == NULL) printf("MAJOR TEMPLATE UNPARSE ERROR. contact dbg \n");
t = arg_item;
typflag = 1;
while(t && typflag){
if((NODE_CODE(t) == VAR_REF) || (NODE_CODE(t) == ARRAY_REF))
typflag = 0;
else if (NODE_CODE(t) == SCOPE_OP) t = NODE_OPERAND1(t);
else t = NODE_OPERAND0(t);
}
if(t){
symb = NODE_SYMB(t);
typ = NODE_TYPE(t);
if(typ == NULL) typ = SYMB_TYPE(symb);
if((int)strlen(symb->ident) > 0){ /* special case for named arguments */
typflag = 1;
while(typ && typflag){
if(TYPE_CODE(typ) == T_ARRAY ||
TYPE_CODE(typ) == T_FUNCTION ||
TYPE_CODE(typ) == T_REFERENCE ||
TYPE_CODE(typ) == T_POINTER) typ = TYPE_BASE(typ);
else if(TYPE_CODE(typ) == T_MEMBER_POINTER)
typ = TYPE_COLL_BASE(typ);
else typflag = 0;
}
}
else BufPutString("class ", 0);
Tool_Unparse_Type (typ);
BufPutString (" ",0);
}
/* else printf("could not find var ref!\n"); */
Tool_Unparse2_LLnode(arg_item);
args = NODE_OPERAND1(args);
if (args) BufPutString (", ",0);
}
i += strlen("TMPLARGS");
} else
if (strncmp(&(str[i]),"CONSTRU", strlen("CONSTRU"))== 0)
{
/*PTR_SYMB symb;*/ /* podd 15.03.99*/
PTR_LLND ll;
if (BIF_LL1(bif))
{
ll = NODE_OPERAND0(BIF_LL1(bif));
if (ll)
ll = NODE_OPERAND1(ll);
if (ll)
{
BufPutString (":",0);
Tool_Unparse2_LLnode(ll);
}
}
i += strlen("CONSTRU");
} else
if (strncmp(&(str[i]),"L1SYMBID", strlen("L1SYMBID"))== 0) /* %L1SYMBID : Symbol of Low Level Node 1 */
{
if (BIF_LL1 (bif))
Tool_Unparse_Symbol (NODE_SYMB (BIF_LL1 (bif)));
i += strlen("L1SYMBID");
} else
if (strncmp(&(str[i]),"VARLIST", strlen("VARLIST"))== 0) /* %VARLIST : list of variables / parameters */
{
PTR_SYMB symb;
if (BIF_SYMB (bif))
symb = SYMB_FUNC_PARAM (BIF_SYMB (bif));
else
symb = NULL;
while (symb)
{
BufPutString ( SYMB_IDENT (symb),0);
symb = SYMB_NEXT_DECL (symb);
if (symb) BufPutString (", ",0);
}
i += strlen("VARLIST");
} else
if (strncmp(&(str[i]),"RIDPT", strlen("RIDPT"))== 0)
{
PTR_TYPE type = NULL;
type = Find_Type_For_Bif(bif);
if (type )
{
DealWith_Rid(type, In_Class_Flag);
}
else if(BIF_CODE(bif) == CLASS_DECL)
{
DealWith_Rid(SYMB_TYPE(BIF_SYMB(bif)), In_Class_Flag);
}
i += strlen("RIDPT");
} else
if (strncmp(&(str[i]),"INCLASSON", strlen("INCLASSON"))== 0)
{
In_Class_Flag = 1;
i += strlen("INCLASSON");
} else
if (strncmp(&(str[i]),"INCLASSOFF", strlen("INCLASSOFF"))== 0)
{
In_Class_Flag = 0;
i += strlen("INCLASSOFF");
} else
if (strncmp(&(str[i]),"INWRITEON", strlen("INWRITEON"))== 0) /* %INWRITEON : In_Write_Statement Flag ON */
{
In_Write_Flag = 1;
i += strlen("INWRITEON");
} else
if (strncmp(&(str[i]),"INWRITEOFF", strlen("INWRITEOFF"))== 0) /* %INWRITEOFF : In_Write_Statement Flag OFF */
{
In_Write_Flag = 0;
i += strlen("INWRITEOFF");
} else
if (strncmp(&(str[i]),"RECPORTON", strlen("RECPORTON"))== 0) /* %RECPORTON : recursive_port_decl Flag ON */
