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07var.c
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07var.c
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#include "common.h"
class sStoreNode extends sNodeBase
{
new(string name, list<string>*% multiple_assign, list<tuple3<sType*%, string, sNode*%>*%>*% multiple_declare, sType*% type, bool alloc, sNode*% right_value, sInfo* info)
{
self.super();
string self.name = string(name);
bool self.alloc = alloc;
sType*% self.type;
self.type = dupe type;
sNode*% self.right_value = right_value;
list<string>*% self.multiple_assign;
self.multiple_assign = dupe multiple_assign;
list<tuple3<sType*%,string,sNode*%>*%>*% self.multiple_declare;
self.multiple_declare = dupe multiple_declare;
}
string kind()
{
return string("sStoreNode");
}
bool compile(sInfo* info)
{
if(self.multiple_declare) {
sVar* var_ = info.lv_table.mVars[self.name]??;
if(var_) {
err_msg(info, "Already appended this var name(%s)(1)", self.name);
return false;
}
if(self.type == null) {
err_msg(info, "Require concrete variable type(%s)", self.name);
return false;
}
var type = solve_generics(self.type, info->generics_type, info);
type->mFunctionParam = false;
foreach(it, self.multiple_declare) {
var type, var_name, right_value = it;
add_variable_to_table(var_name, clone type, info);
var_ = get_variable_from_table(info.lv_table, var_name);
if(var_ == null) {
err_msg(info, "var not found(%s)(ZY) at definition of variable\n", it);
return true;
}
sType*% left_type = clone var_->mType;
if(right_value) {
if(!node_compile(right_value)) {
return false;
}
CVALUE*% come_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
add_come_code(info, "%s=%s;\n", make_define_var(left_type, var_->mCValueName), come_value.c_value);
}
else {
add_come_code_at_function_head2(info, "memset(&%s, 0, sizeof(%s));\n", var_->mCValueName, make_type_name_string(left_type, no_static:true));
add_come_code_at_function_head(info, "%s;\n", make_define_var(left_type, var_->mCValueName));
}
}
}
else if(self.multiple_assign) {
if(!node_compile(self.right_value)) {
return false;
}
CVALUE*% right_value = get_value_from_stack(-1, info);
sType* right_type = right_value.type;
dec_stack_ptr(1, info);
if(right_type->mNoSolvedGenericsType.v1) {
right_type = right_type->mNoSolvedGenericsType.v1;
}
int i = 0;
foreach(it, self.multiple_assign) {
if(i < right_type.mGenericsTypes.length()) {
sType* right_type2 = right_type.mGenericsTypes[i];
right_type2->mFunctionParam = false;
add_variable_to_table(it, clone right_type2, info);
}
i++;
}
static int num_multiple_var = 0;
string multiple_var_name = xsprintf("multiple_assign_var%d", ++num_multiple_var);
add_come_code_at_function_head(info, "%s;\n", make_define_var(right_value.type, multiple_var_name));
add_come_code(info, "%s=%s;\n", multiple_var_name, right_value.c_value);
right_value.c_value = clone multiple_var_name;
i = 0;
foreach(it, self.multiple_assign) {
if(i < right_type.mGenericsTypes.length()) {
sType*% right_type2 = clone right_type.mGenericsTypes[i];
sVar* var_ = get_variable_from_table(info.lv_table, it);
sType*% var_type = clone var_->mType;
var_type->mStatic = false;
sType*% left_type = clone var_->mType;
CVALUE*% right_value2 = new CVALUE();
right_value2.c_value = xsprintf("%s->v%d", right_value.c_value, i+1);
right_value2.type = clone right_type2;
right_value2.var = null;
CVALUE*% come_value = new CVALUE();
check_assign_type(s"\{self.name} is assining to}", left_type, right_type2, come_value);
if(right_type2->mHeap && left_type->mHeap && left_type->mPointerNum > 0 && right_type2->mPointerNum > 0)
{
std_move(left_type, right_type2, right_value2);
come_value.c_value = xsprintf("%s=%s", var_->mCValueName, right_value2.c_value);
}
else {
come_value.c_value = xsprintf("%s=%s", var_->mCValueName, right_value2.c_value);
}
come_value.type = clone left_type;
come_value.var = var_;
add_come_code_at_function_head(info, "%s;\n", make_define_var(left_type, var_->mCValueName));
