// Protocol Buffers - Google's data interchange format
// Copyright 2008 Google Inc. All rights reserved.
// https://developers.google.com/protocol-buffers/
//
// Redistribution and use in source and binary forms, with or without
// modification, are permitted provided that the following conditions are
// met:
//
// * Redistributions of source code must retain the above copyright
// notice, this list of conditions and the following disclaimer.
// * Redistributions in binary form must reproduce the above
// copyright notice, this list of conditions and the following disclaimer
// in the documentation and/or other materials provided with the
// distribution.
// * Neither the name of Google Inc. nor the names of its
// contributors may be used to endorse or promote products derived from
// this software without specific prior written permission.
//
// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
// "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
// LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
// A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
// OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
// SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
// LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
// DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
// (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
// OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
// Author: kenton@google.com (Kenton Varda)
// Based on original Protocol Buffers design by
// Sanjay Ghemawat, Jeff Dean, and others.
//
// This file makes extensive use of RFC 3092. :)
#include <limits>
#include <memory>
#include <vector>
#include <google/protobuf/compiler/importer.h>
#include <google/protobuf/compiler/parser.h>
#include <google/protobuf/unittest.pb.h>
#include <google/protobuf/unittest_custom_options.pb.h>
#include <google/protobuf/unittest_lazy_dependencies.pb.h>
#include <google/protobuf/unittest_proto3_arena.pb.h>
#include <google/protobuf/io/tokenizer.h>
#include <google/protobuf/io/zero_copy_stream_impl.h>
#include <google/protobuf/descriptor.pb.h>
#include <google/protobuf/descriptor.h>
#include <google/protobuf/descriptor_database.h>
#include <google/protobuf/dynamic_message.h>
#include <google/protobuf/text_format.h>
#include <google/protobuf/stubs/substitute.h>
#include <google/protobuf/stubs/common.h>
#include <google/protobuf/stubs/logging.h>
#include <google/protobuf/stubs/logging.h>
#include <google/protobuf/stubs/stringprintf.h>
#include <google/protobuf/testing/googletest.h>
#include <gtest/gtest.h>
namespace google {
namespace protobuf {
// Can't use an anonymous namespace here due to brokenness of Tru64 compiler.
namespace descriptor_unittest {
// Some helpers to make assembling descriptors faster.
DescriptorProto* AddMessage(FileDescriptorProto* file, const string& name) {
DescriptorProto* result = file->add_message_type();
result->set_name(name);
return result;
}
DescriptorProto* AddNestedMessage(DescriptorProto* parent, const string& name) {
DescriptorProto* result = parent->add_nested_type();
result->set_name(name);
return result;
}
EnumDescriptorProto* AddEnum(FileDescriptorProto* file, const string& name) {
EnumDescriptorProto* result = file->add_enum_type();
result->set_name(name);
return result;
}
EnumDescriptorProto* AddNestedEnum(DescriptorProto* parent,
const string& name) {
EnumDescriptorProto* result = parent->add_enum_type();
result->set_name(name);
return result;
}
ServiceDescriptorProto* AddService(FileDescriptorProto* file,
const string& name) {
ServiceDescriptorProto* result = file->add_service();
result->set_name(name);
return result;
}
FieldDescriptorProto* AddField(DescriptorProto* parent,
const string& name, int number,
FieldDescriptorProto::Label label,
FieldDescriptorProto::Type type) {
FieldDescriptorProto* result = parent->add_field();
result->set_name(name);
result->set_number(number);
result->set_label(label);
result->set_type(type);
return result;
}
FieldDescriptorProto* AddExtension(FileDescriptorProto* file,
const string& extendee,
const string& name, int number,
FieldDescriptorProto::Label label,
FieldDescriptorProto::Type type) {
FieldDescriptorProto* result = file->add_extension();
result->set_name(name);
result->set_number(number);
result->set_label(label);
result->set_type(type);
result->set_extendee(extendee);
return result;
}
FieldDescriptorProto* AddNestedExtension(DescriptorProto* parent,
const string& extendee,
const string& name, int number,
FieldDescriptorProto::Label label,
FieldDescriptorProto::Type type) {
FieldDescriptorProto* result = parent->add_extension();
result->set_name(name);
result->set_number(number);
result->set_label(label);
result->set_type(type);
result->set_extendee(extendee);
return result;
}
DescriptorProto::ExtensionRange* AddExtensionRange(DescriptorProto* parent,
int start, int end) {
DescriptorProto::ExtensionRange* result = parent->add_extension_range();
result->set_start(start);
result->set_end(end);
return result;
}
DescriptorProto::ReservedRange* AddReservedRange(DescriptorProto* parent,
int start, int end) {
DescriptorProto::ReservedRange* result = parent->add_reserved_range();
result->set_start(start);
result->set_end(end);
return result;
}
EnumDescriptorProto::EnumReservedRange* AddReservedRange(
EnumDescriptorProto* parent, int start, int end) {
EnumDescriptorProto::EnumReservedRange* result = parent->add_reserved_range();
result->set_start(start);
result->set_end(end);
return result;
}
EnumValueDescriptorProto* AddEnumValue(EnumDescriptorProto* enum_proto,
const string& name, int number) {
EnumValueDescriptorProto* result = enum_proto->add_value();
result->set_name(name);
result->set_number(number);
return result;
}
MethodDescriptorProto* AddMethod(ServiceDescriptorProto* service,
const string& name,
const string& input_type,
const string& output_type) {
MethodDescriptorProto* result = service->add_method();
result->set_name(name);
result->set_input_type(input_type);
result->set_output_type(output_type);
return result;
}
// Empty enums technically aren't allowed. We need to insert a dummy value
// into them.
void AddEmptyEnum(FileDescriptorProto* file, const string& name) {
AddEnumValue(AddEnum(file, name), name + "_DUMMY", 1);
}
class MockErrorCollector : public DescriptorPool::ErrorCollector {
public:
MockErrorCollector() {}
~MockErrorCollector() {}
string text_;
string warning_text_;
// implements ErrorCollector ---------------------------------------
void AddError(const string& filename,
const string& element_name, const Message* descriptor,
ErrorLocation location, const string& message) {
const char* location_name = NULL;
switch (location) {
case NAME : location_name = "NAME" ; break;
case NUMBER : location_name = "NUMBER" ; break;
case TYPE : location_name = "TYPE" ; break;
case EXTENDEE : location_name = "EXTENDEE" ; break;
case DEFAULT_VALUE: location_name = "DEFAULT_VALUE"; break;
case OPTION_NAME : location_name = "OPTION_NAME" ; break;
case OPTION_VALUE : location_name = "OPTION_VALUE" ; break;
case INPUT_TYPE : location_name = "INPUT_TYPE" ; break;
case OUTPUT_TYPE : location_name = "OUTPUT_TYPE" ; break;
case OTHER : location_name = "OTHER" ; break;
}
strings::SubstituteAndAppend(
&text_, "$0: $1: $2: $3\n",
filename, element_name, location_name, message);
}
// implements ErrorCollector ---------------------------------------
void AddWarning(const string& filename, const string& element_name,
const Message* descriptor, ErrorLocation location,
const string& message) {
const char* location_name = NULL;
switch (location) {
case NAME : location_name = "NAME" ; break;
case NUMBER : location_name = "NUMBER" ; break;
case TYPE : location_name = "TYPE" ; break;
case EXTENDEE : location_name = "EXTENDEE" ; break;
case DEFAULT_VALUE: location_name = "DEFAULT_VALUE"; break;
case OPTION_NAME : location_name = "OPTION_NAME" ; break;
case OPTION_VALUE : location_name = "OPTION_VALUE" ; break;
case INPUT_TYPE : location_name = "INPUT_TYPE" ; break;
case OUTPUT_TYPE : location_name = "OUTPUT_TYPE" ; break;
case OTHER : location_name = "OTHER" ; break;
}
strings::SubstituteAndAppend(
&warning_text_, "$0: $1: $2: $3\n",
filename, element_name, location_name, message);
}
};
// ===================================================================
// Test simple files.
class FileDescriptorTest : public testing::Test {
protected:
virtual void SetUp() {
// Build descriptors for the following definitions:
//
// // in "foo.proto"
// message FooMessage { extensions 1; }
// enum FooEnum {FOO_ENUM_VALUE = 1;}
// service FooService {}
// extend FooMessage { optional int32 foo_extension = 1; }
//
// // in "bar.proto"
// package bar_package;
// message BarMessage { extensions 1; }
// enum BarEnum {BAR_ENUM_VALUE = 1;}
// service BarService {}
// extend BarMessage { optional int32 bar_extension = 1; }
//
// Also, we have an empty file "baz.proto". This file's purpose is to
// make sure that even though it has the same package as foo.proto,
// searching it for members of foo.proto won't work.
FileDescriptorProto foo_file;
foo_file.set_name("foo.proto");
AddExtensionRange(AddMessage(&foo_file, "FooMessage"), 1, 2);
AddEnumValue(AddEnum(&foo_file, "FooEnum"), "FOO_ENUM_VALUE", 1);
AddService(&foo_file, "FooService");
AddExtension(&foo_file, "FooMessage", "foo_extension", 1,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
FileDescriptorProto bar_file;
bar_file.set_name("bar.proto");
bar_file.set_package("bar_package");
bar_file.add_dependency("foo.proto");
AddExtensionRange(AddMessage(&bar_file, "BarMessage"), 1, 2);
AddEnumValue(AddEnum(&bar_file, "BarEnum"), "BAR_ENUM_VALUE", 1);
AddService(&bar_file, "BarService");
AddExtension(&bar_file, "bar_package.BarMessage", "bar_extension", 1,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
FileDescriptorProto baz_file;
baz_file.set_name("baz.proto");
// Build the descriptors and get the pointers.
foo_file_ = pool_.BuildFile(foo_file);
ASSERT_TRUE(foo_file_ != NULL);
bar_file_ = pool_.BuildFile(bar_file);
ASSERT_TRUE(bar_file_ != NULL);
baz_file_ = pool_.BuildFile(baz_file);
ASSERT_TRUE(baz_file_ != NULL);
ASSERT_EQ(1, foo_file_->message_type_count());
foo_message_ = foo_file_->message_type(0);
ASSERT_EQ(1, foo_file_->enum_type_count());
foo_enum_ = foo_file_->enum_type(0);
ASSERT_EQ(1, foo_enum_->value_count());
foo_enum_value_ = foo_enum_->value(0);
ASSERT_EQ(1, foo_file_->service_count());
foo_service_ = foo_file_->service(0);
ASSERT_EQ(1, foo_file_->extension_count());
foo_extension_ = foo_file_->extension(0);
ASSERT_EQ(1, bar_file_->message_type_count());
bar_message_ = bar_file_->message_type(0);
ASSERT_EQ(1, bar_file_->enum_type_count());
bar_enum_ = bar_file_->enum_type(0);
ASSERT_EQ(1, bar_enum_->value_count());
bar_enum_value_ = bar_enum_->value(0);
ASSERT_EQ(1, bar_file_->service_count());
bar_service_ = bar_file_->service(0);
ASSERT_EQ(1, bar_file_->extension_count());
bar_extension_ = bar_file_->extension(0);
}
DescriptorPool pool_;
const FileDescriptor* foo_file_;
const FileDescriptor* bar_file_;
const FileDescriptor* baz_file_;
const Descriptor* foo_message_;
const EnumDescriptor* foo_enum_;
const EnumValueDescriptor* foo_enum_value_;
const ServiceDescriptor* foo_service_;
const FieldDescriptor* foo_extension_;
const Descriptor* bar_message_;
const EnumDescriptor* bar_enum_;
const EnumValueDescriptor* bar_enum_value_;
const ServiceDescriptor* bar_service_;
const FieldDescriptor* bar_extension_;
};
TEST_F(FileDescriptorTest, Name) {
EXPECT_EQ("foo.proto", foo_file_->name());
EXPECT_EQ("bar.proto", bar_file_->name());
EXPECT_EQ("baz.proto", baz_file_->name());
}
TEST_F(FileDescriptorTest, Package) {
EXPECT_EQ("", foo_file_->package());
EXPECT_EQ("bar_package", bar_file_->package());
}
TEST_F(FileDescriptorTest, Dependencies) {
EXPECT_EQ(0, foo_file_->dependency_count());
EXPECT_EQ(1, bar_file_->dependency_count());
EXPECT_EQ(foo_file_, bar_file_->dependency(0));
}
TEST_F(FileDescriptorTest, FindMessageTypeByName) {
EXPECT_EQ(foo_message_, foo_file_->FindMessageTypeByName("FooMessage"));
EXPECT_EQ(bar_message_, bar_file_->FindMessageTypeByName("BarMessage"));
EXPECT_TRUE(foo_file_->FindMessageTypeByName("BarMessage") == NULL);
EXPECT_TRUE(bar_file_->FindMessageTypeByName("FooMessage") == NULL);
EXPECT_TRUE(baz_file_->FindMessageTypeByName("FooMessage") == NULL);
EXPECT_TRUE(foo_file_->FindMessageTypeByName("NoSuchMessage") == NULL);
EXPECT_TRUE(foo_file_->FindMessageTypeByName("FooEnum") == NULL);
}
TEST_F(FileDescriptorTest, FindEnumTypeByName) {
EXPECT_EQ(foo_enum_, foo_file_->FindEnumTypeByName("FooEnum"));
EXPECT_EQ(bar_enum_, bar_file_->FindEnumTypeByName("BarEnum"));
EXPECT_TRUE(foo_file_->FindEnumTypeByName("BarEnum") == NULL);
EXPECT_TRUE(bar_file_->FindEnumTypeByName("FooEnum") == NULL);
EXPECT_TRUE(baz_file_->FindEnumTypeByName("FooEnum") == NULL);
EXPECT_TRUE(foo_file_->FindEnumTypeByName("NoSuchEnum") == NULL);
EXPECT_TRUE(foo_file_->FindEnumTypeByName("FooMessage") == NULL);
}
TEST_F(FileDescriptorTest, FindEnumValueByName) {
EXPECT_EQ(foo_enum_value_, foo_file_->FindEnumValueByName("FOO_ENUM_VALUE"));
EXPECT_EQ(bar_enum_value_, bar_file_->FindEnumValueByName("BAR_ENUM_VALUE"));
EXPECT_TRUE(foo_file_->FindEnumValueByName("BAR_ENUM_VALUE") == NULL);
EXPECT_TRUE(bar_file_->FindEnumValueByName("FOO_ENUM_VALUE") == NULL);
EXPECT_TRUE(baz_file_->FindEnumValueByName("FOO_ENUM_VALUE") == NULL);
EXPECT_TRUE(foo_file_->FindEnumValueByName("NO_SUCH_VALUE") == NULL);
EXPECT_TRUE(foo_file_->FindEnumValueByName("FooMessage") == NULL);
}
TEST_F(FileDescriptorTest, FindServiceByName) {
EXPECT_EQ(foo_service_, foo_file_->FindServiceByName("FooService"));
EXPECT_EQ(bar_service_, bar_file_->FindServiceByName("BarService"));
EXPECT_TRUE(foo_file_->FindServiceByName("BarService") == NULL);
EXPECT_TRUE(bar_file_->FindServiceByName("FooService") == NULL);
EXPECT_TRUE(baz_file_->FindServiceByName("FooService") == NULL);
EXPECT_TRUE(foo_file_->FindServiceByName("NoSuchService") == NULL);
EXPECT_TRUE(foo_file_->FindServiceByName("FooMessage") == NULL);
}
TEST_F(FileDescriptorTest, FindExtensionByName) {
EXPECT_EQ(foo_extension_, foo_file_->FindExtensionByName("foo_extension"));
EXPECT_EQ(bar_extension_, bar_file_->FindExtensionByName("bar_extension"));
EXPECT_TRUE(foo_file_->FindExtensionByName("bar_extension") == NULL);
EXPECT_TRUE(bar_file_->FindExtensionByName("foo_extension") == NULL);
EXPECT_TRUE(baz_file_->FindExtensionByName("foo_extension") == NULL);
EXPECT_TRUE(foo_file_->FindExtensionByName("no_such_extension") == NULL);
EXPECT_TRUE(foo_file_->FindExtensionByName("FooMessage") == NULL);
}
TEST_F(FileDescriptorTest, FindExtensionByNumber) {
EXPECT_EQ(foo_extension_, pool_.FindExtensionByNumber(foo_message_, 1));
EXPECT_EQ(bar_extension_, pool_.FindExtensionByNumber(bar_message_, 1));
EXPECT_TRUE(pool_.FindExtensionByNumber(foo_message_, 2) == NULL);
}
TEST_F(FileDescriptorTest, BuildAgain) {
// Test that if te call BuildFile again on the same input we get the same
// FileDescriptor back.
FileDescriptorProto file;
foo_file_->CopyTo(&file);
EXPECT_EQ(foo_file_, pool_.BuildFile(file));
// But if we change the file then it won't work.
file.set_package("some.other.package");
EXPECT_TRUE(pool_.BuildFile(file) == NULL);
}
TEST_F(FileDescriptorTest, BuildAgainWithSyntax) {
// Test that if te call BuildFile again on the same input we get the same
// FileDescriptor back even if syntax param is specified.
FileDescriptorProto proto_syntax2;
proto_syntax2.set_name("foo_syntax2");
proto_syntax2.set_syntax("proto2");
const FileDescriptor* proto2_descriptor = pool_.BuildFile(proto_syntax2);
EXPECT_TRUE(proto2_descriptor != NULL);
EXPECT_EQ(proto2_descriptor, pool_.BuildFile(proto_syntax2));
FileDescriptorProto implicit_proto2;
implicit_proto2.set_name("foo_implicit_syntax2");
const FileDescriptor* implicit_proto2_descriptor =
pool_.BuildFile(implicit_proto2);
EXPECT_TRUE(implicit_proto2_descriptor != NULL);
// We get the same FileDescriptor back if syntax param is explicitly
// specified.
implicit_proto2.set_syntax("proto2");
EXPECT_EQ(implicit_proto2_descriptor, pool_.BuildFile(implicit_proto2));
FileDescriptorProto proto_syntax3;
proto_syntax3.set_name("foo_syntax3");
proto_syntax3.set_syntax("proto3");
const FileDescriptor* proto3_descriptor = pool_.BuildFile(proto_syntax3);
EXPECT_TRUE(proto3_descriptor != NULL);
EXPECT_EQ(proto3_descriptor, pool_.BuildFile(proto_syntax3));
}
TEST_F(FileDescriptorTest, Syntax) {
FileDescriptorProto proto;
proto.set_name("foo");
// Enable the test when we also populate the syntax for proto2.
#if 0
{
proto.set_syntax("proto2");
DescriptorPool pool;
const FileDescriptor* file = pool.BuildFile(proto);
EXPECT_TRUE(file != NULL);
EXPECT_EQ(FileDescriptor::SYNTAX_PROTO2, file->syntax());
FileDescriptorProto other;
file->CopyTo(&other);
EXPECT_EQ("proto2", other.syntax());
}
#endif
{
proto.set_syntax("proto3");
DescriptorPool pool;
const FileDescriptor* file = pool.BuildFile(proto);
EXPECT_TRUE(file != NULL);
EXPECT_EQ(FileDescriptor::SYNTAX_PROTO3, file->syntax());
FileDescriptorProto other;
file->CopyTo(&other);
EXPECT_EQ("proto3", other.syntax());
}
}
void ExtractDebugString(
const FileDescriptor* file, std::set<string>* visited,
std::vector<std::pair<string, string> >* debug_strings) {
if (!visited->insert(file->name()).second) {
return;
}
for (int i = 0; i < file->dependency_count(); ++i) {
ExtractDebugString(file->dependency(i), visited, debug_strings);
}
debug_strings->push_back(std::make_pair(file->name(), file->DebugString()));
}
class SimpleErrorCollector : public google::protobuf::io::ErrorCollector {
public:
// implements ErrorCollector ---------------------------------------
void AddError(int line, int column, const string& message) {
last_error_ = StringPrintf("%d:%d:", line, column) + message;
}
const string& last_error() { return last_error_; }
private:
string last_error_;
};
// Test that the result of FileDescriptor::DebugString() can be used to create
// the original descriptors.
TEST_F(FileDescriptorTest, DebugStringRoundTrip) {
std::set<string> visited;
std::vector<std::pair<string, string> > debug_strings;
ExtractDebugString(protobuf_unittest::TestAllTypes::descriptor()->file(),
&visited, &debug_strings);
ExtractDebugString(
protobuf_unittest::TestMessageWithCustomOptions::descriptor()->file(),
&visited, &debug_strings);
ExtractDebugString(proto3_arena_unittest::TestAllTypes::descriptor()->file(),
&visited, &debug_strings);
ASSERT_GE(debug_strings.size(), 3);
DescriptorPool pool;
for (int i = 0; i < debug_strings.size(); ++i) {
const string& name = debug_strings[i].first;
const string& content = debug_strings[i].second;
google::protobuf::io::ArrayInputStream input_stream(content.data(), content.size());
SimpleErrorCollector error_collector;
google::protobuf::io::Tokenizer tokenizer(&input_stream, &error_collector);
google::protobuf::compiler::Parser parser;
parser.RecordErrorsTo(&error_collector);
FileDescriptorProto proto;
ASSERT_TRUE(parser.Parse(&tokenizer, &proto))
<< error_collector.last_error() << "\n"
<< content;
ASSERT_EQ("", error_collector.last_error());
proto.set_name(name);
const FileDescriptor* descriptor = pool.BuildFile(proto);
ASSERT_TRUE(descriptor != NULL) << proto.DebugString();
EXPECT_EQ(content, descriptor->DebugString());
}
}
// ===================================================================
// Test simple flat messages and fields.
class DescriptorTest : public testing::Test {
protected:
virtual void SetUp() {
// Build descriptors for the following definitions:
//
// // in "foo.proto"
// message TestForeign {}
// enum TestEnum {}
//
// message TestMessage {
// required string foo = 1;
// optional TestEnum bar = 6;
// repeated TestForeign baz = 500000000;
// optional group qux = 15 {}
// }
//
// // in "bar.proto"
// package corge.grault;
// message TestMessage2 {
// required string foo = 1;
// required string bar = 2;
// required string quux = 6;
// }
//
// // in "map.proto"
// message TestMessage3 {
// map<int32, int32> map_int32_int32 = 1;
// }
//
// // in "json.proto"
// message TestMessage4 {
// optional int32 field_name1 = 1;
// optional int32 fieldName2 = 2;
// optional int32 FieldName3 = 3;
// optional int32 _field_name4 = 4;
// optional int32 FIELD_NAME5 = 5;
// optional int32 field_name6 = 6 [json_name = "@type"];
// }
//
// We cheat and use TestForeign as the type for qux rather than create
// an actual nested type.
//
// Since all primitive types (including string) use the same building
// code, there's no need to test each one individually.
//
// TestMessage2 is primarily here to test FindFieldByName and friends.
// All messages created from the same DescriptorPool share the same lookup
// table, so we need to insure that they don't interfere.
FileDescriptorProto foo_file;
foo_file.set_name("foo.proto");
AddMessage(&foo_file, "TestForeign");
AddEmptyEnum(&foo_file, "TestEnum");
DescriptorProto* message = AddMessage(&foo_file, "TestMessage");
AddField(message, "foo", 1,
FieldDescriptorProto::LABEL_REQUIRED,
FieldDescriptorProto::TYPE_STRING);
AddField(message, "bar", 6,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_ENUM)
->set_type_name("TestEnum");
AddField(message, "baz", 500000000,
FieldDescriptorProto::LABEL_REPEATED,
FieldDescriptorProto::TYPE_MESSAGE)
->set_type_name("TestForeign");
AddField(message, "qux", 15,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_GROUP)
->set_type_name("TestForeign");
FileDescriptorProto bar_file;
bar_file.set_name("bar.proto");
bar_file.set_package("corge.grault");
DescriptorProto* message2 = AddMessage(&bar_file, "TestMessage2");
AddField(message2, "foo", 1,
FieldDescriptorProto::LABEL_REQUIRED,
FieldDescriptorProto::TYPE_STRING);
AddField(message2, "bar", 2,
FieldDescriptorProto::LABEL_REQUIRED,
FieldDescriptorProto::TYPE_STRING);
AddField(message2, "quux", 6,
FieldDescriptorProto::LABEL_REQUIRED,
FieldDescriptorProto::TYPE_STRING);
FileDescriptorProto map_file;
map_file.set_name("map.proto");
DescriptorProto* message3 = AddMessage(&map_file, "TestMessage3");
DescriptorProto* entry = AddNestedMessage(message3, "MapInt32Int32Entry");
AddField(entry, "key", 1,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddField(entry, "value", 2,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
entry->mutable_options()->set_map_entry(true);
AddField(message3, "map_int32_int32", 1,
FieldDescriptorProto::LABEL_REPEATED,
FieldDescriptorProto::TYPE_MESSAGE)
->set_type_name("MapInt32Int32Entry");
FileDescriptorProto json_file;
json_file.set_name("json.proto");
json_file.set_syntax("proto3");
DescriptorProto* message4 = AddMessage(&json_file, "TestMessage4");
AddField(message4, "field_name1", 1,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddField(message4, "fieldName2", 2,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddField(message4, "FieldName3", 3,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddField(message4, "_field_name4", 4,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddField(message4, "FIELD_NAME5", 5,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddField(message4, "field_name6", 6,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32)
->set_json_name("@type");
// Build the descriptors and get the pointers.
foo_file_ = pool_.BuildFile(foo_file);
ASSERT_TRUE(foo_file_ != NULL);
bar_file_ = pool_.BuildFile(bar_file);
ASSERT_TRUE(bar_file_ != NULL);
map_file_ = pool_.BuildFile(map_file);
ASSERT_TRUE(map_file_ != NULL);
json_file_ = pool_.BuildFile(json_file);
ASSERT_TRUE(json_file_ != NULL);
ASSERT_EQ(1, foo_file_->enum_type_count());
enum_ = foo_file_->enum_type(0);
ASSERT_EQ(2, foo_file_->message_type_count());
foreign_ = foo_file_->message_type(0);
message_ = foo_file_->message_type(1);
ASSERT_EQ(4, message_->field_count());
foo_ = message_->field(0);
bar_ = message_->field(1);
baz_ = message_->field(2);
qux_ = message_->field(3);
ASSERT_EQ(1, bar_file_->message_type_count());
message2_ = bar_file_->message_type(0);
ASSERT_EQ(3, message2_->field_count());
foo2_ = message2_->field(0);
bar2_ = message2_->field(1);
quux2_ = message2_->field(2);
ASSERT_EQ(1, map_file_->message_type_count());
message3_ = map_file_->message_type(0);
ASSERT_EQ(1, message3_->field_count());
map_ = message3_->field(0);
ASSERT_EQ(1, json_file_->message_type_count());
message4_ = json_file_->message_type(0);
}
void CopyWithJsonName(const Descriptor* message, DescriptorProto* proto) {
message->CopyTo(proto);
message->CopyJsonNameTo(proto);
}
DescriptorPool pool_;
const FileDescriptor* foo_file_;
const FileDescriptor* bar_file_;
const FileDescriptor* map_file_;
const FileDescriptor* json_file_;
const Descriptor* message_;
const Descriptor* message2_;
const Descriptor* message3_;
const Descriptor* message4_;
const Descriptor* foreign_;
const EnumDescriptor* enum_;
const FieldDescriptor* foo_;
const FieldDescriptor* bar_;
const FieldDescriptor* baz_;
const FieldDescriptor* qux_;
const FieldDescriptor* foo2_;
const FieldDescriptor* bar2_;
const FieldDescriptor* quux2_;
const FieldDescriptor* map_;
};
TEST_F(DescriptorTest, Name) {
EXPECT_EQ("TestMessage", message_->name());
EXPECT_EQ("TestMessage", message_->full_name());
EXPECT_EQ(foo_file_, message_->file());
EXPECT_EQ("TestMessage2", message2_->name());
EXPECT_EQ("corge.grault.TestMessage2", message2_->full_name());
EXPECT_EQ(bar_file_, message2_->file());
}
TEST_F(DescriptorTest, ContainingType) {
EXPECT_TRUE(message_->containing_type() == NULL);
EXPECT_TRUE(message2_->containing_type() == NULL);
}
TEST_F(DescriptorTest, FieldsByIndex) {
ASSERT_EQ(4, message_->field_count());
EXPECT_EQ(foo_, message_->field(0));
EXPECT_EQ(bar_, message_->field(1));
EXPECT_EQ(baz_, message_->field(2));
EXPECT_EQ(qux_, message_->field(3));
}
TEST_F(DescriptorTest, FindFieldByName) {
// All messages in the same DescriptorPool share a single lookup table for
// fields. So, in addition to testing that FindFieldByName finds the fields
// of the message, we need to test that it does *not* find the fields of
// *other* messages.
