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13op.c
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#include "common.h"
bool operator_overload_fun(sType* type, char* fun_name, CVALUE* left_value, CVALUE* right_value, bool break_guard, sInfo* info)
{
sType*% generics_type = clone type;
if(generics_type->mNoSolvedGenericsType) {
generics_type = generics_type->mNoSolvedGenericsType;
}
if(type->mNoSolvedGenericsType) {
type = type->mNoSolvedGenericsType;
}
sClass* klass = type->mClass;
char* class_name = klass->mName;
sFun* operator_fun = null;
string fun_name2;
sGenericsFun* generics_fun = null;
if(type->mGenericsTypes.length() > 0) {
string none_generics_name = get_none_generics_name(type.mClass.mName);
sType*% obj_type = solve_generics(type, info.generics_type, info);
fun_name2 = create_method_name(obj_type, false@no_pointer_name, fun_name, info);
string fun_name3 = xsprintf("%s_%s", none_generics_name, fun_name);
generics_fun = info.generics_funcs.at(fun_name3, null);
if(generics_fun) {
bool generics_any_child = false;
sType*% no_solved_type = clone type;
if(type->mNoSolvedGenericsType) {
no_solved_type = type->mNoSolvedGenericsType;
foreach(it, no_solved_type->mGenericsTypes) {
if(it->mAnyOriginalType) {
generics_any_child = true;
}
}
}
foreach(it, type->mGenericsTypes) {
if(it->mAnyOriginalType) {
generics_any_child = true;
}
}
if(generics_fun->mResultType->mGenerate && (type->mAnyOriginalType || generics_any_child)) {
sType*% type2 = use_any_type(clone type);
sType*% type_before = clone type;
fun_name2 = create_method_name(type2, false@no_pointer_name, fun_name, info, true@array_equal_pointer);
var name, err = create_generics_fun(string(fun_name2), generics_fun, type2, info);
if(!err) {
err_msg(info, "%s not found", fun_name3);
return (string(""), null);
}
operator_fun = info->funcs[name]??;
fun_name2 = name;
type = type_before;
}
else {
//var name, gfun = make_generics_function(obj_type, string(fun_name), info);
var name, err = create_generics_fun(string(fun_name2), generics_fun, obj_type, info);
if(!err) {
return false;
}
operator_fun = info->funcs[name]??;
//operator_fun = info->funcs[fun_name2]??;
}
}
else {
if(fun_name === "operator_equals") {
var fun, fun_name = create_equals_automatically(obj_type, "equals", info);
var fun2, fun_name2 = create_operator_equals_automatically(obj_type, "operator_equals", info);
operator_fun = fun2;
}
else if(fun_name === "operator_not_equals") {
var fun, fun_name = create_not_equals_automatically(obj_type, "not_equals", info);
var fun2, fun_name2 = create_operator_not_equals_automatically(obj_type, "operator_not_equals", info);
operator_fun = fun2;
}
else {
operator_fun = info->funcs[fun_name2]??;
}
}
}
else {
fun_name2 = create_method_name(type, false@no_pointer_name, fun_name, info);
int i;
for(i=FUN_VERSION_MAX-1; i>=1; i--) {
string new_fun_name = xsprintf("%s_v%d", fun_name2, i);
operator_fun = info->funcs[new_fun_name]??;
if(operator_fun) {
fun_name2 = string(new_fun_name);
break;
}
}
if(operator_fun == NULL) {
operator_fun = info->funcs[fun_name2]??;
sType*% obj_type = solve_generics(type, info.generics_type, info);
if(operator_fun == NULL) {
if(fun_name === "operator_equals") {
var fun, fun_name = create_equals_automatically(obj_type, "equals", info);
var fun2, fun_name2 = create_operator_equals_automatically(obj_type, "operator_equals", info);
operator_fun = fun2;
}
else if(fun_name === "operator_not_equals") {
var fun, fun_name = create_not_equals_automatically(obj_type, "not_equals", info);
var fun2, fun_name2 = create_operator_not_equals_automatically(obj_type, "operator_not_equals", info);
operator_fun = fun2;
}
}
}
}
bool result = false;
if(operator_fun && (type->mGenericsTypes.length() > 0 || (left_value.type.mClass.mName === right_value.type.mClass.mName && left_value.type.mPointerNum == right_value.type.mPointerNum) || fun_name === "operator_mult")) {
CVALUE*% come_value = new CVALUE();
string left_value2;
