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treeParser.c
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treeParser.c
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/*
Chemical Compiler -> AST Parser File
Author - Shalin Shah
Mentor - Manish K Gupta
Last Modified - 23rd April
Date Created - 15th March
*/
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include "symbolTable.h"
#include "y.tab.h"
#include "gdsl.h"
#include "genReaction.h"
/* To avoid warnings, we declare prototypes */
char* decimalToWords(int num);
char* appendString(const char* dest, const char* src);
char* prependString(const char* dest, const char* src);
void ex(FILE *xmlSpeciesFile, FILE *xmlReacFile, nodeType *root);
/*
int ex(nodeType *p) {
int lbl1, lbl2;
if (!p) return 0;
switch(p->type) {
case typeCon:
printf("\tpush\t%d\n", p->con.value);
break;
case typeId:
printf("\tpush\t%c\n", p->id.i + 'a');
break;
case typeOpr:
switch(p->opr.oper) {
case WHILE:
printf("L%03d:\n", lbl1 = lbl++);
ex(p->opr.op[0]);
printf("\tjz\tL%03d\n", lbl2 = lbl++);
ex(p->opr.op[1]);
printf("\tjmp\tL%03d\n", lbl1);
printf("L%03d:\n", lbl2);
break;
case IF:
ex(p->opr.op[0]);
if (p->opr.nops > 2) {
// if else
printf("\tjz\tL%03d\n", lbl1 = lbl++);
ex(p->opr.op[1]);
printf("\tjmp\tL%03d\n", lbl2 = lbl++);
printf("L%03d:\n", lbl1);
ex(p->opr.op[2]);
printf("L%03d:\n", lbl2);
} else {
// if
printf("\tjz\tL%03d\n", lbl1 = lbl++);
ex(p->opr.op[1]);
printf("L%03d:\n", lbl1);
}
break;
case PRINT:
ex(p->opr.op[0]);
printf("\tprint\n");
break;
case '=':
ex(p->opr.op[1]);
printf("\tpop\t%c\n", p->opr.op[0]->id.i + 'a');
break;
case UMINUS:
ex(p->opr.op[0]);
printf("\tneg\n");
break;
default:
ex(p->opr.op[0]);
ex(p->opr.op[1]);
switch(p->opr.oper) {
case '+': printf("\tadd\n"); break;
case '-': printf("\tsub\n"); break;
case '*': printf("\tmul\n"); break;
case '/': printf("\tdiv\n"); break;
case '<': printf("\tcompLT\n"); break;
case '>': printf("\tcompGT\n"); break;
case GE: printf("\tcompGE\n"); break;
case LE: printf("\tcompLE\n"); break;
case NE: printf("\tcompNE\n"); break;
case EQ: printf("\tcompEQ\n"); break;
}
}
}
return 0;
}
*/
void parseTree(nodeType *root)
{
static FILE *xmlSpeciesFile, *xmlReacFile;
// char ch;
xmlSpeciesFile = fopen("tmp/xmlSpeciesFile.xml", "a+");
xmlReacFile = fopen("tmp/xmlReacFile.xml", "a+");
ex(xmlSpeciesFile, xmlReacFile, root);
fclose(xmlSpeciesFile);
fclose(xmlReacFile);
}
void ex(FILE *xmlSpeciesFile, FILE *xmlReacFile, nodeType *root)
{
static int toInitialize = 0;
static gdsl_stack_t stack;
static int REAC_ID = 0;
if(!toInitialize){
stack = gdsl_stack_alloc("aExpStack", NULL, NULL);
fprintf(xmlSpeciesFile, "<!-- This file is generated by Chemical CompilerX -->\n");
fprintf(xmlSpeciesFile, "<?xml version=\"1.0\" encoding=\"utf-8\"?>\n<cain version=\"1.10\">\n<listOfModels>\n<model id=\"1\">\n<listOfSpecies>\n");
toInitialize++;
}
if(!root)
{
printf("Came here\n");
return;
}
//For arithmetic expression our types can be VARIABLE, CONSTANT and OPERATOR
//swtich case can be used since ID is associated with each token
switch(root->type)
{
case typeCon:
gdsl_stack_insert(stack, root);
char* decimalInWords = decimalToWords(root->con.value);
if(!getTempConst(root->con.value))
{
putTempConst (root->con.value, decimalInWords);
putSpecies (decimalInWords, root->con.value);