EXPECT_EQ(foo_, message_->FindFieldByName("foo"));
EXPECT_EQ(bar_, message_->FindFieldByName("bar"));
EXPECT_EQ(baz_, message_->FindFieldByName("baz"));
EXPECT_EQ(qux_, message_->FindFieldByName("qux"));
EXPECT_TRUE(message_->FindFieldByName("no_such_field") == NULL);
EXPECT_TRUE(message_->FindFieldByName("quux") == NULL);
EXPECT_EQ(foo2_ , message2_->FindFieldByName("foo" ));
EXPECT_EQ(bar2_ , message2_->FindFieldByName("bar" ));
EXPECT_EQ(quux2_, message2_->FindFieldByName("quux"));
EXPECT_TRUE(message2_->FindFieldByName("baz") == NULL);
EXPECT_TRUE(message2_->FindFieldByName("qux") == NULL);
}
TEST_F(DescriptorTest, FindFieldByNumber) {
EXPECT_EQ(foo_, message_->FindFieldByNumber(1));
EXPECT_EQ(bar_, message_->FindFieldByNumber(6));
EXPECT_EQ(baz_, message_->FindFieldByNumber(500000000));
EXPECT_EQ(qux_, message_->FindFieldByNumber(15));
EXPECT_TRUE(message_->FindFieldByNumber(837592) == NULL);
EXPECT_TRUE(message_->FindFieldByNumber(2) == NULL);
EXPECT_EQ(foo2_ , message2_->FindFieldByNumber(1));
EXPECT_EQ(bar2_ , message2_->FindFieldByNumber(2));
EXPECT_EQ(quux2_, message2_->FindFieldByNumber(6));
EXPECT_TRUE(message2_->FindFieldByNumber(15) == NULL);
EXPECT_TRUE(message2_->FindFieldByNumber(500000000) == NULL);
}
TEST_F(DescriptorTest, FieldName) {
EXPECT_EQ("foo", foo_->name());
EXPECT_EQ("bar", bar_->name());
EXPECT_EQ("baz", baz_->name());
EXPECT_EQ("qux", qux_->name());
}
TEST_F(DescriptorTest, FieldFullName) {
EXPECT_EQ("TestMessage.foo", foo_->full_name());
EXPECT_EQ("TestMessage.bar", bar_->full_name());
EXPECT_EQ("TestMessage.baz", baz_->full_name());
EXPECT_EQ("TestMessage.qux", qux_->full_name());
EXPECT_EQ("corge.grault.TestMessage2.foo", foo2_->full_name());
EXPECT_EQ("corge.grault.TestMessage2.bar", bar2_->full_name());
EXPECT_EQ("corge.grault.TestMessage2.quux", quux2_->full_name());
}
TEST_F(DescriptorTest, FieldJsonName) {
EXPECT_EQ("fieldName1", message4_->field(0)->json_name());
EXPECT_EQ("fieldName2", message4_->field(1)->json_name());
EXPECT_EQ("FieldName3", message4_->field(2)->json_name());
EXPECT_EQ("FieldName4", message4_->field(3)->json_name());
EXPECT_EQ("FIELDNAME5", message4_->field(4)->json_name());
EXPECT_EQ("@type", message4_->field(5)->json_name());
DescriptorProto proto;
message4_->CopyTo(&proto);
ASSERT_EQ(6, proto.field_size());
EXPECT_FALSE(proto.field(0).has_json_name());
EXPECT_FALSE(proto.field(1).has_json_name());
EXPECT_FALSE(proto.field(2).has_json_name());
EXPECT_FALSE(proto.field(3).has_json_name());
EXPECT_FALSE(proto.field(4).has_json_name());
EXPECT_EQ("@type", proto.field(5).json_name());
proto.Clear();
CopyWithJsonName(message4_, &proto);
ASSERT_EQ(6, proto.field_size());
EXPECT_EQ("fieldName1", proto.field(0).json_name());
EXPECT_EQ("fieldName2", proto.field(1).json_name());
EXPECT_EQ("FieldName3", proto.field(2).json_name());
EXPECT_EQ("FieldName4", proto.field(3).json_name());
EXPECT_EQ("FIELDNAME5", proto.field(4).json_name());
EXPECT_EQ("@type", proto.field(5).json_name());
// Test generated descriptor.
const Descriptor* generated = protobuf_unittest::TestJsonName::descriptor();
ASSERT_EQ(6, generated->field_count());
EXPECT_EQ("fieldName1", generated->field(0)->json_name());
EXPECT_EQ("fieldName2", generated->field(1)->json_name());
EXPECT_EQ("FieldName3", generated->field(2)->json_name());
EXPECT_EQ("FieldName4", generated->field(3)->json_name());
EXPECT_EQ("FIELDNAME5", generated->field(4)->json_name());
EXPECT_EQ("@type", generated->field(5)->json_name());
}
TEST_F(DescriptorTest, FieldFile) {
EXPECT_EQ(foo_file_, foo_->file());
EXPECT_EQ(foo_file_, bar_->file());
EXPECT_EQ(foo_file_, baz_->file());
EXPECT_EQ(foo_file_, qux_->file());
EXPECT_EQ(bar_file_, foo2_->file());
EXPECT_EQ(bar_file_, bar2_->file());
EXPECT_EQ(bar_file_, quux2_->file());
}
TEST_F(DescriptorTest, FieldIndex) {
EXPECT_EQ(0, foo_->index());
EXPECT_EQ(1, bar_->index());
EXPECT_EQ(2, baz_->index());
EXPECT_EQ(3, qux_->index());
}
TEST_F(DescriptorTest, FieldNumber) {
EXPECT_EQ( 1, foo_->number());
EXPECT_EQ( 6, bar_->number());
EXPECT_EQ(500000000, baz_->number());
EXPECT_EQ( 15, qux_->number());
}
TEST_F(DescriptorTest, FieldType) {
EXPECT_EQ(FieldDescriptor::TYPE_STRING , foo_->type());
EXPECT_EQ(FieldDescriptor::TYPE_ENUM , bar_->type());
EXPECT_EQ(FieldDescriptor::TYPE_MESSAGE, baz_->type());
EXPECT_EQ(FieldDescriptor::TYPE_GROUP , qux_->type());
}
TEST_F(DescriptorTest, FieldLabel) {
EXPECT_EQ(FieldDescriptor::LABEL_REQUIRED, foo_->label());
EXPECT_EQ(FieldDescriptor::LABEL_OPTIONAL, bar_->label());
EXPECT_EQ(FieldDescriptor::LABEL_REPEATED, baz_->label());
EXPECT_EQ(FieldDescriptor::LABEL_OPTIONAL, qux_->label());
EXPECT_TRUE (foo_->is_required());
EXPECT_FALSE(foo_->is_optional());
EXPECT_FALSE(foo_->is_repeated());
EXPECT_FALSE(bar_->is_required());
EXPECT_TRUE (bar_->is_optional());
EXPECT_FALSE(bar_->is_repeated());
EXPECT_FALSE(baz_->is_required());
EXPECT_FALSE(baz_->is_optional());
EXPECT_TRUE (baz_->is_repeated());
}
TEST_F(DescriptorTest, IsMap) {
EXPECT_TRUE(map_->is_map());
EXPECT_FALSE(baz_->is_map());
EXPECT_TRUE(map_->message_type()->options().map_entry());
}
TEST_F(DescriptorTest, FieldHasDefault) {
EXPECT_FALSE(foo_->has_default_value());
EXPECT_FALSE(bar_->has_default_value());
EXPECT_FALSE(baz_->has_default_value());
EXPECT_FALSE(qux_->has_default_value());
}
TEST_F(DescriptorTest, FieldContainingType) {
EXPECT_EQ(message_, foo_->containing_type());
EXPECT_EQ(message_, bar_->containing_type());
EXPECT_EQ(message_, baz_->containing_type());
EXPECT_EQ(message_, qux_->containing_type());
EXPECT_EQ(message2_, foo2_ ->containing_type());
EXPECT_EQ(message2_, bar2_ ->containing_type());
EXPECT_EQ(message2_, quux2_->containing_type());
}
TEST_F(DescriptorTest, FieldMessageType) {
EXPECT_TRUE(foo_->message_type() == NULL);
EXPECT_TRUE(bar_->message_type() == NULL);
EXPECT_EQ(foreign_, baz_->message_type());
EXPECT_EQ(foreign_, qux_->message_type());
}
TEST_F(DescriptorTest, FieldEnumType) {
EXPECT_TRUE(foo_->enum_type() == NULL);
EXPECT_TRUE(baz_->enum_type() == NULL);
EXPECT_TRUE(qux_->enum_type() == NULL);
EXPECT_EQ(enum_, bar_->enum_type());
}
// ===================================================================
// Test simple flat messages and fields.
class OneofDescriptorTest : public testing::Test {
protected:
virtual void SetUp() {
// Build descriptors for the following definitions:
//
// package garply;
// message TestOneof {
// optional int32 a = 1;
// oneof foo {
// string b = 2;
// TestOneof c = 3;
// }
// oneof bar {
// float d = 4;
// }
// }
FileDescriptorProto baz_file;
baz_file.set_name("baz.proto");
baz_file.set_package("garply");
DescriptorProto* oneof_message = AddMessage(&baz_file, "TestOneof");
oneof_message->add_oneof_decl()->set_name("foo");
oneof_message->add_oneof_decl()->set_name("bar");
AddField(oneof_message, "a", 1,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddField(oneof_message, "b", 2,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_STRING);
oneof_message->mutable_field(1)->set_oneof_index(0);
AddField(oneof_message, "c", 3,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_MESSAGE);
oneof_message->mutable_field(2)->set_oneof_index(0);
oneof_message->mutable_field(2)->set_type_name("TestOneof");
AddField(oneof_message, "d", 4,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_FLOAT);
oneof_message->mutable_field(3)->set_oneof_index(1);
// Build the descriptors and get the pointers.
baz_file_ = pool_.BuildFile(baz_file);
ASSERT_TRUE(baz_file_ != NULL);
ASSERT_EQ(1, baz_file_->message_type_count());
oneof_message_ = baz_file_->message_type(0);
ASSERT_EQ(2, oneof_message_->oneof_decl_count());
oneof_ = oneof_message_->oneof_decl(0);
oneof2_ = oneof_message_->oneof_decl(1);
ASSERT_EQ(4, oneof_message_->field_count());
a_ = oneof_message_->field(0);
b_ = oneof_message_->field(1);
c_ = oneof_message_->field(2);
d_ = oneof_message_->field(3);
}
DescriptorPool pool_;
const FileDescriptor* baz_file_;
const Descriptor* oneof_message_;
const OneofDescriptor* oneof_;
const OneofDescriptor* oneof2_;
const FieldDescriptor* a_;
const FieldDescriptor* b_;
const FieldDescriptor* c_;
const FieldDescriptor* d_;
const FieldDescriptor* e_;
const FieldDescriptor* f_;
};
TEST_F(OneofDescriptorTest, Normal) {
EXPECT_EQ("foo", oneof_->name());
EXPECT_EQ("garply.TestOneof.foo", oneof_->full_name());
EXPECT_EQ(0, oneof_->index());
ASSERT_EQ(2, oneof_->field_count());
EXPECT_EQ(b_, oneof_->field(0));
EXPECT_EQ(c_, oneof_->field(1));
EXPECT_TRUE(a_->containing_oneof() == NULL);
EXPECT_EQ(oneof_, b_->containing_oneof());
EXPECT_EQ(oneof_, c_->containing_oneof());
}
TEST_F(OneofDescriptorTest, FindByName) {
EXPECT_EQ(oneof_, oneof_message_->FindOneofByName("foo"));
EXPECT_EQ(oneof2_, oneof_message_->FindOneofByName("bar"));
EXPECT_TRUE(oneof_message_->FindOneofByName("no_such_oneof") == NULL);
}
// ===================================================================
class StylizedFieldNamesTest : public testing::Test {
protected:
void SetUp() {
FileDescriptorProto file;
file.set_name("foo.proto");
AddExtensionRange(AddMessage(&file, "ExtendableMessage"), 1, 1000);
DescriptorProto* message = AddMessage(&file, "TestMessage");
AddField(message, "foo_foo", 1,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddField(message, "FooBar", 2,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddField(message, "fooBaz", 3,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddField(message, "fooFoo", 4, // Camel-case conflict with foo_foo.
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddField(message, "foobar", 5, // Lower-case conflict with FooBar.
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddNestedExtension(message, "ExtendableMessage", "bar_foo", 1,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddNestedExtension(message, "ExtendableMessage", "BarBar", 2,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddNestedExtension(message, "ExtendableMessage", "BarBaz", 3,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddNestedExtension(message, "ExtendableMessage", "barFoo", 4, // Conflict
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddNestedExtension(message, "ExtendableMessage", "barbar", 5, // Conflict
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddExtension(&file, "ExtendableMessage", "baz_foo", 11,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddExtension(&file, "ExtendableMessage", "BazBar", 12,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddExtension(&file, "ExtendableMessage", "BazBaz", 13,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddExtension(&file, "ExtendableMessage", "bazFoo", 14, // Conflict
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddExtension(&file, "ExtendableMessage", "bazbar", 15, // Conflict
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
file_ = pool_.BuildFile(file);
ASSERT_TRUE(file_ != NULL);
ASSERT_EQ(2, file_->message_type_count());
message_ = file_->message_type(1);
ASSERT_EQ("TestMessage", message_->name());
ASSERT_EQ(5, message_->field_count());
ASSERT_EQ(5, message_->extension_count());
ASSERT_EQ(5, file_->extension_count());
}
DescriptorPool pool_;
const FileDescriptor* file_;
const Descriptor* message_;
};
TEST_F(StylizedFieldNamesTest, LowercaseName) {
EXPECT_EQ("foo_foo", message_->field(0)->lowercase_name());
EXPECT_EQ("foobar" , message_->field(1)->lowercase_name());
EXPECT_EQ("foobaz" , message_->field(2)->lowercase_name());
EXPECT_EQ("foofoo" , message_->field(3)->lowercase_name());
EXPECT_EQ("foobar" , message_->field(4)->lowercase_name());
EXPECT_EQ("bar_foo", message_->extension(0)->lowercase_name());
EXPECT_EQ("barbar" , message_->extension(1)->lowercase_name());
EXPECT_EQ("barbaz" , message_->extension(2)->lowercase_name());
EXPECT_EQ("barfoo" , message_->extension(3)->lowercase_name());
EXPECT_EQ("barbar" , message_->extension(4)->lowercase_name());
EXPECT_EQ("baz_foo", file_->extension(0)->lowercase_name());
EXPECT_EQ("bazbar" , file_->extension(1)->lowercase_name());
EXPECT_EQ("bazbaz" , file_->extension(2)->lowercase_name());
EXPECT_EQ("bazfoo" , file_->extension(3)->lowercase_name());
EXPECT_EQ("bazbar" , file_->extension(4)->lowercase_name());
}
TEST_F(StylizedFieldNamesTest, CamelcaseName) {
EXPECT_EQ("fooFoo", message_->field(0)->camelcase_name());
EXPECT_EQ("fooBar", message_->field(1)->camelcase_name());
EXPECT_EQ("fooBaz", message_->field(2)->camelcase_name());
EXPECT_EQ("fooFoo", message_->field(3)->camelcase_name());
EXPECT_EQ("foobar", message_->field(4)->camelcase_name());
EXPECT_EQ("barFoo", message_->extension(0)->camelcase_name());
EXPECT_EQ("barBar", message_->extension(1)->camelcase_name());
EXPECT_EQ("barBaz", message_->extension(2)->camelcase_name());
EXPECT_EQ("barFoo", message_->extension(3)->camelcase_name());
EXPECT_EQ("barbar", message_->extension(4)->camelcase_name());
EXPECT_EQ("bazFoo", file_->extension(0)->camelcase_name());
EXPECT_EQ("bazBar", file_->extension(1)->camelcase_name());
EXPECT_EQ("bazBaz", file_->extension(2)->camelcase_name());
EXPECT_EQ("bazFoo", file_->extension(3)->camelcase_name());
EXPECT_EQ("bazbar", file_->extension(4)->camelcase_name());
}
TEST_F(StylizedFieldNamesTest, FindByLowercaseName) {
EXPECT_EQ(message_->field(0),
message_->FindFieldByLowercaseName("foo_foo"));
EXPECT_EQ(message_->field(1),
message_->FindFieldByLowercaseName("foobar"));
EXPECT_EQ(message_->field(2),
message_->FindFieldByLowercaseName("foobaz"));
EXPECT_TRUE(message_->FindFieldByLowercaseName("FooBar") == NULL);
EXPECT_TRUE(message_->FindFieldByLowercaseName("fooBaz") == NULL);
EXPECT_TRUE(message_->FindFieldByLowercaseName("bar_foo") == NULL);
EXPECT_TRUE(message_->FindFieldByLowercaseName("nosuchfield") == NULL);
EXPECT_EQ(message_->extension(0),
message_->FindExtensionByLowercaseName("bar_foo"));
EXPECT_EQ(message_->extension(1),
message_->FindExtensionByLowercaseName("barbar"));
EXPECT_EQ(message_->extension(2),
message_->FindExtensionByLowercaseName("barbaz"));
EXPECT_TRUE(message_->FindExtensionByLowercaseName("BarBar") == NULL);
EXPECT_TRUE(message_->FindExtensionByLowercaseName("barBaz") == NULL);
EXPECT_TRUE(message_->FindExtensionByLowercaseName("foo_foo") == NULL);
EXPECT_TRUE(message_->FindExtensionByLowercaseName("nosuchfield") == NULL);
EXPECT_EQ(file_->extension(0),
file_->FindExtensionByLowercaseName("baz_foo"));
EXPECT_EQ(file_->extension(1),
file_->FindExtensionByLowercaseName("bazbar"));
EXPECT_EQ(file_->extension(2),
file_->FindExtensionByLowercaseName("bazbaz"));
EXPECT_TRUE(file_->FindExtensionByLowercaseName("BazBar") == NULL);
EXPECT_TRUE(file_->FindExtensionByLowercaseName("bazBaz") == NULL);
EXPECT_TRUE(file_->FindExtensionByLowercaseName("nosuchfield") == NULL);
}
TEST_F(StylizedFieldNamesTest, FindByCamelcaseName) {
EXPECT_EQ(message_->field(0),
message_->FindFieldByCamelcaseName("fooFoo"));
EXPECT_EQ(message_->field(1),
message_->FindFieldByCamelcaseName("fooBar"));
EXPECT_EQ(message_->field(2),
message_->FindFieldByCamelcaseName("fooBaz"));
EXPECT_TRUE(message_->FindFieldByCamelcaseName("foo_foo") == NULL);
EXPECT_TRUE(message_->FindFieldByCamelcaseName("FooBar") == NULL);
EXPECT_TRUE(message_->FindFieldByCamelcaseName("barFoo") == NULL);
EXPECT_TRUE(message_->FindFieldByCamelcaseName("nosuchfield") == NULL);
EXPECT_EQ(message_->extension(0),
message_->FindExtensionByCamelcaseName("barFoo"));
EXPECT_EQ(message_->extension(1),
message_->FindExtensionByCamelcaseName("barBar"));
EXPECT_EQ(message_->extension(2),
message_->FindExtensionByCamelcaseName("barBaz"));
EXPECT_TRUE(message_->FindExtensionByCamelcaseName("bar_foo") == NULL);
EXPECT_TRUE(message_->FindExtensionByCamelcaseName("BarBar") == NULL);
EXPECT_TRUE(message_->FindExtensionByCamelcaseName("fooFoo") == NULL);
EXPECT_TRUE(message_->FindExtensionByCamelcaseName("nosuchfield") == NULL);
EXPECT_EQ(file_->extension(0),
file_->FindExtensionByCamelcaseName("bazFoo"));
EXPECT_EQ(file_->extension(1),
file_->FindExtensionByCamelcaseName("bazBar"));
EXPECT_EQ(file_->extension(2),
file_->FindExtensionByCamelcaseName("bazBaz"));
EXPECT_TRUE(file_->FindExtensionByCamelcaseName("baz_foo") == NULL);
EXPECT_TRUE(file_->FindExtensionByCamelcaseName("BazBar") == NULL);
EXPECT_TRUE(file_->FindExtensionByCamelcaseName("nosuchfield") == NULL);
}
// ===================================================================
// Test enum descriptors.
class EnumDescriptorTest : public testing::Test {
protected:
virtual void SetUp() {
// Build descriptors for the following definitions:
//
// // in "foo.proto"
// enum TestEnum {
// FOO = 1;
// BAR = 2;
// }
//
// // in "bar.proto"
// package corge.grault;
// enum TestEnum2 {
// FOO = 1;
// BAZ = 3;
// }
//
// TestEnum2 is primarily here to test FindValueByName and friends.
// All enums created from the same DescriptorPool share the same lookup
// table, so we need to insure that they don't interfere.
// TestEnum
FileDescriptorProto foo_file;
foo_file.set_name("foo.proto");
EnumDescriptorProto* enum_proto = AddEnum(&foo_file, "TestEnum");
AddEnumValue(enum_proto, "FOO", 1);
AddEnumValue(enum_proto, "BAR", 2);
// TestEnum2
FileDescriptorProto bar_file;
bar_file.set_name("bar.proto");
bar_file.set_package("corge.grault");
EnumDescriptorProto* enum2_proto = AddEnum(&bar_file, "TestEnum2");
AddEnumValue(enum2_proto, "FOO", 1);
AddEnumValue(enum2_proto, "BAZ", 3);
// Build the descriptors and get the pointers.
foo_file_ = pool_.BuildFile(foo_file);
ASSERT_TRUE(foo_file_ != NULL);
bar_file_ = pool_.BuildFile(bar_file);
ASSERT_TRUE(bar_file_ != NULL);
ASSERT_EQ(1, foo_file_->enum_type_count());
enum_ = foo_file_->enum_type(0);
ASSERT_EQ(2, enum_->value_count());
foo_ = enum_->value(0);
bar_ = enum_->value(1);
ASSERT_EQ(1, bar_file_->enum_type_count());
enum2_ = bar_file_->enum_type(0);
ASSERT_EQ(2, enum2_->value_count());
foo2_ = enum2_->value(0);
baz2_ = enum2_->value(1);
}
DescriptorPool pool_;
const FileDescriptor* foo_file_;
const FileDescriptor* bar_file_;
const EnumDescriptor* enum_;
const EnumDescriptor* enum2_;
const EnumValueDescriptor* foo_;
const EnumValueDescriptor* bar_;
const EnumValueDescriptor* foo2_;
const EnumValueDescriptor* baz2_;
};
TEST_F(EnumDescriptorTest, Name) {
EXPECT_EQ("TestEnum", enum_->name());
EXPECT_EQ("TestEnum", enum_->full_name());
EXPECT_EQ(foo_file_, enum_->file());
EXPECT_EQ("TestEnum2", enum2_->name());
EXPECT_EQ("corge.grault.TestEnum2", enum2_->full_name());
EXPECT_EQ(bar_file_, enum2_->file());
}
TEST_F(EnumDescriptorTest, ContainingType) {
EXPECT_TRUE(enum_->containing_type() == NULL);
EXPECT_TRUE(enum2_->containing_type() == NULL);
}
TEST_F(EnumDescriptorTest, ValuesByIndex) {
ASSERT_EQ(2, enum_->value_count());
EXPECT_EQ(foo_, enum_->value(0));
EXPECT_EQ(bar_, enum_->value(1));
}
TEST_F(EnumDescriptorTest, FindValueByName) {
EXPECT_EQ(foo_ , enum_ ->FindValueByName("FOO"));
EXPECT_EQ(bar_ , enum_ ->FindValueByName("BAR"));
EXPECT_EQ(foo2_, enum2_->FindValueByName("FOO"));
EXPECT_EQ(baz2_, enum2_->FindValueByName("BAZ"));
EXPECT_TRUE(enum_ ->FindValueByName("NO_SUCH_VALUE") == NULL);
EXPECT_TRUE(enum_ ->FindValueByName("BAZ" ) == NULL);
EXPECT_TRUE(enum2_->FindValueByName("BAR" ) == NULL);
}
TEST_F(EnumDescriptorTest, FindValueByNumber) {
EXPECT_EQ(foo_ , enum_ ->FindValueByNumber(1));
EXPECT_EQ(bar_ , enum_ ->FindValueByNumber(2));
EXPECT_EQ(foo2_, enum2_->FindValueByNumber(1));
EXPECT_EQ(baz2_, enum2_->FindValueByNumber(3));
EXPECT_TRUE(enum_ ->FindValueByNumber(416) == NULL);
EXPECT_TRUE(enum_ ->FindValueByNumber(3) == NULL);
EXPECT_TRUE(enum2_->FindValueByNumber(2) == NULL);
}
TEST_F(EnumDescriptorTest, ValueName) {
EXPECT_EQ("FOO", foo_->name());
EXPECT_EQ("BAR", bar_->name());
}
TEST_F(EnumDescriptorTest, ValueFullName) {
EXPECT_EQ("FOO", foo_->full_name());
EXPECT_EQ("BAR", bar_->full_name());
EXPECT_EQ("corge.grault.FOO", foo2_->full_name());
EXPECT_EQ("corge.grault.BAZ", baz2_->full_name());
}
TEST_F(EnumDescriptorTest, ValueIndex) {
EXPECT_EQ(0, foo_->index());
EXPECT_EQ(1, bar_->index());
}
TEST_F(EnumDescriptorTest, ValueNumber) {
EXPECT_EQ(1, foo_->number());
EXPECT_EQ(2, bar_->number());
}
TEST_F(EnumDescriptorTest, ValueType) {
EXPECT_EQ(enum_ , foo_ ->type());
EXPECT_EQ(enum_ , bar_ ->type());
EXPECT_EQ(enum2_, foo2_->type());
EXPECT_EQ(enum2_, baz2_->type());
}
// ===================================================================
// Test service descriptors.
class ServiceDescriptorTest : public testing::Test {
protected:
virtual void SetUp() {
// Build descriptors for the following messages and service:
// // in "foo.proto"
// message FooRequest {}
// message FooResponse {}
// message BarRequest {}
// message BarResponse {}
// message BazRequest {}
// message BazResponse {}
//
// service TestService {
// rpc Foo(FooRequest) returns (FooResponse);
// rpc Bar(BarRequest) returns (BarResponse);
// }
//
// // in "bar.proto"
// package corge.grault
// service TestService2 {
// rpc Foo(FooRequest) returns (FooResponse);
// rpc Baz(BazRequest) returns (BazResponse);
// }
FileDescriptorProto foo_file;
foo_file.set_name("foo.proto");
AddMessage(&foo_file, "FooRequest");
AddMessage(&foo_file, "FooResponse");
AddMessage(&foo_file, "BarRequest");
AddMessage(&foo_file, "BarResponse");
AddMessage(&foo_file, "BazRequest");
AddMessage(&foo_file, "BazResponse");
ServiceDescriptorProto* service = AddService(&foo_file, "TestService");
AddMethod(service, "Foo", "FooRequest", "FooResponse");
AddMethod(service, "Bar", "BarRequest", "BarResponse");
FileDescriptorProto bar_file;
bar_file.set_name("bar.proto");
bar_file.set_package("corge.grault");
bar_file.add_dependency("foo.proto");
ServiceDescriptorProto* service2 = AddService(&bar_file, "TestService2");
AddMethod(service2, "Foo", "FooRequest", "FooResponse");
AddMethod(service2, "Baz", "BazRequest", "BazResponse");
// Build the descriptors and get the pointers.
foo_file_ = pool_.BuildFile(foo_file);
ASSERT_TRUE(foo_file_ != NULL);
bar_file_ = pool_.BuildFile(bar_file);
ASSERT_TRUE(bar_file_ != NULL);
ASSERT_EQ(6, foo_file_->message_type_count());
foo_request_ = foo_file_->message_type(0);
foo_response_ = foo_file_->message_type(1);
bar_request_ = foo_file_->message_type(2);
bar_response_ = foo_file_->message_type(3);
baz_request_ = foo_file_->message_type(4);
baz_response_ = foo_file_->message_type(5);
ASSERT_EQ(1, foo_file_->service_count());
service_ = foo_file_->service(0);
ASSERT_EQ(2, service_->method_count());
foo_ = service_->method(0);
bar_ = service_->method(1);
ASSERT_EQ(1, bar_file_->service_count());
service2_ = bar_file_->service(0);
ASSERT_EQ(2, service2_->method_count());
foo2_ = service2_->method(0);
baz2_ = service2_->method(1);
}
DescriptorPool pool_;
const FileDescriptor* foo_file_;
const FileDescriptor* bar_file_;
const Descriptor* foo_request_;
const Descriptor* foo_response_;
const Descriptor* bar_request_;
const Descriptor* bar_response_;
const Descriptor* baz_request_;
const Descriptor* baz_response_;
const ServiceDescriptor* service_;
const ServiceDescriptor* service2_;
const MethodDescriptor* foo_;
const MethodDescriptor* bar_;
const MethodDescriptor* foo2_;
const MethodDescriptor* baz2_;
};
TEST_F(ServiceDescriptorTest, Name) {
EXPECT_EQ("TestService", service_->name());
EXPECT_EQ("TestService", service_->full_name());
EXPECT_EQ(foo_file_, service_->file());
EXPECT_EQ("TestService2", service2_->name());
EXPECT_EQ("corge.grault.TestService2", service2_->full_name());
EXPECT_EQ(bar_file_, service2_->file());
}
TEST_F(ServiceDescriptorTest, MethodsByIndex) {
ASSERT_EQ(2, service_->method_count());
EXPECT_EQ(foo_, service_->method(0));
EXPECT_EQ(bar_, service_->method(1));
}
TEST_F(ServiceDescriptorTest, FindMethodByName) {
EXPECT_EQ(foo_ , service_ ->FindMethodByName("Foo"));
EXPECT_EQ(bar_ , service_ ->FindMethodByName("Bar"));
EXPECT_EQ(foo2_, service2_->FindMethodByName("Foo"));
EXPECT_EQ(baz2_, service2_->FindMethodByName("Baz"));
EXPECT_TRUE(service_ ->FindMethodByName("NoSuchMethod") == NULL);
EXPECT_TRUE(service_ ->FindMethodByName("Baz" ) == NULL);
EXPECT_TRUE(service2_->FindMethodByName("Bar" ) == NULL);
}
TEST_F(ServiceDescriptorTest, MethodName) {
EXPECT_EQ("Foo", foo_->name());
EXPECT_EQ("Bar", bar_->name());
}
TEST_F(ServiceDescriptorTest, MethodFullName) {
EXPECT_EQ("TestService.Foo", foo_->full_name());
EXPECT_EQ("TestService.Bar", bar_->full_name());
EXPECT_EQ("corge.grault.TestService2.Foo", foo2_->full_name());
EXPECT_EQ("corge.grault.TestService2.Baz", baz2_->full_name());
}
TEST_F(ServiceDescriptorTest, MethodIndex) {
EXPECT_EQ(0, foo_->index());
EXPECT_EQ(1, bar_->index());
}
TEST_F(ServiceDescriptorTest, MethodParent) {
EXPECT_EQ(service_, foo_->service());
EXPECT_EQ(service_, bar_->service());
}
TEST_F(ServiceDescriptorTest, MethodInputType) {
EXPECT_EQ(foo_request_, foo_->input_type());
EXPECT_EQ(bar_request_, bar_->input_type());
}
TEST_F(ServiceDescriptorTest, MethodOutputType) {
EXPECT_EQ(foo_response_, foo_->output_type());
EXPECT_EQ(bar_response_, bar_->output_type());
}
// ===================================================================
// Test nested types.
class NestedDescriptorTest : public testing::Test {
protected:
virtual void SetUp() {
// Build descriptors for the following definitions:
//
// // in "foo.proto"
// message TestMessage {
// message Foo {}
// message Bar {}
// enum Baz { A = 1; }
// enum Qux { B = 1; }
// }
//
// // in "bar.proto"
// package corge.grault;
// message TestMessage2 {
// message Foo {}
// message Baz {}
// enum Qux { A = 1; }
// enum Quux { C = 1; }
// }
//
// TestMessage2 is primarily here to test FindNestedTypeByName and friends.
// All messages created from the same DescriptorPool share the same lookup
// table, so we need to insure that they don't interfere.
//
// We add enum values to the enums in order to test searching for enum
// values across a message's scope.