add_come_code(info, "%s;\n", come_value.c_value);
}
i++;
}
}
else if(self.right_value == null) { // assert(self.alloc == true)
sVar* var_ = info.lv_table.mVars[self.name]??;
if(var_) {
err_msg(info, "Already appended this var name(%s)(1)", self.name);
return false;
}
if(self.type == null) {
err_msg(info, "Require concrete variable type(%s)", self.name);
return false;
}
var type = solve_generics(self.type, info->generics_type, info);
type->mFunctionParam = false;
add_variable_to_table(self.name, clone type, info);
var_ = get_variable_from_table(info.lv_table, self.name);
if(var_ == null) {
var_ = get_variable_from_table(info.gv_table, self.name);
if(var_ == null) {
err_msg(info, "var not found(%s)(Y) at definition of variable\n", self.name);
return true;
}
}
sType*% left_type = clone var_->mType;
if(left_type->mArrayNum.length() > 0) {
add_come_code(info, "%s;\n", make_define_var(left_type, var_->mCValueName));
//if(!left_type->mStatic) {
add_come_code(info, "memset(&%s, 0, sizeof(%s)", var_->mCValueName, make_type_name_string(left_type, no_static:true));
foreach(it, left_type->mArrayNum) {
if(!node_compile(it)) {
err_msg(info, "invalid array num");
exit(1);
}
CVALUE*% come_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
add_come_code(info, "*(%s)", come_value.c_value);
}
add_come_code(info, ");\n");
//}
}
else {
add_come_code_at_function_head(info, "%s;\n", make_define_var(left_type, var_->mCValueName));
if(left_type->mPointerNum > 0) {
add_come_code_at_function_head2(info, "%s = (void*)0;\n", var_->mCValueName);
}
else {
add_come_code_at_function_head2(info, "memset(&%s, 0, sizeof(%s));\n", var_->mCValueName, make_type_name_string(left_type, no_static:true));
}
}
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s", var_->mCValueName);
come_value.type = clone left_type;
come_value.var = var_;
info.stack.push_back(come_value);
if(!left_type->mClass->mNumber && left_type->mPointerNum == 0) {
var_->mType->mAllocaValue = true;
}
}
else if(self.alloc) { // right_value != null
sVar* var_ = info.lv_table.mVars[self.name]??;
if(var_) {
err_msg(info, "Already appended this var name(%s)(2)", self.name);
return false;
}
if(self.type == null) {
}
else {
var type = solve_generics(self.type, info->generics_type, info);
type->mFunctionParam = false;
add_variable_to_table(self.name, clone type, info);
}
if(!node_compile(self.right_value)) {
return false;
}
bool array_initializer = self.right_value.kind() === "sArrayInitializer";
bool struct_initializer = self.right_value.kind() === "sStructInitializer";
CVALUE*% right_value = get_value_from_stack(-1, info);
sType* right_type = right_value.type;
dec_stack_ptr(1, info);
if(self.type == null) {
right_type->mFunctionParam = false;
add_variable_to_table(self.name, clone right_type, info);
}
else {
}
var_ = get_variable_from_table(info.lv_table, self.name);
sType*% var_type = clone var_->mType;
var_type->mStatic = false;
if(!array_initializer && !struct_initializer && !var_->mType->mStatic && !var_type->mConstant && var_type->mArrayNum.length() == 0) {
if(var_type->mNumber) {
}
else if((var_type->mStruct || var_type->mUnion || var_type->mEnum) || var_type->mPointerNum > 0) {
}
else {
add_come_code_at_function_head2(info, "memset(&%s, 0, sizeof(%s));\n", var_->mCValueName, make_type_name_string(var_type, no_static:true));
}
}
sType*% left_type = clone var_->mType;
if(array_initializer) {
sVar* var_ = info.lv_table.mVars[self.name]??;
add_come_code(info, "%s=%s;\n", make_define_var(var_->mType, var_->mCValueName), right_value.c_value);
CVALUE*% come_value = new CVALUE();
come_value.c_value = string("");
info.stack.push_back(come_value);
transpiler_clear_last_code(info);
}
else if(struct_initializer) {
sVar* var_ = info.lv_table.mVars[self.name]??;
add_come_code(info, "%s=%s;\n", make_define_var(var_->mType, var_->mCValueName), right_value.c_value);
CVALUE*% come_value = new CVALUE();
come_value.c_value = string("");
info.stack.push_back(come_value);
transpiler_clear_last_code(info);
}
