output.c

#include "output.h"
#include "string/string.h"

char* heyo(){
	int a = (int){};
	return "Value";
}

bool credbuild(){
	redb_mod module = new_module("cred");
	set_name(&module, "credgen");
	set_target(&module, target_native);
	redb_mod_source_all(&module, ".cred");
	return redb_mod_cred_compile(module);
	switch (hello){
		case 1: {print("1");} break;
		case 2: {print("22");} break;
		case 3: {print("3");} break;
	}
}

int a(){
	chunk_array_t* testarr = 0;
	char* ly = "like";
	int test = 0;
	testarr = chunk_array_create(12, sizeof(int));
	int x = *(int*)chunk_array_get(testarr, 0);
	chunk_array_push(testarr, 0);
}

void draw(int x, int y, int color, int overwrite){
	int b = 0;
}

void c(int x){
	int l = (int){};
	if (x){
		return 0;
	}
	
}

void print(){
	
}

int t = u + i;

char* test_enum_strings[] = {
	[test_enum_one] = "one",
	[test_enum_two] = "two",
	[test_enum_three] = "three",
};
test_enum test_enum_from_string(char * val){
	if (!strcmp("one", val)){
		return test_enum_one;
	} else if (!strcmp("two", val)){
		return test_enum_two;
	} else if (!strcmp("three", val)){
		return test_enum_three;
	}return 0;
}

int hello_func(hello instance, int rule, Token elem){
	if (instance.func){
		return instance.func(instance, rule, elem);
	}
	
	return (int){};
}

void hello_test(hello instance){
	if (instance.test){
		return instance.test(instance);
	}
	
}

void testType_func(hello interf, int rule, Token elem){
	testType *instance = instance.ptr;
	int a = 0;
}

void testType_test(hello interf){
	testType *instance = instance.ptr;
	print("Test succeeded %i", instance->prop1);
}

void testType_helper(hello interf){
	testType *instance = instance.ptr;
}

hello testType_init(){
	return (hello){
		.ptr = zalloc(sizeof(testType)),
		.test = testType_test,
		.func = testType_func,
	};
}

int _temp_func_0(char* directory, char* name){
	print("Inside lambda 2");
}

int _temp_func_1(char* directory, char* name){
	print("Inside lambda");
	traverse_directory(s.data, true, _temp_func_0);
}

int main(){
	int __return_val;
	int y = a();
	int x = 1 - (0 - 2);
	int z = int_get(x, 0);
	print("This is democracy manifest");
	for (int i = 0; i < 10; i = i + 1){
		
	}
	while (0){
		print();
	}
	__return_val = 0;
	goto defer;
	do {
		print();
	} while (0);
	draw(x, y, 0xFF00FF00, 0);
	x = x + 1;
	x = int_run(y);
	if (x < 100){
		
	} else {
		print("Done with x");
	}
	y = y + 1;
	if (y < 100){
		
	} else if (y == 100){
		print("Exactly 100 y");
	}
	
	print();
	traverse_directory(s.data, true, _temp_func_1);
	
defer:
	cleanup();
	x = 0;
	return __return_val;
}