FileDescriptorProto foo_file;
foo_file.set_name("foo.proto");
DescriptorProto* message = AddMessage(&foo_file, "TestMessage");
AddNestedMessage(message, "Foo");
AddNestedMessage(message, "Bar");
EnumDescriptorProto* baz = AddNestedEnum(message, "Baz");
AddEnumValue(baz, "A", 1);
EnumDescriptorProto* qux = AddNestedEnum(message, "Qux");
AddEnumValue(qux, "B", 1);
FileDescriptorProto bar_file;
bar_file.set_name("bar.proto");
bar_file.set_package("corge.grault");
DescriptorProto* message2 = AddMessage(&bar_file, "TestMessage2");
AddNestedMessage(message2, "Foo");
AddNestedMessage(message2, "Baz");
EnumDescriptorProto* qux2 = AddNestedEnum(message2, "Qux");
AddEnumValue(qux2, "A", 1);
EnumDescriptorProto* quux2 = AddNestedEnum(message2, "Quux");
AddEnumValue(quux2, "C", 1);
// Build the descriptors and get the pointers.
foo_file_ = pool_.BuildFile(foo_file);
ASSERT_TRUE(foo_file_ != NULL);
bar_file_ = pool_.BuildFile(bar_file);
ASSERT_TRUE(bar_file_ != NULL);
ASSERT_EQ(1, foo_file_->message_type_count());
message_ = foo_file_->message_type(0);
ASSERT_EQ(2, message_->nested_type_count());
foo_ = message_->nested_type(0);
bar_ = message_->nested_type(1);
ASSERT_EQ(2, message_->enum_type_count());
baz_ = message_->enum_type(0);
qux_ = message_->enum_type(1);
ASSERT_EQ(1, baz_->value_count());
a_ = baz_->value(0);
ASSERT_EQ(1, qux_->value_count());
b_ = qux_->value(0);
ASSERT_EQ(1, bar_file_->message_type_count());
message2_ = bar_file_->message_type(0);
ASSERT_EQ(2, message2_->nested_type_count());
foo2_ = message2_->nested_type(0);
baz2_ = message2_->nested_type(1);
ASSERT_EQ(2, message2_->enum_type_count());
qux2_ = message2_->enum_type(0);
quux2_ = message2_->enum_type(1);
ASSERT_EQ(1, qux2_->value_count());
a2_ = qux2_->value(0);
ASSERT_EQ(1, quux2_->value_count());
c2_ = quux2_->value(0);
}
DescriptorPool pool_;
const FileDescriptor* foo_file_;
const FileDescriptor* bar_file_;
const Descriptor* message_;
const Descriptor* message2_;
const Descriptor* foo_;
const Descriptor* bar_;
const EnumDescriptor* baz_;
const EnumDescriptor* qux_;
const EnumValueDescriptor* a_;
const EnumValueDescriptor* b_;
const Descriptor* foo2_;
const Descriptor* baz2_;
const EnumDescriptor* qux2_;
const EnumDescriptor* quux2_;
const EnumValueDescriptor* a2_;
const EnumValueDescriptor* c2_;
};
TEST_F(NestedDescriptorTest, MessageName) {
EXPECT_EQ("Foo", foo_ ->name());
EXPECT_EQ("Bar", bar_ ->name());
EXPECT_EQ("Foo", foo2_->name());
EXPECT_EQ("Baz", baz2_->name());
EXPECT_EQ("TestMessage.Foo", foo_->full_name());
EXPECT_EQ("TestMessage.Bar", bar_->full_name());
EXPECT_EQ("corge.grault.TestMessage2.Foo", foo2_->full_name());
EXPECT_EQ("corge.grault.TestMessage2.Baz", baz2_->full_name());
}
TEST_F(NestedDescriptorTest, MessageContainingType) {
EXPECT_EQ(message_ , foo_ ->containing_type());
EXPECT_EQ(message_ , bar_ ->containing_type());
EXPECT_EQ(message2_, foo2_->containing_type());
EXPECT_EQ(message2_, baz2_->containing_type());
}
TEST_F(NestedDescriptorTest, NestedMessagesByIndex) {
ASSERT_EQ(2, message_->nested_type_count());
EXPECT_EQ(foo_, message_->nested_type(0));
EXPECT_EQ(bar_, message_->nested_type(1));
}
TEST_F(NestedDescriptorTest, FindFieldByNameDoesntFindNestedTypes) {
EXPECT_TRUE(message_->FindFieldByName("Foo") == NULL);
EXPECT_TRUE(message_->FindFieldByName("Qux") == NULL);
EXPECT_TRUE(message_->FindExtensionByName("Foo") == NULL);
EXPECT_TRUE(message_->FindExtensionByName("Qux") == NULL);
}
TEST_F(NestedDescriptorTest, FindNestedTypeByName) {
EXPECT_EQ(foo_ , message_ ->FindNestedTypeByName("Foo"));
EXPECT_EQ(bar_ , message_ ->FindNestedTypeByName("Bar"));
EXPECT_EQ(foo2_, message2_->FindNestedTypeByName("Foo"));
EXPECT_EQ(baz2_, message2_->FindNestedTypeByName("Baz"));
EXPECT_TRUE(message_ ->FindNestedTypeByName("NoSuchType") == NULL);
EXPECT_TRUE(message_ ->FindNestedTypeByName("Baz" ) == NULL);
EXPECT_TRUE(message2_->FindNestedTypeByName("Bar" ) == NULL);
EXPECT_TRUE(message_->FindNestedTypeByName("Qux") == NULL);
}
TEST_F(NestedDescriptorTest, EnumName) {
EXPECT_EQ("Baz" , baz_ ->name());
EXPECT_EQ("Qux" , qux_ ->name());
EXPECT_EQ("Qux" , qux2_->name());
EXPECT_EQ("Quux", quux2_->name());
EXPECT_EQ("TestMessage.Baz", baz_->full_name());
EXPECT_EQ("TestMessage.Qux", qux_->full_name());
EXPECT_EQ("corge.grault.TestMessage2.Qux" , qux2_ ->full_name());
EXPECT_EQ("corge.grault.TestMessage2.Quux", quux2_->full_name());
}
TEST_F(NestedDescriptorTest, EnumContainingType) {
EXPECT_EQ(message_ , baz_ ->containing_type());
EXPECT_EQ(message_ , qux_ ->containing_type());
EXPECT_EQ(message2_, qux2_ ->containing_type());
EXPECT_EQ(message2_, quux2_->containing_type());
}
TEST_F(NestedDescriptorTest, NestedEnumsByIndex) {
ASSERT_EQ(2, message_->nested_type_count());
EXPECT_EQ(foo_, message_->nested_type(0));
EXPECT_EQ(bar_, message_->nested_type(1));
}
TEST_F(NestedDescriptorTest, FindEnumTypeByName) {
EXPECT_EQ(baz_ , message_ ->FindEnumTypeByName("Baz" ));
EXPECT_EQ(qux_ , message_ ->FindEnumTypeByName("Qux" ));
EXPECT_EQ(qux2_ , message2_->FindEnumTypeByName("Qux" ));
EXPECT_EQ(quux2_, message2_->FindEnumTypeByName("Quux"));
EXPECT_TRUE(message_ ->FindEnumTypeByName("NoSuchType") == NULL);
EXPECT_TRUE(message_ ->FindEnumTypeByName("Quux" ) == NULL);
EXPECT_TRUE(message2_->FindEnumTypeByName("Baz" ) == NULL);
EXPECT_TRUE(message_->FindEnumTypeByName("Foo") == NULL);
}
TEST_F(NestedDescriptorTest, FindEnumValueByName) {
EXPECT_EQ(a_ , message_ ->FindEnumValueByName("A"));
EXPECT_EQ(b_ , message_ ->FindEnumValueByName("B"));
EXPECT_EQ(a2_, message2_->FindEnumValueByName("A"));
EXPECT_EQ(c2_, message2_->FindEnumValueByName("C"));
EXPECT_TRUE(message_ ->FindEnumValueByName("NO_SUCH_VALUE") == NULL);
EXPECT_TRUE(message_ ->FindEnumValueByName("C" ) == NULL);
EXPECT_TRUE(message2_->FindEnumValueByName("B" ) == NULL);
EXPECT_TRUE(message_->FindEnumValueByName("Foo") == NULL);
}
// ===================================================================
// Test extensions.
class ExtensionDescriptorTest : public testing::Test {
protected:
virtual void SetUp() {
// Build descriptors for the following definitions:
//
// enum Baz {}
// message Qux {}
//
// message Foo {
// extensions 10 to 19;
// extensions 30 to 39;
// }
// extends Foo with optional int32 foo_int32 = 10;
// extends Foo with repeated TestEnum foo_enum = 19;
// message Bar {
// extends Foo with optional Qux foo_message = 30;
// // (using Qux as the group type)
// extends Foo with repeated group foo_group = 39;
// }
FileDescriptorProto foo_file;
foo_file.set_name("foo.proto");
AddEmptyEnum(&foo_file, "Baz");
AddMessage(&foo_file, "Qux");
DescriptorProto* foo = AddMessage(&foo_file, "Foo");
AddExtensionRange(foo, 10, 20);
AddExtensionRange(foo, 30, 40);
AddExtension(&foo_file, "Foo", "foo_int32", 10,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
AddExtension(&foo_file, "Foo", "foo_enum", 19,
FieldDescriptorProto::LABEL_REPEATED,
FieldDescriptorProto::TYPE_ENUM)
->set_type_name("Baz");
DescriptorProto* bar = AddMessage(&foo_file, "Bar");
AddNestedExtension(bar, "Foo", "foo_message", 30,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_MESSAGE)
->set_type_name("Qux");
AddNestedExtension(bar, "Foo", "foo_group", 39,
FieldDescriptorProto::LABEL_REPEATED,
FieldDescriptorProto::TYPE_GROUP)
->set_type_name("Qux");
// Build the descriptors and get the pointers.
foo_file_ = pool_.BuildFile(foo_file);
ASSERT_TRUE(foo_file_ != NULL);
ASSERT_EQ(1, foo_file_->enum_type_count());
baz_ = foo_file_->enum_type(0);
ASSERT_EQ(3, foo_file_->message_type_count());
qux_ = foo_file_->message_type(0);
foo_ = foo_file_->message_type(1);
bar_ = foo_file_->message_type(2);
}
DescriptorPool pool_;
const FileDescriptor* foo_file_;
const Descriptor* foo_;
const Descriptor* bar_;
const EnumDescriptor* baz_;
const Descriptor* qux_;
};
TEST_F(ExtensionDescriptorTest, ExtensionRanges) {
EXPECT_EQ(0, bar_->extension_range_count());
ASSERT_EQ(2, foo_->extension_range_count());
EXPECT_EQ(10, foo_->extension_range(0)->start);
EXPECT_EQ(30, foo_->extension_range(1)->start);
EXPECT_EQ(20, foo_->extension_range(0)->end);
EXPECT_EQ(40, foo_->extension_range(1)->end);
};
TEST_F(ExtensionDescriptorTest, Extensions) {
EXPECT_EQ(0, foo_->extension_count());
ASSERT_EQ(2, foo_file_->extension_count());
ASSERT_EQ(2, bar_->extension_count());
EXPECT_TRUE(foo_file_->extension(0)->is_extension());
EXPECT_TRUE(foo_file_->extension(1)->is_extension());
EXPECT_TRUE(bar_->extension(0)->is_extension());
EXPECT_TRUE(bar_->extension(1)->is_extension());
EXPECT_EQ("foo_int32" , foo_file_->extension(0)->name());
EXPECT_EQ("foo_enum" , foo_file_->extension(1)->name());
EXPECT_EQ("foo_message", bar_->extension(0)->name());
EXPECT_EQ("foo_group" , bar_->extension(1)->name());
EXPECT_EQ(10, foo_file_->extension(0)->number());
EXPECT_EQ(19, foo_file_->extension(1)->number());
EXPECT_EQ(30, bar_->extension(0)->number());
EXPECT_EQ(39, bar_->extension(1)->number());
EXPECT_EQ(FieldDescriptor::TYPE_INT32 , foo_file_->extension(0)->type());
EXPECT_EQ(FieldDescriptor::TYPE_ENUM , foo_file_->extension(1)->type());
EXPECT_EQ(FieldDescriptor::TYPE_MESSAGE, bar_->extension(0)->type());
EXPECT_EQ(FieldDescriptor::TYPE_GROUP , bar_->extension(1)->type());
EXPECT_EQ(baz_, foo_file_->extension(1)->enum_type());
EXPECT_EQ(qux_, bar_->extension(0)->message_type());
EXPECT_EQ(qux_, bar_->extension(1)->message_type());
EXPECT_EQ(FieldDescriptor::LABEL_OPTIONAL, foo_file_->extension(0)->label());
EXPECT_EQ(FieldDescriptor::LABEL_REPEATED, foo_file_->extension(1)->label());
EXPECT_EQ(FieldDescriptor::LABEL_OPTIONAL, bar_->extension(0)->label());
EXPECT_EQ(FieldDescriptor::LABEL_REPEATED, bar_->extension(1)->label());
EXPECT_EQ(foo_, foo_file_->extension(0)->containing_type());
EXPECT_EQ(foo_, foo_file_->extension(1)->containing_type());
EXPECT_EQ(foo_, bar_->extension(0)->containing_type());
EXPECT_EQ(foo_, bar_->extension(1)->containing_type());
EXPECT_TRUE(foo_file_->extension(0)->extension_scope() == NULL);
EXPECT_TRUE(foo_file_->extension(1)->extension_scope() == NULL);
EXPECT_EQ(bar_, bar_->extension(0)->extension_scope());
EXPECT_EQ(bar_, bar_->extension(1)->extension_scope());
};
TEST_F(ExtensionDescriptorTest, IsExtensionNumber) {
EXPECT_FALSE(foo_->IsExtensionNumber( 9));
EXPECT_TRUE (foo_->IsExtensionNumber(10));
EXPECT_TRUE (foo_->IsExtensionNumber(19));
EXPECT_FALSE(foo_->IsExtensionNumber(20));
EXPECT_FALSE(foo_->IsExtensionNumber(29));
EXPECT_TRUE (foo_->IsExtensionNumber(30));
EXPECT_TRUE (foo_->IsExtensionNumber(39));
EXPECT_FALSE(foo_->IsExtensionNumber(40));
}
TEST_F(ExtensionDescriptorTest, FindExtensionByName) {
// Note that FileDescriptor::FindExtensionByName() is tested by
// FileDescriptorTest.
ASSERT_EQ(2, bar_->extension_count());
EXPECT_EQ(bar_->extension(0), bar_->FindExtensionByName("foo_message"));
EXPECT_EQ(bar_->extension(1), bar_->FindExtensionByName("foo_group" ));
EXPECT_TRUE(bar_->FindExtensionByName("no_such_extension") == NULL);
EXPECT_TRUE(foo_->FindExtensionByName("foo_int32") == NULL);
EXPECT_TRUE(foo_->FindExtensionByName("foo_message") == NULL);
}
TEST_F(ExtensionDescriptorTest, FindAllExtensions) {
std::vector<const FieldDescriptor*> extensions;
pool_.FindAllExtensions(foo_, &extensions);
ASSERT_EQ(4, extensions.size());
EXPECT_EQ(10, extensions[0]->number());
EXPECT_EQ(19, extensions[1]->number());
EXPECT_EQ(30, extensions[2]->number());
EXPECT_EQ(39, extensions[3]->number());
}
TEST_F(ExtensionDescriptorTest, DuplicateFieldNumber) {
DescriptorPool pool;
FileDescriptorProto file_proto;
// Add "google/protobuf/descriptor.proto".
FileDescriptorProto::descriptor()->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
// Add "foo.proto":
// import "google/protobuf/descriptor.proto";
// extend google.protobuf.FieldOptions {
// optional int32 option1 = 1000;
// }
file_proto.Clear();
file_proto.set_name("foo.proto");
file_proto.add_dependency("google/protobuf/descriptor.proto");
AddExtension(&file_proto, "google.protobuf.FieldOptions", "option1", 1000,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
// Add "bar.proto":
// import "google/protobuf/descriptor.proto";
// extend google.protobuf.FieldOptions {
// optional int32 option2 = 1000;
// }
file_proto.Clear();
file_proto.set_name("bar.proto");
file_proto.add_dependency("google/protobuf/descriptor.proto");
AddExtension(&file_proto, "google.protobuf.FieldOptions", "option2", 1000,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
// Currently we only generate a warning for conflicting extension numbers.
// TODO(xiaofeng): Change it to an error.
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
}
// ===================================================================
// Test reserved fields.
class ReservedDescriptorTest : public testing::Test {
protected:
virtual void SetUp() {
// Build descriptors for the following definitions:
//
// message Foo {
// reserved 2, 9 to 11, 15;
// reserved "foo", "bar";
// }
FileDescriptorProto foo_file;
foo_file.set_name("foo.proto");
DescriptorProto* foo = AddMessage(&foo_file, "Foo");
AddReservedRange(foo, 2, 3);
AddReservedRange(foo, 9, 12);
AddReservedRange(foo, 15, 16);
foo->add_reserved_name("foo");
foo->add_reserved_name("bar");
// Build the descriptors and get the pointers.
foo_file_ = pool_.BuildFile(foo_file);
ASSERT_TRUE(foo_file_ != NULL);
ASSERT_EQ(1, foo_file_->message_type_count());
foo_ = foo_file_->message_type(0);
}
DescriptorPool pool_;
const FileDescriptor* foo_file_;
const Descriptor* foo_;
};
TEST_F(ReservedDescriptorTest, ReservedRanges) {
ASSERT_EQ(3, foo_->reserved_range_count());
EXPECT_EQ(2, foo_->reserved_range(0)->start);
EXPECT_EQ(3, foo_->reserved_range(0)->end);
EXPECT_EQ(9, foo_->reserved_range(1)->start);
EXPECT_EQ(12, foo_->reserved_range(1)->end);
EXPECT_EQ(15, foo_->reserved_range(2)->start);
EXPECT_EQ(16, foo_->reserved_range(2)->end);
};
TEST_F(ReservedDescriptorTest, IsReservedNumber) {
EXPECT_FALSE(foo_->IsReservedNumber(1));
EXPECT_TRUE (foo_->IsReservedNumber(2));
EXPECT_FALSE(foo_->IsReservedNumber(3));
EXPECT_FALSE(foo_->IsReservedNumber(8));
EXPECT_TRUE (foo_->IsReservedNumber(9));
EXPECT_TRUE (foo_->IsReservedNumber(10));
EXPECT_TRUE (foo_->IsReservedNumber(11));
EXPECT_FALSE(foo_->IsReservedNumber(12));
EXPECT_FALSE(foo_->IsReservedNumber(13));
EXPECT_FALSE(foo_->IsReservedNumber(14));
EXPECT_TRUE (foo_->IsReservedNumber(15));
EXPECT_FALSE(foo_->IsReservedNumber(16));
};
TEST_F(ReservedDescriptorTest, ReservedNames) {
ASSERT_EQ(2, foo_->reserved_name_count());
EXPECT_EQ("foo", foo_->reserved_name(0));
EXPECT_EQ("bar", foo_->reserved_name(1));
};
TEST_F(ReservedDescriptorTest, IsReservedName) {
EXPECT_TRUE (foo_->IsReservedName("foo"));
EXPECT_TRUE (foo_->IsReservedName("bar"));
EXPECT_FALSE(foo_->IsReservedName("baz"));
};
// ===================================================================
// Test reserved enum fields.
class ReservedEnumDescriptorTest : public testing::Test {
protected:
virtual void SetUp() {
// Build descriptors for the following definitions:
//
// enum Foo {
// BAR = 1;
// reserved 2, 9 to 11, 15;
// reserved "foo", "bar";
// }
FileDescriptorProto foo_file;
foo_file.set_name("foo.proto");
EnumDescriptorProto* foo = AddEnum(&foo_file, "Foo");
EnumDescriptorProto* edge1 = AddEnum(&foo_file, "Edge1");
EnumDescriptorProto* edge2 = AddEnum(&foo_file, "Edge2");
AddEnumValue(foo, "BAR", 4);
AddReservedRange(foo, -5, -3);
AddReservedRange(foo, -2, 1);
AddReservedRange(foo, 2, 3);
AddReservedRange(foo, 9, 12);
AddReservedRange(foo, 15, 16);
foo->add_reserved_name("foo");
foo->add_reserved_name("bar");
// Some additional edge cases that cover most or all of the range of enum
// values
// Note: We use INT_MAX as the maximum reserved range upper bound,
// inclusive.
AddEnumValue(edge1, "EDGE1", 1);
AddReservedRange(edge1, 10, INT_MAX);
AddEnumValue(edge2, "EDGE2", 15);
AddReservedRange(edge2, INT_MIN, 10);
// Build the descriptors and get the pointers.
foo_file_ = pool_.BuildFile(foo_file);
ASSERT_TRUE(foo_file_ != NULL);
ASSERT_EQ(3, foo_file_->enum_type_count());
foo_ = foo_file_->enum_type(0);
edge1_ = foo_file_->enum_type(1);
edge2_ = foo_file_->enum_type(2);
}
DescriptorPool pool_;
const FileDescriptor* foo_file_;
const EnumDescriptor* foo_;
const EnumDescriptor* edge1_;
const EnumDescriptor* edge2_;
};
TEST_F(ReservedEnumDescriptorTest, ReservedRanges) {
ASSERT_EQ(5, foo_->reserved_range_count());
EXPECT_EQ(-5, foo_->reserved_range(0)->start);
EXPECT_EQ(-3, foo_->reserved_range(0)->end);
EXPECT_EQ(-2, foo_->reserved_range(1)->start);
EXPECT_EQ(1, foo_->reserved_range(1)->end);
EXPECT_EQ(2, foo_->reserved_range(2)->start);
EXPECT_EQ(3, foo_->reserved_range(2)->end);
EXPECT_EQ(9, foo_->reserved_range(3)->start);
EXPECT_EQ(12, foo_->reserved_range(3)->end);
EXPECT_EQ(15, foo_->reserved_range(4)->start);
EXPECT_EQ(16, foo_->reserved_range(4)->end);
ASSERT_EQ(1, edge1_->reserved_range_count());
EXPECT_EQ(10, edge1_->reserved_range(0)->start);
EXPECT_EQ(INT_MAX, edge1_->reserved_range(0)->end);
ASSERT_EQ(1, edge2_->reserved_range_count());
EXPECT_EQ(INT_MIN, edge2_->reserved_range(0)->start);
EXPECT_EQ(10, edge2_->reserved_range(0)->end);
}
TEST_F(ReservedEnumDescriptorTest, IsReservedNumber) {
EXPECT_TRUE(foo_->IsReservedNumber(-5));
EXPECT_TRUE(foo_->IsReservedNumber(-4));
EXPECT_TRUE(foo_->IsReservedNumber(-3));
EXPECT_TRUE(foo_->IsReservedNumber(-2));
EXPECT_TRUE(foo_->IsReservedNumber(-1));
EXPECT_TRUE(foo_->IsReservedNumber(0));
EXPECT_TRUE(foo_->IsReservedNumber(1));
EXPECT_TRUE (foo_->IsReservedNumber(2));
EXPECT_TRUE(foo_->IsReservedNumber(3));
EXPECT_FALSE(foo_->IsReservedNumber(8));
EXPECT_TRUE (foo_->IsReservedNumber(9));
EXPECT_TRUE (foo_->IsReservedNumber(10));
EXPECT_TRUE (foo_->IsReservedNumber(11));
EXPECT_TRUE(foo_->IsReservedNumber(12));
EXPECT_FALSE(foo_->IsReservedNumber(13));
EXPECT_FALSE(foo_->IsReservedNumber(13));
EXPECT_FALSE(foo_->IsReservedNumber(14));
EXPECT_TRUE (foo_->IsReservedNumber(15));
EXPECT_TRUE(foo_->IsReservedNumber(16));
EXPECT_FALSE(foo_->IsReservedNumber(17));
EXPECT_FALSE(edge1_->IsReservedNumber(9));
EXPECT_TRUE(edge1_->IsReservedNumber(10));
EXPECT_TRUE(edge1_->IsReservedNumber(INT_MAX - 1));
EXPECT_TRUE(edge1_->IsReservedNumber(INT_MAX));
EXPECT_TRUE(edge2_->IsReservedNumber(INT_MIN));
EXPECT_TRUE(edge2_->IsReservedNumber(9));
EXPECT_TRUE(edge2_->IsReservedNumber(10));
EXPECT_FALSE(edge2_->IsReservedNumber(11));
}
TEST_F(ReservedEnumDescriptorTest, ReservedNames) {
ASSERT_EQ(2, foo_->reserved_name_count());
EXPECT_EQ("foo", foo_->reserved_name(0));
EXPECT_EQ("bar", foo_->reserved_name(1));
}
TEST_F(ReservedEnumDescriptorTest, IsReservedName) {
EXPECT_TRUE (foo_->IsReservedName("foo"));
EXPECT_TRUE (foo_->IsReservedName("bar"));
EXPECT_FALSE(foo_->IsReservedName("baz"));
}
// ===================================================================
class MiscTest : public testing::Test {
protected:
// Function which makes a field descriptor of the given type.
const FieldDescriptor* GetFieldDescriptorOfType(FieldDescriptor::Type type) {
FileDescriptorProto file_proto;
file_proto.set_name("foo.proto");
AddEmptyEnum(&file_proto, "DummyEnum");
DescriptorProto* message = AddMessage(&file_proto, "TestMessage");
FieldDescriptorProto* field =
AddField(message, "foo", 1, FieldDescriptorProto::LABEL_OPTIONAL,
static_cast<FieldDescriptorProto::Type>(static_cast<int>(type)));
if (type == FieldDescriptor::TYPE_MESSAGE ||
type == FieldDescriptor::TYPE_GROUP) {
field->set_type_name("TestMessage");
} else if (type == FieldDescriptor::TYPE_ENUM) {
field->set_type_name("DummyEnum");
}
// Build the descriptors and get the pointers.
pool_.reset(new DescriptorPool());
const FileDescriptor* file = pool_->BuildFile(file_proto);
if (file != NULL &&
file->message_type_count() == 1 &&
file->message_type(0)->field_count() == 1) {
return file->message_type(0)->field(0);
} else {
return NULL;
}
}
const char* GetTypeNameForFieldType(FieldDescriptor::Type type) {
const FieldDescriptor* field = GetFieldDescriptorOfType(type);
return field != NULL ? field->type_name() : "";
}
FieldDescriptor::CppType GetCppTypeForFieldType(FieldDescriptor::Type type) {
const FieldDescriptor* field = GetFieldDescriptorOfType(type);
return field != NULL ? field->cpp_type() :
static_cast<FieldDescriptor::CppType>(0);
}
const char* GetCppTypeNameForFieldType(FieldDescriptor::Type type) {
const FieldDescriptor* field = GetFieldDescriptorOfType(type);
return field != NULL ? field->cpp_type_name() : "";
}
const Descriptor* GetMessageDescriptorForFieldType(
FieldDescriptor::Type type) {
const FieldDescriptor* field = GetFieldDescriptorOfType(type);
return field != NULL ? field->message_type() : NULL;
}
const EnumDescriptor* GetEnumDescriptorForFieldType(
FieldDescriptor::Type type) {
const FieldDescriptor* field = GetFieldDescriptorOfType(type);
return field != NULL ? field->enum_type() : NULL;
}
std::unique_ptr<DescriptorPool> pool_;
};
TEST_F(MiscTest, TypeNames) {
// Test that correct type names are returned.
typedef FieldDescriptor FD; // avoid ugly line wrapping
EXPECT_STREQ("double" , GetTypeNameForFieldType(FD::TYPE_DOUBLE ));
EXPECT_STREQ("float" , GetTypeNameForFieldType(FD::TYPE_FLOAT ));
EXPECT_STREQ("int64" , GetTypeNameForFieldType(FD::TYPE_INT64 ));
EXPECT_STREQ("uint64" , GetTypeNameForFieldType(FD::TYPE_UINT64 ));
EXPECT_STREQ("int32" , GetTypeNameForFieldType(FD::TYPE_INT32 ));
EXPECT_STREQ("fixed64" , GetTypeNameForFieldType(FD::TYPE_FIXED64 ));
EXPECT_STREQ("fixed32" , GetTypeNameForFieldType(FD::TYPE_FIXED32 ));
EXPECT_STREQ("bool" , GetTypeNameForFieldType(FD::TYPE_BOOL ));
EXPECT_STREQ("string" , GetTypeNameForFieldType(FD::TYPE_STRING ));
EXPECT_STREQ("group" , GetTypeNameForFieldType(FD::TYPE_GROUP ));
EXPECT_STREQ("message" , GetTypeNameForFieldType(FD::TYPE_MESSAGE ));
EXPECT_STREQ("bytes" , GetTypeNameForFieldType(FD::TYPE_BYTES ));
EXPECT_STREQ("uint32" , GetTypeNameForFieldType(FD::TYPE_UINT32 ));
EXPECT_STREQ("enum" , GetTypeNameForFieldType(FD::TYPE_ENUM ));
EXPECT_STREQ("sfixed32", GetTypeNameForFieldType(FD::TYPE_SFIXED32));
EXPECT_STREQ("sfixed64", GetTypeNameForFieldType(FD::TYPE_SFIXED64));
EXPECT_STREQ("sint32" , GetTypeNameForFieldType(FD::TYPE_SINT32 ));
EXPECT_STREQ("sint64" , GetTypeNameForFieldType(FD::TYPE_SINT64 ));
}
TEST_F(MiscTest, StaticTypeNames) {
// Test that correct type names are returned.
typedef FieldDescriptor FD; // avoid ugly line wrapping
EXPECT_STREQ("double" , FD::TypeName(FD::TYPE_DOUBLE ));
EXPECT_STREQ("float" , FD::TypeName(FD::TYPE_FLOAT ));
EXPECT_STREQ("int64" , FD::TypeName(FD::TYPE_INT64 ));
EXPECT_STREQ("uint64" , FD::TypeName(FD::TYPE_UINT64 ));
EXPECT_STREQ("int32" , FD::TypeName(FD::TYPE_INT32 ));
EXPECT_STREQ("fixed64" , FD::TypeName(FD::TYPE_FIXED64 ));
EXPECT_STREQ("fixed32" , FD::TypeName(FD::TYPE_FIXED32 ));
EXPECT_STREQ("bool" , FD::TypeName(FD::TYPE_BOOL ));
EXPECT_STREQ("string" , FD::TypeName(FD::TYPE_STRING ));
EXPECT_STREQ("group" , FD::TypeName(FD::TYPE_GROUP ));
EXPECT_STREQ("message" , FD::TypeName(FD::TYPE_MESSAGE ));
EXPECT_STREQ("bytes" , FD::TypeName(FD::TYPE_BYTES ));
EXPECT_STREQ("uint32" , FD::TypeName(FD::TYPE_UINT32 ));
EXPECT_STREQ("enum" , FD::TypeName(FD::TYPE_ENUM ));
EXPECT_STREQ("sfixed32", FD::TypeName(FD::TYPE_SFIXED32));
EXPECT_STREQ("sfixed64", FD::TypeName(FD::TYPE_SFIXED64));
EXPECT_STREQ("sint32" , FD::TypeName(FD::TYPE_SINT32 ));
EXPECT_STREQ("sint64" , FD::TypeName(FD::TYPE_SINT64 ));
}
TEST_F(MiscTest, CppTypes) {
// Test that CPP types are assigned correctly.
typedef FieldDescriptor FD; // avoid ugly line wrapping
EXPECT_EQ(FD::CPPTYPE_DOUBLE , GetCppTypeForFieldType(FD::TYPE_DOUBLE ));
EXPECT_EQ(FD::CPPTYPE_FLOAT , GetCppTypeForFieldType(FD::TYPE_FLOAT ));
EXPECT_EQ(FD::CPPTYPE_INT64 , GetCppTypeForFieldType(FD::TYPE_INT64 ));
EXPECT_EQ(FD::CPPTYPE_UINT64 , GetCppTypeForFieldType(FD::TYPE_UINT64 ));
EXPECT_EQ(FD::CPPTYPE_INT32 , GetCppTypeForFieldType(FD::TYPE_INT32 ));
EXPECT_EQ(FD::CPPTYPE_UINT64 , GetCppTypeForFieldType(FD::TYPE_FIXED64 ));
EXPECT_EQ(FD::CPPTYPE_UINT32 , GetCppTypeForFieldType(FD::TYPE_FIXED32 ));
EXPECT_EQ(FD::CPPTYPE_BOOL , GetCppTypeForFieldType(FD::TYPE_BOOL ));
EXPECT_EQ(FD::CPPTYPE_STRING , GetCppTypeForFieldType(FD::TYPE_STRING ));
EXPECT_EQ(FD::CPPTYPE_MESSAGE, GetCppTypeForFieldType(FD::TYPE_GROUP ));
EXPECT_EQ(FD::CPPTYPE_MESSAGE, GetCppTypeForFieldType(FD::TYPE_MESSAGE ));
EXPECT_EQ(FD::CPPTYPE_STRING , GetCppTypeForFieldType(FD::TYPE_BYTES ));
EXPECT_EQ(FD::CPPTYPE_UINT32 , GetCppTypeForFieldType(FD::TYPE_UINT32 ));
EXPECT_EQ(FD::CPPTYPE_ENUM , GetCppTypeForFieldType(FD::TYPE_ENUM ));
EXPECT_EQ(FD::CPPTYPE_INT32 , GetCppTypeForFieldType(FD::TYPE_SFIXED32));
EXPECT_EQ(FD::CPPTYPE_INT64 , GetCppTypeForFieldType(FD::TYPE_SFIXED64));
EXPECT_EQ(FD::CPPTYPE_INT32 , GetCppTypeForFieldType(FD::TYPE_SINT32 ));
EXPECT_EQ(FD::CPPTYPE_INT64 , GetCppTypeForFieldType(FD::TYPE_SINT64 ));
}
TEST_F(MiscTest, CppTypeNames) {
// Test that correct CPP type names are returned.
typedef FieldDescriptor FD; // avoid ugly line wrapping
EXPECT_STREQ("double" , GetCppTypeNameForFieldType(FD::TYPE_DOUBLE ));
EXPECT_STREQ("float" , GetCppTypeNameForFieldType(FD::TYPE_FLOAT ));
EXPECT_STREQ("int64" , GetCppTypeNameForFieldType(FD::TYPE_INT64 ));
EXPECT_STREQ("uint64" , GetCppTypeNameForFieldType(FD::TYPE_UINT64 ));
EXPECT_STREQ("int32" , GetCppTypeNameForFieldType(FD::TYPE_INT32 ));
EXPECT_STREQ("uint64" , GetCppTypeNameForFieldType(FD::TYPE_FIXED64 ));
EXPECT_STREQ("uint32" , GetCppTypeNameForFieldType(FD::TYPE_FIXED32 ));
EXPECT_STREQ("bool" , GetCppTypeNameForFieldType(FD::TYPE_BOOL ));
EXPECT_STREQ("string" , GetCppTypeNameForFieldType(FD::TYPE_STRING ));
EXPECT_STREQ("message", GetCppTypeNameForFieldType(FD::TYPE_GROUP ));
EXPECT_STREQ("message", GetCppTypeNameForFieldType(FD::TYPE_MESSAGE ));
EXPECT_STREQ("string" , GetCppTypeNameForFieldType(FD::TYPE_BYTES ));
EXPECT_STREQ("uint32" , GetCppTypeNameForFieldType(FD::TYPE_UINT32 ));
EXPECT_STREQ("enum" , GetCppTypeNameForFieldType(FD::TYPE_ENUM ));
EXPECT_STREQ("int32" , GetCppTypeNameForFieldType(FD::TYPE_SFIXED32));
EXPECT_STREQ("int64" , GetCppTypeNameForFieldType(FD::TYPE_SFIXED64));
EXPECT_STREQ("int32" , GetCppTypeNameForFieldType(FD::TYPE_SINT32 ));
EXPECT_STREQ("int64" , GetCppTypeNameForFieldType(FD::TYPE_SINT64 ));
}
TEST_F(MiscTest, StaticCppTypeNames) {
// Test that correct CPP type names are returned.
typedef FieldDescriptor FD; // avoid ugly line wrapping
EXPECT_STREQ("int32" , FD::CppTypeName(FD::CPPTYPE_INT32 ));
EXPECT_STREQ("int64" , FD::CppTypeName(FD::CPPTYPE_INT64 ));
EXPECT_STREQ("uint32" , FD::CppTypeName(FD::CPPTYPE_UINT32 ));
EXPECT_STREQ("uint64" , FD::CppTypeName(FD::CPPTYPE_UINT64 ));
EXPECT_STREQ("double" , FD::CppTypeName(FD::CPPTYPE_DOUBLE ));
EXPECT_STREQ("float" , FD::CppTypeName(FD::CPPTYPE_FLOAT ));
EXPECT_STREQ("bool" , FD::CppTypeName(FD::CPPTYPE_BOOL ));
EXPECT_STREQ("enum" , FD::CppTypeName(FD::CPPTYPE_ENUM ));
EXPECT_STREQ("string" , FD::CppTypeName(FD::CPPTYPE_STRING ));
EXPECT_STREQ("message", FD::CppTypeName(FD::CPPTYPE_MESSAGE));
}
TEST_F(MiscTest, MessageType) {
// Test that message_type() is NULL for non-aggregate fields
typedef FieldDescriptor FD; // avoid ugly line wrapping
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_DOUBLE ));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_FLOAT ));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_INT64 ));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_UINT64 ));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_INT32 ));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_FIXED64 ));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_FIXED32 ));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_BOOL ));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_STRING ));
EXPECT_TRUE(NULL != GetMessageDescriptorForFieldType(FD::TYPE_GROUP ));
EXPECT_TRUE(NULL != GetMessageDescriptorForFieldType(FD::TYPE_MESSAGE ));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_BYTES ));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_UINT32 ));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_ENUM ));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_SFIXED32));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_SFIXED64));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_SINT32 ));
EXPECT_TRUE(NULL == GetMessageDescriptorForFieldType(FD::TYPE_SINT64 ));
}
TEST_F(MiscTest, EnumType) {
// Test that enum_type() is NULL for non-enum fields
typedef FieldDescriptor FD; // avoid ugly line wrapping
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_DOUBLE ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_FLOAT ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_INT64 ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_UINT64 ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_INT32 ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_FIXED64 ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_FIXED32 ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_BOOL ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_STRING ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_GROUP ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_MESSAGE ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_BYTES ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_UINT32 ));
EXPECT_TRUE(NULL != GetEnumDescriptorForFieldType(FD::TYPE_ENUM ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_SFIXED32));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_SFIXED64));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_SINT32 ));
EXPECT_TRUE(NULL == GetEnumDescriptorForFieldType(FD::TYPE_SINT64 ));
}
TEST_F(MiscTest, DefaultValues) {
// Test that setting default values works.
