void initAssemblyOutput(char const *path) {
output = fopen(path, "w");
if(output == NULL) {
fprintf(stderr, "Le fichier de sortie \"%s\" n'a pas pu être ouvert : %s\n", path, strerror(errno));
exit(OPEN_OUTPUT_FAILURE);
}
assemblyBuffer = malloc(1);
assemblyBuffer[0] = '\0';
globalBuffer = malloc(1);
globalBuffer[0] = '\0';
ifLabels.size = loopLabels.size = gotoLabels.size = 0;
ifLabels.stackSize = loopLabels.stackSize = gotoLabels.stackSize = 0;
addressStack.size = 0;
for(int i = 0; i < MAX_SIZE; ++i) {
ifLabels.labels[i].jumpAddress = loopLabels.labels[i].jumpAddress = 0;
gotoLabels.labels[i].jumpAddress = -1;
ifLabels.stack[i] = loopLabels.stack[i] = gotoLabels.stack[i] = NULL;
returnAddressStack.address[i] = NULL;
gotoLabels.labels[i].name = NULL;
}
setGlobalScope(false);
returnAddressStack.size = 1;
returnAddressStack.address[0] = strdup("EOF"UNKNOWN_ADDRESS);
assemblyOutput(JMP" EOC"UNKNOWN_ADDRESS" ; Saut à l'initialisation des variables globales");
setGlobalScope(true);
#ifndef STRIP_COMMENTS
assemblyOutput(COP" 0 0 ; Initialisation des variables globales");
#endif
}
dereferencedSymbol_t createString(char const *value) {
bool const oldGlobalScope = getGlobalScope();
setGlobalScope(true);
int len = strlen(value) + 1;
char *interningName;
asprintf(&interningName, "__internedString__%s", value);
dereferencedSymbol_t deref = getExistingSymbol(interningName, false);
symbol_t *tab = deref.symbol;
if(tab == &dummy) {
tab = createArray(interningName, (varType_t){.indirectionCount = 0, .baseType = BT_CHAR, .constMask = 1}, len);
SymbolTable::SymbolTable(const std::string& unit)
: _unit(unit), _typeBuilder(new TypeBuilder) {
setGlobalScope();
}