else if(var_->mType->mStatic || var_->mType->mConstant) {
check_assign_type(s"\{self.name} is assining to", left_type, right_type, right_value);
add_come_code(info, "%s=%s;\n", make_define_var(left_type, var_->mCValueName), right_value.c_value);
CVALUE*% come_value = new CVALUE();
come_value.c_value = string("");
info.stack.push_back(come_value);
transpiler_clear_last_code(info);
}
else if(right_type->mHeap && left_type->mHeap && left_type->mPointerNum > 0 && right_type->mPointerNum > 0)
{
check_assign_type(s"\{self.name} is assining to", left_type, right_type, right_value);
std_move(left_type, right_type, right_value);
add_come_code_at_function_head(info, "%s;\n", make_define_var(left_type, var_->mCValueName));
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s=%s", var_->mCValueName, right_value.c_value);
come_value.type = clone left_type;
come_value.var = var_;
info.stack.push_back(come_value);
add_come_last_code(info, "%s;\n", come_value.c_value);
}
else if(left_type->mPointerNum > 0 && left_type->mHeap && right_type->mClass->mName === "void" && right_type->mPointerNum > 0)
{
check_assign_type(s"\{self.name} is assining to", left_type, right_type, right_value);
//decrement_ref_count_object(left_type, var_->mCValueName, info);
add_come_code_at_function_head(info, "%s;\n", make_define_var(left_type, var_->mCValueName));
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s=%s", var_->mCValueName, right_value.c_value);
come_value.type = clone left_type;
come_value.var = var_;
info.stack.push_back(come_value);
add_come_last_code(info, "%s;\n", come_value.c_value);
}
else {
check_assign_type(s"\{self.name} is assining to", left_type, right_type, right_value);
if(left_type->mHeap && !right_value.type->mHeap) {
err_msg(info, "require right value as heap object(%s)", self.name);
return false;
}
add_come_code_at_function_head(info, "%s;\n", make_define_var(left_type, var_->mCValueName));
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s=%s", var_->mCValueName, right_value.c_value);
come_value.type = clone left_type;
come_value.var = var_;
info.stack.push_back(come_value);
add_come_last_code(info, "%s;\n", come_value.c_value);
}
}
else {
if(!node_compile(self.right_value)) {
return false;
}
CVALUE*% right_value = get_value_from_stack(-1, info);
sType* right_type = right_value.type;
dec_stack_ptr(1, info);
sClass* current_stack_frame_struct = info->current_stack_frame_struct;
if(current_stack_frame_struct && info.lv_table.mVars[self.name]?? == null) {
sVar* parent_var = get_variable_from_table(info.lv_table->mParent, self.name);
if(parent_var != null) {
if(parent_var->mFunName !== info.come_fun.mName) {
sType* left_type = parent_var->mType;
if(left_type->mPointerNum > 0 && right_type->mPointerNum > 0 && right_type->mHeap && left_type->mHeap) {
check_assign_type(s"\{self.name} is assigning to", left_type, right_type, right_value);
string c_value = xsprintf("*(parent->%s)", parent_var->mCValueName);
decrement_ref_count_object(parent_var->mType, c_value, info);
std_move(left_type, right_type, right_value);
CVALUE*% come_value = new CVALUE();
if(parent_var->mType->mOriginIsArray) {
come_value.c_value = xsprintf("(parent->%s)=%s", parent_var->mCValueName, right_value.c_value);
}
else {
come_value.c_value = xsprintf("(*(parent->%s))=%s", parent_var->mCValueName, right_value.c_value);
}
come_value.type = clone left_type;
come_value.var = null;
add_come_last_code(info, "%s;\n", come_value.c_value);
info.stack.push_back(come_value);
return true;
}
else if(left_type->mPointerNum > 0 && right_type->mPointerNum > 0 && right_type->mClass->mName === "void" && left_type->mHeap)
{
check_assign_type(s"\{self.name} is assigning to", left_type, right_type, right_value);
string c_value = xsprintf("*(parent->%s)", parent_var->mCValueName);
decrement_ref_count_object(parent_var->mType, c_value, info);
CVALUE*% come_value = new CVALUE();
if(parent_var->mType->mOriginIsArray) {
come_value.c_value = xsprintf("(parent->%s)=%s", parent_var->mCValueName, right_value.c_value);
