redo tree formatting

This commit is contained in:
Michael Davidsaver
2023-06-17 17:17:20 -07:00
parent 8ea613cb07
commit 2a83e49ae7
4 changed files with 263 additions and 111 deletions
+165 -67
View File
@@ -125,82 +125,181 @@ struct FmtTree {
std::ostream& strm;
const Value::Fmt& fmt;
void top(const std::string& member,
const FieldDesc *desc,
const FieldStorage* store)
{
strm<<indent{};
if(!desc) {
void show_value(const Value& fld) {
const auto type(fld.type());
assert(type.kind()!=Kind::Compound);
switch(type.code) {
case TypeCode::Bool:
strm<<(fld.as<bool>() ? "true" : "false");
return;
#define CASE(ENUM, TYPE) \
case TypeCode::ENUM : strm<<fld.as<TYPE>(); return
CASE(Int8, int8_t);
CASE(Int16, int16_t);
CASE(Int32, int32_t);
CASE(Int64, int64_t);
CASE(UInt8, uint8_t);
CASE(UInt16, uint16_t);
CASE(UInt32, uint32_t);
CASE(UInt64, uint64_t);
CASE(Float32, float);
CASE(Float64, double);
#undef CASE
case TypeCode::String:
strm<<"\""<<escape(fld.as<std::string>())<<"\"";
return;
case TypeCode::BoolA:
case TypeCode::Int8A:
case TypeCode::Int16A:
case TypeCode::Int32A:
case TypeCode::Int64A:
case TypeCode::UInt8A:
case TypeCode::UInt16A:
case TypeCode::UInt32A:
case TypeCode::UInt64A:
case TypeCode::Float32A:
case TypeCode::Float64A:
case TypeCode::StringA:
{
auto varr = fld.as<shared_array<const void>>();
strm<<varr.format().limit(fmt._limit);
}
return;
case TypeCode::Any:
case TypeCode::Struct:
case TypeCode::Union:
case TypeCode::StructA:
case TypeCode::UnionA:
case TypeCode::AnyA:
assert(false);
break;
default:
strm<<"!!Invalid TypeCode!! "<<int(type.code)<<"\n";
return;
}
}
// each invocation emits at least one complete line
void show(const Value& fld, const std::string& member) {
// caller should indent{}
if(!fld) {
strm<<"null\n";
return;
}
strm<<desc->code;
if(!desc->id.empty())
strm<<" \""<<desc->id<<"\"";
if(!member.empty() && desc->code!=TypeCode::Struct)
strm<<" "<<member;
const auto type(fld.type());
switch(store->code) {
case StoreType::Null:
if(desc->code==TypeCode::Struct) {
strm<<" {\n";
for(auto& pair : desc->miter) {
auto cdesc = desc + pair.second;
Indented I(strm);
top(pair.first, cdesc, store + pair.second);
}
strm<<indent{}<<"}";
if(!member.empty())
strm<<" "<<member;
strm<<"\n";
strm<<type;
{
auto id(fld.id());
if(!id.empty())
strm<<" \""<<id<<"\"";
}
if(type.kind()!=Kind::Compound) {
if(!member.empty())
strm<<' '<<member;
if(fmt._showValue) {
strm<<" = ";
show_value(fld);
}
strm<<"\n";
return;
}
if(type==TypeCode::Any
|| (!fmt._showValue && type==TypeCode::AnyA)
|| (fmt._showValue && type==TypeCode::Union)) {
// any NAME = VAL
// union NAME.MEM TYPE = VAL
Value val;
if(fmt._showValue)
val = fld.as<Value>();
if(!member.empty())
strm<<' '<<member;
if(type==TypeCode::Union && val) { // implied _showValue
auto mem(fld.nameOf(val));
strm<<'.'<<mem;
}
if(fmt._showValue) {
strm<<" ";
show(val, std::string());
} else {
strm<<"\n";
}
break;