FileDescriptorProto file_proto;
file_proto.set_name("foo.proto");
EnumDescriptorProto* enum_type_proto = AddEnum(&file_proto, "DummyEnum");
AddEnumValue(enum_type_proto, "A", 1);
AddEnumValue(enum_type_proto, "B", 2);
DescriptorProto* message_proto = AddMessage(&file_proto, "TestMessage");
typedef FieldDescriptorProto FD; // avoid ugly line wrapping
const FD::Label label = FD::LABEL_OPTIONAL;
// Create fields of every CPP type with default values.
AddField(message_proto, "int32" , 1, label, FD::TYPE_INT32 )
->set_default_value("-1");
AddField(message_proto, "int64" , 2, label, FD::TYPE_INT64 )
->set_default_value("-1000000000000");
AddField(message_proto, "uint32", 3, label, FD::TYPE_UINT32)
->set_default_value("42");
AddField(message_proto, "uint64", 4, label, FD::TYPE_UINT64)
->set_default_value("2000000000000");
AddField(message_proto, "float" , 5, label, FD::TYPE_FLOAT )
->set_default_value("4.5");
AddField(message_proto, "double", 6, label, FD::TYPE_DOUBLE)
->set_default_value("10e100");
AddField(message_proto, "bool" , 7, label, FD::TYPE_BOOL )
->set_default_value("true");
AddField(message_proto, "string", 8, label, FD::TYPE_STRING)
->set_default_value("hello");
AddField(message_proto, "data" , 9, label, FD::TYPE_BYTES )
->set_default_value("\\001\\002\\003");
FieldDescriptorProto* enum_field =
AddField(message_proto, "enum", 10, label, FD::TYPE_ENUM);
enum_field->set_type_name("DummyEnum");
enum_field->set_default_value("B");
// Strings are allowed to have empty defaults. (At one point, due to
// a bug, empty defaults for strings were rejected. Oops.)
AddField(message_proto, "empty_string", 11, label, FD::TYPE_STRING)
->set_default_value("");
// Add a second set of fields with implicit defalut values.
AddField(message_proto, "implicit_int32" , 21, label, FD::TYPE_INT32 );
AddField(message_proto, "implicit_int64" , 22, label, FD::TYPE_INT64 );
AddField(message_proto, "implicit_uint32", 23, label, FD::TYPE_UINT32);
AddField(message_proto, "implicit_uint64", 24, label, FD::TYPE_UINT64);
AddField(message_proto, "implicit_float" , 25, label, FD::TYPE_FLOAT );
AddField(message_proto, "implicit_double", 26, label, FD::TYPE_DOUBLE);
AddField(message_proto, "implicit_bool" , 27, label, FD::TYPE_BOOL );
AddField(message_proto, "implicit_string", 28, label, FD::TYPE_STRING);
AddField(message_proto, "implicit_data" , 29, label, FD::TYPE_BYTES );
AddField(message_proto, "implicit_enum" , 30, label, FD::TYPE_ENUM)
->set_type_name("DummyEnum");
// Build it.
DescriptorPool pool;
const FileDescriptor* file = pool.BuildFile(file_proto);
ASSERT_TRUE(file != NULL);
ASSERT_EQ(1, file->enum_type_count());
const EnumDescriptor* enum_type = file->enum_type(0);
ASSERT_EQ(2, enum_type->value_count());
const EnumValueDescriptor* enum_value_a = enum_type->value(0);
const EnumValueDescriptor* enum_value_b = enum_type->value(1);
ASSERT_EQ(1, file->message_type_count());
const Descriptor* message = file->message_type(0);
ASSERT_EQ(21, message->field_count());
// Check the default values.
ASSERT_TRUE(message->field(0)->has_default_value());
ASSERT_TRUE(message->field(1)->has_default_value());
ASSERT_TRUE(message->field(2)->has_default_value());
ASSERT_TRUE(message->field(3)->has_default_value());
ASSERT_TRUE(message->field(4)->has_default_value());
ASSERT_TRUE(message->field(5)->has_default_value());
ASSERT_TRUE(message->field(6)->has_default_value());
ASSERT_TRUE(message->field(7)->has_default_value());
ASSERT_TRUE(message->field(8)->has_default_value());
ASSERT_TRUE(message->field(9)->has_default_value());
ASSERT_TRUE(message->field(10)->has_default_value());
EXPECT_EQ(-1 , message->field(0)->default_value_int32 ());
EXPECT_EQ(-GOOGLE_ULONGLONG(1000000000000),
message->field(1)->default_value_int64 ());
EXPECT_EQ(42 , message->field(2)->default_value_uint32());
EXPECT_EQ(GOOGLE_ULONGLONG(2000000000000),
message->field(3)->default_value_uint64());
EXPECT_EQ(4.5 , message->field(4)->default_value_float ());
EXPECT_EQ(10e100 , message->field(5)->default_value_double());
EXPECT_TRUE( message->field(6)->default_value_bool ());
EXPECT_EQ("hello" , message->field(7)->default_value_string());
EXPECT_EQ("\001\002\003" , message->field(8)->default_value_string());
EXPECT_EQ(enum_value_b , message->field(9)->default_value_enum ());
EXPECT_EQ("" , message->field(10)->default_value_string());
ASSERT_FALSE(message->field(11)->has_default_value());
ASSERT_FALSE(message->field(12)->has_default_value());
ASSERT_FALSE(message->field(13)->has_default_value());
ASSERT_FALSE(message->field(14)->has_default_value());
ASSERT_FALSE(message->field(15)->has_default_value());
ASSERT_FALSE(message->field(16)->has_default_value());
ASSERT_FALSE(message->field(17)->has_default_value());
ASSERT_FALSE(message->field(18)->has_default_value());
ASSERT_FALSE(message->field(19)->has_default_value());
ASSERT_FALSE(message->field(20)->has_default_value());
EXPECT_EQ(0 , message->field(11)->default_value_int32 ());
EXPECT_EQ(0 , message->field(12)->default_value_int64 ());
EXPECT_EQ(0 , message->field(13)->default_value_uint32());
EXPECT_EQ(0 , message->field(14)->default_value_uint64());
EXPECT_EQ(0.0f , message->field(15)->default_value_float ());
EXPECT_EQ(0.0 , message->field(16)->default_value_double());
EXPECT_FALSE( message->field(17)->default_value_bool ());
EXPECT_EQ("" , message->field(18)->default_value_string());
EXPECT_EQ("" , message->field(19)->default_value_string());
EXPECT_EQ(enum_value_a, message->field(20)->default_value_enum());
}
TEST_F(MiscTest, FieldOptions) {
// Try setting field options.
FileDescriptorProto file_proto;
file_proto.set_name("foo.proto");
DescriptorProto* message_proto = AddMessage(&file_proto, "TestMessage");
AddField(message_proto, "foo", 1,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
FieldDescriptorProto* bar_proto =
AddField(message_proto, "bar", 2,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
FieldOptions* options = bar_proto->mutable_options();
options->set_ctype(FieldOptions::CORD);
// Build the descriptors and get the pointers.
DescriptorPool pool;
const FileDescriptor* file = pool.BuildFile(file_proto);
ASSERT_TRUE(file != NULL);
ASSERT_EQ(1, file->message_type_count());
const Descriptor* message = file->message_type(0);
ASSERT_EQ(2, message->field_count());
const FieldDescriptor* foo = message->field(0);
const FieldDescriptor* bar = message->field(1);
// "foo" had no options set, so it should return the default options.
EXPECT_EQ(&FieldOptions::default_instance(), &foo->options());
// "bar" had options set.
EXPECT_NE(&FieldOptions::default_instance(), options);
EXPECT_TRUE(bar->options().has_ctype());
EXPECT_EQ(FieldOptions::CORD, bar->options().ctype());
}
// ===================================================================
enum DescriptorPoolMode {
NO_DATABASE,
FALLBACK_DATABASE
};
class AllowUnknownDependenciesTest
: public testing::TestWithParam<DescriptorPoolMode> {
protected:
DescriptorPoolMode mode() {
return GetParam();
}
virtual void SetUp() {
FileDescriptorProto foo_proto, bar_proto;
switch (mode()) {
case NO_DATABASE:
pool_.reset(new DescriptorPool);
break;
case FALLBACK_DATABASE:
pool_.reset(new DescriptorPool(&db_));
break;
}
pool_->AllowUnknownDependencies();
ASSERT_TRUE(TextFormat::ParseFromString(
"name: 'foo.proto'"
"dependency: 'bar.proto'"
"dependency: 'baz.proto'"
"message_type {"
" name: 'Foo'"
" field { name:'bar' number:1 label:LABEL_OPTIONAL type_name:'Bar' }"
" field { name:'baz' number:2 label:LABEL_OPTIONAL type_name:'Baz' }"
" field { name:'qux' number:3 label:LABEL_OPTIONAL"
" type_name: '.corge.Qux'"
" type: TYPE_ENUM"
" options {"
" uninterpreted_option {"
" name {"
" name_part: 'grault'"
" is_extension: true"
" }"
" positive_int_value: 1234"
" }"
" }"
" }"
"}",
&foo_proto));
ASSERT_TRUE(TextFormat::ParseFromString(
"name: 'bar.proto'"
"message_type { name: 'Bar' }",
&bar_proto));
// Collect pointers to stuff.
bar_file_ = BuildFile(bar_proto);
ASSERT_TRUE(bar_file_ != NULL);
ASSERT_EQ(1, bar_file_->message_type_count());
bar_type_ = bar_file_->message_type(0);
foo_file_ = BuildFile(foo_proto);
ASSERT_TRUE(foo_file_ != NULL);
ASSERT_EQ(1, foo_file_->message_type_count());
foo_type_ = foo_file_->message_type(0);
ASSERT_EQ(3, foo_type_->field_count());
bar_field_ = foo_type_->field(0);
baz_field_ = foo_type_->field(1);
qux_field_ = foo_type_->field(2);
}
const FileDescriptor* BuildFile(const FileDescriptorProto& proto) {
switch (mode()) {
case NO_DATABASE:
return pool_->BuildFile(proto);
break;
case FALLBACK_DATABASE: {
EXPECT_TRUE(db_.Add(proto));
return pool_->FindFileByName(proto.name());
}
}
GOOGLE_LOG(FATAL) << "Can't get here.";
return NULL;
}
const FileDescriptor* bar_file_;
const Descriptor* bar_type_;
const FileDescriptor* foo_file_;
const Descriptor* foo_type_;
const FieldDescriptor* bar_field_;
const FieldDescriptor* baz_field_;
const FieldDescriptor* qux_field_;
SimpleDescriptorDatabase db_; // used if in FALLBACK_DATABASE mode.
std::unique_ptr<DescriptorPool> pool_;
};
TEST_P(AllowUnknownDependenciesTest, PlaceholderFile) {
ASSERT_EQ(2, foo_file_->dependency_count());
EXPECT_EQ(bar_file_, foo_file_->dependency(0));
EXPECT_FALSE(bar_file_->is_placeholder());
const FileDescriptor* baz_file = foo_file_->dependency(1);
EXPECT_EQ("baz.proto", baz_file->name());
EXPECT_EQ(0, baz_file->message_type_count());
EXPECT_TRUE(baz_file->is_placeholder());
// Placeholder files should not be findable.
EXPECT_EQ(bar_file_, pool_->FindFileByName(bar_file_->name()));
EXPECT_TRUE(pool_->FindFileByName(baz_file->name()) == NULL);
// Copy*To should not crash for placeholder files.
FileDescriptorProto baz_file_proto;
baz_file->CopyTo(&baz_file_proto);
baz_file->CopySourceCodeInfoTo(&baz_file_proto);
EXPECT_FALSE(baz_file_proto.has_source_code_info());
}
TEST_P(AllowUnknownDependenciesTest, PlaceholderTypes) {
ASSERT_EQ(FieldDescriptor::TYPE_MESSAGE, bar_field_->type());
EXPECT_EQ(bar_type_, bar_field_->message_type());
EXPECT_FALSE(bar_type_->is_placeholder());
ASSERT_EQ(FieldDescriptor::TYPE_MESSAGE, baz_field_->type());
const Descriptor* baz_type = baz_field_->message_type();
EXPECT_EQ("Baz", baz_type->name());
EXPECT_EQ("Baz", baz_type->full_name());
EXPECT_EQ(0, baz_type->extension_range_count());
EXPECT_TRUE(baz_type->is_placeholder());
ASSERT_EQ(FieldDescriptor::TYPE_ENUM, qux_field_->type());
const EnumDescriptor* qux_type = qux_field_->enum_type();
EXPECT_EQ("Qux", qux_type->name());
EXPECT_EQ("corge.Qux", qux_type->full_name());
EXPECT_TRUE(qux_type->is_placeholder());
// Placeholder types should not be findable.
EXPECT_EQ(bar_type_, pool_->FindMessageTypeByName(bar_type_->full_name()));
EXPECT_TRUE(pool_->FindMessageTypeByName(baz_type->full_name()) == NULL);
EXPECT_TRUE(pool_->FindEnumTypeByName(qux_type->full_name()) == NULL);
}
TEST_P(AllowUnknownDependenciesTest, CopyTo) {
// FieldDescriptor::CopyTo() should write non-fully-qualified type names
// for placeholder types which were not originally fully-qualified.
FieldDescriptorProto proto;
// Bar is not a placeholder, so it is fully-qualified.
bar_field_->CopyTo(&proto);
EXPECT_EQ(".Bar", proto.type_name());
EXPECT_EQ(FieldDescriptorProto::TYPE_MESSAGE, proto.type());
// Baz is an unqualified placeholder.
proto.Clear();
baz_field_->CopyTo(&proto);
EXPECT_EQ("Baz", proto.type_name());
EXPECT_FALSE(proto.has_type());
// Qux is a fully-qualified placeholder.
proto.Clear();
qux_field_->CopyTo(&proto);
EXPECT_EQ(".corge.Qux", proto.type_name());
EXPECT_EQ(FieldDescriptorProto::TYPE_ENUM, proto.type());
}
TEST_P(AllowUnknownDependenciesTest, CustomOptions) {
// Qux should still have the uninterpreted option attached.
ASSERT_EQ(1, qux_field_->options().uninterpreted_option_size());
const UninterpretedOption& option =
qux_field_->options().uninterpreted_option(0);
ASSERT_EQ(1, option.name_size());
EXPECT_EQ("grault", option.name(0).name_part());
}
TEST_P(AllowUnknownDependenciesTest, UnknownExtendee) {
// Test that we can extend an unknown type. This is slightly tricky because
// it means that the placeholder type must have an extension range.
FileDescriptorProto extension_proto;
ASSERT_TRUE(TextFormat::ParseFromString(
"name: 'extension.proto'"
"extension { extendee: 'UnknownType' name:'some_extension' number:123"
" label:LABEL_OPTIONAL type:TYPE_INT32 }",
&extension_proto));
const FileDescriptor* file = BuildFile(extension_proto);
ASSERT_TRUE(file != NULL);
ASSERT_EQ(1, file->extension_count());
const Descriptor* extendee = file->extension(0)->containing_type();
EXPECT_EQ("UnknownType", extendee->name());
EXPECT_TRUE(extendee->is_placeholder());
ASSERT_EQ(1, extendee->extension_range_count());
EXPECT_EQ(1, extendee->extension_range(0)->start);
EXPECT_EQ(FieldDescriptor::kMaxNumber + 1, extendee->extension_range(0)->end);
}
TEST_P(AllowUnknownDependenciesTest, CustomOption) {
// Test that we can use a custom option without having parsed
// descriptor.proto.
FileDescriptorProto option_proto;
ASSERT_TRUE(TextFormat::ParseFromString(
"name: \"unknown_custom_options.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { "
" extendee: \"google.protobuf.FileOptions\" "
" name: \"some_option\" "
" number: 123456 "
" label: LABEL_OPTIONAL "
" type: TYPE_INT32 "
"} "
"options { "
" uninterpreted_option { "
" name { "
" name_part: \"some_option\" "
" is_extension: true "
" } "
" positive_int_value: 1234 "
" } "
" uninterpreted_option { "
" name { "
" name_part: \"unknown_option\" "
" is_extension: true "
" } "
" positive_int_value: 1234 "
" } "
" uninterpreted_option { "
" name { "
" name_part: \"optimize_for\" "
" is_extension: false "
" } "
" identifier_value: \"SPEED\" "
" } "
"}",
&option_proto));
const FileDescriptor* file = BuildFile(option_proto);
ASSERT_TRUE(file != NULL);
// Verify that no extension options were set, but they were left as
// uninterpreted_options.
std::vector<const FieldDescriptor*> fields;
file->options().GetReflection()->ListFields(file->options(), &fields);
ASSERT_EQ(2, fields.size());
EXPECT_TRUE(file->options().has_optimize_for());
EXPECT_EQ(2, file->options().uninterpreted_option_size());
}
TEST_P(AllowUnknownDependenciesTest,
UndeclaredDependencyTriggersBuildOfDependency) {
// Crazy case: suppose foo.proto refers to a symbol without declaring the
// dependency that finds it. In the event that the pool is backed by a
// DescriptorDatabase, the pool will attempt to find the symbol in the
// database. If successful, it will build the undeclared dependency to verify
// that the file does indeed contain the symbol. If that file fails to build,
// then its descriptors must be rolled back. However, we still want foo.proto
// to build successfully, since we are allowing unknown dependencies.
FileDescriptorProto undeclared_dep_proto;
// We make this file fail to build by giving it two fields with tag 1.
ASSERT_TRUE(TextFormat::ParseFromString(
"name: \"invalid_file_as_undeclared_dep.proto\" "
"package: \"undeclared\" "
"message_type: { "
" name: \"Quux\" "
" field { "
" name:'qux' number:1 label:LABEL_OPTIONAL type: TYPE_INT32 "
" }"
" field { "
" name:'quux' number:1 label:LABEL_OPTIONAL type: TYPE_INT64 "
" }"
"}",
&undeclared_dep_proto));
// We can't use the BuildFile() helper because we don't actually want to build
// it into the descriptor pool in the fallback database case: it just needs to
// be sitting in the database so that it gets built during the building of
// test.proto below.
switch (mode()) {
case NO_DATABASE: {
ASSERT_TRUE(pool_->BuildFile(undeclared_dep_proto) == NULL);
break;
}
case FALLBACK_DATABASE: {
ASSERT_TRUE(db_.Add(undeclared_dep_proto));
}
}
FileDescriptorProto test_proto;
ASSERT_TRUE(TextFormat::ParseFromString(
"name: \"test.proto\" "
"message_type: { "
" name: \"Corge\" "
" field { "
" name:'quux' number:1 label: LABEL_OPTIONAL "
" type_name:'undeclared.Quux' type: TYPE_MESSAGE "
" }"
"}",
&test_proto));
const FileDescriptor* file = BuildFile(test_proto);
ASSERT_TRUE(file != NULL);
GOOGLE_LOG(INFO) << file->DebugString();
EXPECT_EQ(0, file->dependency_count());
ASSERT_EQ(1, file->message_type_count());
const Descriptor* corge_desc = file->message_type(0);
ASSERT_EQ("Corge", corge_desc->name());
ASSERT_EQ(1, corge_desc->field_count());
EXPECT_FALSE(corge_desc->is_placeholder());
const FieldDescriptor* quux_field = corge_desc->field(0);
ASSERT_EQ(FieldDescriptor::TYPE_MESSAGE, quux_field->type());
ASSERT_EQ("Quux", quux_field->message_type()->name());
ASSERT_EQ("undeclared.Quux", quux_field->message_type()->full_name());
EXPECT_TRUE(quux_field->message_type()->is_placeholder());
// The place holder type should not be findable.
ASSERT_TRUE(pool_->FindMessageTypeByName("undeclared.Quux") == NULL);
}
INSTANTIATE_TEST_CASE_P(DatabaseSource,
AllowUnknownDependenciesTest,
testing::Values(NO_DATABASE, FALLBACK_DATABASE));
// ===================================================================
TEST(CustomOptions, OptionLocations) {
const Descriptor* message =
protobuf_unittest::TestMessageWithCustomOptions::descriptor();
const FileDescriptor* file = message->file();
const FieldDescriptor* field = message->FindFieldByName("field1");
const OneofDescriptor* oneof = message->FindOneofByName("AnOneof");
const EnumDescriptor* enm = message->FindEnumTypeByName("AnEnum");
// TODO(benjy): Support EnumValue options, once the compiler does.
const ServiceDescriptor* service =
file->FindServiceByName("TestServiceWithCustomOptions");
const MethodDescriptor* method = service->FindMethodByName("Foo");
EXPECT_EQ(GOOGLE_LONGLONG(9876543210),
file->options().GetExtension(protobuf_unittest::file_opt1));
EXPECT_EQ(-56,
message->options().GetExtension(protobuf_unittest::message_opt1));
EXPECT_EQ(GOOGLE_LONGLONG(8765432109),
field->options().GetExtension(protobuf_unittest::field_opt1));
EXPECT_EQ(42, // Check that we get the default for an option we don't set.
field->options().GetExtension(protobuf_unittest::field_opt2));
EXPECT_EQ(-99,
oneof->options().GetExtension(protobuf_unittest::oneof_opt1));
EXPECT_EQ(-789,
enm->options().GetExtension(protobuf_unittest::enum_opt1));
EXPECT_EQ(123,
enm->value(1)->options().GetExtension(
protobuf_unittest::enum_value_opt1));
EXPECT_EQ(GOOGLE_LONGLONG(-9876543210),
service->options().GetExtension(protobuf_unittest::service_opt1));
EXPECT_EQ(protobuf_unittest::METHODOPT1_VAL2,
method->options().GetExtension(protobuf_unittest::method_opt1));
// See that the regular options went through unscathed.
EXPECT_TRUE(message->options().has_message_set_wire_format());
EXPECT_EQ(FieldOptions::CORD, field->options().ctype());
}
TEST(CustomOptions, OptionTypes) {
const MessageOptions* options = NULL;
options =
&protobuf_unittest::CustomOptionMinIntegerValues::descriptor()->options();
EXPECT_EQ(false , options->GetExtension(protobuf_unittest::bool_opt));
EXPECT_EQ(kint32min, options->GetExtension(protobuf_unittest::int32_opt));
EXPECT_EQ(kint64min, options->GetExtension(protobuf_unittest::int64_opt));
EXPECT_EQ(0 , options->GetExtension(protobuf_unittest::uint32_opt));
EXPECT_EQ(0 , options->GetExtension(protobuf_unittest::uint64_opt));
EXPECT_EQ(kint32min, options->GetExtension(protobuf_unittest::sint32_opt));
EXPECT_EQ(kint64min, options->GetExtension(protobuf_unittest::sint64_opt));
EXPECT_EQ(0 , options->GetExtension(protobuf_unittest::fixed32_opt));
EXPECT_EQ(0 , options->GetExtension(protobuf_unittest::fixed64_opt));
EXPECT_EQ(kint32min, options->GetExtension(protobuf_unittest::sfixed32_opt));
EXPECT_EQ(kint64min, options->GetExtension(protobuf_unittest::sfixed64_opt));
options =
&protobuf_unittest::CustomOptionMaxIntegerValues::descriptor()->options();
EXPECT_EQ(true , options->GetExtension(protobuf_unittest::bool_opt));
EXPECT_EQ(kint32max , options->GetExtension(protobuf_unittest::int32_opt));
EXPECT_EQ(kint64max , options->GetExtension(protobuf_unittest::int64_opt));
EXPECT_EQ(kuint32max, options->GetExtension(protobuf_unittest::uint32_opt));
EXPECT_EQ(kuint64max, options->GetExtension(protobuf_unittest::uint64_opt));
EXPECT_EQ(kint32max , options->GetExtension(protobuf_unittest::sint32_opt));
EXPECT_EQ(kint64max , options->GetExtension(protobuf_unittest::sint64_opt));
EXPECT_EQ(kuint32max, options->GetExtension(protobuf_unittest::fixed32_opt));
EXPECT_EQ(kuint64max, options->GetExtension(protobuf_unittest::fixed64_opt));
EXPECT_EQ(kint32max , options->GetExtension(protobuf_unittest::sfixed32_opt));
EXPECT_EQ(kint64max , options->GetExtension(protobuf_unittest::sfixed64_opt));
options =
&protobuf_unittest::CustomOptionOtherValues::descriptor()->options();
EXPECT_EQ(-100, options->GetExtension(protobuf_unittest::int32_opt));
EXPECT_FLOAT_EQ(12.3456789,
options->GetExtension(protobuf_unittest::float_opt));
EXPECT_DOUBLE_EQ(1.234567890123456789,
options->GetExtension(protobuf_unittest::double_opt));
EXPECT_EQ("Hello, \"World\"",
options->GetExtension(protobuf_unittest::string_opt));
EXPECT_EQ(string("Hello\0World", 11),
options->GetExtension(protobuf_unittest::bytes_opt));
EXPECT_EQ(protobuf_unittest::DummyMessageContainingEnum::TEST_OPTION_ENUM_TYPE2,
options->GetExtension(protobuf_unittest::enum_opt));
options =
&protobuf_unittest::SettingRealsFromPositiveInts::descriptor()->options();
EXPECT_FLOAT_EQ(12, options->GetExtension(protobuf_unittest::float_opt));
EXPECT_DOUBLE_EQ(154, options->GetExtension(protobuf_unittest::double_opt));
options =
&protobuf_unittest::SettingRealsFromNegativeInts::descriptor()->options();
EXPECT_FLOAT_EQ(-12, options->GetExtension(protobuf_unittest::float_opt));
EXPECT_DOUBLE_EQ(-154, options->GetExtension(protobuf_unittest::double_opt));
}
TEST(CustomOptions, ComplexExtensionOptions) {
const MessageOptions* options =
&protobuf_unittest::VariousComplexOptions::descriptor()->options();
EXPECT_EQ(options->GetExtension(protobuf_unittest::complex_opt1).foo(), 42);
EXPECT_EQ(options->GetExtension(protobuf_unittest::complex_opt1).
GetExtension(protobuf_unittest::quux), 324);
EXPECT_EQ(options->GetExtension(protobuf_unittest::complex_opt1).
GetExtension(protobuf_unittest::corge).qux(), 876);
EXPECT_EQ(options->GetExtension(protobuf_unittest::complex_opt2).baz(), 987);
EXPECT_EQ(options->GetExtension(protobuf_unittest::complex_opt2).
GetExtension(protobuf_unittest::grault), 654);
EXPECT_EQ(options->GetExtension(protobuf_unittest::complex_opt2).bar().foo(),
743);
EXPECT_EQ(options->GetExtension(protobuf_unittest::complex_opt2).bar().
GetExtension(protobuf_unittest::quux), 1999);
EXPECT_EQ(options->GetExtension(protobuf_unittest::complex_opt2).bar().
GetExtension(protobuf_unittest::corge).qux(), 2008);
EXPECT_EQ(options->GetExtension(protobuf_unittest::complex_opt2).
GetExtension(protobuf_unittest::garply).foo(), 741);
EXPECT_EQ(options->GetExtension(protobuf_unittest::complex_opt2).
GetExtension(protobuf_unittest::garply).
GetExtension(protobuf_unittest::quux), 1998);
EXPECT_EQ(options->GetExtension(protobuf_unittest::complex_opt2).
GetExtension(protobuf_unittest::garply).
GetExtension(protobuf_unittest::corge).qux(), 2121);
EXPECT_EQ(options->GetExtension(
protobuf_unittest::ComplexOptionType2::ComplexOptionType4::complex_opt4).
waldo(), 1971);
EXPECT_EQ(options->GetExtension(protobuf_unittest::complex_opt2).
fred().waldo(), 321);
EXPECT_EQ(9, options->GetExtension(protobuf_unittest::complex_opt3).qux());
EXPECT_EQ(22, options->GetExtension(protobuf_unittest::complex_opt3).
complexoptiontype5().plugh());
EXPECT_EQ(24, options->GetExtension(protobuf_unittest::complexopt6).xyzzy());
}
TEST(CustomOptions, OptionsFromOtherFile) {
// Test that to use a custom option, we only need to import the file
// defining the option; we do not also have to import descriptor.proto.
DescriptorPool pool;
FileDescriptorProto file_proto;
FileDescriptorProto::descriptor()->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
protobuf_unittest::TestMessageWithCustomOptions::descriptor()
->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
ASSERT_TRUE(TextFormat::ParseFromString(
"name: \"custom_options_import.proto\" "
"package: \"protobuf_unittest\" "
"dependency: \"google/protobuf/unittest_custom_options.proto\" "
"options { "
" uninterpreted_option { "
" name { "
" name_part: \"file_opt1\" "
" is_extension: true "
" } "
" positive_int_value: 1234 "
" } "
// Test a non-extension option too. (At one point this failed due to a
// bug.)
" uninterpreted_option { "
" name { "
" name_part: \"java_package\" "
" is_extension: false "
" } "
" string_value: \"foo\" "
" } "
// Test that enum-typed options still work too. (At one point this also
// failed due to a bug.)
" uninterpreted_option { "
" name { "
" name_part: \"optimize_for\" "
" is_extension: false "
" } "
" identifier_value: \"SPEED\" "
" } "
"}"
,
&file_proto));
const FileDescriptor* file = pool.BuildFile(file_proto);
ASSERT_TRUE(file != NULL);
EXPECT_EQ(1234, file->options().GetExtension(protobuf_unittest::file_opt1));
EXPECT_TRUE(file->options().has_java_package());
EXPECT_EQ("foo", file->options().java_package());
EXPECT_TRUE(file->options().has_optimize_for());
EXPECT_EQ(FileOptions::SPEED, file->options().optimize_for());
}
TEST(CustomOptions, MessageOptionThreeFieldsSet) {
// This tests a bug which previously existed in custom options parsing. The
// bug occurred when you defined a custom option with message type and then
// set three fields of that option on a single definition (see the example
// below). The bug is a bit hard to explain, so check the change history if
// you want to know more.
DescriptorPool pool;
FileDescriptorProto file_proto;
FileDescriptorProto::descriptor()->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
protobuf_unittest::TestMessageWithCustomOptions::descriptor()
->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
// The following represents the definition:
//
// import "google/protobuf/unittest_custom_options.proto"
// package protobuf_unittest;
// message Foo {
// option (complex_opt1).foo = 1234;
// option (complex_opt1).foo2 = 1234;
// option (complex_opt1).foo3 = 1234;
// }
ASSERT_TRUE(TextFormat::ParseFromString(
"name: \"custom_options_import.proto\" "
"package: \"protobuf_unittest\" "
"dependency: \"google/protobuf/unittest_custom_options.proto\" "
"message_type { "
" name: \"Foo\" "
" options { "
" uninterpreted_option { "
" name { "
" name_part: \"complex_opt1\" "
" is_extension: true "
" } "
" name { "
" name_part: \"foo\" "
" is_extension: false "
" } "
" positive_int_value: 1234 "
" } "
" uninterpreted_option { "
" name { "
" name_part: \"complex_opt1\" "
" is_extension: true "
" } "
" name { "
" name_part: \"foo2\" "
" is_extension: false "
" } "
" positive_int_value: 1234 "
" } "
" uninterpreted_option { "
" name { "
" name_part: \"complex_opt1\" "
" is_extension: true "
" } "
" name { "
" name_part: \"foo3\" "
" is_extension: false "
" } "
" positive_int_value: 1234 "
" } "
" } "
"}",
&file_proto));
const FileDescriptor* file = pool.BuildFile(file_proto);
ASSERT_TRUE(file != NULL);
ASSERT_EQ(1, file->message_type_count());
const MessageOptions& options = file->message_type(0)->options();
EXPECT_EQ(1234, options.GetExtension(protobuf_unittest::complex_opt1).foo());
}
TEST(CustomOptions, MessageOptionRepeatedLeafFieldSet) {
// This test verifies that repeated fields in custom options can be
// given multiple values by repeating the option with a different value.