{
Rec_Port_Decl = 1;
i += strlen("RECPORTON");
} else
if (strncmp(&(str[i]),"RECPORTOFF", strlen("RECPORTOFF"))== 0) /* %RECPORTOFF : recursive_port_decl Flag OFF */
{
Rec_Port_Decl = 0;
i += strlen("RECPORTOFF");
} else
if (strncmp(&(str[i]),"INPARAMON", strlen("INPARAMON"))== 0) /* %INPARAMON : In_Param_Statement Flag ON */
{
In_Param_Flag = 1;
i += strlen("INPARAMON");
} else
if (strncmp(&(str[i]),"INPARAMOFF", strlen("INPARAMOFF"))== 0) /* %INPARAMOFF : In_Param_Statement Flag OFF */
{
In_Param_Flag = 0;
i += strlen("INPARAMOFF");
} else
if (strncmp(&(str[i]),"INIMPLION", strlen("INIMPLION"))== 0) /* %INIMPLION : In_Impli_Statement Flag ON */
{
In_Impli_Flag = 1;
i += strlen("INIMPLION");
} else
if (strncmp(&(str[i]),"INIMPLIOFF", strlen("INIMPLIOFF"))== 0) /* %INIMPLIOFF : In_Impli_Statement Flag OFF */
{
In_Impli_Flag = 0;
i += strlen("INIMPLIOFF");
} else /*podd 3.02.03*/
if (strncmp(&(str[i]),"SAVENAME", strlen("SAVENAME"))== 0) /* save construct name for ELSE and ENDIF */
{
construct_name = BIF_SYMB(bif);
i += strlen("SAVENAME");
} else /*podd 3.02.03*/
if (strncmp(&(str[i]),"CNTRNAME", strlen("CNTRNAME"))== 0) /* save construct name for ELSE and ENDIF */
{
Tool_Unparse_Symbol(construct_name);
i += strlen("CNTRNAME");
} else
if (strncmp(&(str[i]),"TYPEDECLON", strlen("TYPEDECLON"))== 0) /* %TYPEDECLON */
{ if( BIF_LL2(bif) && NODE_TYPE(BIF_LL2(bif)) && TYPE_CODE(NODE_TYPE(BIF_LL2(bif))) == T_STRING)
Type_Decl_Ptr = (long) NODE_TYPE(BIF_LL2(bif));
else
Type_Decl_Ptr = 0;
i += strlen("TYPEDECLON");
} else
if (strncmp(&(str[i]),"TYPEDECLOF", strlen("TYPEDECLOF"))== 0) /* %TYPEDECLOF */
{ Type_Decl_Ptr = 0;
i += strlen("TYPEDECLOF");
} else
if (strncmp(&(str[i]),"TYPE", strlen("TYPE"))== 0)
{
PTR_TYPE type = NULL;
type = Find_Type_For_Bif(bif);
if (!type)
{
Message("TYPE not found",0);
BufPutString("------TYPE ERROR----",0);
}
if( !is_overloaded_type(bif) )
Tool_Unparse_Type (type);
i += strlen("TYPE");
} else
if (strncmp(&(str[i]),"PROTECTION", strlen("PROTECTION"))== 0)
{
int protect = 0;
protect = Find_Protection_For_Bif(bif);
if (protect)
{
if (protect & 128)
{
/* BufPutString("MethodOfElement:\n",0); a temporary fix until dep2C++ done */
BufPutString("public:\n", 0);
} else
{
switch (protect)
{ /* find the definition of the flag someday */
case 64: BufPutString("public:\n",0); break;
case 32: BufPutString("protected:\n",0); break;
case 16: BufPutString("private:\n",0); break;
}
}
}
i += strlen("PROTECTION");
} else
if (strncmp(&(str[i]),"DUMMY", strlen("DUMMY"))== 0) /* %DUMMY Do nothing */
{
i += strlen("DUMMY");
} else
Message (" *** Unknown bif node COMMAND *** ",0);
}
else
{
BufPutChar( c);
i++;
}
c = str[i];
}
return Buf_address;
}
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