}
else {
come_value.c_value = xsprintf("(*(parent->%s))=%s", parent_var->mCValueName, right_value.c_value);
}
come_value.type = clone left_type;
come_value.var = null;
add_come_last_code(info, "%s;\n", come_value.c_value);
info.stack.push_back(come_value);
return true;
}
else {
check_assign_type(s"\{self.name} is assigning to", left_type, right_type, right_value);
if(left_type->mHeap && !right_value.type->mHeap) {
err_msg(info, "require right value as heap object(%s)", self.name);
return false;
}
CVALUE*% come_value = new CVALUE();
if(parent_var->mType->mOriginIsArray) {
come_value.c_value = xsprintf("(parent->%s)=%s", parent_var->mCValueName, right_value.c_value);
}
else {
come_value.c_value = xsprintf("(*(parent->%s))=%s", parent_var->mCValueName, right_value.c_value);
}
come_value.type = clone left_type;
come_value.var = null;
add_come_last_code(info, "%s;\n", come_value.c_value);
info.stack.push_back(come_value);
return true;
}
}
}
}
sVar* var_ = get_variable_from_table(info.lv_table, self.name);
if(var_ == null) {
var_ = get_variable_from_table(info.gv_table, self.name);
if(var_ == null) {
err_msg(info, "var not found(%s)(X) at storing variable\n", self.name);
return true;
}
}
if(var_->mType == null) {
var_->mType = clone right_type;
}
sType*% left_type = clone var_->mType;
if((var_->mType->mStatic || var_->mType->mConstant) && !var_->mGlobal) {
check_assign_type(s"\{self.name} is assining to", left_type, right_type, right_value);
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s=%s", var_->mCValueName, right_value.c_value);
come_value.type = clone left_type;
come_value.var = var_;
info.stack.push_back(come_value);
add_come_last_code(info, "%s;\n", come_value.c_value);
}
else if(right_type->mHeap && left_type->mHeap && left_type->mPointerNum > 0 && right_type->mPointerNum > 0)
{
check_assign_type(s"\{self.name} is assining to", left_type, right_type, right_value);
decrement_ref_count_object(left_type, var_->mCValueName, info);
std_move(left_type, right_type, right_value);
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s=%s", var_->mCValueName, right_value.c_value);
come_value.type = clone left_type;
come_value.var = var_;
info.stack.push_back(come_value);
add_come_last_code(info, "%s;\n", come_value.c_value);
}
else if(left_type->mPointerNum > 0 && left_type->mHeap && right_type->mClass->mName === "void" && right_type->mPointerNum > 0)
{
check_assign_type(s"\{self.name} is assining to", left_type, right_type, right_value);
decrement_ref_count_object(left_type, var_->mCValueName, info);
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s=%s", var_->mCValueName, right_value.c_value);
come_value.type = clone left_type;
come_value.var = var_;
info.stack.push_back(come_value);
add_come_last_code(info, "%s;\n", come_value.c_value);
}
else {
check_assign_type(s"\{self.name} is assining to", left_type, right_type, right_value);
if(left_type->mHeap && !right_value.type->mHeap) {
err_msg(info, "require right value as heap object(%s)", self.name);
return false;
}
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s=%s", var_->mCValueName, right_value.c_value);
come_value.type = clone left_type;
come_value.var = var_;
info.stack.push_back(come_value);
add_come_last_code(info, "%s;\n", come_value.c_value);
}
}
return true;
}
};
sNode*% store_var(string name, list<string>*% multiple_assign, list<tuple3<sType*%, string, sNode*%>*%>*% multiple_declare, sType*% type, bool alloc, sNode*% right_value, sInfo* info)
{
return new sStoreNode(name, multiple_assign, multiple_declare, type, alloc, right_value, info) implements sNode;
}
class sLoadNode extends sNodeBase
{
new(string name, sInfo* info)
{
self.super();
string self.name = string(name);
}
string kind()
{
return string("sLoadNode");
}
bool terminated() {
return false;
}
bool compile(sInfo* info)
{
sClass* current_stack_frame_struct = info->current_stack_frame_struct;
if(current_stack_frame_struct && info.lv_table.mVars[self.name]?? == null) {
