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#include "url_parse.h"
#define FIELD_ADD(name) structBuilder->AddField(#name, optionalStringType, &urlParseIndexes.name);
#define FIELD_FILL(name) \
if (value.FldIsSet(TUri::Field##name)) { \
fields[UrlParseIndexes_.name] = valueBuilder->NewString(value.GetField(TUri::Field##name)); \
}
namespace NUrlUdf {
using namespace NUri;
using namespace NKikimr;
using namespace NUdf;
TUnboxedValue TParse::Run(
const IValueBuilder* valueBuilder,
const TUnboxedValuePod* args) const {
TUri value;
const auto ParseError = value.ParseAbs(args[0].AsStringRef(), ParseFlags_);
TUnboxedValue* fields = nullptr;
const auto result = valueBuilder->NewArray(FieldsCount, fields);
if (ParseError == TUri::ParsedOK) {
FIELD_MAP(FIELD_FILL)
} else {
fields[UrlParseIndexes_.ParseError] = valueBuilder->NewString(TStringBuilder() << ParseError);
}
return result;
}
bool TParse::DeclareSignature(
const TStringRef& name,
TType* userType,
IFunctionTypeInfoBuilder& builder,
bool typesOnly) {
Y_UNUSED(userType);
if (Name() == name) {
TUrlParseIndexes urlParseIndexes;
builder.Args(1)->Add<TAutoMap<char*>>();
const auto optionalStringType = builder.Optional()->Item<char*>().Build();
const auto structBuilder = builder.Struct(FieldsCount);
structBuilder->AddField("ParseError", optionalStringType, &urlParseIndexes.ParseError);
FIELD_MAP(FIELD_ADD)
builder.Returns(structBuilder->Build());
if (!typesOnly) {
builder.Implementation(new TParse(urlParseIndexes));
}
return true;
} else {
return false;
}
}
} // namespace NUrlUdf
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