fixed float constants

src/assembly_gen.c

@@ -73,18 +73,16 @@ void asm_gen_assignment_bool(FILE *out, struct mcc_tac_entry *te, struct mcc_asm
 void asm_gen_assignment_string(FILE *out, struct mcc_tac_entry *te, struct mcc_asm_gen_container *asm_container) {
     mcc_assembly_add_offset_variable(asm_container, te);
     te->arg1[strlen(te->arg1) - 2] = '\0';
-    fprintf(out, "\t__LCD%d:\n", asm_container->labelCounter);
+    fprintf(out, "\t.LC%d:\n", asm_container->labelCounter);
     fprintf(out, "\t .string \"%s\"\n", te->arg1 + 2);
     fprintf(out, "\tmovl\t$.LC%d, %d(%%ebp)\n", asm_container->labelCounter++, mcc_assembly_get_current_offset(asm_container));
 }
 
 void asm_gen_assignment_float(FILE *out, struct mcc_tac_entry *te, struct mcc_asm_gen_container *asm_container) {
     mcc_assembly_add_offset_variable(asm_container, te);
-    float literal = atof(te->arg1);
-	int *parts = (int *)&literal;
-    fprintf(out, "\t__LCD%d:\n", asm_container->labelCounter);
-    fprintf(out, "\t .long %d\n", parts[0]);
-    fprintf(out,"\tflds __LCD%d\n", asm_container->labelCounter++);
+    fprintf(out, "\t.LC%d:\n", asm_container->labelCounter);
+    fprintf(out, "\t .long %s\n", te->arg1);
+    fprintf(out,"\tflds .LC%d\n", asm_container->labelCounter++);
     fprintf(out, "\tfstps %d(%%ebp)\n",mcc_assembly_get_current_offset(asm_container));
 }