case StoreType::Real: if(fmt._showValue) { strm<<" = "<<store->as<double>(); } strm<<"\n"; break;
case StoreType::Integer: if(fmt._showValue) { strm<<" = "<<store->as<int64_t>(); } strm<<"\n"; break;
case StoreType::UInteger: if(fmt._showValue) { strm<<" = "<<store->as<uint64_t>(); } strm<<"\n"; break;
case StoreType::Bool: if(fmt._showValue) { strm<<" = "<<(store->as<bool>() ? "true" : "false"); } strm<<"\n"; break;
case StoreType::String: if(fmt._showValue) { strm<<" = \""<<escape(store->as<std::string>())<<"\""; } strm<<"\n"; break;
case StoreType::Compound: {
auto& fld = store->as<Value>();
if(fld.valid() && desc->code==TypeCode::Union) {
for(auto& pair : desc->miter) {
if(&desc->members[pair.second] == Value::Helper::desc(fld)) {
strm<<"."<<pair.first;
return;
} else if(type==TypeCode::Struct
|| type==TypeCode::Union // && !_showValue
|| (!fmt._showValue && type==TypeCode::StructA)
|| (!fmt._showValue && type==TypeCode::UnionA))
{
// struct "id" { ... } NAME
Value def;
if(!type.isarray()) {
def = fld;
} else { // StructA, UnionA
//def = fld.allocMember(); // can't call directly due to const
auto desc(Value::Helper::desc(fld));
auto store(Value::Helper::store(fld));
decltype (store->top->desc) fld(store->top->desc, desc->members.data());
def = Value::Helper::build(fld); // not connection to fld (not parent)
}
strm<<" {";
bool first = true;
{
Indented I(strm);
for(auto mem : def.ichildren()) {
auto mname(def.nameOf(mem));
if(first)
strm<<'\n';
strm<<indent{};
show(mem, mname);
first = false;
}
}
if(!first)
strm<<indent{};
strm<<'}';
if(!member.empty())
strm<<' '<<member;
strm<<"\n";
} else {
// struct[] NAME = [ ... ]
if(!member.empty())
strm<<' '<<member;
auto arr(fld.as<shared_array<const Value>>());
strm<<" = {"<<arr.size()<<"}[";
size_t shown = 0u;
{
Indented I(strm);
for(auto& elem : arr) {
if(!shown)
strm<<'\n';
strm<<indent{};
if(fmt._limit && shown>=fmt._limit) {
strm<<"...\n";
break;
}
show(elem, std::string());
shown++;
}
}
Indented I(strm);
top(std::string(),
Value::Helper::desc(fld),
Value::Helper::store_ptr(fld));
}
break;
case StoreType::Array: {
auto& varr = store->as<shared_array<const void>>();
if(!fmt._showValue) {
strm<<"\n";
} else if(varr.original_type()!=ArrayType::Value) {
strm<<" = "<<varr.format().limit(fmt._limit)<<"\n";
} else {
auto arr = varr.castTo<const Value>();
strm<<" [\n";
for(auto& val : arr) {
Indented I(strm);
top(std::string(),
Value::Helper::desc(val),
Value::Helper::store_ptr(val));
}
strm<<indent{}<<"]\n";
}
}
break;
default:
strm<<"!!Invalid StoreType!! "<<int(store->code)<<"\n";
break;
if(shown)
strm<<indent{};
strm<<"]\n";
}
}
};
@@ -211,9 +310,8 @@ std::ostream& operator<<(std::ostream& strm, const Value::Fmt& fmt)
{
switch (fmt._format) {
case Value::Fmt::Tree:
FmtTree{strm, fmt}.top("",
Value::Helper::desc(*fmt.top),
Value::Helper::store_ptr(*fmt.top));
strm<<indent{};
FmtTree{strm, fmt}.show(*fmt.top, std::string());
break;
case Value::Fmt::Delta:
FmtDelta{strm, fmt}.top("", *fmt.top, true);