void ASTDrawer::appendNumberInfo_(const wchar_t format[], uint32_t number)
{
if (number != UINT32_MAX) {
appendTreeLine_();
append_(format, number);
append_(L"\n");
}
}
const file_header* reader_writer::append(io::reader& ar, const file_path& name, compress_method method /* = cm_deflate */){
file_header h;
h.method = method;
h.name = name;
h.flags = 0x800;
h.external_attrs = 0;
return append_(ar, h, ft_raw, m_imp.get());
}
void ASTDrawer::appendExpressionInfo_(const AST::Expression& node)
{
if (node.registerOffset != UINT32_MAX) {
appendTreeLine_();
append_(L"Register : %d\n", node.registerOffset);
}
if (node.lvalue1 != UINT32_MAX) {
appendTreeLine_();
if (node.flag & AST::FLAG_TABLE) {
append_(L"Table key : %d\n", node.lvalue1);
} else if (node.flag & AST::FLAG_GLOBAL) {
append_(L"Global key : %d\n", node.lvalue1);
} else if (node.flag & AST::FLAG_UPVALUE) {
append_(L"Function level : %d\n", node.lvalue1);
}
}
if (node.lvalue2 != UINT32_MAX) {
appendTreeLine_();
if (node.flag & AST::FLAG_TABLE) {
append_(L"Table value : %d\n", node.lvalue2);
} else if (node.flag & AST::FLAG_UPVALUE) {
append_(L"Register : %d\n", node.lvalue2);
}
}
}
template<typename... Args> void append(const Args&... args) { append_({ args... }); }
void ASTDrawer::appendNewline_()
{
appendTreeLine_();
append_(L"\n");
}
void ASTDrawer::appendNewline_(const wchar_t string[])
{
appendTreeLine_();
append_(string);
append_(L"\n");
}
void ASTDrawer::appendStringInfo_(const wchar_t format[], const wchar_t string[])
{
appendTreeLine_();
append_(format, string);
append_(L"\n");
}
void ASTDrawer::appendBaseInfo_(const wchar_t nodeName[], const AST::Base& node)
{
appendTreeLine_();
append_(L"%s\n", nodeName);
appendFlagInfo_(node);
}
void ASTDrawer::appendFlagInfo_(const AST::Base& node)
{
if (node.flag == 0) {
return;
}
appendTreeLine_();
append_(L"FLAG : ");
if (node.flag & AST::FLAG_ERROR) { append_(L"ERROR "); }
if (node.flag & AST::FLAG_LVALUE) { append_(L"LVALUE "); }
if (node.flag & AST::FLAG_STORE) { append_(L"STORE "); }
if (node.flag & AST::FLAG_NOLOAD) { append_(L"NOLOAD "); }
if (node.flag & AST::FLAG_TABLE) { append_(L"TABLE "); }
if (node.flag & AST::FLAG_GLOBAL) { append_(L"GLOBAL "); }
if (node.flag & AST::FLAG_UPVALUE) { append_(L"UPVALUE "); }
if (node.flag & AST::FLAG_INTVALUE) { append_(L"INTVALUE "); }
if (node.flag & AST::FLAG_ARRAY) { append_(L"ARRAY "); }
if (node.flag & AST::FLAG_TEMP) { append_(L"TEMP "); }
if (node.flag & AST::FLAG_TEMPTABLE) { append_(L"TEMPTABLE "); }
append_(L"\n");
}
template<typename T, typename... Args> void append(T& arg, Args&&... args) { append_(arg); append(args...); }
const file_header* reader_writer::append(io::read_map& ar, const file_header& h, file_type type /* = ft_raw */){
return append_(ar, h, type, m_imp.get());
}
const file_header* reader_writer::append(io::reader& ar, const file_header& h_, file_type type){
return append_(ar, h_, type, m_imp.get());
}