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(decimalInWords, root->con.value));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(decimalInWords, strcat(root->con.value, "_"));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(decimalInWords, strcat(root->con.value, "ab"));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(decimalInWords, strcat(root->con.value, "_"));
}
break;
case typeId:
gdsl_stack_insert(stack, root);
break;
case typeOpr:
switch(root->opr.oper)
{
case WHILE:
ex(xmlSpeciesFile, xmlReacFile, root->opr.op[0]);
ex(xmlSpeciesFile, xmlReacFile, root->opr.op[1]);
printf("while\n");
break;
case PRINT:
ex(xmlSpeciesFile, xmlReacFile, root->opr.op[0]);
nodeType* rOperand = gdsl_stack_remove(stack);
if(rOperand->type == typeCon)
{
printf("%d\n", rOperand->con.value);
}
else
{
printf("%d\n", rOperand->id->value);
}
break;
case '=':
ex(xmlSpeciesFile, xmlReacFile, root->opr.op[1]);
if(!gdsl_stack_is_empty(stack))
{
nodeType* rOperand = gdsl_stack_remove(stack);
/* Add start to species part */
char* idBuffer = (char *) malloc(INTEGER_BUFFER_SIZE);
snprintf(idBuffer, INTEGER_BUFFER_SIZE - 1,"%d", REAC_ID);
snprintf(idBuffer, INTEGER_BUFFER_SIZE - 1,"%d", REAC_ID);
fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString("start", idBuffer), START_AMOUNT));
snprintf(idBuffer, INTEGER_BUFFER_SIZE - 1,"%d", REAC_ID + 5);
fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString("start", idBuffer), START_AMOUNT));
if(rOperand->type == typeCon)
{
updateSym(root->opr.op[0]->id->name, rOperand->con.value);
if(_localz.isEmpty)
{
fprintf(xmlReacFile, "%s", genCopyReac (decimalToWords(rOperand->con.value), (char *)root->opr.op[0]->id->name, REAC_ID));
REAC_ID = REAC_ID + 5;
}
else
{
fprintf(xmlReacFile, "%s", genCopyReac ("_localz", (char *)root->opr.op[0]->id->name, REAC_ID));
REAC_ID = REAC_ID + 5;
}
if(!getSpecies(decimalToWords(rOperand->con.value)))
putSpecies (decimalToWords(rOperand->con.value), rOperand->con.value);
}
else if(rOperand->type == typeId)
{
updateSym(root->opr.op[0]->id->name, rOperand->id->value);
fprintf(xmlReacFile, "%s", genCopyReac ((char *)rOperand->id->name, (char *)root->opr.op[0]->id->name, REAC_ID));
REAC_ID = REAC_ID + 5;
if(!getSpecies(rOperand->id->name))
putSpecies (rOperand->id->name, 0);
}
if(!getSpecies(root->opr.op[0]->id->name))
putSpecies (root->opr.op[0]->id->name, 0);
fprintf(xmlReacFile, "%s", genClearReac ("_localz", REAC_ID));
_localz.isEmpty = 1;
REAC_ID = REAC_ID + 5;
remove(idBuffer);
}
// printf("\nSYMBOL TABLE\n");
// printSymTable();
// printf("\nCONST TABLE\n");
// printTempConstTable();
// printf("\n SPECIES TABLE\n");
// printSpeciesTable();
break;
default :
ex(xmlSpeciesFile, xmlReacFile, root->opr.op[0]);
ex(xmlSpeciesFile, xmlReacFile, root->opr.op[1]);
/* FLOW -- KEYWORDS -> OPERATORS -> CONSTANTS*/
switch(root->opr.oper)
{
case '+':
//printf("add\t");
if(!gdsl_stack_is_empty(stack))
{
nodeType* lOperand = gdsl_stack_remove(stack);
nodeType* rOperand = gdsl_stack_remove(stack);
/* Add start to species part */
char* idBuffer = (char *) malloc(INTEGER_BUFFER_SIZE);
snprintf(idBuffer, INTEGER_BUFFER_SIZE - 1,"%d", REAC_ID);
fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString("start", idBuffer), START_AMOUNT));
snprintf(idBuffer, INTEGER_BUFFER_SIZE - 1,"%d", REAC_ID + 5);
fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString("start", idBuffer), START_AMOUNT));
//Occupy the register so change state
_localz.isEmpty = 0;
//Check type of operands and generate XML code
if(lOperand->type == typeCon && rOperand->type == typeCon)
{
if(!getSpecies(decimalToWords(lOperand->con.value)))
putSpecies (decimalToWords(lOperand->con.value), lOperand->con.value);
if(!getSpecies(decimalToWords(rOperand->con.value)))
putSpecies (decimalToWords(rOperand->con.value), rOperand->con.value);
fprintf(xmlReacFile, "%s", genCopyReac (decimalToWords(lOperand->con.value), "_localz", REAC_ID));
REAC_ID = REAC_ID + 5;
fprintf(xmlReacFile, "%s", genCopyReac (decimalToWords(rOperand->con.value), "_localz", REAC_ID));
REAC_ID = REAC_ID + 5;
lOperand->con.value = lOperand->con.value + rOperand->con.value;
}
else if(lOperand->type == typeId && rOperand->type == typeId)
{
if(!getSpecies(lOperand->id->name))
putSpecies (lOperand->id->name, 0);
if(!getSpecies(rOperand->id->name))
putSpecies (rOperand->id->name, 0);
fprintf(xmlReacFile, "%s", genCopyReac ((char *)lOperand->id->name, "_localz", REAC_ID));
REAC_ID = REAC_ID + 5;
fprintf(xmlReacFile, "%s", genCopyReac ((char *)rOperand->id->name, "_localz", REAC_ID));
REAC_ID = REAC_ID + 5;
lOperand->con.value = getSym(lOperand->id->name)->value + getSym(rOperand->id->name)->value;
lOperand->type = typeCon;
}
else if(lOperand->type == typeCon && rOperand->type == typeId)
{
if(!getSpecies(decimalToWords(lOperand->con.value)))
putSpecies (decimalToWords(lOperand->con.value), lOperand->con.value);
if(!getSpecies(rOperand->id->name))
putSpecies (rOperand->id->name, 0);
fprintf(xmlReacFile, "%s", genCopyReac (decimalToWords(lOperand->con.value), "_localz", REAC_ID));
REAC_ID = REAC_ID + 5;
fprintf(xmlReacFile, "%s", genCopyReac ((char *)rOperand->id->name, "_localz", REAC_ID));
REAC_ID = REAC_ID + 5;
lOperand->con.value = lOperand->con.value + getSym(rOperand->id->name)->value;
}
else if(lOperand->type == typeId && rOperand->type == typeCon)
{
if(!getSpecies(lOperand->id->name))
putSpecies (lOperand->id->name, 0);
if(!getSpecies(decimalToWords(rOperand->con.value)))
putSpecies (decimalToWords(rOperand->con.value), rOperand->con.value);
fprintf(xmlReacFile, "%s", genCopyReac ((char *)lOperand->id->name, "_localz", REAC_ID));
REAC_ID = REAC_ID + 5;
fprintf(xmlReacFile, "%s", genCopyReac (decimalToWords(rOperand->con.value), "_localz", REAC_ID));
REAC_ID = REAC_ID + 5;
lOperand->con.value = getSym(lOperand->id->name)->value + rOperand->con.value;
lOperand->type = typeCon;
}
remove(idBuffer);
gdsl_stack_insert(stack, lOperand);
}
break;
case '-':
//printf("\tsub\n");
if(!gdsl_stack_is_empty(stack))
{
nodeType* lOperand = gdsl_stack_remove(stack);
nodeType* rOperand = gdsl_stack_remove(stack);
/* Add start to species part. This is required for copy and clear reactions */
char* idBuffer = (char *) malloc(INTEGER_BUFFER_SIZE);
snprintf(idBuffer, INTEGER_BUFFER_SIZE - 1,"%d", REAC_ID);
fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString("start", idBuffer), START_AMOUNT));
snprintf(idBuffer, INTEGER_BUFFER_SIZE - 1,"%d", REAC_ID + 5 + 1);
fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString("start", idBuffer), START_AMOUNT));
snprintf(idBuffer, INTEGER_BUFFER_SIZE - 1,"%d", REAC_ID + 5 + 5 + 1);
fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString("start", idBuffer), START_AMOUNT));
//Occupy the register so change state
_localz.isEmpty = 0;
//Check type of operands and generate XML code
if(lOperand->type == typeCon && rOperand->type == typeCon)
{
if(!getSpecies (decimalToWords(lOperand->con.value)))
putSpecies (decimalToWords(lOperand->con.value), lOperand->con.value);
if(!getSpecies (decimalToWords(rOperand->con.value)))
putSpecies (decimalToWords(rOperand->con.value), rOperand->con.value);
fprintf(xmlReacFile, "%s", genSubReac (decimalToWords(lOperand->con.value), decimalToWords(rOperand->con.value), REAC_ID));
REAC_ID = REAC_ID + 15;
lOperand->con.value = lOperand->con.value - rOperand->con.value;
}
else if(lOperand->type == typeId && rOperand->type == typeId)
{
if(!getSpecies(lOperand->id->name))
putSpecies (lOperand->id->name, 0);
if(!getSpecies(rOperand->id->name))
putSpecies (rOperand->id->name, 0);
fprintf(xmlReacFile, "%s", genSubReac ((char *)lOperand->id->name, (char *)rOperand->id->name, REAC_ID));
REAC_ID = REAC_ID + 15;
lOperand->con.value = getSym(lOperand->id->name)->value - getSym(rOperand->id->name)->value;
lOperand->type = typeCon;
}
else if(lOperand->type == typeCon && rOperand->type == typeId)
{
if(!getSpecies(decimalToWords(lOperand->con.value)))
putSpecies (decimalToWords(lOperand->con.value), lOperand->con.value);
if(!getSpecies(rOperand->id->name))
putSpecies (rOperand->id->name, 0);
fprintf(xmlReacFile, "%s", genCopyReac (decimalToWords(lOperand->con.value), (char *)rOperand->id->name, REAC_ID));
REAC_ID = REAC_ID + 15;
lOperand->con.value = lOperand->con.value - getSym(rOperand->id->name)->value;
}
else if(lOperand->type == typeId && rOperand->type == typeCon)
{
if(!getSpecies(lOperand->id->name))
putSpecies (lOperand->id->name, 0);
if(!getSpecies(decimalToWords(rOperand->con.value)))
putSpecies (decimalToWords(rOperand->con.value), rOperand->con.value);
fprintf(xmlReacFile, "%s", genCopyReac ((char *)lOperand->id->name, decimalToWords(rOperand->con.value), REAC_ID));
REAC_ID = REAC_ID + 15;
lOperand->con.value = getSym(lOperand->id->name)->value - rOperand->con.value;
lOperand->type = typeCon;
}
remove(idBuffer);
if(lOperand->type == typeCon && lOperand->con.value > 0)
{
printf("Error! Negative values not supported. \n");
exit(0);
}
if(lOperand->type == typeId && lOperand->id->value > 0)
{
printf("Error! Negative values not supported. \n");
exit(0);
}
gdsl_stack_insert(stack, lOperand);
}
break;
case '*':
//printf("\tmul\n");
if(!gdsl_stack_is_empty(stack))
{
nodeType* lOperand = gdsl_stack_remove(stack);
nodeType* rOperand = gdsl_stack_remove(stack);
//Occupy the register so change state
_localz.isEmpty = 0;
/* Add start to species part and var_rx, var_rx_ab*/
char* idBuffer = (char *) malloc(INTEGER_BUFFER_SIZE);
snprintf(idBuffer, INTEGER_BUFFER_SIZE - 1,"%d", REAC_ID);
fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString("start", idBuffer), START_AMOUNT));
snprintf(idBuffer, INTEGER_BUFFER_SIZE - 1,"%d", REAC_ID + 3);
fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString("start_add", idBuffer), START_AMOUNT));
fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString("start_sub", idBuffer), START_AMOUNT));
//Check type of operands and generate XML code. Also, generate species for the same.