// This test checks repeated leaf values. Each repeated custom value
// appears in a different uninterpreted_option, which will be concatenated
// when they are merged into the final option value.
DescriptorPool pool;
FileDescriptorProto file_proto;
FileDescriptorProto::descriptor()->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
protobuf_unittest::TestMessageWithCustomOptions::descriptor()
->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
// The following represents the definition:
//
// import "google/protobuf/unittest_custom_options.proto"
// package protobuf_unittest;
// message Foo {
// option (complex_opt1).foo4 = 12;
// option (complex_opt1).foo4 = 34;
// option (complex_opt1).foo4 = 56;
// }
ASSERT_TRUE(TextFormat::ParseFromString(
"name: \"custom_options_import.proto\" "
"package: \"protobuf_unittest\" "
"dependency: \"google/protobuf/unittest_custom_options.proto\" "
"message_type { "
" name: \"Foo\" "
" options { "
" uninterpreted_option { "
" name { "
" name_part: \"complex_opt1\" "
" is_extension: true "
" } "
" name { "
" name_part: \"foo4\" "
" is_extension: false "
" } "
" positive_int_value: 12 "
" } "
" uninterpreted_option { "
" name { "
" name_part: \"complex_opt1\" "
" is_extension: true "
" } "
" name { "
" name_part: \"foo4\" "
" is_extension: false "
" } "
" positive_int_value: 34 "
" } "
" uninterpreted_option { "
" name { "
" name_part: \"complex_opt1\" "
" is_extension: true "
" } "
" name { "
" name_part: \"foo4\" "
" is_extension: false "
" } "
" positive_int_value: 56 "
" } "
" } "
"}",
&file_proto));
const FileDescriptor* file = pool.BuildFile(file_proto);
ASSERT_TRUE(file != NULL);
ASSERT_EQ(1, file->message_type_count());
const MessageOptions& options = file->message_type(0)->options();
EXPECT_EQ(3, options.GetExtension(protobuf_unittest::complex_opt1).foo4_size());
EXPECT_EQ(12, options.GetExtension(protobuf_unittest::complex_opt1).foo4(0));
EXPECT_EQ(34, options.GetExtension(protobuf_unittest::complex_opt1).foo4(1));
EXPECT_EQ(56, options.GetExtension(protobuf_unittest::complex_opt1).foo4(2));
}
TEST(CustomOptions, MessageOptionRepeatedMsgFieldSet) {
// This test verifies that repeated fields in custom options can be
// given multiple values by repeating the option with a different value.
// This test checks repeated message values. Each repeated custom value
// appears in a different uninterpreted_option, which will be concatenated
// when they are merged into the final option value.
DescriptorPool pool;
FileDescriptorProto file_proto;
FileDescriptorProto::descriptor()->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
protobuf_unittest::TestMessageWithCustomOptions::descriptor()
->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
// The following represents the definition:
//
// import "google/protobuf/unittest_custom_options.proto"
// package protobuf_unittest;
// message Foo {
// option (complex_opt2).barney = {waldo: 1};
// option (complex_opt2).barney = {waldo: 10};
// option (complex_opt2).barney = {waldo: 100};
// }
ASSERT_TRUE(TextFormat::ParseFromString(
"name: \"custom_options_import.proto\" "
"package: \"protobuf_unittest\" "
"dependency: \"google/protobuf/unittest_custom_options.proto\" "
"message_type { "
" name: \"Foo\" "
" options { "
" uninterpreted_option { "
" name { "
" name_part: \"complex_opt2\" "
" is_extension: true "
" } "
" name { "
" name_part: \"barney\" "
" is_extension: false "
" } "
" aggregate_value: \"waldo: 1\" "
" } "
" uninterpreted_option { "
" name { "
" name_part: \"complex_opt2\" "
" is_extension: true "
" } "
" name { "
" name_part: \"barney\" "
" is_extension: false "
" } "
" aggregate_value: \"waldo: 10\" "
" } "
" uninterpreted_option { "
" name { "
" name_part: \"complex_opt2\" "
" is_extension: true "
" } "
" name { "
" name_part: \"barney\" "
" is_extension: false "
" } "
" aggregate_value: \"waldo: 100\" "
" } "
" } "
"}",
&file_proto));
const FileDescriptor* file = pool.BuildFile(file_proto);
ASSERT_TRUE(file != NULL);
ASSERT_EQ(1, file->message_type_count());
const MessageOptions& options = file->message_type(0)->options();
EXPECT_EQ(3, options.GetExtension(
protobuf_unittest::complex_opt2).barney_size());
EXPECT_EQ(1,options.GetExtension(
protobuf_unittest::complex_opt2).barney(0).waldo());
EXPECT_EQ(10, options.GetExtension(
protobuf_unittest::complex_opt2).barney(1).waldo());
EXPECT_EQ(100, options.GetExtension(
protobuf_unittest::complex_opt2).barney(2).waldo());
}
// Check that aggregate options were parsed and saved correctly in
// the appropriate descriptors.
TEST(CustomOptions, AggregateOptions) {
const Descriptor* msg = protobuf_unittest::AggregateMessage::descriptor();
const FileDescriptor* file = msg->file();
const FieldDescriptor* field = msg->FindFieldByName("fieldname");
const EnumDescriptor* enumd = file->FindEnumTypeByName("AggregateEnum");
const EnumValueDescriptor* enumv = enumd->FindValueByName("VALUE");
const ServiceDescriptor* service = file->FindServiceByName(
"AggregateService");
const MethodDescriptor* method = service->FindMethodByName("Method");
// Tests for the different types of data embedded in fileopt
const protobuf_unittest::Aggregate& file_options =
file->options().GetExtension(protobuf_unittest::fileopt);
EXPECT_EQ(100, file_options.i());
EXPECT_EQ("FileAnnotation", file_options.s());
EXPECT_EQ("NestedFileAnnotation", file_options.sub().s());
EXPECT_EQ("FileExtensionAnnotation",
file_options.file().GetExtension(protobuf_unittest::fileopt).s());
EXPECT_EQ("EmbeddedMessageSetElement",
file_options.mset().GetExtension(
protobuf_unittest::AggregateMessageSetElement
::message_set_extension).s());
// Simple tests for all the other types of annotations
EXPECT_EQ("MessageAnnotation",
msg->options().GetExtension(protobuf_unittest::msgopt).s());
EXPECT_EQ("FieldAnnotation",
field->options().GetExtension(protobuf_unittest::fieldopt).s());
EXPECT_EQ("EnumAnnotation",
enumd->options().GetExtension(protobuf_unittest::enumopt).s());
EXPECT_EQ("EnumValueAnnotation",
enumv->options().GetExtension(protobuf_unittest::enumvalopt).s());
EXPECT_EQ("ServiceAnnotation",
service->options().GetExtension(protobuf_unittest::serviceopt).s());
EXPECT_EQ("MethodAnnotation",
method->options().GetExtension(protobuf_unittest::methodopt).s());
}
TEST(CustomOptions, UnusedImportWarning) {
DescriptorPool pool;
FileDescriptorProto file_proto;
FileDescriptorProto::descriptor()->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
protobuf_unittest::TestMessageWithCustomOptions::descriptor()
->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
pool.AddUnusedImportTrackFile("custom_options_import.proto");
ASSERT_TRUE(TextFormat::ParseFromString(
"name: \"custom_options_import.proto\" "
"package: \"protobuf_unittest\" "
"dependency: \"google/protobuf/unittest_custom_options.proto\" ",
&file_proto));
MockErrorCollector error_collector;
EXPECT_TRUE(pool.BuildFileCollectingErrors(file_proto, &error_collector));
EXPECT_EQ("", error_collector.warning_text_);
}
// Verifies that proto files can correctly be parsed, even if the
// custom options defined in the file are incompatible with those
// compiled in the binary. See http://b/19276250.
TEST(CustomOptions, OptionsWithRequiredEnums) {
DescriptorPool pool;
FileDescriptorProto file_proto;
MessageOptions::descriptor()->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
// Create a new file descriptor proto containing a subset of the
// messages defined in google/protobuf/unittest_custom_options.proto.
file_proto.Clear();
file_proto.set_name("unittest_custom_options.proto");
file_proto.set_package("protobuf_unittest");
file_proto.add_dependency("google/protobuf/descriptor.proto");
// Add the "required_enum_opt" extension.
FieldDescriptorProto* extension = file_proto.add_extension();
protobuf_unittest::OldOptionType::descriptor()->file()
->FindExtensionByName("required_enum_opt")->CopyTo(extension);
// Add a test message that uses the "required_enum_opt" option.
DescriptorProto* test_message_type = file_proto.add_message_type();
protobuf_unittest::TestMessageWithRequiredEnumOption::descriptor()
->CopyTo(test_message_type);
// Instruct the extension to use NewOptionType instead of
// OldOptionType, and add the descriptor of NewOptionType.
extension->set_type_name(".protobuf_unittest.NewOptionType");
DescriptorProto* new_option_type = file_proto.add_message_type();
protobuf_unittest::NewOptionType::descriptor()
->CopyTo(new_option_type);
// Replace the value of the "required_enum_opt" option used in the
// test message with an enum value that only exists in NewOptionType.
ASSERT_TRUE(TextFormat::ParseFromString(
"uninterpreted_option { "
" name { "
" name_part: 'required_enum_opt' "
" is_extension: true "
" } "
" aggregate_value: 'value: NEW_VALUE' "
"}",
test_message_type->mutable_options()));
// Add the file descriptor to the pool.
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
// Find the test message.
const Descriptor* test_message = pool.FindMessageTypeByName(
"protobuf_unittest.TestMessageWithRequiredEnumOption");
ASSERT_TRUE(test_message != NULL);
const MessageOptions& options = test_message->options();
// Extract the "required_enum_opt" option. Since the binary does not
// know that the extension was updated, this will still return an
// OldOptionType message.
ASSERT_TRUE(
options.HasExtension(protobuf_unittest::required_enum_opt));
const protobuf_unittest::OldOptionType& old_enum_opt =
options.GetExtension(protobuf_unittest::required_enum_opt);
// Confirm that the required enum field is missing.
EXPECT_FALSE(old_enum_opt.IsInitialized());
EXPECT_FALSE(old_enum_opt.has_value());
string buf;
// Verify that the required enum field does show up when the option
// is re-parsed as a NewOptionType message;
protobuf_unittest::NewOptionType new_enum_opt;
EXPECT_TRUE(old_enum_opt.AppendPartialToString(&buf));
EXPECT_TRUE(new_enum_opt.ParseFromString(buf));
EXPECT_EQ(protobuf_unittest::NewOptionType::NEW_VALUE, new_enum_opt.value());
}
// Test that FileDescriptor::DebugString() formats custom options correctly.
TEST(CustomOptions, DebugString) {
DescriptorPool pool;
FileDescriptorProto file_proto;
MessageOptions::descriptor()->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
// Add "foo.proto":
// import "google/protobuf/descriptor.proto";
// package "protobuf_unittest";
// option (protobuf_unittest.cc_option1) = 1;
// option (protobuf_unittest.cc_option2) = 2;
// extend google.protobuf.FieldOptions {
// optional int32 cc_option1 = 7736974;
// optional int32 cc_option2 = 7736975;
// }
ASSERT_TRUE(TextFormat::ParseFromString(
"name: \"foo.proto\" "
"package: \"protobuf_unittest\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"options { "
" uninterpreted_option { "
" name { "
" name_part: \"protobuf_unittest.cc_option1\" "
" is_extension: true "
" } "
" positive_int_value: 1 "
" } "
" uninterpreted_option { "
" name { "
" name_part: \"protobuf_unittest.cc_option2\" "
" is_extension: true "
" } "
" positive_int_value: 2 "
" } "
"} "
"extension { "
" name: \"cc_option1\" "
" extendee: \".google.protobuf.FileOptions\" "
// This field number is intentionally chosen to be the same as
// (.fileopt1) defined in unittest_custom_options.proto (linked
// in this test binary). This is to test whether we are messing
// generated pool with custom descriptor pools when dealing with
// custom options.
" number: 7736974 "
" label: LABEL_OPTIONAL "
" type: TYPE_INT32 "
"}"
"extension { "
" name: \"cc_option2\" "
" extendee: \".google.protobuf.FileOptions\" "
" number: 7736975 "
" label: LABEL_OPTIONAL "
" type: TYPE_INT32 "
"}",
&file_proto));
const FileDescriptor* descriptor = pool.BuildFile(file_proto);
ASSERT_TRUE(descriptor != NULL);
EXPECT_EQ(2, descriptor->extension_count());
ASSERT_EQ(
"syntax = \"proto2\";\n"
"\n"
"import \"google/protobuf/descriptor.proto\";\n"
"package protobuf_unittest;\n"
"\n"
"option (.protobuf_unittest.cc_option1) = 1;\n"
"option (.protobuf_unittest.cc_option2) = 2;\n"
"\n"
"extend .google.protobuf.FileOptions {\n"
" optional int32 cc_option1 = 7736974;\n"
" optional int32 cc_option2 = 7736975;\n"
"}\n"
"\n",
descriptor->DebugString());
}
// ===================================================================
class ValidationErrorTest : public testing::Test {
protected:
// Parse file_text as a FileDescriptorProto in text format and add it
// to the DescriptorPool. Expect no errors.
const FileDescriptor* BuildFile(const string& file_text) {
FileDescriptorProto file_proto;
EXPECT_TRUE(TextFormat::ParseFromString(file_text, &file_proto));
return GOOGLE_CHECK_NOTNULL(pool_.BuildFile(file_proto));
}
// Parse file_text as a FileDescriptorProto in text format and add it
// to the DescriptorPool. Expect errors to be produced which match the
// given error text.
void BuildFileWithErrors(const string& file_text,
const string& expected_errors) {
FileDescriptorProto file_proto;
ASSERT_TRUE(TextFormat::ParseFromString(file_text, &file_proto));
MockErrorCollector error_collector;
EXPECT_TRUE(
pool_.BuildFileCollectingErrors(file_proto, &error_collector) == NULL);
EXPECT_EQ(expected_errors, error_collector.text_);
}
// Parse file_text as a FileDescriptorProto in text format and add it
// to the DescriptorPool. Expect errors to be produced which match the
// given warning text.
void BuildFileWithWarnings(const string& file_text,
const string& expected_warnings) {
FileDescriptorProto file_proto;
ASSERT_TRUE(TextFormat::ParseFromString(file_text, &file_proto));
MockErrorCollector error_collector;
EXPECT_TRUE(pool_.BuildFileCollectingErrors(file_proto, &error_collector));
EXPECT_EQ(expected_warnings, error_collector.warning_text_);
}
// Builds some already-parsed file in our test pool.
void BuildFileInTestPool(const FileDescriptor* file) {
FileDescriptorProto file_proto;
file->CopyTo(&file_proto);
ASSERT_TRUE(pool_.BuildFile(file_proto) != NULL);
}
// Build descriptor.proto in our test pool. This allows us to extend it in
// the test pool, so we can test custom options.
void BuildDescriptorMessagesInTestPool() {
BuildFileInTestPool(DescriptorProto::descriptor()->file());
}
DescriptorPool pool_;
};
TEST_F(ValidationErrorTest, AlreadyDefined) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type { name: \"Foo\" }"
"message_type { name: \"Foo\" }",
"foo.proto: Foo: NAME: \"Foo\" is already defined.\n");
}
TEST_F(ValidationErrorTest, AlreadyDefinedInPackage) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"package: \"foo.bar\" "
"message_type { name: \"Foo\" }"
"message_type { name: \"Foo\" }",
"foo.proto: foo.bar.Foo: NAME: \"Foo\" is already defined in "
"\"foo.bar\".\n");
}
TEST_F(ValidationErrorTest, AlreadyDefinedInOtherFile) {
BuildFile(
"name: \"foo.proto\" "
"message_type { name: \"Foo\" }");
BuildFileWithErrors(
"name: \"bar.proto\" "
"message_type { name: \"Foo\" }",
"bar.proto: Foo: NAME: \"Foo\" is already defined in file "
"\"foo.proto\".\n");
}
TEST_F(ValidationErrorTest, PackageAlreadyDefined) {
BuildFile(
"name: \"foo.proto\" "
"message_type { name: \"foo\" }");
BuildFileWithErrors(
"name: \"bar.proto\" "
"package: \"foo.bar\"",
"bar.proto: foo: NAME: \"foo\" is already defined (as something other "
"than a package) in file \"foo.proto\".\n");
}
TEST_F(ValidationErrorTest, EnumValueAlreadyDefinedInParent) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type { name: \"Foo\" value { name: \"FOO\" number: 1 } } "
"enum_type { name: \"Bar\" value { name: \"FOO\" number: 1 } } ",
"foo.proto: FOO: NAME: \"FOO\" is already defined.\n"
"foo.proto: FOO: NAME: Note that enum values use C++ scoping rules, "
"meaning that enum values are siblings of their type, not children of "
"it. Therefore, \"FOO\" must be unique within the global scope, not "
"just within \"Bar\".\n");
}
TEST_F(ValidationErrorTest, EnumValueAlreadyDefinedInParentNonGlobal) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"package: \"pkg\" "
"enum_type { name: \"Foo\" value { name: \"FOO\" number: 1 } } "
"enum_type { name: \"Bar\" value { name: \"FOO\" number: 1 } } ",
"foo.proto: pkg.FOO: NAME: \"FOO\" is already defined in \"pkg\".\n"
"foo.proto: pkg.FOO: NAME: Note that enum values use C++ scoping rules, "
"meaning that enum values are siblings of their type, not children of "
"it. Therefore, \"FOO\" must be unique within \"pkg\", not just within "
"\"Bar\".\n");
}
TEST_F(ValidationErrorTest, MissingName) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type { }",
"foo.proto: : NAME: Missing name.\n");
}
TEST_F(ValidationErrorTest, InvalidName) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type { name: \"$\" }",
"foo.proto: $: NAME: \"$\" is not a valid identifier.\n");
}
TEST_F(ValidationErrorTest, InvalidPackageName) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"package: \"foo.$\"",
"foo.proto: foo.$: NAME: \"$\" is not a valid identifier.\n");
}
TEST_F(ValidationErrorTest, MissingFileName) {
BuildFileWithErrors(
"",
": : OTHER: Missing field: FileDescriptorProto.name.\n");
}
TEST_F(ValidationErrorTest, DupeDependency) {
BuildFile("name: \"foo.proto\"");
BuildFileWithErrors(
"name: \"bar.proto\" "
"dependency: \"foo.proto\" "
"dependency: \"foo.proto\" ",
"bar.proto: bar.proto: OTHER: Import \"foo.proto\" was listed twice.\n");
}
TEST_F(ValidationErrorTest, UnknownDependency) {
BuildFileWithErrors(
"name: \"bar.proto\" "
"dependency: \"foo.proto\" ",
"bar.proto: bar.proto: OTHER: Import \"foo.proto\" has not been loaded.\n");
}
TEST_F(ValidationErrorTest, InvalidPublicDependencyIndex) {
BuildFile("name: \"foo.proto\"");
BuildFileWithErrors(
"name: \"bar.proto\" "
"dependency: \"foo.proto\" "
"public_dependency: 1",
"bar.proto: bar.proto: OTHER: Invalid public dependency index.\n");
}
TEST_F(ValidationErrorTest, ForeignUnimportedPackageNoCrash) {
// Used to crash: If we depend on a non-existent file and then refer to a
// package defined in a file that we didn't import, and that package is
// nested within a parent package which this file is also in, and we don't
// include that parent package in the name (i.e. we do a relative lookup)...
// Yes, really.
BuildFile(
"name: 'foo.proto' "
"package: 'outer.foo' ");
BuildFileWithErrors(
"name: 'bar.proto' "
"dependency: 'baz.proto' "
"package: 'outer.bar' "
"message_type { "
" name: 'Bar' "
" field { name:'bar' number:1 label:LABEL_OPTIONAL type_name:'foo.Foo' }"
"}",
"bar.proto: bar.proto: OTHER: Import \"baz.proto\" has not been loaded.\n"
"bar.proto: outer.bar.Bar.bar: TYPE: \"outer.foo\" seems to be defined in "
"\"foo.proto\", which is not imported by \"bar.proto\". To use it here, "
"please add the necessary import.\n");
}
TEST_F(ValidationErrorTest, DupeFile) {
BuildFile(
"name: \"foo.proto\" "
"message_type { name: \"Foo\" }");
// Note: We should *not* get redundant errors about "Foo" already being
// defined.
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type { name: \"Foo\" } "
// Add another type so that the files aren't identical (in which case there
// would be no error).
"enum_type { name: \"Bar\" }",
"foo.proto: foo.proto: OTHER: A file with this name is already in the "
"pool.\n");
}
TEST_F(ValidationErrorTest, FieldInExtensionRange) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name: \"foo\" number: 9 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" field { name: \"bar\" number: 10 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" field { name: \"baz\" number: 19 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" field { name: \"qux\" number: 20 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" extension_range { start: 10 end: 20 }"
"}",
"foo.proto: Foo.bar: NUMBER: Extension range 10 to 19 includes field "
"\"bar\" (10).\n"
"foo.proto: Foo.baz: NUMBER: Extension range 10 to 19 includes field "
"\"baz\" (19).\n");
}
TEST_F(ValidationErrorTest, OverlappingExtensionRanges) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" extension_range { start: 10 end: 20 }"
" extension_range { start: 20 end: 30 }"
" extension_range { start: 19 end: 21 }"
"}",
"foo.proto: Foo: NUMBER: Extension range 19 to 20 overlaps with "
"already-defined range 10 to 19.\n"
"foo.proto: Foo: NUMBER: Extension range 19 to 20 overlaps with "
"already-defined range 20 to 29.\n");
}
TEST_F(ValidationErrorTest, ReservedFieldError) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name: \"foo\" number: 15 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" reserved_range { start: 10 end: 20 }"
"}",
"foo.proto: Foo.foo: NUMBER: Field \"foo\" uses reserved number 15.\n");
}
TEST_F(ValidationErrorTest, ReservedExtensionRangeError) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" extension_range { start: 10 end: 20 }"
" reserved_range { start: 5 end: 15 }"
"}",
"foo.proto: Foo: NUMBER: Extension range 10 to 19"
" overlaps with reserved range 5 to 14.\n");
}
TEST_F(ValidationErrorTest, ReservedExtensionRangeAdjacent) {
BuildFile(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" extension_range { start: 10 end: 20 }"
" reserved_range { start: 5 end: 10 }"
"}");
}
TEST_F(ValidationErrorTest, ReservedRangeOverlap) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" reserved_range { start: 10 end: 20 }"
" reserved_range { start: 5 end: 15 }"
"}",
"foo.proto: Foo: NUMBER: Reserved range 5 to 14"
" overlaps with already-defined range 10 to 19.\n");
}
TEST_F(ValidationErrorTest, ReservedNameError) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name: \"foo\" number: 15 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" field { name: \"bar\" number: 16 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" field { name: \"baz\" number: 17 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" reserved_name: \"foo\""
" reserved_name: \"bar\""
"}",
"foo.proto: Foo.foo: NAME: Field name \"foo\" is reserved.\n"
"foo.proto: Foo.bar: NAME: Field name \"bar\" is reserved.\n");
}
TEST_F(ValidationErrorTest, ReservedNameRedundant) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" reserved_name: \"foo\""
" reserved_name: \"foo\""
"}",
"foo.proto: foo: NAME: Field name \"foo\" is reserved multiple times.\n");
}
TEST_F(ValidationErrorTest, ReservedFieldsDebugString) {
const FileDescriptor* file = BuildFile(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" reserved_name: \"foo\""
" reserved_name: \"bar\""
" reserved_range { start: 5 end: 6 }"
" reserved_range { start: 10 end: 20 }"
"}");
ASSERT_EQ(
"syntax = \"proto2\";\n\n"
"message Foo {\n"
" reserved 5, 10 to 19;\n"
" reserved \"foo\", \"bar\";\n"
"}\n\n",
file->DebugString());
}
TEST_F(ValidationErrorTest, EnumReservedFieldError) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Foo\""
" value { name:\"BAR\" number:15 }"
" reserved_range { start: 10 end: 20 }"
"}",
"foo.proto: BAR: NUMBER: Enum value \"BAR\" uses reserved number 15.\n");
}
TEST_F(ValidationErrorTest, EnumNegativeReservedFieldError) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Foo\""
" value { name:\"BAR\" number:-15 }"
" reserved_range { start: -20 end: -10 }"
"}",
"foo.proto: BAR: NUMBER: Enum value \"BAR\" uses reserved number -15.\n");
}
TEST_F(ValidationErrorTest, EnumReservedRangeOverlap) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Foo\""
" value { name:\"BAR\" number:0 }"
" reserved_range { start: 10 end: 20 }"
" reserved_range { start: 5 end: 15 }"
"}",
"foo.proto: Foo: NUMBER: Reserved range 5 to 15"
" overlaps with already-defined range 10 to 20.\n");
}
TEST_F(ValidationErrorTest, EnumReservedRangeOverlapByOne) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Foo\""
" value { name:\"BAR\" number:0 }"
" reserved_range { start: 10 end: 20 }"
" reserved_range { start: 5 end: 10 }"
"}",
"foo.proto: Foo: NUMBER: Reserved range 5 to 10"
" overlaps with already-defined range 10 to 20.\n");
}
TEST_F(ValidationErrorTest, EnumNegativeReservedRangeOverlap) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Foo\""
" value { name:\"BAR\" number:0 }"
" reserved_range { start: -20 end: -10 }"
" reserved_range { start: -15 end: -5 }"
"}",
"foo.proto: Foo: NUMBER: Reserved range -15 to -5"
" overlaps with already-defined range -20 to -10.\n");
}
TEST_F(ValidationErrorTest, EnumMixedReservedRangeOverlap) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Foo\""
" value { name:\"BAR\" number:20 }"
" reserved_range { start: -20 end: 10 }"
" reserved_range { start: -15 end: 5 }"
"}",
"foo.proto: Foo: NUMBER: Reserved range -15 to 5"
" overlaps with already-defined range -20 to 10.\n");
}
TEST_F(ValidationErrorTest, EnumMixedReservedRangeOverlap2) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Foo\""
" value { name:\"BAR\" number:20 }"
" reserved_range { start: -20 end: 10 }"
" reserved_range { start: 10 end: 10 }"
"}",
"foo.proto: Foo: NUMBER: Reserved range 10 to 10"
" overlaps with already-defined range -20 to 10.\n");
}
TEST_F(ValidationErrorTest, EnumReservedRangeStartGreaterThanEnd) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Foo\""
" value { name:\"BAR\" number:20 }"
" reserved_range { start: 11 end: 10 }"
"}",
"foo.proto: Foo: NUMBER: Reserved range end number must be greater"
" than start number.\n");
}
TEST_F(ValidationErrorTest, EnumReservedNameError) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Foo\""
" value { name:\"FOO\" number:15 }"
" value { name:\"BAR\" number:15 }"
" reserved_name: \"FOO\""
" reserved_name: \"BAR\""
"}",
"foo.proto: FOO: NAME: Enum value \"FOO\" is reserved.\n"
"foo.proto: BAR: NAME: Enum value \"BAR\" is reserved.\n");
}
TEST_F(ValidationErrorTest, EnumReservedNameRedundant) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Foo\""
" value { name:\"FOO\" number:15 }"
" reserved_name: \"foo\""
" reserved_name: \"foo\""
"}",
"foo.proto: foo: NAME: Enum value \"foo\" is reserved multiple times.\n");
}
TEST_F(ValidationErrorTest, EnumReservedFieldsDebugString) {
const FileDescriptor* file = BuildFile(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Foo\""
" value { name:\"FOO\" number:3 }"
" reserved_name: \"foo\""
" reserved_name: \"bar\""
" reserved_range { start: -6 end: -6 }"
" reserved_range { start: -5 end: -4 }"
" reserved_range { start: -1 end: 1 }"
" reserved_range { start: 5 end: 5 }"
" reserved_range { start: 10 end: 19 }"
"}");
ASSERT_EQ(
"syntax = \"proto2\";\n\n"
"enum Foo {\n"
" FOO = 3;\n"
" reserved -6, -5 to -4, -1 to 1, 5, 10 to 19;\n"
" reserved \"foo\", \"bar\";\n"
"}\n\n",
file->DebugString());
}
TEST_F(ValidationErrorTest, InvalidDefaults) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
// Invalid number.
" field { name: \"foo\" number: 1 label: LABEL_OPTIONAL type: TYPE_INT32"
" default_value: \"abc\" }"
// Empty default value.
" field { name: \"bar\" number: 2 label: LABEL_OPTIONAL type: TYPE_INT32"
" default_value: \"\" }"
// Invalid boolean.
" field { name: \"baz\" number: 3 label: LABEL_OPTIONAL type: TYPE_BOOL"
" default_value: \"abc\" }"
// Messages can't have defaults.
" field { name: \"qux\" number: 4 label: LABEL_OPTIONAL type: TYPE_MESSAGE"
" default_value: \"abc\" type_name: \"Foo\" }"
// Same thing, but we don't know that this field has message type until
// we look up the type name.
" field { name: \"quux\" number: 5 label: LABEL_OPTIONAL"
" default_value: \"abc\" type_name: \"Foo\" }"
// Repeateds can't have defaults.
" field { name: \"corge\" number: 6 label: LABEL_REPEATED type: TYPE_INT32"
" default_value: \"1\" }"
"}",
"foo.proto: Foo.foo: DEFAULT_VALUE: Couldn't parse default value \"abc\".\n"
"foo.proto: Foo.bar: DEFAULT_VALUE: Couldn't parse default value \"\".\n"
"foo.proto: Foo.baz: DEFAULT_VALUE: Boolean default must be true or "
"false.\n"
"foo.proto: Foo.qux: DEFAULT_VALUE: Messages can't have default values.\n"
"foo.proto: Foo.corge: DEFAULT_VALUE: Repeated fields can't have default "
"values.\n"
// This ends up being reported later because the error is detected at
// cross-linking time.
"foo.proto: Foo.quux: DEFAULT_VALUE: Messages can't have default "
"values.\n");
}
TEST_F(ValidationErrorTest, NegativeFieldNumber) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name: \"foo\" number: -1 label:LABEL_OPTIONAL type:TYPE_INT32 }"
"}",
"foo.proto: Foo.foo: NUMBER: Field numbers must be positive integers.\n");
}
TEST_F(ValidationErrorTest, HugeFieldNumber) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name: \"foo\" number: 0x70000000 "
" label:LABEL_OPTIONAL type:TYPE_INT32 }"
"}",
"foo.proto: Foo.foo: NUMBER: Field numbers cannot be greater than "
"536870911.\n");
}
TEST_F(ValidationErrorTest, ReservedFieldNumber) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field {name:\"foo\" number: 18999 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" field {name:\"bar\" number: 19000 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" field {name:\"baz\" number: 19999 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" field {name:\"qux\" number: 20000 label:LABEL_OPTIONAL type:TYPE_INT32 }"
"}",
"foo.proto: Foo.bar: NUMBER: Field numbers 19000 through 19999 are "
"reserved for the protocol buffer library implementation.\n"
"foo.proto: Foo.baz: NUMBER: Field numbers 19000 through 19999 are "
"reserved for the protocol buffer library implementation.\n");
}
TEST_F(ValidationErrorTest, ExtensionMissingExtendee) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" extension { name: \"foo\" number: 1 label: LABEL_OPTIONAL"
" type_name: \"Foo\" }"
"}",
"foo.proto: Foo.foo: EXTENDEE: FieldDescriptorProto.extendee not set for "
"extension field.\n");
}
TEST_F(ValidationErrorTest, NonExtensionWithExtendee) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Bar\""
" extension_range { start: 1 end: 2 }"
"}"
"message_type {"
" name: \"Foo\""
" field { name: \"foo\" number: 1 label: LABEL_OPTIONAL"
" type_name: \"Foo\" extendee: \"Bar\" }"
"}",
"foo.proto: Foo.foo: EXTENDEE: FieldDescriptorProto.extendee set for "
"non-extension field.\n");
}
TEST_F(ValidationErrorTest, FieldOneofIndexTooLarge) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type:TYPE_INT32 "
" oneof_index: 1 }"
" field { name:\"dummy\" number:2 label:LABEL_OPTIONAL type:TYPE_INT32 "
" oneof_index: 0 }"
" oneof_decl { name:\"bar\" }"
"}",
"foo.proto: Foo.foo: OTHER: FieldDescriptorProto.oneof_index 1 is out of "
"range for type \"Foo\".\n");
}
TEST_F(ValidationErrorTest, FieldOneofIndexNegative) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type:TYPE_INT32 "
" oneof_index: -1 }"
" field { name:\"dummy\" number:2 label:LABEL_OPTIONAL type:TYPE_INT32 "
" oneof_index: 0 }"
" oneof_decl { name:\"bar\" }"
"}",
"foo.proto: Foo.foo: OTHER: FieldDescriptorProto.oneof_index -1 is out of "
"range for type \"Foo\".\n");
}
TEST_F(ValidationErrorTest, OneofFieldsConsecutiveDefinition) {
// Fields belonging to the same oneof must be defined consecutively.
