treeNode *setStages(int varId1,int varId2){
char *var1 = getStringSym(varId1);
char *var2 = getStringSym(varId2);
int v1 = atoi(var1);
int v2 = atoi(var2);
nodeStages *stages = Malloc(sizeof(nodeStages));
stages->start = v1;
stages->end = v2;
treeNode *node = Malloc(sizeof(treeNode));
node->data = stages;
return node;
}
void printOptVar(FILE *file,int *ov){
fprintf(file,"Opt-%s-%i-DesObj-%s-Stage%i",
getStringSym(ov[1]),ov[2],getStringSym(ov[3]),ov[4]);
}
void printNegateVar(FILE *file,int *nv){
fprintf(file,"Negate-%s-%i-%s-%i-Stage-%i-%i",
getStringSym(nv[1]),nv[2],getStringSym(nv[3]),nv[4],nv[5],nv[6]);
}
void printUsedVar(FILE *file,int *uv){
fprintf(file,"%sUsedStage%i=>%i",
getStringSym(uv[1]),uv[4],uv[4]+1);
}
void printTransVar(FILE *file,int *td){
fprintf(file,"Trans-%s-%s-Stage%i=>%i",
getStringSym(td[1]),getStringSym(td[2]),td[3],td[3]+1);
}
void printSymCellVar(FILE *file,int *sv){
fprintf(file,"%sIs%sStage%i",
getStringSym(sv[2]),getStringSym(sv[1]),sv[5]);
}
// read in from dimout.out
// convert output from minisat to human readable
int createSatOut(char *inFileStr,char *outFileStr,rootData *rdata,indexList *varList,linkedList fullTransNodes){
FILE *inFile = fopen(inFileStr,"r");
FILE *outFile = fopen(outFileStr,"w");
char word[10];
int res = fscanf(inFile,"%s",word);
checkRes(res);
if(strcmp(word,"UNSAT") == 0){
fprintf(outFile,"UNSATISFIABLE");
fclose(inFile);
fclose(outFile);
return -1;
}
if(strcmp(word,"SAT") != 0){
printf("Error: Sat File Parsing Error.");
endError();
}
indexList *outVars = createVarIndex();
int ret;
res = fscanf(inFile,"%i",&ret);
checkRes(res);
while(ret != 0){
// generally if not true, then not important
// get varData of this variable in out sat
varData *vdata = getVarByValue(varList,ret);
res = fscanf(inFile,"%i",&ret);
checkRes(res);
if(!vdata)
continue;
// only care about adding Trans, SymCell
if(vdata->type == symCellVarType || vdata->type == transVarType)
addSomeVar(outVars,vdata);
}
// trans array
int transWidth = sizeLinked(fullTransNodes);
tempTransVar **transArray = toArrayLinked(fullTransNodes);
treeNode *boardNode = rdata->boardNode;
setData *bs = boardNode->data;
int boardWidth = bs->width;
int boardHeight = bs->height;
cellData **boardSet = bs->setVars;
// print board stage n
// print transition n=>n+1
// repeat
int n,x,y,i,j;
int spaceIter;
int foundTrans = 1;
for(n=0;n<numStagesGlobal;n++){
if(foundTrans){
for(y=0;y<boardHeight;y++){
for(x=0;x<boardWidth;x++){
cellData *cell = boardSet[y*boardWidth+x];
if(!cell)
continue;
int numSpace = cell->numSpaceBef;
for(spaceIter=0;spaceIter<numSpace;spaceIter++)
fprintf(outFile,".");
if(numSpace)
fprintf(outFile," ");
linkedList symList = cell->symList;
int symWidth = sizeLinked(symList);
int **symArray = toArrayLinked(symList);
for(i=0;i<symWidth;i++){
//x, y, id, stage
varData *vdata = getSymCellVar(outVars,x,y,*symArray[i],n);
if(vdata){
int *sc = vdata->data;
char *symIdWord = getStringSym(sc[1]);
fprintf(outFile,"%s ",symIdWord);
}
}
}
fprintf(outFile,"\n");
}
fprintf(outFile,"\n");
}
foundTrans = 0;
for(j=0;j<transWidth;j++){
tempTransVar *trans = transArray[j];
int transId = trans->transId;
int desObjId = trans->desObjId;
// only need to check it exists
varData *vdata = getTransVar(outVars,transId,desObjId,n);
if(vdata){
char *id = getStringSym(trans->transId);
char *desObj = getStringSym(trans->desObjId);
fprintf(outFile,"%s %s\n",id,desObj);
foundTrans = 1;
}
}
if(foundTrans)
fprintf(outFile,"\n");
}
fclose(inFile);
fclose(outFile);
destroyVarIndex(outVars);
return 0;
}