check_assign_type(s"\{fun_name2} is assigned to", operator_fun.mParamTypes[0], left_value.type, left_value).rescue {
return true;
}
if(operator_fun.mParamTypes[0].mHeap && left_value.type.mHeap) {
std_move(operator_fun.mParamTypes[0], left_value.type, left_value, no_delete_from_right_value_objects:true);
left_value2 = xsprintf("%s", left_value.c_value);
}
else {
left_value2 = clone left_value.c_value;
}
string right_value2;
check_assign_type(s"\{fun_name2} is assigned to", operator_fun.mParamTypes[1], right_value.type, right_value).rescue {
return true;
}
if(operator_fun.mParamTypes[1].mHeap && right_value.type.mHeap) {
std_move(operator_fun.mParamTypes[1], right_value.type, right_value, no_delete_from_right_value_objects:true);
right_value2 = xsprintf("%s", right_value.c_value);
}
else {
right_value2 = clone right_value.c_value;
}
sType*% type2 = clone operator_fun->mResultType;
sType*% type3 = solve_generics(type2, generics_type, info);
come_value.c_value = s"\{fun_name2}(\{left_value2},\{right_value2})";
sType*% result_type = type2;
sType*% obj_type = generics_type;
come_value.var = null;
if(result_type->mAnyOriginalType && generics_fun) {
type3 = solve_generics(generics_fun->mResultType, obj_type, info);
come_value.type = clone type3;
come_value.type->mStatic = false;
}
else {
come_value.type = clone type3;
}
if(type3->mHeap) {
append_object_to_right_values2(come_value, type3, info);
}
/*
if(!break_guard && type3.mGuardValue && type3.mPointerNum > 0) {
come_value.c_value = xsprintf("((%s)come_null_check(%s, \"%s\", %d, %d))", make_type_name_string(type3, no_static:true)!, come_value.c_value, info->sname, info->sline, gComeDebugStackFrameID++);
}
*/
come_value.c_value = append_stackframe(come_value.c_value, come_value.type, info);
add_come_last_code(info, "%s", come_value.c_value);
come_value = get_value_from_object(come_value);
info.stack.push_back(come_value);
result = true;
}
return result;
}
class sNullNode extends sNodeBase
{
new(sInfo* info)
{
self.super();
}
string kind()
{
return string("sNullNode");
}
bool compile(sInfo* info)
{
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("((void*)0)");
come_value.type = new sType("void*");
come_value.var = null;
add_come_last_code(info, "%s", come_value.c_value);
info.stack.push_back(come_value);
return true;
}
};
sNode*% create_null_node(sInfo* info=info)
{
return new sNullNode(info) implements sNode;
}
class sNilNode extends sNodeBase
{
new(sInfo* info)
{
self.super();
}
string kind()
{
return string("sNilNode");
}
bool compile(sInfo* info)
{
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("((void*)0)");
come_value.type = new sType("void*");
come_value.type->mNullValue = true;
come_value.var = null;
add_come_last_code(info, "%s", come_value.c_value);
info.stack.push_back(come_value);
return true;
}
};
class sAddNode extends sNodeBase
{
new(sNode*% left, sNode*% right, bool quote, sInfo* info)
{
self.super();
sNode*% self.mLeft = clone left;
sNode*% self.mRight = clone right;
bool self.mQuote = quote;
}
string kind()
{
return string("sAddNode");
}
bool compile(sInfo* info)
{
/// compile expression ///
sNode* left_node = self.mLeft;
node_compile(left_node).elif {
return false;
}
CVALUE*% left_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sNode* right_node = self.mRight;
node_compile(right_node).elif {
return false;
}
CVALUE*% right_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sType*% type = left_value.type;
char* fun_name = "operator_add";
bool calling_fun;
if(self.mQuote) {
calling_fun = false;
}
else {
calling_fun = operator_overload_fun(type, fun_name, left_value, right_value, false@break_guard, info);
}
if(!calling_fun) {
sType*% result_type = clone left_value.type;
if(right_value.type->mPointerNum > 0) {
result_type = clone right_value.type;
}
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s+%s", left_value.c_value, right_value.c_value);
come_value.type = clone result_type;
come_value.type->mHeap = false;
come_value.var = null;
add_come_last_code(info, "%s", come_value.c_value);