sVar* parent_var = get_variable_from_table(info.lv_table->mParent, self.name);
if(parent_var != null) {
if(parent_var->mFunName !== info.come_fun.mName) {
CVALUE*% come_value = new CVALUE();
sType* type = parent_var->mType;
if(parent_var->mType->mOriginIsArray) {
come_value.c_value = xsprintf("(parent->%s)", parent_var->mCValueName);
}
else {
come_value.c_value = xsprintf("(*(parent->%s))", parent_var->mCValueName);
}
come_value.type = clone type;
come_value.var = null;
add_come_last_code(info, "%s;\n", come_value.c_value);
info.stack.push_back(come_value);
return true;
}
}
}
sVar* var_ = get_variable_from_table(info.lv_table, self.name);
if(var_ == null) {
var_ = get_variable_from_table(info.gv_table, self.name);
if(var_ == null) {
sFun* fun = info.funcs[self.name]??;
if(fun) {
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s", fun->mName);
come_value.type = fun->mLambdaType;
come_value.var = null;
info.stack.push_back(come_value);
return true;
}
else {
err_msg(info, "var not found(%s)(Z) at loading variable\n", self.name);
return true;
}
}
}
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s", var_->mCValueName);
come_value.type = clone var_->mType;
come_value.var = var_;
info.stack.push_back(come_value);
if(come_value.type->mArrayNum.length() == 1) {
come_value.type->mOriginalLoadVarType.v1 = clone come_value.type;
come_value.type->mArrayNum.reset();
come_value.type->mPointerNum++;
come_value.type->mOriginalTypeNamePointerNum = come_value.type->mPointerNum;
}
return true;
}
};
sNode*% create_load_var(char* var_name, sInfo* info=info)
{
return new sLoadNode(string(var_name), info) implements sNode;
}
class sFunLoadNode extends sNodeBase
{
new(string name, sInfo* info)
{
self.super();
string self.name = string(name);
}
string kind()
{
return string("sFunLoadNode");
}
bool compile(sInfo* info)
{
sFun* fun = info.funcs[self.name]??;
if(fun == null) {
err_msg(info, "fun not found(%s) at loading variable\n", self.name);
return false;
}
else {
CVALUE*% come_value = new CVALUE();
come_value.c_value = xsprintf("%s", fun->mName);
come_value.type = fun->mLambdaType;
come_value.var = null;
info.stack.push_back(come_value);
}
return true;
}
};
class sArrayInitializer extends sNodeBase
{
new(list<tuple2<sNode*%, sNode*%>*%>*% initializer, sInfo* info)
{
self.super();
list<tuple2<sNode*%, sNode*%>*%>*% self.initializer = clone initializer;
}
string kind()
{
return string("sArrayInitializer");
}
bool compile(sInfo* info)
{
var initializer = self.initializer;
var buf = new buffer();
buf.append_str("{");
int i = 0;
sType*% element_type = null;
foreach(it, initializer) {
var index, value = it;
CVALUE*% come_value = null;
if(index) {
if(!node_compile(index)) {
return false;
}
come_value = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
}
if(!node_compile(value)) {
return false;
}
CVALUE*% come_value2 = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
element_type = clone come_value2.type;
if(come_value) {
buf.append_str(xsprintf("[%s] = %s", come_value.c_value, come_value2.c_value));
}
else {
buf.append_str(come_value2.c_value);
}
i++;
if(i != initializer.length()) {
buf.append_str(",");
}
}
buf.append_str("}");
CVALUE*% come_value = new CVALUE();
come_value.c_value = buf.to_string();
come_value.type = clone element_type;
come_value.type->mPointerNum++;
//come_value.type->mArrayNum.add(create_int_node(i, info));
come_value.var = null;
info.stack.push_back(come_value);
return true;
}
};
sNode*% parse_array_initializer(sInfo* info=info)
{
expected_next_character('{');
list<tuple2<sNode*%,sNode*%>*%>*% initializer = new list<tuple2<sNode*%,sNode*%>*%>();
if(*info->p == '[') {
info->p++;
skip_spaces_and_lf();
sNode*% index = expression();
expected_next_character(']');
expected_next_character('=');
bool no_comma = info->no_comma;
info->no_comma = true;
sNode*% exp = expression();
info->no_comma = no_comma;
initializer.add((index, exp));
}
else {
bool no_comma = info->no_comma;
info->no_comma = true;