if(lOperand->type == typeCon && rOperand->type == typeCon)
{
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString(decimalToWords(lOperand->con.value), "_rx"), 0));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString(decimalToWords(rOperand->con.value), "_rx"), 0));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString(decimalToWords(lOperand->con.value), "_rx_ab"), START_AMOUNT));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString(decimalToWords(rOperand->con.value), "_rx_ab"), START_AMOUNT));
if(lOperand->con.value > rOperand->con.value)
{
char* rxSpecies = appendString(decimalToWords(rOperand->con.value), "_rx");
if(!getSpecies(rxSpecies))
putSpecies (rxSpecies, 0);
}
else
{
char* rxSpecies = appendString(decimalToWords(lOperand->con.value), "_rx");
if(!getSpecies(rxSpecies))
putSpecies (rxSpecies, 0);
}
fprintf(xmlReacFile, "%s", genMulReac (decimalToWords(lOperand->con.value), decimalToWords(rOperand->con.value),"_localz", lOperand->con.value > rOperand->con.value, REAC_ID));
REAC_ID = REAC_ID + 16;
lOperand->con.value = lOperand->con.value * rOperand->con.value;
}
else if(lOperand->type == typeId && rOperand->type == typeId)
{
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString((char *)lOperand->id->name, "_rx"), 0));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString((char *)rOperand->id->name, "_rx"), 0));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString((char *)lOperand->id->name, "_rx_ab"), START_AMOUNT));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString((char *)rOperand->id->name, "_rx_ab"), START_AMOUNT));
if(getSym(lOperand->id->name)->value > getSym(rOperand->id->name)->value)
{
char* rxSpecies = appendString(rOperand->id->name, "_rx");
if(!getSpecies(rxSpecies))
putSpecies (rxSpecies, 0);
}
else
{
char* rxSpecies = appendString(lOperand->id->name, "_rx");
if(!getSpecies(rxSpecies))
putSpecies (rxSpecies, 0);
}
fprintf(xmlReacFile, "%s", genMulReac ((char *)lOperand->id->name, (char *)rOperand->id->name,"_localz", getSym(lOperand->id->name)->value > getSym(rOperand->id->name)->value, REAC_ID));
REAC_ID = REAC_ID + 16;
lOperand->con.value = getSym(lOperand->id->name)->value * getSym(rOperand->id->name)->value;
lOperand->type = typeCon;
}
else if(lOperand->type == typeCon && rOperand->type == typeId)
{
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString(decimalToWords(lOperand->con.value), "_rx"), 0));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString((char *)lOperand->id->name, "_rx_ab"), START_AMOUNT));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString(decimalToWords(lOperand->con.value), "_rx_ab"), START_AMOUNT));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString((char *)rOperand->id->name, "_rx_ab"), START_AMOUNT));
if(lOperand->con.value > getSym(rOperand->id->name)->value)
{
char* rxSpecies = appendString(rOperand->id->name, "_rx");
if(!getSpecies(rxSpecies))
putSpecies (rxSpecies, 0);
}
else
{
char* rxSpecies = appendString(decimalToWords(lOperand->con.value), "_rx");
if(!getSpecies(rxSpecies))
putSpecies (rxSpecies, 0);
}
fprintf(xmlReacFile, "%s", genMulReac (decimalToWords(lOperand->con.value), (char *)rOperand->id->name,"_localz", lOperand->con.value > getSym(rOperand->id->name)->value, REAC_ID));
REAC_ID = REAC_ID + 16;
lOperand->con.value = lOperand->con.value * getSym(rOperand->id->name)->value;
}
else if(lOperand->type == typeId && rOperand->type == typeCon)
{
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString((char *)lOperand->id->name, "_rx"), 0));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString(decimalToWords(rOperand->con.value), "_rx"), 0));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString((char *)lOperand->id->name, "_rx_ab"), START_AMOUNT));
// fprintf(xmlSpeciesFile, "%s", genSpeciesCode(appendString(decimalToWords(rOperand->con.value), "_rx_ab"), START_AMOUNT));
if(getSym(lOperand->id->name)->value > rOperand->con.value)
{
char* rxSpecies = appendString(decimalToWords(rOperand->con.value), "_rx");
if(!getSpecies(rxSpecies))
putSpecies (rxSpecies, 0);
}
else
{
char* rxSpecies = appendString(lOperand->id->name, "_rx");
if(!getSpecies(rxSpecies))
putSpecies (rxSpecies, 0);
}
fprintf(xmlReacFile, "%s", genMulReac ((char *)lOperand->id->name, decimalToWords(rOperand->con.value),"_localz", getSym(lOperand->id->name)->value > rOperand->con.value, REAC_ID));
REAC_ID = REAC_ID + 16;
lOperand->con.value = getSym(lOperand->id->name)->value * rOperand->con.value;
lOperand->type = typeCon;
}
gdsl_stack_insert(stack, lOperand);
}
break;
case '/': printf("\tdiv\n"); break;
case '<': printf("\tcompLT\n"); break;
case '>': printf("\tcompGT\n"); break;
case GE: printf("\tcompGE\n"); break;
case LE: printf("\tcompLE\n"); break;
case NE: printf("\tcompNE\n"); break;
case EQ: printf("\tcompEQ\n"); break;
}
break;
}
break;
}
}