info.stack.push_back(come_value);
}
return true;
}
};
class sSubNode extends sNodeBase
{
new(sNode*% left, sNode*% right, bool quote, sInfo* info)
{
self.super();
sNode*% self.mLeft = clone left;
sNode*% self.mRight = clone right;
bool self.mQuote = quote;
}
string kind()
{
return string("sSubNode");
}
bool compile(sInfo* info)
{
/// compile expression ///
sNode* left_node = self.mLeft;
node_compile(left_node).elif {
return false;
}
CVALUE*% left_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sNode* right_node = self.mRight;
node_compile(right_node).elif {
return false;
}
CVALUE*% right_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sType*% type = left_value.type;
char* fun_name = "operator_sub";
bool calling_fun;
if(self.mQuote) {
calling_fun = false;
}
else {
calling_fun = operator_overload_fun(type, fun_name, left_value, right_value, false@break_guard, info);
}
if(!calling_fun) {
sType*% result_type = clone left_value.type;
if(left_value.type->mPointerNum > 0 && right_value.type->mPointerNum > 0) {
result_type = new sType("long");
}
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s-%s", left_value.c_value, right_value.c_value);
come_value.type = clone result_type;
come_value.type->mHeap = false;
come_value.var = null;
add_come_last_code(info, "%s", come_value.c_value);
info.stack.push_back(come_value);
}
return true;
}
};
class sMultNode extends sNodeBase
{
new(sNode*% left, sNode*% right, bool quote, sInfo* info)
{
self.super();
bool self.mQuote = quote;
sNode*% self.mLeft = clone left;
sNode*% self.mRight = clone right;
}
string kind()
{
return string("sMultNode");
}
bool compile(sInfo* info)
{
/// compile expression ///
sNode* left_node = self.mLeft;
node_compile(left_node).elif {
return false;
}
CVALUE*% left_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sNode* right_node = self.mRight;
node_compile(right_node).elif {
return false;
}
CVALUE*% right_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sType*% type = left_value.type;
char* fun_name = "operator_mult";
bool calling_fun;
if(self.mQuote) {
calling_fun = false;
}
else {
calling_fun = operator_overload_fun(type, fun_name, left_value, right_value, false@break_guard, info);
}
if(!calling_fun) {
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s*%s", left_value.c_value, right_value.c_value);
come_value.type = clone left_value.type;
come_value.type->mHeap = false;
come_value.var = null;
add_come_last_code(info, "%s", come_value.c_value);
info.stack.push_back(come_value);
}
return true;
}
};
class sDivNode extends sNodeBase
{
new(sNode*% left, sNode*% right, bool quote, sInfo* info)
{
self.super();
bool self.mQuote = quote;
sNode*% self.mLeft = clone left;
sNode*% self.mRight = clone right;
}
string kind()
{
return string("sDivNode");
}
bool compile(sInfo* info)
{
/// compile expression ///
sNode* left_node = self.mLeft;
node_compile(left_node).elif {
return false;
}
CVALUE*% left_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sNode* right_node = self.mRight;
node_compile(right_node).elif {
return false;
}
CVALUE*% right_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sType*% type = left_value.type;
char* fun_name = "operator_div";
bool calling_fun;
if(self.mQuote) {
calling_fun = false;
}
else {
calling_fun = operator_overload_fun(type, fun_name, left_value, right_value, false@break_guard, info);
}
if(!calling_fun) {
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s/%s", left_value.c_value, right_value.c_value);
come_value.type = clone left_value.type;
come_value.type->mHeap = false;
come_value.var = null;
add_come_last_code(info, "%s", come_value.c_value);
info.stack.push_back(come_value);
}
return true;
}
};
class sModNode extends sNodeBase
{
new(sNode*% left, sNode*% right, bool quote, sInfo* info)
{
self.super();
bool self.mQuote = quote;
sNode*% self.mLeft = clone left;
sNode*% self.mRight = clone right;
}
string kind()
{
return string("sModNode");
}
bool compile(sInfo* info)
{
/// compile expression ///
sNode* left_node = self.mLeft;