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo1\" number: 1 label:LABEL_OPTIONAL type:TYPE_INT32 "
" oneof_index: 0 }"
" field { name:\"bar\" number: 2 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" field { name:\"foo2\" number: 3 label:LABEL_OPTIONAL type:TYPE_INT32 "
" oneof_index: 0 }"
" oneof_decl { name:\"foos\" }"
"}",
"foo.proto: Foo.bar: OTHER: Fields in the same oneof must be defined "
"consecutively. \"bar\" cannot be defined before the completion of the "
"\"foos\" oneof definition.\n");
// Prevent interleaved fields, which belong to different oneofs.
BuildFileWithErrors(
"name: \"foo2.proto\" "
"message_type {"
" name: \"Foo2\""
" field { name:\"foo1\" number: 1 label:LABEL_OPTIONAL type:TYPE_INT32 "
" oneof_index: 0 }"
" field { name:\"bar1\" number: 2 label:LABEL_OPTIONAL type:TYPE_INT32 "
" oneof_index: 1 }"
" field { name:\"foo2\" number: 3 label:LABEL_OPTIONAL type:TYPE_INT32 "
" oneof_index: 0 }"
" field { name:\"bar2\" number: 4 label:LABEL_OPTIONAL type:TYPE_INT32 "
" oneof_index: 1 }"
" oneof_decl { name:\"foos\" }"
" oneof_decl { name:\"bars\" }"
"}",
"foo2.proto: Foo2.bar1: OTHER: Fields in the same oneof must be defined "
"consecutively. \"bar1\" cannot be defined before the completion of the "
"\"foos\" oneof definition.\n"
"foo2.proto: Foo2.foo2: OTHER: Fields in the same oneof must be defined "
"consecutively. \"foo2\" cannot be defined before the completion of the "
"\"bars\" oneof definition.\n");
// Another case for normal fields and different oneof fields interleave.
BuildFileWithErrors(
"name: \"foo3.proto\" "
"message_type {"
" name: \"Foo3\""
" field { name:\"foo1\" number: 1 label:LABEL_OPTIONAL type:TYPE_INT32 "
" oneof_index: 0 }"
" field { name:\"bar1\" number: 2 label:LABEL_OPTIONAL type:TYPE_INT32 "
" oneof_index: 1 }"
" field { name:\"baz\" number: 3 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" field { name:\"foo2\" number: 4 label:LABEL_OPTIONAL type:TYPE_INT32 "
" oneof_index: 0 }"
" oneof_decl { name:\"foos\" }"
" oneof_decl { name:\"bars\" }"
"}",
"foo3.proto: Foo3.baz: OTHER: Fields in the same oneof must be defined "
"consecutively. \"baz\" cannot be defined before the completion of the "
"\"foos\" oneof definition.\n");
}
TEST_F(ValidationErrorTest, FieldNumberConflict) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name: \"foo\" number: 1 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" field { name: \"bar\" number: 1 label:LABEL_OPTIONAL type:TYPE_INT32 }"
"}",
"foo.proto: Foo.bar: NUMBER: Field number 1 has already been used in "
"\"Foo\" by field \"foo\".\n");
}
TEST_F(ValidationErrorTest, BadMessageSetExtensionType) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"MessageSet\""
" options { message_set_wire_format: true }"
" extension_range { start: 4 end: 5 }"
"}"
"message_type {"
" name: \"Foo\""
" extension { name:\"foo\" number:4 label:LABEL_OPTIONAL type:TYPE_INT32"
" extendee: \"MessageSet\" }"
"}",
"foo.proto: Foo.foo: TYPE: Extensions of MessageSets must be optional "
"messages.\n");
}
TEST_F(ValidationErrorTest, BadMessageSetExtensionLabel) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"MessageSet\""
" options { message_set_wire_format: true }"
" extension_range { start: 4 end: 5 }"
"}"
"message_type {"
" name: \"Foo\""
" extension { name:\"foo\" number:4 label:LABEL_REPEATED type:TYPE_MESSAGE"
" type_name: \"Foo\" extendee: \"MessageSet\" }"
"}",
"foo.proto: Foo.foo: TYPE: Extensions of MessageSets must be optional "
"messages.\n");
}
TEST_F(ValidationErrorTest, FieldInMessageSet) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" options { message_set_wire_format: true }"
" field { name: \"foo\" number: 1 label:LABEL_OPTIONAL type:TYPE_INT32 }"
"}",
"foo.proto: Foo.foo: NAME: MessageSets cannot have fields, only "
"extensions.\n");
}
TEST_F(ValidationErrorTest, NegativeExtensionRangeNumber) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" extension_range { start: -10 end: -1 }"
"}",
"foo.proto: Foo: NUMBER: Extension numbers must be positive integers.\n");
}
TEST_F(ValidationErrorTest, HugeExtensionRangeNumber) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" extension_range { start: 1 end: 0x70000000 }"
"}",
"foo.proto: Foo: NUMBER: Extension numbers cannot be greater than "
"536870911.\n");
}
TEST_F(ValidationErrorTest, ExtensionRangeEndBeforeStart) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" extension_range { start: 10 end: 10 }"
" extension_range { start: 10 end: 5 }"
"}",
"foo.proto: Foo: NUMBER: Extension range end number must be greater than "
"start number.\n"
"foo.proto: Foo: NUMBER: Extension range end number must be greater than "
"start number.\n");
}
TEST_F(ValidationErrorTest, EmptyEnum) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type { name: \"Foo\" }"
// Also use the empty enum in a message to make sure there are no crashes
// during validation (possible if the code attempts to derive a default
// value for the field).
"message_type {"
" name: \"Bar\""
" field { name: \"foo\" number: 1 label:LABEL_OPTIONAL type_name:\"Foo\" }"
" field { name: \"bar\" number: 2 label:LABEL_OPTIONAL type_name:\"Foo\" "
" default_value: \"NO_SUCH_VALUE\" }"
"}",
"foo.proto: Foo: NAME: Enums must contain at least one value.\n"
"foo.proto: Bar.bar: DEFAULT_VALUE: Enum type \"Foo\" has no value named "
"\"NO_SUCH_VALUE\".\n");
}
TEST_F(ValidationErrorTest, UndefinedExtendee) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" extension { name:\"foo\" number:1 label:LABEL_OPTIONAL type:TYPE_INT32"
" extendee: \"Bar\" }"
"}",
"foo.proto: Foo.foo: EXTENDEE: \"Bar\" is not defined.\n");
}
TEST_F(ValidationErrorTest, NonMessageExtendee) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type { name: \"Bar\" value { name:\"DUMMY\" number:0 } }"
"message_type {"
" name: \"Foo\""
" extension { name:\"foo\" number:1 label:LABEL_OPTIONAL type:TYPE_INT32"
" extendee: \"Bar\" }"
"}",
"foo.proto: Foo.foo: EXTENDEE: \"Bar\" is not a message type.\n");
}
TEST_F(ValidationErrorTest, NotAnExtensionNumber) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Bar\""
"}"
"message_type {"
" name: \"Foo\""
" extension { name:\"foo\" number:1 label:LABEL_OPTIONAL type:TYPE_INT32"
" extendee: \"Bar\" }"
"}",
"foo.proto: Foo.foo: NUMBER: \"Bar\" does not declare 1 as an extension "
"number.\n");
}
TEST_F(ValidationErrorTest, RequiredExtension) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Bar\""
" extension_range { start: 1000 end: 10000 }"
"}"
"message_type {"
" name: \"Foo\""
" extension {"
" name:\"foo\""
" number:1000"
" label:LABEL_REQUIRED"
" type:TYPE_INT32"
" extendee: \"Bar\""
" }"
"}",
"foo.proto: Foo.foo: TYPE: Message extensions cannot have required "
"fields.\n");
}
TEST_F(ValidationErrorTest, UndefinedFieldType) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type_name:\"Bar\" }"
"}",
"foo.proto: Foo.foo: TYPE: \"Bar\" is not defined.\n");
}
TEST_F(ValidationErrorTest, UndefinedFieldTypeWithDefault) {
// See b/12533582. Previously this failed because the default value was not
// accepted by the parser, which assumed an enum type, leading to an unclear
// error message. We want this input to yield a validation error instead,
// since the unknown type is the primary problem.
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type_name:\"int\" "
" default_value:\"1\" }"
"}",
"foo.proto: Foo.foo: TYPE: \"int\" is not defined.\n");
}
TEST_F(ValidationErrorTest, UndefinedNestedFieldType) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" nested_type { name:\"Baz\" }"
" field { name:\"foo\" number:1"
" label:LABEL_OPTIONAL"
" type_name:\"Foo.Baz.Bar\" }"
"}",
"foo.proto: Foo.foo: TYPE: \"Foo.Baz.Bar\" is not defined.\n");
}
TEST_F(ValidationErrorTest, FieldTypeDefinedInUndeclaredDependency) {
BuildFile(
"name: \"bar.proto\" "
"message_type { name: \"Bar\" } ");
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type_name:\"Bar\" }"
"}",
"foo.proto: Foo.foo: TYPE: \"Bar\" seems to be defined in \"bar.proto\", "
"which is not imported by \"foo.proto\". To use it here, please add the "
"necessary import.\n");
}
TEST_F(ValidationErrorTest, FieldTypeDefinedInIndirectDependency) {
// Test for hidden dependencies.
//
// // bar.proto
// message Bar{}
//
// // forward.proto
// import "bar.proto"
//
// // foo.proto
// import "forward.proto"
// message Foo {
// optional Bar foo = 1; // Error, needs to import bar.proto explicitly.
// }
//
BuildFile(
"name: \"bar.proto\" "
"message_type { name: \"Bar\" }");
BuildFile(
"name: \"forward.proto\""
"dependency: \"bar.proto\"");
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"forward.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type_name:\"Bar\" }"
"}",
"foo.proto: Foo.foo: TYPE: \"Bar\" seems to be defined in \"bar.proto\", "
"which is not imported by \"foo.proto\". To use it here, please add the "
"necessary import.\n");
}
TEST_F(ValidationErrorTest, FieldTypeDefinedInPublicDependency) {
// Test for public dependencies.
//
// // bar.proto
// message Bar{}
//
// // forward.proto
// import public "bar.proto"
//
// // foo.proto
// import "forward.proto"
// message Foo {
// optional Bar foo = 1; // Correct. "bar.proto" is public imported into
// // forward.proto, so when "foo.proto" imports
// // "forward.proto", it imports "bar.proto" too.
// }
//
BuildFile(
"name: \"bar.proto\" "
"message_type { name: \"Bar\" }");
BuildFile(
"name: \"forward.proto\""
"dependency: \"bar.proto\" "
"public_dependency: 0");
BuildFile(
"name: \"foo.proto\" "
"dependency: \"forward.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type_name:\"Bar\" }"
"}");
}
TEST_F(ValidationErrorTest, FieldTypeDefinedInTransitivePublicDependency) {
// Test for public dependencies.
//
// // bar.proto
// message Bar{}
//
// // forward.proto
// import public "bar.proto"
//
// // forward2.proto
// import public "forward.proto"
//
// // foo.proto
// import "forward2.proto"
// message Foo {
// optional Bar foo = 1; // Correct, public imports are transitive.
// }
//
BuildFile(
"name: \"bar.proto\" "
"message_type { name: \"Bar\" }");
BuildFile(
"name: \"forward.proto\""
"dependency: \"bar.proto\" "
"public_dependency: 0");
BuildFile(
"name: \"forward2.proto\""
"dependency: \"forward.proto\" "
"public_dependency: 0");
BuildFile(
"name: \"foo.proto\" "
"dependency: \"forward2.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type_name:\"Bar\" }"
"}");
}
TEST_F(ValidationErrorTest,
FieldTypeDefinedInPrivateDependencyOfPublicDependency) {
// Test for public dependencies.
//
// // bar.proto
// message Bar{}
//
// // forward.proto
// import "bar.proto"
//
// // forward2.proto
// import public "forward.proto"
//
// // foo.proto
// import "forward2.proto"
// message Foo {
// optional Bar foo = 1; // Error, the "bar.proto" is not public imported
// // into "forward.proto", so will not be imported
// // into either "forward2.proto" or "foo.proto".
// }
//
BuildFile(
"name: \"bar.proto\" "
"message_type { name: \"Bar\" }");
BuildFile(
"name: \"forward.proto\""
"dependency: \"bar.proto\"");
BuildFile(
"name: \"forward2.proto\""
"dependency: \"forward.proto\" "
"public_dependency: 0");
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"forward2.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type_name:\"Bar\" }"
"}",
"foo.proto: Foo.foo: TYPE: \"Bar\" seems to be defined in \"bar.proto\", "
"which is not imported by \"foo.proto\". To use it here, please add the "
"necessary import.\n");
}
TEST_F(ValidationErrorTest, SearchMostLocalFirst) {
// The following should produce an error that Bar.Baz is resolved but
// not defined:
// message Bar { message Baz {} }
// message Foo {
// message Bar {
// // Placing "message Baz{}" here, or removing Foo.Bar altogether,
// // would fix the error.
// }
// optional Bar.Baz baz = 1;
// }
// An one point the lookup code incorrectly did not produce an error in this
// case, because when looking for Bar.Baz, it would try "Foo.Bar.Baz" first,
// fail, and ten try "Bar.Baz" and succeed, even though "Bar" should actually
// refer to the inner Bar, not the outer one.
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Bar\""
" nested_type { name: \"Baz\" }"
"}"
"message_type {"
" name: \"Foo\""
" nested_type { name: \"Bar\" }"
" field { name:\"baz\" number:1 label:LABEL_OPTIONAL"
" type_name:\"Bar.Baz\" }"
"}",
"foo.proto: Foo.baz: TYPE: \"Bar.Baz\" is resolved to \"Foo.Bar.Baz\","
" which is not defined. The innermost scope is searched first in name "
"resolution. Consider using a leading '.'(i.e., \".Bar.Baz\") to start "
"from the outermost scope.\n");
}
TEST_F(ValidationErrorTest, SearchMostLocalFirst2) {
// This test would find the most local "Bar" first, and does, but
// proceeds to find the outer one because the inner one's not an
// aggregate.
BuildFile(
"name: \"foo.proto\" "
"message_type {"
" name: \"Bar\""
" nested_type { name: \"Baz\" }"
"}"
"message_type {"
" name: \"Foo\""
" field { name: \"Bar\" number:1 type:TYPE_BYTES } "
" field { name:\"baz\" number:2 label:LABEL_OPTIONAL"
" type_name:\"Bar.Baz\" }"
"}");
}
TEST_F(ValidationErrorTest, PackageOriginallyDeclaredInTransitiveDependent) {
// Imagine we have the following:
//
// foo.proto:
// package foo.bar;
// bar.proto:
// package foo.bar;
// import "foo.proto";
// message Bar {}
// baz.proto:
// package foo;
// import "bar.proto"
// message Baz { optional bar.Bar qux = 1; }
//
// When validating baz.proto, we will look up "bar.Bar". As part of this
// lookup, we first lookup "bar" then try to find "Bar" within it. "bar"
// should resolve to "foo.bar". Note, though, that "foo.bar" was originally
// defined in foo.proto, which is not a direct dependency of baz.proto. The
// implementation of FindSymbol() normally only returns symbols in direct
// dependencies, not indirect ones. This test insures that this does not
// prevent it from finding "foo.bar".
BuildFile(
"name: \"foo.proto\" "
"package: \"foo.bar\" ");
BuildFile(
"name: \"bar.proto\" "
"package: \"foo.bar\" "
"dependency: \"foo.proto\" "
"message_type { name: \"Bar\" }");
BuildFile(
"name: \"baz.proto\" "
"package: \"foo\" "
"dependency: \"bar.proto\" "
"message_type { "
" name: \"Baz\" "
" field { name:\"qux\" number:1 label:LABEL_OPTIONAL "
" type_name:\"bar.Bar\" }"
"}");
}
TEST_F(ValidationErrorTest, FieldTypeNotAType) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL "
" type_name:\".Foo.bar\" }"
" field { name:\"bar\" number:2 label:LABEL_OPTIONAL type:TYPE_INT32 }"
"}",
"foo.proto: Foo.foo: TYPE: \".Foo.bar\" is not a type.\n");
}
TEST_F(ValidationErrorTest, RelativeFieldTypeNotAType) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" nested_type {"
" name: \"Bar\""
" field { name:\"Baz\" number:2 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" }"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL "
" type_name:\"Bar.Baz\" }"
"}",
"foo.proto: Foo.foo: TYPE: \"Bar.Baz\" is not a type.\n");
}
TEST_F(ValidationErrorTest, FieldTypeMayBeItsName) {
BuildFile(
"name: \"foo.proto\" "
"message_type {"
" name: \"Bar\""
"}"
"message_type {"
" name: \"Foo\""
" field { name:\"Bar\" number:1 label:LABEL_OPTIONAL type_name:\"Bar\" }"
"}");
}
TEST_F(ValidationErrorTest, EnumFieldTypeIsMessage) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type { name: \"Bar\" } "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type:TYPE_ENUM"
" type_name:\"Bar\" }"
"}",
"foo.proto: Foo.foo: TYPE: \"Bar\" is not an enum type.\n");
}
TEST_F(ValidationErrorTest, MessageFieldTypeIsEnum) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type { name: \"Bar\" value { name:\"DUMMY\" number:0 } } "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type:TYPE_MESSAGE"
" type_name:\"Bar\" }"
"}",
"foo.proto: Foo.foo: TYPE: \"Bar\" is not a message type.\n");
}
TEST_F(ValidationErrorTest, BadEnumDefaultValue) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type { name: \"Bar\" value { name:\"DUMMY\" number:0 } } "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type_name:\"Bar\""
" default_value:\"NO_SUCH_VALUE\" }"
"}",
"foo.proto: Foo.foo: DEFAULT_VALUE: Enum type \"Bar\" has no value named "
"\"NO_SUCH_VALUE\".\n");
}
TEST_F(ValidationErrorTest, EnumDefaultValueIsInteger) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type { name: \"Bar\" value { name:\"DUMMY\" number:0 } } "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type_name:\"Bar\""
" default_value:\"0\" }"
"}",
"foo.proto: Foo.foo: DEFAULT_VALUE: Default value for an enum field must "
"be an identifier.\n");
}
TEST_F(ValidationErrorTest, PrimitiveWithTypeName) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type:TYPE_INT32"
" type_name:\"Foo\" }"
"}",
"foo.proto: Foo.foo: TYPE: Field with primitive type has type_name.\n");
}
TEST_F(ValidationErrorTest, NonPrimitiveWithoutTypeName) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type:TYPE_MESSAGE }"
"}",
"foo.proto: Foo.foo: TYPE: Field with message or enum type missing "
"type_name.\n");
}
TEST_F(ValidationErrorTest, OneofWithNoFields) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" oneof_decl { name:\"bar\" }"
"}",
"foo.proto: Foo.bar: NAME: Oneof must have at least one field.\n");
}
TEST_F(ValidationErrorTest, OneofLabelMismatch) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"Foo\""
" field { name:\"foo\" number:1 label:LABEL_REPEATED type:TYPE_INT32 "
" oneof_index:0 }"
" oneof_decl { name:\"bar\" }"
"}",
"foo.proto: Foo.foo: NAME: Fields of oneofs must themselves have label "
"LABEL_OPTIONAL.\n");
}
TEST_F(ValidationErrorTest, InputTypeNotDefined) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type { name: \"Foo\" } "
"service {"
" name: \"TestService\""
" method { name: \"A\" input_type: \"Bar\" output_type: \"Foo\" }"
"}",
"foo.proto: TestService.A: INPUT_TYPE: \"Bar\" is not defined.\n"
);
}
TEST_F(ValidationErrorTest, InputTypeNotAMessage) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type { name: \"Foo\" } "
"enum_type { name: \"Bar\" value { name:\"DUMMY\" number:0 } } "
"service {"
" name: \"TestService\""
" method { name: \"A\" input_type: \"Bar\" output_type: \"Foo\" }"
"}",
"foo.proto: TestService.A: INPUT_TYPE: \"Bar\" is not a message type.\n"
);
}
TEST_F(ValidationErrorTest, OutputTypeNotDefined) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type { name: \"Foo\" } "
"service {"
" name: \"TestService\""
" method { name: \"A\" input_type: \"Foo\" output_type: \"Bar\" }"
"}",
"foo.proto: TestService.A: OUTPUT_TYPE: \"Bar\" is not defined.\n"
);
}
TEST_F(ValidationErrorTest, OutputTypeNotAMessage) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type { name: \"Foo\" } "
"enum_type { name: \"Bar\" value { name:\"DUMMY\" number:0 } } "
"service {"
" name: \"TestService\""
" method { name: \"A\" input_type: \"Foo\" output_type: \"Bar\" }"
"}",
"foo.proto: TestService.A: OUTPUT_TYPE: \"Bar\" is not a message type.\n"
);
}
TEST_F(ValidationErrorTest, IllegalPackedField) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {\n"
" name: \"Foo\""
" field { name:\"packed_string\" number:1 label:LABEL_REPEATED "
" type:TYPE_STRING "
" options { uninterpreted_option {"
" name { name_part: \"packed\" is_extension: false }"
" identifier_value: \"true\" }}}\n"
" field { name:\"packed_message\" number:3 label:LABEL_REPEATED "
" type_name: \"Foo\""
" options { uninterpreted_option {"
" name { name_part: \"packed\" is_extension: false }"
" identifier_value: \"true\" }}}\n"
" field { name:\"optional_int32\" number: 4 label: LABEL_OPTIONAL "
" type:TYPE_INT32 "
" options { uninterpreted_option {"
" name { name_part: \"packed\" is_extension: false }"
" identifier_value: \"true\" }}}\n"
"}",
"foo.proto: Foo.packed_string: TYPE: [packed = true] can only be "
"specified for repeated primitive fields.\n"
"foo.proto: Foo.packed_message: TYPE: [packed = true] can only be "
"specified for repeated primitive fields.\n"
"foo.proto: Foo.optional_int32: TYPE: [packed = true] can only be "
"specified for repeated primitive fields.\n"
);
}
TEST_F(ValidationErrorTest, OptionWrongType) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type { "
" name: \"TestMessage\" "
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type:TYPE_STRING "
" options { uninterpreted_option { name { name_part: \"ctype\" "
" is_extension: false }"
" positive_int_value: 1 }"
" }"
" }"
"}\n",
"foo.proto: TestMessage.foo: OPTION_VALUE: Value must be identifier for "
"enum-valued option \"google.protobuf.FieldOptions.ctype\".\n");
}
TEST_F(ValidationErrorTest, OptionExtendsAtomicType) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type { "
" name: \"TestMessage\" "
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type:TYPE_STRING "
" options { uninterpreted_option { name { name_part: \"ctype\" "
" is_extension: false }"
" name { name_part: \"foo\" "
" is_extension: true }"
" positive_int_value: 1 }"
" }"
" }"
"}\n",
"foo.proto: TestMessage.foo: OPTION_NAME: Option \"ctype\" is an "
"atomic type, not a message.\n");
}
TEST_F(ValidationErrorTest, DupOption) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type { "
" name: \"TestMessage\" "
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type:TYPE_UINT32 "
" options { uninterpreted_option { name { name_part: \"ctype\" "
" is_extension: false }"
" identifier_value: \"CORD\" }"
" uninterpreted_option { name { name_part: \"ctype\" "
" is_extension: false }"
" identifier_value: \"CORD\" }"
" }"
" }"
"}\n",
"foo.proto: TestMessage.foo: OPTION_NAME: Option \"ctype\" was "
"already set.\n");
}
TEST_F(ValidationErrorTest, InvalidOptionName) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type { "
" name: \"TestMessage\" "
" field { name:\"foo\" number:1 label:LABEL_OPTIONAL type:TYPE_BOOL "
" options { uninterpreted_option { "
" name { name_part: \"uninterpreted_option\" "
" is_extension: false }"
" positive_int_value: 1 "
" }"
" }"
" }"
"}\n",
"foo.proto: TestMessage.foo: OPTION_NAME: Option must not use "
"reserved name \"uninterpreted_option\".\n");
}
TEST_F(ValidationErrorTest, RepeatedMessageOption) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"message_type: { name: \"Bar\" field: { "
" name: \"foo\" number: 1 label: LABEL_OPTIONAL type: TYPE_INT32 } "
"} "
"extension { name: \"bar\" number: 7672757 label: LABEL_REPEATED "
" type: TYPE_MESSAGE type_name: \"Bar\" "
" extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"bar\" "
" is_extension: true } "
" name { name_part: \"foo\" "
" is_extension: false } "
" positive_int_value: 1 } }",
"foo.proto: foo.proto: OPTION_NAME: Option field \"(bar)\" is a "
"repeated message. Repeated message options must be initialized "
"using an aggregate value.\n");
}
TEST_F(ValidationErrorTest, ResolveUndefinedOption) {
// The following should produce an eror that baz.bar is resolved but not
// defined.
// foo.proto:
// package baz
// import google/protobuf/descriptor.proto
// message Bar { optional int32 foo = 1; }
// extend FileOptions { optional Bar bar = 7672757; }
//
// qux.proto:
// package qux.baz
// option (baz.bar).foo = 1;
//
// Although "baz.bar" is already defined, the lookup code will try
// "qux.baz.bar", since it's the match from the innermost scope, which will
// cause a symbol not defined error.
BuildDescriptorMessagesInTestPool();
BuildFile(
"name: \"foo.proto\" "
"package: \"baz\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"message_type: { name: \"Bar\" field: { "
" name: \"foo\" number: 1 label: LABEL_OPTIONAL type: TYPE_INT32 } "
"} "
"extension { name: \"bar\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_MESSAGE type_name: \"Bar\" "
" extendee: \"google.protobuf.FileOptions\" }");
BuildFileWithErrors(
"name: \"qux.proto\" "
"package: \"qux.baz\" "
"options { uninterpreted_option { name { name_part: \"baz.bar\" "
" is_extension: true } "
" name { name_part: \"foo\" "
" is_extension: false } "
" positive_int_value: 1 } }",
"qux.proto: qux.proto: OPTION_NAME: Option \"(baz.bar)\" is resolved to "
"\"(qux.baz.bar)\","
" which is not defined. The innermost scope is searched first in name "
"resolution. Consider using a leading '.'(i.e., \"(.baz.bar)\") to start "
"from the outermost scope.\n");
}
TEST_F(ValidationErrorTest, UnknownOption) {
BuildFileWithErrors(
"name: \"qux.proto\" "
"package: \"qux.baz\" "
"options { uninterpreted_option { name { name_part: \"baaz.bar\" "
" is_extension: true } "
" name { name_part: \"foo\" "
" is_extension: false } "
" positive_int_value: 1 } }",
"qux.proto: qux.proto: OPTION_NAME: Option \"(baaz.bar)\" unknown.\n");
}
TEST_F(ValidationErrorTest, CustomOptionConflictingFieldNumber) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"foo1\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_INT32 extendee: \"google.protobuf.FieldOptions\" }"
"extension { name: \"foo2\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_INT32 extendee: \"google.protobuf.FieldOptions\" }",
"foo.proto: foo2: NUMBER: Extension number 7672757 has already been used "
"in \"google.protobuf.FieldOptions\" by extension \"foo1\".\n");
}
TEST_F(ValidationErrorTest, Int32OptionValueOutOfPositiveRange) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_INT32 extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" positive_int_value: 0x80000000 } "
"}",
"foo.proto: foo.proto: OPTION_VALUE: Value out of range "
"for int32 option \"foo\".\n");
}
TEST_F(ValidationErrorTest, Int32OptionValueOutOfNegativeRange) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_INT32 extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" negative_int_value: -0x80000001 } "
"}",
"foo.proto: foo.proto: OPTION_VALUE: Value out of range "
"for int32 option \"foo\".\n");
}
TEST_F(ValidationErrorTest, Int32OptionValueIsNotPositiveInt) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_INT32 extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" string_value: \"5\" } }",
"foo.proto: foo.proto: OPTION_VALUE: Value must be integer "
"for int32 option \"foo\".\n");
}
TEST_F(ValidationErrorTest, Int64OptionValueOutOfRange) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_INT64 extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" positive_int_value: 0x8000000000000000 } "
"}",
"foo.proto: foo.proto: OPTION_VALUE: Value out of range "
"for int64 option \"foo\".\n");
}
TEST_F(ValidationErrorTest, Int64OptionValueIsNotPositiveInt) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_INT64 extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" identifier_value: \"5\" } }",
"foo.proto: foo.proto: OPTION_VALUE: Value must be integer "
"for int64 option \"foo\".\n");
}
TEST_F(ValidationErrorTest, UInt32OptionValueOutOfRange) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_UINT32 extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" positive_int_value: 0x100000000 } }",
"foo.proto: foo.proto: OPTION_VALUE: Value out of range "
"for uint32 option \"foo\".\n");
}
TEST_F(ValidationErrorTest, UInt32OptionValueIsNotPositiveInt) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_UINT32 extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" double_value: -5.6 } }",
"foo.proto: foo.proto: OPTION_VALUE: Value must be non-negative integer "
"for uint32 option \"foo\".\n");
}
TEST_F(ValidationErrorTest, UInt64OptionValueIsNotPositiveInt) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_UINT64 extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" negative_int_value: -5 } }",
"foo.proto: foo.proto: OPTION_VALUE: Value must be non-negative integer "
"for uint64 option \"foo\".\n");
}
TEST_F(ValidationErrorTest, FloatOptionValueIsNotNumber) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_FLOAT extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" string_value: \"bar\" } }",
"foo.proto: foo.proto: OPTION_VALUE: Value must be number "
"for float option \"foo\".\n");
}
TEST_F(ValidationErrorTest, DoubleOptionValueIsNotNumber) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_DOUBLE extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" string_value: \"bar\" } }",
"foo.proto: foo.proto: OPTION_VALUE: Value must be number "
"for double option \"foo\".\n");
}
TEST_F(ValidationErrorTest, BoolOptionValueIsNotTrueOrFalse) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_BOOL extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" identifier_value: \"bar\" } }",
"foo.proto: foo.proto: OPTION_VALUE: Value must be \"true\" or \"false\" "
"for boolean option \"foo\".\n");
}
TEST_F(ValidationErrorTest, EnumOptionValueIsNotIdentifier) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"enum_type { name: \"FooEnum\" value { name: \"BAR\" number: 1 } "
" value { name: \"BAZ\" number: 2 } }"
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_ENUM type_name: \"FooEnum\" "
" extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" string_value: \"QUUX\" } }",
"foo.proto: foo.proto: OPTION_VALUE: Value must be identifier for "
"enum-valued option \"foo\".\n");
}
TEST_F(ValidationErrorTest, EnumOptionValueIsNotEnumValueName) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"enum_type { name: \"FooEnum\" value { name: \"BAR\" number: 1 } "
" value { name: \"BAZ\" number: 2 } }"
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_ENUM type_name: \"FooEnum\" "
" extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" identifier_value: \"QUUX\" } }",
"foo.proto: foo.proto: OPTION_VALUE: Enum type \"FooEnum\" has no value "
"named \"QUUX\" for option \"foo\".\n");
}
TEST_F(ValidationErrorTest, EnumOptionValueIsSiblingEnumValueName) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"enum_type { name: \"FooEnum1\" value { name: \"BAR\" number: 1 } "
" value { name: \"BAZ\" number: 2 } }"
"enum_type { name: \"FooEnum2\" value { name: \"QUX\" number: 1 } "
" value { name: \"QUUX\" number: 2 } }"
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_ENUM type_name: \"FooEnum1\" "
" extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" identifier_value: \"QUUX\" } }",
"foo.proto: foo.proto: OPTION_VALUE: Enum type \"FooEnum1\" has no value "
"named \"QUUX\" for option \"foo\". This appears to be a value from a "
"sibling type.\n");
}
TEST_F(ValidationErrorTest, StringOptionValueIsNotString) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_STRING extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" identifier_value: \"QUUX\" } }",
"foo.proto: foo.proto: OPTION_VALUE: Value must be quoted string for "
"string option \"foo\".\n");
}
TEST_F(ValidationErrorTest, DuplicateExtensionFieldNumber) {
BuildDescriptorMessagesInTestPool();
BuildFile(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"option1\" number: 1000 label: LABEL_OPTIONAL "
" type: TYPE_INT32 extendee: \"google.protobuf.FileOptions\" }");
BuildFileWithWarnings(
"name: \"bar.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"extension { name: \"option2\" number: 1000 label: LABEL_OPTIONAL "
" type: TYPE_INT32 extendee: \"google.protobuf.FileOptions\" }",
"bar.proto: option2: NUMBER: Extension number 1000 has already been used "
"in \"google.protobuf.FileOptions\" by extension \"option1\" defined in "
"foo.proto.\n");
}
// Helper function for tests that check for aggregate value parsing
// errors. The "value" argument is embedded inside the
// "uninterpreted_option" portion of the result.
static string EmbedAggregateValue(const char* value) {
return strings::Substitute(
"name: \"foo.proto\" "
"dependency: \"google/protobuf/descriptor.proto\" "
"message_type { name: \"Foo\" } "
"extension { name: \"foo\" number: 7672757 label: LABEL_OPTIONAL "
" type: TYPE_MESSAGE type_name: \"Foo\" "
" extendee: \"google.protobuf.FileOptions\" }"
"options { uninterpreted_option { name { name_part: \"foo\" "
" is_extension: true } "
" $0 } }",
value);
}
TEST_F(ValidationErrorTest, AggregateValueNotFound) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
EmbedAggregateValue("string_value: \"\""),
"foo.proto: foo.proto: OPTION_VALUE: Option \"foo\" is a message. "
"To set the entire message, use syntax like "
"\"foo = { <proto text format> }\". To set fields within it, use "
"syntax like \"foo.foo = value\".\n");
}
TEST_F(ValidationErrorTest, AggregateValueParseError) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
EmbedAggregateValue("aggregate_value: \"1+2\""),
"foo.proto: foo.proto: OPTION_VALUE: Error while parsing option "
"value for \"foo\": Expected identifier, got: 1\n");
}
TEST_F(ValidationErrorTest, AggregateValueUnknownFields) {
BuildDescriptorMessagesInTestPool();
BuildFileWithErrors(
EmbedAggregateValue("aggregate_value: \"x:100\""),
"foo.proto: foo.proto: OPTION_VALUE: Error while parsing option "
"value for \"foo\": Message type \"Foo\" has no field named \"x\".\n");
}
TEST_F(ValidationErrorTest, NotLiteImportsLite) {
BuildFile(
"name: \"bar.proto\" "
"options { optimize_for: LITE_RUNTIME } ");
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"bar.proto\" ",
"foo.proto: foo.proto: OTHER: Files that do not use optimize_for = "
"LITE_RUNTIME cannot import files which do use this option. This file "
"is not lite, but it imports \"bar.proto\" which is.\n");
}
TEST_F(ValidationErrorTest, LiteExtendsNotLite) {
BuildFile(
"name: \"bar.proto\" "
"message_type: {"
" name: \"Bar\""
" extension_range { start: 1 end: 1000 }"
"}");
BuildFileWithErrors(
"name: \"foo.proto\" "
"dependency: \"bar.proto\" "
"options { optimize_for: LITE_RUNTIME } "
"extension { name: \"ext\" number: 123 label: LABEL_OPTIONAL "
" type: TYPE_INT32 extendee: \"Bar\" }",
"foo.proto: ext: EXTENDEE: Extensions to non-lite types can only be "
"declared in non-lite files. Note that you cannot extend a non-lite "
"type to contain a lite type, but the reverse is allowed.\n");
}
TEST_F(ValidationErrorTest, NoLiteServices) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"options {"
" optimize_for: LITE_RUNTIME"
" cc_generic_services: true"
" java_generic_services: true"
"} "
"service { name: \"Foo\" }",
"foo.proto: Foo: NAME: Files with optimize_for = LITE_RUNTIME cannot "
"define services unless you set both options cc_generic_services and "
"java_generic_sevices to false.\n");
BuildFile(
"name: \"bar.proto\" "
"options {"
" optimize_for: LITE_RUNTIME"
" cc_generic_services: false"
" java_generic_services: false"
"} "
"service { name: \"Bar\" }");
}
TEST_F(ValidationErrorTest, RollbackAfterError) {
// Build a file which contains every kind of construct but references an
// undefined type. All these constructs will be added to the symbol table
// before the undefined type error is noticed. The DescriptorPool will then
// have to roll everything back.