sNode*% exp = expression();
info->no_comma = no_comma;
initializer.add((null, exp));
}
while(*info->p == ',') {
info->p++;
skip_spaces_and_lf();
parse_sharp();
if(*info->p == '}') {
break;
}
if(*info->p == '[') {
info->p++;
skip_spaces_and_lf();
sNode*% index = expression();
expected_next_character(']');
expected_next_character('=');
bool no_comma = info->no_comma;
info->no_comma = true;
sNode*% exp = expression();
info->no_comma = no_comma;
initializer.add((index, exp));
}
else {
bool no_comma = info->no_comma;
info->no_comma = true;
sNode*% exp = expression();
info->no_comma = no_comma;
initializer.add((null,exp));
}
}
expected_next_character('}');
return new sArrayInitializer(initializer, info) implements sNode;
}
class sStructInitializer extends sNodeBase
{
new(list<tuple2<string, sNode*%>*%>*% initializer, sInfo* info)
{
self.super();
list<tuple2<string, sNode*%>*%>*% self.initializer = clone initializer;
}
string kind()
{
return string("sStructInitializer");
}
bool compile(sInfo* info)
{
var initializer = self.initializer;
var buf = new buffer();
buf.append_str("{");
int i = 0;
foreach(it, initializer) {
var name, value = it;
if(!node_compile(value)) {
return false;
}
CVALUE*% come_value2 = get_value_from_stack(-1, info);
dec_stack_ptr(1, info);
if(name) {
buf.append_str(xsprintf(".%s = %s", name, come_value2.c_value));
}
else {
buf.append_str(xsprintf("%s", come_value2.c_value));
}
i++;
if(i != initializer.length()) {
buf.append_str(",");
}
}
buf.append_str("}");
CVALUE*% come_value = new CVALUE();
come_value.c_value = buf.to_string();
come_value.type = new sType("void*");
come_value.var = null;
info.stack.push_back(come_value);
return true;
}
};
sNode*% parse_struct_initializer(sInfo* info=info)
{
expected_next_character('{');
list<tuple2<string,sNode*%>*%>*% initializer = new list<tuple2<string,sNode*%>*%>();
if(*info->p == '.') {
info->p++;
skip_spaces_and_lf();
string name = parse_word();
expected_next_character('=');
bool no_comma = info->no_comma;
info->no_comma = true;
sNode*% exp = expression();
info->no_comma = no_comma;
initializer.add((name, exp));
}
else {
bool no_comma = info->no_comma;
info->no_comma = true;
sNode*% exp = expression();
info->no_comma = no_comma;
initializer.add((null, exp));
}
while(*info->p == ',') {
info->p++;
skip_spaces_and_lf();
parse_sharp();
if(*info->p == '}') {
break;
}
if(*info->p == '.') {
info->p++;
skip_spaces_and_lf();
string name = parse_word();
expected_next_character('=');
bool no_comma = info->no_comma;
info->no_comma = true;
sNode*% exp = expression();
info->no_comma = no_comma;
initializer.add((name, exp));
}
else {
bool no_comma = info->no_comma;
info->no_comma = true;
sNode*% exp = expression();
info->no_comma = no_comma;
initializer.add((null,exp));
}
}
expected_next_character('}');
return new sStructInitializer(initializer, info) implements sNode;
}
void add_variable_to_table(char* name, sType*% type, sInfo* info)
{
sVar*% self = new sVar;
self->mName = string(name);
self->mType = clone type;
if(type->mFunctionParam) {
self->mCValueName = string(name);
}
else {
static int n = 0;
self->mCValueName = xsprintf("%s_%d", name, n++);
}
self->mBlockLevel = info->block_level;
self->mAllocaValue = false;
self->mFunctionParam = false;
self->mNoFree = false;
if(info.come_fun) {
self->mFunName = clone info.come_fun.mName;
}
else {
self->mFunName = null;
}
info.lv_table.mVars.insert(string(name), self);
}
void add_variable_to_global_table(char* name, sType*% type, sInfo* info)
{
sVar*% self = new sVar;
self->mName = string(name);
self->mType = clone type;
self->mGlobal = true;
self->mCValueName = string(name);
self->mBlockLevel = info->block_level;
self->mAllocaValue = false;
self->mFunctionParam = false;
self->mNoFree = false;
info.gv_table.mVars.insert(string(name), self);
}
void add_variable_to_global_table_with_int_value(char* name, sType*% type, char* c_value, sInfo* info)
{
sVar*% self = new sVar;
self->mName = string(name);
self->mType = clone type;