node_compile(left_node).elif {
return false;
}
CVALUE*% left_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sNode* right_node = self.mRight;
node_compile(right_node).elif {
return false;
}
CVALUE*% right_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sType*% type = left_value.type;
char* fun_name = "operator_mod";
bool calling_fun;
if(self.mQuote) {
calling_fun = false;
}
else {
calling_fun = operator_overload_fun(type, fun_name, left_value, right_value, false@break_guard, info);
}
if(!calling_fun) {
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s%%%s", left_value.c_value, right_value.c_value);
come_value.type = clone left_value.type;
come_value.type->mHeap = false;
come_value.var = null;
add_come_last_code(info, "%s", come_value.c_value);
info.stack.push_back(come_value);
}
return true;
}
};
class sLShiftNode extends sNodeBase
{
new(sNode*% left, sNode*% right, bool quote, sInfo* info)
{
self.super();
bool self.mQuote = quote;
sNode*% self.mLeft = clone left;
sNode*% self.mRight = clone right;
}
string kind()
{
return string("sLShiftNode");
}
bool compile(sInfo* info)
{
/// compile expression ///
sNode* left_node = self.mLeft;
node_compile(left_node).elif {
return false;
}
CVALUE*% left_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sNode* right_node = self.mRight;
node_compile(right_node).elif {
return false;
}
CVALUE*% right_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sType*% type = left_value.type;
char* fun_name = "operator_lshift";
bool calling_fun;
if(self.mQuote) {
calling_fun = false;
}
else {
calling_fun = operator_overload_fun(type, fun_name, left_value, right_value, false@break_guard, info);
}
if(!calling_fun) {
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s<<%s", left_value.c_value, right_value.c_value);
come_value.type = clone left_value.type;
come_value.type->mHeap = false;
come_value.var = null;
add_come_last_code(info, "%s", come_value.c_value);
info.stack.push_back(come_value);
}
return true;
}
}
class sRShiftNode extends sNodeBase
{
new(sNode*% left, sNode*% right, bool quote, sInfo* info)
{
self.super();
bool self.mQuote = quote;
sNode*% self.mLeft = clone left;
sNode*% self.mRight = clone right;
}
string kind()
{
return string("sRShiftNode");
}
bool compile(sInfo* info)
{
/// compile expression ///
sNode* left_node = self.mLeft;
node_compile(left_node).elif {
return false;
}
CVALUE*% left_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sNode* right_node = self.mRight;
node_compile(right_node).elif {
return false;
}
CVALUE*% right_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sType*% type = left_value.type;
char* fun_name = "operator_rshift";
bool calling_fun;
if(self.mQuote) {
calling_fun = false;
}
else {
calling_fun = operator_overload_fun(type, fun_name, left_value, right_value, false@break_guard, info);
}
if(!calling_fun) {
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s>>%s", left_value.c_value, right_value.c_value);
come_value.type = clone left_value.type;
come_value.type->mHeap = false;
come_value.var = null;
add_come_last_code(info, "%s", come_value.c_value);
info.stack.push_back(come_value);
}
return true;
}
};
class sGtEqNode extends sNodeBase
{
new(sNode*% left, sNode*% right, bool quote, sInfo* info)
{
self.super();
bool self.mQuote = quote;
sNode*% self.mLeft = clone left;
sNode*% self.mRight = clone right;
}
string kind()
{
return string("sGtEqNode");
}
bool compile(sInfo* info)
{
/// compile expression ///
sNode* left_node = self.mLeft;
node_compile(left_node).elif {
return false;
}
CVALUE*% left_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sNode* right_node = self.mRight;
node_compile(right_node).elif {
return false;
}
CVALUE*% right_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sType*% type = left_value.type;
char* fun_name = "operator_gteq";
bool calling_fun;
if(self.mQuote) {
calling_fun = false;
}
else {
calling_fun = operator_overload_fun(type, fun_name, left_value, right_value, false@break_guard, info);