BuildFileWithErrors(
"name: \"foo.proto\" "
"message_type {"
" name: \"TestMessage\""
" field { name:\"foo\" label:LABEL_OPTIONAL type:TYPE_INT32 number:1 }"
"} "
"enum_type {"
" name: \"TestEnum\""
" value { name:\"BAR\" number:1 }"
"} "
"service {"
" name: \"TestService\""
" method {"
" name: \"Baz\""
" input_type: \"NoSuchType\"" // error
" output_type: \"TestMessage\""
" }"
"}",
"foo.proto: TestService.Baz: INPUT_TYPE: \"NoSuchType\" is not defined.\n"
);
// Make sure that if we build the same file again with the error fixed,
// it works. If the above rollback was incomplete, then some symbols will
// be left defined, and this second attempt will fail since it tries to
// re-define the same symbols.
BuildFile(
"name: \"foo.proto\" "
"message_type {"
" name: \"TestMessage\""
" field { name:\"foo\" label:LABEL_OPTIONAL type:TYPE_INT32 number:1 }"
"} "
"enum_type {"
" name: \"TestEnum\""
" value { name:\"BAR\" number:1 }"
"} "
"service {"
" name: \"TestService\""
" method { name:\"Baz\""
" input_type:\"TestMessage\""
" output_type:\"TestMessage\" }"
"}");
}
TEST_F(ValidationErrorTest, ErrorsReportedToLogError) {
// Test that errors are reported to GOOGLE_LOG(ERROR) if no error collector is
// provided.
FileDescriptorProto file_proto;
ASSERT_TRUE(TextFormat::ParseFromString(
"name: \"foo.proto\" "
"message_type { name: \"Foo\" } "
"message_type { name: \"Foo\" } ",
&file_proto));
std::vector<string> errors;
{
ScopedMemoryLog log;
EXPECT_TRUE(pool_.BuildFile(file_proto) == NULL);
errors = log.GetMessages(ERROR);
}
ASSERT_EQ(2, errors.size());
EXPECT_EQ("Invalid proto descriptor for file \"foo.proto\":", errors[0]);
EXPECT_EQ(" Foo: \"Foo\" is already defined.", errors[1]);
}
TEST_F(ValidationErrorTest, DisallowEnumAlias) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Bar\""
" value { name:\"ENUM_A\" number:0 }"
" value { name:\"ENUM_B\" number:0 }"
"}",
"foo.proto: Bar: NUMBER: "
"\"ENUM_B\" uses the same enum value as \"ENUM_A\". "
"If this is intended, set 'option allow_alias = true;' to the enum "
"definition.\n");
}
TEST_F(ValidationErrorTest, AllowEnumAlias) {
BuildFile(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Bar\""
" value { name:\"ENUM_A\" number:0 }"
" value { name:\"ENUM_B\" number:0 }"
" options { allow_alias: true }"
"}");
}
TEST_F(ValidationErrorTest, UnusedImportWarning) {
pool_.AddUnusedImportTrackFile("bar.proto");
BuildFile(
"name: \"bar.proto\" "
"message_type { name: \"Bar\" }");
pool_.AddUnusedImportTrackFile("base.proto");
BuildFile(
"name: \"base.proto\" "
"message_type { name: \"Base\" }");
pool_.AddUnusedImportTrackFile("baz.proto");
BuildFile(
"name: \"baz.proto\" "
"message_type { name: \"Baz\" }");
pool_.AddUnusedImportTrackFile("public.proto");
BuildFile(
"name: \"public.proto\" "
"dependency: \"bar.proto\""
"public_dependency: 0");
// // forward.proto
// import "base.proto" // No warning: Base message is used.
// import "bar.proto" // Will log a warning.
// import public "baz.proto" // No warning: Do not track import public.
// import "public.proto" // No warning: public.proto has import public.
// message Forward {
// optional Base base = 1;
// }
//
pool_.AddUnusedImportTrackFile("forward.proto");
BuildFileWithWarnings(
"name: \"forward.proto\""
"dependency: \"base.proto\""
"dependency: \"bar.proto\""
"dependency: \"baz.proto\""
"dependency: \"public.proto\""
"public_dependency: 2 "
"message_type {"
" name: \"Forward\""
" field { name:\"base\" number:1 label:LABEL_OPTIONAL type_name:\"Base\" }"
"}",
"forward.proto: bar.proto: OTHER: Import bar.proto but not used.\n");
}
namespace {
void FillValidMapEntry(FileDescriptorProto* file_proto) {
ASSERT_TRUE(TextFormat::ParseFromString(
"name: 'foo.proto' "
"message_type { "
" name: 'Foo' "
" field { "
" name: 'foo_map' number: 1 label:LABEL_REPEATED "
" type_name: 'FooMapEntry' "
" } "
" nested_type { "
" name: 'FooMapEntry' "
" options { map_entry: true } "
" field { "
" name: 'key' number: 1 type:TYPE_INT32 label:LABEL_OPTIONAL "
" } "
" field { "
" name: 'value' number: 2 type:TYPE_INT32 label:LABEL_OPTIONAL "
" } "
" } "
"} "
"message_type { "
" name: 'Bar' "
" extension_range { start: 1 end: 10 }"
"} ",
file_proto));
}
static const char* kMapEntryErrorMessage =
"foo.proto: Foo.foo_map: OTHER: map_entry should not be set explicitly. "
"Use map<KeyType, ValueType> instead.\n";
static const char* kMapEntryKeyTypeErrorMessage =
"foo.proto: Foo.foo_map: TYPE: Key in map fields cannot be float/double, "
"bytes or message types.\n";
} // namespace
TEST_F(ValidationErrorTest, MapEntryBase) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
BuildFile(file_proto.DebugString());
}
TEST_F(ValidationErrorTest, MapEntryExtensionRange) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
TextFormat::MergeFromString(
"extension_range { "
" start: 10 end: 20 "
"} ",
file_proto.mutable_message_type(0)->mutable_nested_type(0));
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryExtension) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
TextFormat::MergeFromString(
"extension { "
" name: 'foo_ext' extendee: '.Bar' number: 5"
"} ",
file_proto.mutable_message_type(0)->mutable_nested_type(0));
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryNestedType) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
TextFormat::MergeFromString(
"nested_type { "
" name: 'Bar' "
"} ",
file_proto.mutable_message_type(0)->mutable_nested_type(0));
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryEnumTypes) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
TextFormat::MergeFromString(
"enum_type { "
" name: 'BarEnum' "
" value { name: 'BAR_BAR' number:0 } "
"} ",
file_proto.mutable_message_type(0)->mutable_nested_type(0));
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryExtraField) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
TextFormat::MergeFromString(
"field { "
" name: 'other_field' "
" label: LABEL_OPTIONAL "
" type: TYPE_INT32 "
" number: 3 "
"} ",
file_proto.mutable_message_type(0)->mutable_nested_type(0));
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryMessageName) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
file_proto.mutable_message_type(0)->mutable_nested_type(0)->set_name(
"OtherMapEntry");
file_proto.mutable_message_type(0)->mutable_field(0)->set_type_name(
"OtherMapEntry");
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryNoneRepeatedMapEntry) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
file_proto.mutable_message_type(0)->mutable_field(0)->set_label(
FieldDescriptorProto::LABEL_OPTIONAL);
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryDifferentContainingType) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
// Move the nested MapEntry message into the top level, which should not pass
// the validation.
file_proto.mutable_message_type()->AddAllocated(
file_proto.mutable_message_type(0)->mutable_nested_type()->ReleaseLast());
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryKeyName) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
FieldDescriptorProto* key = file_proto.mutable_message_type(0)
->mutable_nested_type(0)
->mutable_field(0);
key->set_name("Key");
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryKeyLabel) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
FieldDescriptorProto* key = file_proto.mutable_message_type(0)
->mutable_nested_type(0)
->mutable_field(0);
key->set_label(FieldDescriptorProto::LABEL_REQUIRED);
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryKeyNumber) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
FieldDescriptorProto* key = file_proto.mutable_message_type(0)
->mutable_nested_type(0)
->mutable_field(0);
key->set_number(3);
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryValueName) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
FieldDescriptorProto* value = file_proto.mutable_message_type(0)
->mutable_nested_type(0)
->mutable_field(1);
value->set_name("Value");
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryValueLabel) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
FieldDescriptorProto* value = file_proto.mutable_message_type(0)
->mutable_nested_type(0)
->mutable_field(1);
value->set_label(FieldDescriptorProto::LABEL_REQUIRED);
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryValueNumber) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
FieldDescriptorProto* value = file_proto.mutable_message_type(0)
->mutable_nested_type(0)
->mutable_field(1);
value->set_number(3);
BuildFileWithErrors(file_proto.DebugString(), kMapEntryErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryKeyTypeFloat) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
FieldDescriptorProto* key = file_proto.mutable_message_type(0)
->mutable_nested_type(0)
->mutable_field(0);
key->set_type(FieldDescriptorProto::TYPE_FLOAT);
BuildFileWithErrors(file_proto.DebugString(), kMapEntryKeyTypeErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryKeyTypeDouble) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
FieldDescriptorProto* key = file_proto.mutable_message_type(0)
->mutable_nested_type(0)
->mutable_field(0);
key->set_type(FieldDescriptorProto::TYPE_DOUBLE);
BuildFileWithErrors(file_proto.DebugString(), kMapEntryKeyTypeErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryKeyTypeBytes) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
FieldDescriptorProto* key = file_proto.mutable_message_type(0)
->mutable_nested_type(0)
->mutable_field(0);
key->set_type(FieldDescriptorProto::TYPE_BYTES);
BuildFileWithErrors(file_proto.DebugString(), kMapEntryKeyTypeErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryKeyTypeEnum) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
FieldDescriptorProto* key = file_proto.mutable_message_type(0)
->mutable_nested_type(0)
->mutable_field(0);
key->clear_type();
key->set_type_name("BarEnum");
EnumDescriptorProto* enum_proto = file_proto.add_enum_type();
enum_proto->set_name("BarEnum");
EnumValueDescriptorProto* enum_value_proto = enum_proto->add_value();
enum_value_proto->set_name("BAR_VALUE0");
enum_value_proto->set_number(0);
BuildFileWithErrors(file_proto.DebugString(),
"foo.proto: Foo.foo_map: TYPE: Key in map fields cannot "
"be enum types.\n");
// Enum keys are not allowed in proto3 as well.
// Get rid of extensions for proto3 to make it proto3 compatible.
file_proto.mutable_message_type()->RemoveLast();
file_proto.set_syntax("proto3");
BuildFileWithErrors(file_proto.DebugString(),
"foo.proto: Foo.foo_map: TYPE: Key in map fields cannot "
"be enum types.\n");
}
TEST_F(ValidationErrorTest, MapEntryKeyTypeMessage) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
FieldDescriptorProto* key = file_proto.mutable_message_type(0)
->mutable_nested_type(0)
->mutable_field(0);
key->clear_type();
key->set_type_name(".Bar");
BuildFileWithErrors(file_proto.DebugString(), kMapEntryKeyTypeErrorMessage);
}
TEST_F(ValidationErrorTest, MapEntryConflictsWithField) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
TextFormat::MergeFromString(
"field { "
" name: 'FooMapEntry' "
" type: TYPE_INT32 "
" label: LABEL_OPTIONAL "
" number: 100 "
"}",
file_proto.mutable_message_type(0));
BuildFileWithErrors(
file_proto.DebugString(),
"foo.proto: Foo.FooMapEntry: NAME: \"FooMapEntry\" is already defined in "
"\"Foo\".\n"
"foo.proto: Foo.foo_map: TYPE: \"FooMapEntry\" is not defined.\n"
"foo.proto: Foo: NAME: Expanded map entry type FooMapEntry conflicts "
"with an existing field.\n");
}
TEST_F(ValidationErrorTest, MapEntryConflictsWithMessage) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
TextFormat::MergeFromString(
"nested_type { "
" name: 'FooMapEntry' "
"}",
file_proto.mutable_message_type(0));
BuildFileWithErrors(
file_proto.DebugString(),
"foo.proto: Foo.FooMapEntry: NAME: \"FooMapEntry\" is already defined in "
"\"Foo\".\n"
"foo.proto: Foo: NAME: Expanded map entry type FooMapEntry conflicts "
"with an existing nested message type.\n");
}
TEST_F(ValidationErrorTest, MapEntryConflictsWithEnum) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
TextFormat::MergeFromString(
"enum_type { "
" name: 'FooMapEntry' "
" value { name: 'ENTRY_FOO' number: 0 }"
"}",
file_proto.mutable_message_type(0));
BuildFileWithErrors(
file_proto.DebugString(),
"foo.proto: Foo.FooMapEntry: NAME: \"FooMapEntry\" is already defined in "
"\"Foo\".\n"
"foo.proto: Foo: NAME: Expanded map entry type FooMapEntry conflicts "
"with an existing enum type.\n");
}
TEST_F(ValidationErrorTest, EnumValuesConflictWhenPrefixesStripped) {
BuildFileWithErrors(
"syntax: 'proto3'"
"name: 'foo.proto' "
"enum_type {"
" name: 'FooEnum' "
" value { name: 'FOO_ENUM_BAZ' number: 0 }"
" value { name: 'BAZ' number: 1 }"
"}",
"foo.proto: BAZ: NAME: When enum name is stripped and label is "
"PascalCased (Baz), this value label conflicts with FOO_ENUM_BAZ. This "
"will make the proto fail to compile for some languages, such as C#.\n");
BuildFileWithErrors(
"syntax: 'proto3'"
"name: 'foo.proto' "
"enum_type {"
" name: 'FooEnum' "
" value { name: 'FOOENUM_BAZ' number: 0 }"
" value { name: 'BAZ' number: 1 }"
"}",
"foo.proto: BAZ: NAME: When enum name is stripped and label is "
"PascalCased (Baz), this value label conflicts with FOOENUM_BAZ. This "
"will make the proto fail to compile for some languages, such as C#.\n");
BuildFileWithErrors(
"syntax: 'proto3'"
"name: 'foo.proto' "
"enum_type {"
" name: 'FooEnum' "
" value { name: 'FOO_ENUM_BAR_BAZ' number: 0 }"
" value { name: 'BAR__BAZ' number: 1 }"
"}",
"foo.proto: BAR__BAZ: NAME: When enum name is stripped and label is "
"PascalCased (BarBaz), this value label conflicts with "
"FOO_ENUM_BAR_BAZ. This will make the proto fail to compile for some "
"languages, such as C#.\n");
BuildFileWithErrors(
"syntax: 'proto3'"
"name: 'foo.proto' "
"enum_type {"
" name: 'FooEnum' "
" value { name: 'FOO_ENUM__BAR_BAZ' number: 0 }"
" value { name: 'BAR_BAZ' number: 1 }"
"}",
"foo.proto: BAR_BAZ: NAME: When enum name is stripped and label is "
"PascalCased (BarBaz), this value label conflicts with "
"FOO_ENUM__BAR_BAZ. This will make the proto fail to compile for some "
"languages, such as C#.\n");
// This isn't an error because the underscore will cause the PascalCase to
// differ by case (BarBaz vs. Barbaz).
BuildFile(
"syntax: 'proto3'"
"name: 'foo.proto' "
"enum_type {"
" name: 'FooEnum' "
" value { name: 'BAR_BAZ' number: 0 }"
" value { name: 'BARBAZ' number: 1 }"
"}");
}
TEST_F(ValidationErrorTest, MapEntryConflictsWithOneof) {
FileDescriptorProto file_proto;
FillValidMapEntry(&file_proto);
TextFormat::MergeFromString(
"oneof_decl { "
" name: 'FooMapEntry' "
"}"
"field { "
" name: 'int_field' "
" type: TYPE_INT32 "
" label: LABEL_OPTIONAL "
" oneof_index: 0 "
" number: 100 "
"} ",
file_proto.mutable_message_type(0));
BuildFileWithErrors(
file_proto.DebugString(),
"foo.proto: Foo.FooMapEntry: NAME: \"FooMapEntry\" is already defined in "
"\"Foo\".\n"
"foo.proto: Foo.foo_map: TYPE: \"FooMapEntry\" is not defined.\n"
"foo.proto: Foo: NAME: Expanded map entry type FooMapEntry conflicts "
"with an existing oneof type.\n");
}
TEST_F(ValidationErrorTest, MapEntryUsesNoneZeroEnumDefaultValue) {
BuildFileWithErrors(
"name: \"foo.proto\" "
"enum_type {"
" name: \"Bar\""
" value { name:\"ENUM_A\" number:1 }"
" value { name:\"ENUM_B\" number:2 }"
"}"
"message_type {"
" name: 'Foo' "
" field { "
" name: 'foo_map' number: 1 label:LABEL_REPEATED "
" type_name: 'FooMapEntry' "
" } "
" nested_type { "
" name: 'FooMapEntry' "
" options { map_entry: true } "
" field { "
" name: 'key' number: 1 type:TYPE_INT32 label:LABEL_OPTIONAL "
" } "
" field { "
" name: 'value' number: 2 type_name:\"Bar\" label:LABEL_OPTIONAL "
" } "
" } "
"}",
"foo.proto: Foo.foo_map: "
"TYPE: Enum value in map must define 0 as the first value.\n");
}
TEST_F(ValidationErrorTest, Proto3RequiredFields) {
BuildFileWithErrors(
"name: 'foo.proto' "
"syntax: 'proto3' "
"message_type { "
" name: 'Foo' "
" field { name:'foo' number:1 label:LABEL_REQUIRED type:TYPE_INT32 } "
"}",
"foo.proto: Foo.foo: OTHER: Required fields are not allowed in "
"proto3.\n");
// applied to nested types as well.
BuildFileWithErrors(
"name: 'foo.proto' "
"syntax: 'proto3' "
"message_type { "
" name: 'Foo' "
" nested_type { "
" name : 'Bar' "
" field { name:'bar' number:1 label:LABEL_REQUIRED type:TYPE_INT32 } "
" } "
"}",
"foo.proto: Foo.Bar.bar: OTHER: Required fields are not allowed in "
"proto3.\n");
// optional and repeated fields are OK.
BuildFile(
"name: 'foo.proto' "
"syntax: 'proto3' "
"message_type { "
" name: 'Foo' "
" field { name:'foo' number:1 label:LABEL_OPTIONAL type:TYPE_INT32 } "
" field { name:'bar' number:2 label:LABEL_REPEATED type:TYPE_INT32 } "
"}");
}
TEST_F(ValidationErrorTest, ValidateProto3DefaultValue) {
BuildFileWithErrors(
"name: 'foo.proto' "
"syntax: 'proto3' "
"message_type { "
" name: 'Foo' "
" field { name:'foo' number:1 label:LABEL_OPTIONAL type:TYPE_INT32 "
" default_value: '1' }"
"}",
"foo.proto: Foo.foo: OTHER: Explicit default values are not allowed in "
"proto3.\n");
BuildFileWithErrors(
"name: 'foo.proto' "
"syntax: 'proto3' "
"message_type { "
" name: 'Foo' "
" nested_type { "
" name : 'Bar' "
" field { name:'bar' number:1 label:LABEL_OPTIONAL type:TYPE_INT32 "
" default_value: '1' }"
" } "
"}",
"foo.proto: Foo.Bar.bar: OTHER: Explicit default values are not allowed "
"in proto3.\n");
}
TEST_F(ValidationErrorTest, ValidateProto3ExtensionRange) {
BuildFileWithErrors(
"name: 'foo.proto' "
"syntax: 'proto3' "
"message_type { "
" name: 'Foo' "
" field { name:'foo' number:1 label:LABEL_OPTIONAL type:TYPE_INT32 } "
" extension_range { start:10 end:100 } "
"}",
"foo.proto: Foo: OTHER: Extension ranges are not allowed in "
"proto3.\n");
BuildFileWithErrors(
"name: 'foo.proto' "
"syntax: 'proto3' "
"message_type { "
" name: 'Foo' "
" nested_type { "
" name : 'Bar' "
" field { name:'bar' number:1 label:LABEL_OPTIONAL type:TYPE_INT32 } "
" extension_range { start:10 end:100 } "
" } "
"}",
"foo.proto: Foo.Bar: OTHER: Extension ranges are not allowed in "
"proto3.\n");
}
TEST_F(ValidationErrorTest, ValidateProto3MessageSetWireFormat) {
BuildFileWithErrors(
"name: 'foo.proto' "
"syntax: 'proto3' "
"message_type { "
" name: 'Foo' "
" options { message_set_wire_format: true } "
"}",
"foo.proto: Foo: OTHER: MessageSet is not supported "
"in proto3.\n");
}
TEST_F(ValidationErrorTest, ValidateProto3Enum) {
BuildFileWithErrors(
"name: 'foo.proto' "
"syntax: 'proto3' "
"enum_type { "
" name: 'FooEnum' "
" value { name: 'FOO_FOO' number:1 } "
"}",
"foo.proto: FooEnum: OTHER: The first enum value must be "
"zero in proto3.\n");
BuildFileWithErrors(
"name: 'foo.proto' "
"syntax: 'proto3' "
"message_type { "
" name: 'Foo' "
" enum_type { "
" name: 'FooEnum' "
" value { name: 'FOO_FOO' number:1 } "
" } "
"}",
"foo.proto: Foo.FooEnum: OTHER: The first enum value must be "
"zero in proto3.\n");
// valid case.
BuildFile(
"name: 'foo.proto' "
"syntax: 'proto3' "
"enum_type { "
" name: 'FooEnum' "
" value { name: 'FOO_FOO' number:0 } "
"}");
}
TEST_F(ValidationErrorTest, ValidateProto3Group) {
BuildFileWithErrors(
"name: 'foo.proto' "
"syntax: 'proto3' "
"message_type { "
" name: 'Foo' "
" nested_type { "
" name: 'FooGroup' "
" } "
" field { name:'foo_group' number: 1 label:LABEL_OPTIONAL "
" type: TYPE_GROUP type_name:'FooGroup' } "
"}",
"foo.proto: Foo.foo_group: TYPE: Groups are not supported in proto3 "
"syntax.\n");
}
TEST_F(ValidationErrorTest, ValidateProto3EnumFromProto2) {
// Define an enum in a proto2 file.
BuildFile(
"name: 'foo.proto' "
"package: 'foo' "
"syntax: 'proto2' "
"enum_type { "
" name: 'FooEnum' "
" value { name: 'DEFAULT_OPTION' number:0 } "
"}");
// Now try to refer to it. (All tests in the fixture use the same pool, so we
// can refer to the enum above in this definition.)
BuildFileWithErrors(
"name: 'bar.proto' "
"dependency: 'foo.proto' "
"syntax: 'proto3' "
"message_type { "
" name: 'Foo' "
" field { name:'bar' number:1 label:LABEL_OPTIONAL type:TYPE_ENUM "
" type_name: 'foo.FooEnum' }"
"}",
"bar.proto: Foo.bar: TYPE: Enum type \"foo.FooEnum\" is not a proto3 "
"enum, but is used in \"Foo\" which is a proto3 message type.\n");
}
TEST_F(ValidationErrorTest, ValidateProto3Extension) {
// Valid for options.
DescriptorPool pool;
FileDescriptorProto file_proto;
// Add "google/protobuf/descriptor.proto".
FileDescriptorProto::descriptor()->file()->CopyTo(&file_proto);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
// Add "foo.proto":
// import "google/protobuf/descriptor.proto";
// extend google.protobuf.FieldOptions {
// optional int32 option1 = 1000;
// }
file_proto.Clear();
file_proto.set_name("foo.proto");
file_proto.set_syntax("proto3");
file_proto.add_dependency("google/protobuf/descriptor.proto");
AddExtension(&file_proto, "google.protobuf.FieldOptions", "option1", 1000,
FieldDescriptorProto::LABEL_OPTIONAL,
FieldDescriptorProto::TYPE_INT32);
ASSERT_TRUE(pool.BuildFile(file_proto) != NULL);
// Copy and change the package of the descriptor.proto
BuildFile(
"name: 'google.protobuf.proto' "
"syntax: 'proto2' "
"message_type { "
" name: 'Container' extension_range { start: 1 end: 1000 } "
"}");
BuildFileWithErrors(
"name: 'bar.proto' "
"syntax: 'proto3' "
"dependency: 'google.protobuf.proto' "
"extension { "
" name: 'bar' number: 1 label: LABEL_OPTIONAL type: TYPE_INT32 "
" extendee: 'Container' "
"}",
"bar.proto: bar: OTHER: Extensions in proto3 are only allowed for "
"defining options.\n");
}
// Test that field names that may conflict in JSON is not allowed by protoc.
TEST_F(ValidationErrorTest, ValidateProto3JsonName) {
// The comparison is case-insensitive.
BuildFileWithErrors(
"name: 'foo.proto' "
"syntax: 'proto3' "
"message_type {"
" name: 'Foo'"
" field { name:'name' number:1 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" field { name:'Name' number:2 label:LABEL_OPTIONAL type:TYPE_INT32 }"
"}",
"foo.proto: Foo: OTHER: The JSON camel-case name of field \"Name\" "
"conflicts with field \"name\". This is not allowed in proto3.\n");
// Underscores are ignored.
BuildFileWithErrors(
"name: 'foo.proto' "
"syntax: 'proto3' "
"message_type {"
" name: 'Foo'"
" field { name:'ab' number:1 label:LABEL_OPTIONAL type:TYPE_INT32 }"
" field { name:'_a__b_' number:2 label:LABEL_OPTIONAL type:TYPE_INT32 }"
"}",
"foo.proto: Foo: OTHER: The JSON camel-case name of field \"_a__b_\" "
"conflicts with field \"ab\". This is not allowed in proto3.\n");
}
// ===================================================================
// DescriptorDatabase
static void AddToDatabase(SimpleDescriptorDatabase* database,
const char* file_text) {
FileDescriptorProto file_proto;
EXPECT_TRUE(TextFormat::ParseFromString(file_text, &file_proto));
database->Add(file_proto);
}
class DatabaseBackedPoolTest : public testing::Test {
protected:
DatabaseBackedPoolTest() {}
SimpleDescriptorDatabase database_;
virtual void SetUp() {
AddToDatabase(&database_,
"name: 'foo.proto' "
"message_type { name:'Foo' extension_range { start: 1 end: 100 } } "
"enum_type { name:'TestEnum' value { name:'DUMMY' number:0 } } "
"service { name:'TestService' } ");
AddToDatabase(&database_,
"name: 'bar.proto' "
"dependency: 'foo.proto' "
"message_type { name:'Bar' } "
"extension { name:'foo_ext' extendee: '.Foo' number:5 "
" label:LABEL_OPTIONAL type:TYPE_INT32 } ");
// Baz has an undeclared dependency on Foo.