}
if(!calling_fun) {
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s>=%s", left_value.c_value, right_value.c_value);
come_value.type = clone left_value.type;
come_value.type->mHeap = false;
come_value.var = null;
add_come_last_code(info, "%s", come_value.c_value);
info.stack.push_back(come_value);
}
return true;
}
};
class sLtEqNode extends sNodeBase
{
new(sNode*% left, sNode*% right, bool quote, sInfo* info)
{
self.super();
bool self.mQuote = quote;
sNode*% self.mLeft = clone left;
sNode*% self.mRight = clone right;
}
string kind()
{
return string("sLtEqNode");
}
bool compile(sInfo* info)
{
/// compile expression ///
sNode* left_node = self.mLeft;
node_compile(left_node).elif {
return false;
}
CVALUE*% left_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sNode* right_node = self.mRight;
node_compile(right_node).elif {
return false;
}
CVALUE*% right_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sType*% type = left_value.type;
char* fun_name = "operator_lteq";
bool calling_fun;
if(self.mQuote) {
calling_fun = false;
}
else {
calling_fun = operator_overload_fun(type, fun_name, left_value, right_value, false@break_guard, info);
}
if(!calling_fun) {
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s<=%s", left_value.c_value, right_value.c_value);
come_value.type = clone left_value.type;
come_value.type->mHeap = false;
come_value.var = null;
add_come_last_code(info, "%s", come_value.c_value);
info.stack.push_back(come_value);
}
return true;
}
};
class sLtNode extends sNodeBase
{
new(sNode*% left, sNode*% right, bool quote, sInfo* info)
{
self.super();
bool self.mQuote = quote;
sNode*% self.mLeft = clone left;
sNode*% self.mRight = clone right;
}
string kind()
{
return string("sLtNode");
}
bool compile(sInfo* info)
{
/// compile expression ///
sNode* left_node = self.mLeft;
node_compile(left_node).elif {
return false;
}
CVALUE*% left_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sNode* right_node = self.mRight;
node_compile(right_node).elif {
return false;
}
CVALUE*% right_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sType*% type = left_value.type;
char* fun_name = "operator_lt";
bool calling_fun;
if(self.mQuote) {
calling_fun = false;
}
else {
calling_fun = operator_overload_fun(type, fun_name, left_value, right_value, false@break_guard, info);
}
if(!calling_fun) {
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s<%s", left_value.c_value, right_value.c_value);
come_value.type = clone left_value.type;
come_value.type->mHeap = false;
come_value.var = null;
add_come_last_code(info, "%s", come_value.c_value);
info.stack.push_back(come_value);
}
return true;
}
};
class sGtNode extends sNodeBase
{
new(sNode*% left, sNode*% right, bool quote, sInfo* info)
{
self.super();
bool self.mQuote = quote;
sNode*% self.mLeft = clone left;
sNode*% self.mRight = clone right;
}
string kind()
{
return string("sGtNode");
}
bool compile(sInfo* info)
{
/// compile expression ///
sNode* left_node = self.mLeft;
node_compile(left_node).elif {
return false;
}
CVALUE*% left_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sNode* right_node = self.mRight;
node_compile(right_node).elif {
return false;
}
CVALUE*% right_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
sType*% type = left_value.type;
char* fun_name = "operator_gt";
bool calling_fun;
if(self.mQuote) {
calling_fun = false;
}
else {
calling_fun = operator_overload_fun(type, fun_name, left_value, right_value, false@break_guard, info);
}
if(!calling_fun) {
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s>%s", left_value.c_value, right_value.c_value);
come_value.type = clone left_value.type;
come_value.type->mHeap = false;
come_value.var = null;
add_come_last_code(info, "%s", come_value.c_value);
info.stack.push_back(come_value);
}
return true;
}
};
class sEqNode extends sNodeBase
{
new(sNode*% left, sNode*% right, bool quote, sInfo* info)
{
self.super();
bool self.mQuote = quote;
sNode*% self.mLeft = clone left;
sNode*% self.mRight = clone right;
}