AddToDatabase(&database_,
"name: 'baz.proto' "
"message_type { "
" name:'Baz' "
" field { name:'foo' number:1 label:LABEL_OPTIONAL type_name:'Foo' } "
"}");
}
// We can't inject a file containing errors into a DescriptorPool, so we
// need an actual mock DescriptorDatabase to test errors.
class ErrorDescriptorDatabase : public DescriptorDatabase {
public:
ErrorDescriptorDatabase() {}
~ErrorDescriptorDatabase() {}
// implements DescriptorDatabase ---------------------------------
bool FindFileByName(const string& filename,
FileDescriptorProto* output) {
// error.proto and error2.proto cyclically import each other.
if (filename == "error.proto") {
output->Clear();
output->set_name("error.proto");
output->add_dependency("error2.proto");
return true;
} else if (filename == "error2.proto") {
output->Clear();
output->set_name("error2.proto");
output->add_dependency("error.proto");
return true;
} else {
return false;
}
}
bool FindFileContainingSymbol(const string& symbol_name,
FileDescriptorProto* output) {
return false;
}
bool FindFileContainingExtension(const string& containing_type,
int field_number,
FileDescriptorProto* output) {
return false;
}
};
// A DescriptorDatabase that counts how many times each method has been
// called and forwards to some other DescriptorDatabase.
class CallCountingDatabase : public DescriptorDatabase {
public:
CallCountingDatabase(DescriptorDatabase* wrapped_db)
: wrapped_db_(wrapped_db) {
Clear();
}
~CallCountingDatabase() {}
DescriptorDatabase* wrapped_db_;
int call_count_;
void Clear() {
call_count_ = 0;
}
// implements DescriptorDatabase ---------------------------------
bool FindFileByName(const string& filename,
FileDescriptorProto* output) {
++call_count_;
return wrapped_db_->FindFileByName(filename, output);
}
bool FindFileContainingSymbol(const string& symbol_name,
FileDescriptorProto* output) {
++call_count_;
return wrapped_db_->FindFileContainingSymbol(symbol_name, output);
}
bool FindFileContainingExtension(const string& containing_type,
int field_number,
FileDescriptorProto* output) {
++call_count_;
return wrapped_db_->FindFileContainingExtension(
containing_type, field_number, output);
}
};
// A DescriptorDatabase which falsely always returns foo.proto when searching
// for any symbol or extension number. This shouldn't cause the
// DescriptorPool to reload foo.proto if it is already loaded.
class FalsePositiveDatabase : public DescriptorDatabase {
public:
FalsePositiveDatabase(DescriptorDatabase* wrapped_db)
: wrapped_db_(wrapped_db) {}
~FalsePositiveDatabase() {}
DescriptorDatabase* wrapped_db_;
// implements DescriptorDatabase ---------------------------------
bool FindFileByName(const string& filename,
FileDescriptorProto* output) {
return wrapped_db_->FindFileByName(filename, output);
}
bool FindFileContainingSymbol(const string& symbol_name,
FileDescriptorProto* output) {
return FindFileByName("foo.proto", output);
}
bool FindFileContainingExtension(const string& containing_type,
int field_number,
FileDescriptorProto* output) {
return FindFileByName("foo.proto", output);
}
};
};
TEST_F(DatabaseBackedPoolTest, FindFileByName) {
DescriptorPool pool(&database_);
const FileDescriptor* foo = pool.FindFileByName("foo.proto");
ASSERT_TRUE(foo != NULL);
EXPECT_EQ("foo.proto", foo->name());
ASSERT_EQ(1, foo->message_type_count());
EXPECT_EQ("Foo", foo->message_type(0)->name());
EXPECT_EQ(foo, pool.FindFileByName("foo.proto"));
EXPECT_TRUE(pool.FindFileByName("no_such_file.proto") == NULL);
}
TEST_F(DatabaseBackedPoolTest, FindDependencyBeforeDependent) {
DescriptorPool pool(&database_);
const FileDescriptor* foo = pool.FindFileByName("foo.proto");
ASSERT_TRUE(foo != NULL);
EXPECT_EQ("foo.proto", foo->name());
ASSERT_EQ(1, foo->message_type_count());
EXPECT_EQ("Foo", foo->message_type(0)->name());
const FileDescriptor* bar = pool.FindFileByName("bar.proto");
ASSERT_TRUE(bar != NULL);
EXPECT_EQ("bar.proto", bar->name());
ASSERT_EQ(1, bar->message_type_count());
EXPECT_EQ("Bar", bar->message_type(0)->name());
ASSERT_EQ(1, bar->dependency_count());
EXPECT_EQ(foo, bar->dependency(0));
}
TEST_F(DatabaseBackedPoolTest, FindDependentBeforeDependency) {
DescriptorPool pool(&database_);
const FileDescriptor* bar = pool.FindFileByName("bar.proto");
ASSERT_TRUE(bar != NULL);
EXPECT_EQ("bar.proto", bar->name());
ASSERT_EQ(1, bar->message_type_count());
ASSERT_EQ("Bar", bar->message_type(0)->name());
const FileDescriptor* foo = pool.FindFileByName("foo.proto");
ASSERT_TRUE(foo != NULL);
EXPECT_EQ("foo.proto", foo->name());
ASSERT_EQ(1, foo->message_type_count());
ASSERT_EQ("Foo", foo->message_type(0)->name());
ASSERT_EQ(1, bar->dependency_count());
EXPECT_EQ(foo, bar->dependency(0));
}
TEST_F(DatabaseBackedPoolTest, FindFileContainingSymbol) {
DescriptorPool pool(&database_);
const FileDescriptor* file = pool.FindFileContainingSymbol("Foo");
ASSERT_TRUE(file != NULL);
EXPECT_EQ("foo.proto", file->name());
EXPECT_EQ(file, pool.FindFileByName("foo.proto"));
EXPECT_TRUE(pool.FindFileContainingSymbol("NoSuchSymbol") == NULL);
}
TEST_F(DatabaseBackedPoolTest, FindMessageTypeByName) {
DescriptorPool pool(&database_);
const Descriptor* type = pool.FindMessageTypeByName("Foo");
ASSERT_TRUE(type != NULL);
EXPECT_EQ("Foo", type->name());
EXPECT_EQ(type->file(), pool.FindFileByName("foo.proto"));
EXPECT_TRUE(pool.FindMessageTypeByName("NoSuchType") == NULL);
}
TEST_F(DatabaseBackedPoolTest, FindExtensionByNumber) {
DescriptorPool pool(&database_);
const Descriptor* foo = pool.FindMessageTypeByName("Foo");
ASSERT_TRUE(foo != NULL);
const FieldDescriptor* extension = pool.FindExtensionByNumber(foo, 5);
ASSERT_TRUE(extension != NULL);
EXPECT_EQ("foo_ext", extension->name());
EXPECT_EQ(extension->file(), pool.FindFileByName("bar.proto"));
EXPECT_TRUE(pool.FindExtensionByNumber(foo, 12) == NULL);
}
TEST_F(DatabaseBackedPoolTest, FindAllExtensions) {
DescriptorPool pool(&database_);
const Descriptor* foo = pool.FindMessageTypeByName("Foo");
for (int i = 0; i < 2; ++i) {
// Repeat the lookup twice, to check that we get consistent
// results despite the fallback database lookup mutating the pool.
std::vector<const FieldDescriptor*> extensions;
pool.FindAllExtensions(foo, &extensions);
ASSERT_EQ(1, extensions.size());
EXPECT_EQ(5, extensions[0]->number());
}
}
TEST_F(DatabaseBackedPoolTest, ErrorWithoutErrorCollector) {
ErrorDescriptorDatabase error_database;
DescriptorPool pool(&error_database);
std::vector<string> errors;
{
ScopedMemoryLog log;
EXPECT_TRUE(pool.FindFileByName("error.proto") == NULL);
errors = log.GetMessages(ERROR);
}
EXPECT_FALSE(errors.empty());
}
TEST_F(DatabaseBackedPoolTest, ErrorWithErrorCollector) {
ErrorDescriptorDatabase error_database;
MockErrorCollector error_collector;
DescriptorPool pool(&error_database, &error_collector);
EXPECT_TRUE(pool.FindFileByName("error.proto") == NULL);
EXPECT_EQ(
"error.proto: error.proto: OTHER: File recursively imports itself: "
"error.proto -> error2.proto -> error.proto\n"
"error2.proto: error2.proto: OTHER: Import \"error.proto\" was not "
"found or had errors.\n"
"error.proto: error.proto: OTHER: Import \"error2.proto\" was not "
"found or had errors.\n",
error_collector.text_);
}
TEST_F(DatabaseBackedPoolTest, UndeclaredDependencyOnUnbuiltType) {
// Check that we find and report undeclared dependencies on types that exist
// in the descriptor database but that have not not been built yet.
MockErrorCollector error_collector;
DescriptorPool pool(&database_, &error_collector);
EXPECT_TRUE(pool.FindMessageTypeByName("Baz") == NULL);
EXPECT_EQ(
"baz.proto: Baz.foo: TYPE: \"Foo\" seems to be defined in \"foo.proto\", "
"which is not imported by \"baz.proto\". To use it here, please add "
"the necessary import.\n",
error_collector.text_);
}
TEST_F(DatabaseBackedPoolTest, RollbackAfterError) {
// Make sure that all traces of bad types are removed from the pool. This used
// to be b/4529436, due to the fact that a symbol resolution failure could
// potentially cause another file to be recursively built, which would trigger
// a checkpoint _past_ possibly invalid symbols.
// Baz is defined in the database, but the file is invalid because it is
// missing a necessary import.
DescriptorPool pool(&database_);
EXPECT_TRUE(pool.FindMessageTypeByName("Baz") == NULL);
// Make sure that searching again for the file or the type fails.
EXPECT_TRUE(pool.FindFileByName("baz.proto") == NULL);
EXPECT_TRUE(pool.FindMessageTypeByName("Baz") == NULL);
}
TEST_F(DatabaseBackedPoolTest, UnittestProto) {
// Try to load all of unittest.proto from a DescriptorDatabase. This should
// thoroughly test all paths through DescriptorBuilder to insure that there
// are no deadlocking problems when pool_->mutex_ is non-NULL.
const FileDescriptor* original_file =
protobuf_unittest::TestAllTypes::descriptor()->file();
DescriptorPoolDatabase database(*DescriptorPool::generated_pool());
DescriptorPool pool(&database);
const FileDescriptor* file_from_database =
pool.FindFileByName(original_file->name());
ASSERT_TRUE(file_from_database != NULL);
FileDescriptorProto original_file_proto;
original_file->CopyTo(&original_file_proto);
FileDescriptorProto file_from_database_proto;
file_from_database->CopyTo(&file_from_database_proto);
EXPECT_EQ(original_file_proto.DebugString(),
file_from_database_proto.DebugString());
// Also verify that CopyTo() did not omit any information.
EXPECT_EQ(original_file->DebugString(),
file_from_database->DebugString());
}
TEST_F(DatabaseBackedPoolTest, DoesntRetryDbUnnecessarily) {
// Searching for a child of an existing descriptor should never fall back
// to the DescriptorDatabase even if it isn't found, because we know all
// children are already loaded.
CallCountingDatabase call_counter(&database_);
DescriptorPool pool(&call_counter);
const FileDescriptor* file = pool.FindFileByName("foo.proto");
ASSERT_TRUE(file != NULL);
const Descriptor* foo = pool.FindMessageTypeByName("Foo");
ASSERT_TRUE(foo != NULL);
const EnumDescriptor* test_enum = pool.FindEnumTypeByName("TestEnum");
ASSERT_TRUE(test_enum != NULL);
const ServiceDescriptor* test_service = pool.FindServiceByName("TestService");
ASSERT_TRUE(test_service != NULL);
EXPECT_NE(0, call_counter.call_count_);
call_counter.Clear();
EXPECT_TRUE(foo->FindFieldByName("no_such_field") == NULL);
EXPECT_TRUE(foo->FindExtensionByName("no_such_extension") == NULL);
EXPECT_TRUE(foo->FindNestedTypeByName("NoSuchMessageType") == NULL);
EXPECT_TRUE(foo->FindEnumTypeByName("NoSuchEnumType") == NULL);
EXPECT_TRUE(foo->FindEnumValueByName("NO_SUCH_VALUE") == NULL);
EXPECT_TRUE(test_enum->FindValueByName("NO_SUCH_VALUE") == NULL);
EXPECT_TRUE(test_service->FindMethodByName("NoSuchMethod") == NULL);
EXPECT_TRUE(file->FindMessageTypeByName("NoSuchMessageType") == NULL);
EXPECT_TRUE(file->FindEnumTypeByName("NoSuchEnumType") == NULL);
EXPECT_TRUE(file->FindEnumValueByName("NO_SUCH_VALUE") == NULL);
EXPECT_TRUE(file->FindServiceByName("NO_SUCH_VALUE") == NULL);
EXPECT_TRUE(file->FindExtensionByName("no_such_extension") == NULL);
EXPECT_TRUE(pool.FindFileContainingSymbol("Foo.no.such.field") == NULL);
EXPECT_TRUE(pool.FindFileContainingSymbol("Foo.no_such_field") == NULL);
EXPECT_TRUE(pool.FindMessageTypeByName("Foo.NoSuchMessageType") == NULL);
EXPECT_TRUE(pool.FindFieldByName("Foo.no_such_field") == NULL);
EXPECT_TRUE(pool.FindExtensionByName("Foo.no_such_extension") == NULL);
EXPECT_TRUE(pool.FindEnumTypeByName("Foo.NoSuchEnumType") == NULL);
EXPECT_TRUE(pool.FindEnumValueByName("Foo.NO_SUCH_VALUE") == NULL);
EXPECT_TRUE(pool.FindMethodByName("TestService.NoSuchMethod") == NULL);
EXPECT_EQ(0, call_counter.call_count_);
}
TEST_F(DatabaseBackedPoolTest, DoesntReloadFilesUncesessarily) {
// If FindFileContainingSymbol() or FindFileContainingExtension() return a
// file that is already in the DescriptorPool, it should not attempt to
// reload the file.
FalsePositiveDatabase false_positive_database(&database_);
MockErrorCollector error_collector;
DescriptorPool pool(&false_positive_database, &error_collector);
// First make sure foo.proto is loaded.
const Descriptor* foo = pool.FindMessageTypeByName("Foo");
ASSERT_TRUE(foo != NULL);
// Try inducing false positives.
EXPECT_TRUE(pool.FindMessageTypeByName("NoSuchSymbol") == NULL);
EXPECT_TRUE(pool.FindExtensionByNumber(foo, 22) == NULL);
// No errors should have been reported. (If foo.proto was incorrectly
// loaded multiple times, errors would have been reported.)
EXPECT_EQ("", error_collector.text_);
}
// DescriptorDatabase that attempts to induce exponentially-bad performance
// in DescriptorPool. For every positive N, the database contains a file
// fileN.proto, which defines a message MessageN, which contains fields of
// type MessageK for all K in [0,N). Message0 is not defined anywhere
// (file0.proto exists, but is empty), so every other file and message type
// will fail to build.
//
// If the DescriptorPool is not careful to memoize errors, an attempt to
// build a descriptor for MessageN can require O(2^N) time.
class ExponentialErrorDatabase : public DescriptorDatabase {
public:
ExponentialErrorDatabase() {}
~ExponentialErrorDatabase() {}
// implements DescriptorDatabase ---------------------------------
bool FindFileByName(const string& filename,
FileDescriptorProto* output) {
int file_num = -1;
FullMatch(filename, "file", ".proto", &file_num);
if (file_num > -1) {
return PopulateFile(file_num, output);
} else {
return false;
}
}
bool FindFileContainingSymbol(const string& symbol_name,
FileDescriptorProto* output) {
int file_num = -1;
FullMatch(symbol_name, "Message", "", &file_num);
if (file_num > 0) {
return PopulateFile(file_num, output);
} else {
return false;
}
}
bool FindFileContainingExtension(const string& containing_type,
int field_number,
FileDescriptorProto* output) {
return false;
}
private:
void FullMatch(const string& name,
const string& begin_with,
const string& end_with,
int* file_num) {
int begin_size = begin_with.size();
int end_size = end_with.size();
if (name.substr(0, begin_size) != begin_with ||
name.substr(name.size()- end_size, end_size) != end_with) {
return;
}
safe_strto32(name.substr(begin_size, name.size() - end_size - begin_size),
file_num);
}
bool PopulateFile(int file_num, FileDescriptorProto* output) {
using strings::Substitute;
GOOGLE_CHECK_GE(file_num, 0);
output->Clear();
output->set_name(Substitute("file$0.proto", file_num));
// file0.proto doesn't define Message0
if (file_num > 0) {
DescriptorProto* message = output->add_message_type();
message->set_name(Substitute("Message$0", file_num));
for (int i = 0; i < file_num; ++i) {
output->add_dependency(Substitute("file$0.proto", i));
FieldDescriptorProto* field = message->add_field();
field->set_name(Substitute("field$0", i));
field->set_number(i);
field->set_label(FieldDescriptorProto::LABEL_OPTIONAL);
field->set_type(FieldDescriptorProto::TYPE_MESSAGE);
field->set_type_name(Substitute("Message$0", i));
}
}
return true;
}
};
TEST_F(DatabaseBackedPoolTest, DoesntReloadKnownBadFiles) {
ExponentialErrorDatabase error_database;
DescriptorPool pool(&error_database);
GOOGLE_LOG(INFO) << "A timeout in this test probably indicates a real bug.";
EXPECT_TRUE(pool.FindFileByName("file40.proto") == NULL);
EXPECT_TRUE(pool.FindMessageTypeByName("Message40") == NULL);
}
TEST_F(DatabaseBackedPoolTest, DoesntFallbackOnWrongType) {
// If a lookup finds a symbol of the wrong type (e.g. we pass a type name
// to FindFieldByName()), we should fail fast, without checking the fallback
// database.
CallCountingDatabase call_counter(&database_);
DescriptorPool pool(&call_counter);
const FileDescriptor* file = pool.FindFileByName("foo.proto");
ASSERT_TRUE(file != NULL);
const Descriptor* foo = pool.FindMessageTypeByName("Foo");
ASSERT_TRUE(foo != NULL);
const EnumDescriptor* test_enum = pool.FindEnumTypeByName("TestEnum");
ASSERT_TRUE(test_enum != NULL);
EXPECT_NE(0, call_counter.call_count_);
call_counter.Clear();
EXPECT_TRUE(pool.FindMessageTypeByName("TestEnum") == NULL);
EXPECT_TRUE(pool.FindFieldByName("Foo") == NULL);
EXPECT_TRUE(pool.FindExtensionByName("Foo") == NULL);
EXPECT_TRUE(pool.FindEnumTypeByName("Foo") == NULL);
EXPECT_TRUE(pool.FindEnumValueByName("Foo") == NULL);
EXPECT_TRUE(pool.FindServiceByName("Foo") == NULL);
EXPECT_TRUE(pool.FindMethodByName("Foo") == NULL);
EXPECT_EQ(0, call_counter.call_count_);
}
// ===================================================================
class AbortingErrorCollector : public DescriptorPool::ErrorCollector {
public:
AbortingErrorCollector() {}
virtual void AddError(
const string &filename,
const string &element_name,
const Message *message,
ErrorLocation location,
const string &error_message) {
GOOGLE_LOG(FATAL) << "AddError() called unexpectedly: " << filename << " ["
<< element_name << "]: " << error_message;
}
private:
GOOGLE_DISALLOW_EVIL_CONSTRUCTORS(AbortingErrorCollector);
};
// A source tree containing only one file.
class SingletonSourceTree : public compiler::SourceTree {
public:
SingletonSourceTree(const string& filename, const string& contents)
: filename_(filename), contents_(contents) {}
virtual io::ZeroCopyInputStream* Open(const string& filename) {
return filename == filename_ ?
new io::ArrayInputStream(contents_.data(), contents_.size()) : NULL;
}
private:
const string filename_;
const string contents_;
GOOGLE_DISALLOW_EVIL_CONSTRUCTORS(SingletonSourceTree);
};
const char *const kSourceLocationTestInput =
"syntax = \"proto2\";\n"
"option java_package = \"com.foo.bar\";\n"
"option (test_file_opt) = \"foobar\";\n"
"message A {\n"
" option (test_msg_opt) = \"foobar\";\n"
" optional int32 a = 1 [deprecated = true];\n"
" message B {\n"
" required double b = 1 [(test_field_opt) = \"foobar\"];\n"
" }\n"
" oneof c {\n"
" option (test_oneof_opt) = \"foobar\";\n"
" string d = 2;\n"
" string e = 3;\n"
" string f = 4;\n"
" }\n"
"}\n"
"enum Indecision {\n"
" option (test_enum_opt) = 21;\n"
" option (test_enum_opt) = 42;\n"
" option (test_enum_opt) = 63;\n"
" YES = 1 [(test_enumval_opt).a = 100];\n"
" NO = 2 [(test_enumval_opt) = {a:200}];\n"
" MAYBE = 3;\n"
"}\n"
"service S {\n"
" option (test_svc_opt) = {a:100};\n"
" option (test_svc_opt) = {a:200};\n"
" option (test_svc_opt) = {a:300};\n"
" rpc Method(A) returns (A.B);\n"
// Put an empty line here to make the source location range match.
"\n"
" rpc OtherMethod(A) returns (A) {\n"
" option deprecated = true;\n"
" option (test_method_opt) = \"foobar\";\n"
" }\n"
"}\n"
"message MessageWithExtensions {\n"
" extensions 1000 to 2000, 2001 to max [(test_ext_opt) = \"foobar\"];\n"
"}\n"
"extend MessageWithExtensions {\n"
" repeated int32 int32_extension = 1001 [packed=true];\n"
"}\n"
"message C {\n"
" extend MessageWithExtensions {\n"
" optional C message_extension = 1002;\n"
" }\n"
"}\n"
"import \"google/protobuf/descriptor.proto\";\n"
"extend google.protobuf.FileOptions {\n"
" optional string test_file_opt = 10101;\n"
"}\n"
"extend google.protobuf.MessageOptions {\n"
" optional string test_msg_opt = 10101;\n"
"}\n"
"extend google.protobuf.FieldOptions {\n"
" optional string test_field_opt = 10101;\n"
"}\n"
"extend google.protobuf.EnumOptions {\n"
" repeated int32 test_enum_opt = 10101;\n"
"}\n"
"extend google.protobuf.EnumValueOptions {\n"
" optional A test_enumval_opt = 10101;\n"
"}\n"
"extend google.protobuf.ServiceOptions {\n"
" repeated A test_svc_opt = 10101;\n"
"}\n"
"extend google.protobuf.MethodOptions {\n"
" optional string test_method_opt = 10101;\n"
"}\n"
"extend google.protobuf.OneofOptions {\n"
" optional string test_oneof_opt = 10101;\n"
"}\n"
"extend google.protobuf.ExtensionRangeOptions {\n"
" optional string test_ext_opt = 10101;\n"
"}\n"
;
class SourceLocationTest : public testing::Test {
public:
SourceLocationTest()
: source_tree_("/test/test.proto", kSourceLocationTestInput),
simple_db_(),
source_tree_db_(&source_tree_),
merged_db_(&simple_db_, &source_tree_db_),
pool_(&merged_db_, &collector_) {
// we need descriptor.proto to be accessible by the pool
// since our test file imports it
FileDescriptorProto::descriptor()->file()->CopyTo(&file_proto_);
simple_db_.Add(file_proto_);
}
static string PrintSourceLocation(const SourceLocation &loc) {
return strings::Substitute("$0:$1-$2:$3",
1 + loc.start_line,
1 + loc.start_column,
1 + loc.end_line,
1 + loc.end_column);
}
private:
FileDescriptorProto file_proto_;
AbortingErrorCollector collector_;
SingletonSourceTree source_tree_;
SimpleDescriptorDatabase simple_db_; // contains descriptor.proto
compiler::SourceTreeDescriptorDatabase source_tree_db_; // loads test.proto
MergedDescriptorDatabase merged_db_; // combines above two dbs
protected:
DescriptorPool pool_;
// tag number of all custom options in above test file
static const int kCustomOptionFieldNumber = 10101;
// tag number of field "a" in message type "A" in above test file
static const int kA_aFieldNumber = 1;
};
// TODO(adonovan): implement support for option fields and for
// subparts of declarations.
TEST_F(SourceLocationTest, GetSourceLocation) {
SourceLocation loc;
const FileDescriptor *file_desc =
GOOGLE_CHECK_NOTNULL(pool_.FindFileByName("/test/test.proto"));
const Descriptor *a_desc = file_desc->FindMessageTypeByName("A");
EXPECT_TRUE(a_desc->GetSourceLocation(&loc));
EXPECT_EQ("4:1-16:2", PrintSourceLocation(loc));
const Descriptor *a_b_desc = a_desc->FindNestedTypeByName("B");
EXPECT_TRUE(a_b_desc->GetSourceLocation(&loc));
EXPECT_EQ("7:3-9:4", PrintSourceLocation(loc));
const EnumDescriptor *e_desc = file_desc->FindEnumTypeByName("Indecision");
EXPECT_TRUE(e_desc->GetSourceLocation(&loc));
EXPECT_EQ("17:1-24:2", PrintSourceLocation(loc));
const EnumValueDescriptor *yes_desc = e_desc->FindValueByName("YES");
EXPECT_TRUE(yes_desc->GetSourceLocation(&loc));
EXPECT_EQ("21:3-21:42", PrintSourceLocation(loc));
const ServiceDescriptor *s_desc = file_desc->FindServiceByName("S");
EXPECT_TRUE(s_desc->GetSourceLocation(&loc));
EXPECT_EQ("25:1-35:2", PrintSourceLocation(loc));
const MethodDescriptor *m_desc = s_desc->FindMethodByName("Method");
EXPECT_TRUE(m_desc->GetSourceLocation(&loc));
EXPECT_EQ("29:3-29:31", PrintSourceLocation(loc));
}
TEST_F(SourceLocationTest, ExtensionSourceLocation) {
SourceLocation loc;
const FileDescriptor *file_desc =
GOOGLE_CHECK_NOTNULL(pool_.FindFileByName("/test/test.proto"));
const FieldDescriptor *int32_extension_desc =
file_desc->FindExtensionByName("int32_extension");
EXPECT_TRUE(int32_extension_desc->GetSourceLocation(&loc));
EXPECT_EQ("40:3-40:55", PrintSourceLocation(loc));
const Descriptor *c_desc = file_desc->FindMessageTypeByName("C");
EXPECT_TRUE(c_desc->GetSourceLocation(&loc));
EXPECT_EQ("42:1-46:2", PrintSourceLocation(loc));
const FieldDescriptor *message_extension_desc =
c_desc->FindExtensionByName("message_extension");
EXPECT_TRUE(message_extension_desc->GetSourceLocation(&loc));
EXPECT_EQ("44:5-44:41", PrintSourceLocation(loc));
}
TEST_F(SourceLocationTest, InterpretedOptionSourceLocation) {
// This one's a doozy. It checks every kind of option, including
// extension range options.
// We are verifying that the file's source info contains correct
// info for interpreted options and that it does *not* contain
// any info for corresponding uninterpreted option path.
SourceLocation loc;
const FileDescriptor *file_desc =
GOOGLE_CHECK_NOTNULL(pool_.FindFileByName("/test/test.proto"));
// File options
{
int path[] = {FileDescriptorProto::kOptionsFieldNumber,
FileOptions::kJavaPackageFieldNumber};
int unint[] = {FileDescriptorProto::kOptionsFieldNumber,
FileOptions::kUninterpretedOptionFieldNumber,
0};
std::vector<int> vpath(path, path + 2);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("2:1-2:37", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 3);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
{
int path[] = {FileDescriptorProto::kOptionsFieldNumber,
kCustomOptionFieldNumber};
int unint[] = {FileDescriptorProto::kOptionsFieldNumber,
FileOptions::kUninterpretedOptionFieldNumber,
1};
std::vector<int> vpath(path, path + 2);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("3:1-3:35", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 3);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
// Message option
{
int path[] = {FileDescriptorProto::kMessageTypeFieldNumber,
0,
DescriptorProto::kOptionsFieldNumber,
kCustomOptionFieldNumber};
int unint[] = {FileDescriptorProto::kMessageTypeFieldNumber,
0,
DescriptorProto::kOptionsFieldNumber,
MessageOptions::kUninterpretedOptionFieldNumber,
0};
std::vector<int> vpath(path, path + 4);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("5:3-5:36", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 5);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
// Field option
{
int path[] = {FileDescriptorProto::kMessageTypeFieldNumber,
0,
DescriptorProto::kFieldFieldNumber,
0,
FieldDescriptorProto::kOptionsFieldNumber,
FieldOptions::kDeprecatedFieldNumber};
int unint[] = {FileDescriptorProto::kMessageTypeFieldNumber,
0,
DescriptorProto::kFieldFieldNumber,
0,
FieldDescriptorProto::kOptionsFieldNumber,
FieldOptions::kUninterpretedOptionFieldNumber,
0};
std::vector<int> vpath(path, path + 6);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("6:25-6:42", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 7);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
// Nested message option
{
int path[] = {FileDescriptorProto::kMessageTypeFieldNumber,
0,
DescriptorProto::kNestedTypeFieldNumber,
0,
DescriptorProto::kFieldFieldNumber,
0,
FieldDescriptorProto::kOptionsFieldNumber,
kCustomOptionFieldNumber};
int unint[] = {FileDescriptorProto::kMessageTypeFieldNumber,
0,
DescriptorProto::kNestedTypeFieldNumber,
0,
DescriptorProto::kFieldFieldNumber,
0,
FieldDescriptorProto::kOptionsFieldNumber,
FieldOptions::kUninterpretedOptionFieldNumber,
0};
std::vector<int> vpath(path, path + 8);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("8:28-8:55", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 9);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
// One-of option
{
int path[] = {FileDescriptorProto::kMessageTypeFieldNumber,
0,
DescriptorProto::kOneofDeclFieldNumber,
0,
OneofDescriptorProto::kOptionsFieldNumber,
kCustomOptionFieldNumber};
int unint[] = {FileDescriptorProto::kMessageTypeFieldNumber,
0,
DescriptorProto::kOneofDeclFieldNumber,
0,
OneofDescriptorProto::kOptionsFieldNumber,
OneofOptions::kUninterpretedOptionFieldNumber,
0};
std::vector<int> vpath(path, path + 6);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("11:5-11:40", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 7);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
// Enum option, repeated options
{
int path[] = {FileDescriptorProto::kEnumTypeFieldNumber,
0,
EnumDescriptorProto::kOptionsFieldNumber,
kCustomOptionFieldNumber,
0};
int unint[] = {FileDescriptorProto::kEnumTypeFieldNumber,
0,
EnumDescriptorProto::kOptionsFieldNumber,
EnumOptions::kUninterpretedOptionFieldNumber,
0};
std::vector<int> vpath(path, path + 5);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("18:3-18:31", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 5);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
{
int path[] = {FileDescriptorProto::kEnumTypeFieldNumber,
0,
EnumDescriptorProto::kOptionsFieldNumber,
kCustomOptionFieldNumber,
1};
int unint[] = {FileDescriptorProto::kEnumTypeFieldNumber,
0,
EnumDescriptorProto::kOptionsFieldNumber,
EnumOptions::kUninterpretedOptionFieldNumber,
1};
std::vector<int> vpath(path, path + 5);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("19:3-19:31", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 5);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
{
int path[] = {FileDescriptorProto::kEnumTypeFieldNumber,
0,
EnumDescriptorProto::kOptionsFieldNumber,
kCustomOptionFieldNumber,
2};
int unint[] = {FileDescriptorProto::kEnumTypeFieldNumber,
0,
EnumDescriptorProto::kOptionsFieldNumber,
OneofOptions::kUninterpretedOptionFieldNumber,
2};
std::vector<int> vpath(path, path + 5);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("20:3-20:31", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 5);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
// Enum value options
{
// option w/ message type that directly sets field
int path[] = {FileDescriptorProto::kEnumTypeFieldNumber,
0,
EnumDescriptorProto::kValueFieldNumber,
0,
EnumValueDescriptorProto::kOptionsFieldNumber,
kCustomOptionFieldNumber,
kA_aFieldNumber};
int unint[] = {FileDescriptorProto::kEnumTypeFieldNumber,
0,
EnumDescriptorProto::kValueFieldNumber,
0,
EnumValueDescriptorProto::kOptionsFieldNumber,
EnumValueOptions::kUninterpretedOptionFieldNumber,
0};
std::vector<int> vpath(path, path + 7);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("21:14-21:40", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 7);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
{
int path[] = {FileDescriptorProto::kEnumTypeFieldNumber,
0,
EnumDescriptorProto::kValueFieldNumber,
1,
EnumValueDescriptorProto::kOptionsFieldNumber,
kCustomOptionFieldNumber};
int unint[] = {FileDescriptorProto::kEnumTypeFieldNumber,
0,
EnumDescriptorProto::kValueFieldNumber,
1,
EnumValueDescriptorProto::kOptionsFieldNumber,
EnumValueOptions::kUninterpretedOptionFieldNumber,
0};
std::vector<int> vpath(path, path + 6);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("22:14-22:42", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 7);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
// Service option, repeated options
{
int path[] = {FileDescriptorProto::kServiceFieldNumber,
0,
ServiceDescriptorProto::kOptionsFieldNumber,
kCustomOptionFieldNumber,
0};
int unint[] = {FileDescriptorProto::kServiceFieldNumber,
0,
ServiceDescriptorProto::kOptionsFieldNumber,
ServiceOptions::kUninterpretedOptionFieldNumber,
0};
std::vector<int> vpath(path, path + 5);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("26:3-26:35", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 5);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
{
int path[] = {FileDescriptorProto::kServiceFieldNumber,
0,
ServiceDescriptorProto::kOptionsFieldNumber,
kCustomOptionFieldNumber,
1};
int unint[] = {FileDescriptorProto::kServiceFieldNumber,
0,
ServiceDescriptorProto::kOptionsFieldNumber,
ServiceOptions::kUninterpretedOptionFieldNumber,
1};
std::vector<int> vpath(path, path + 5);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("27:3-27:35", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 5);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
{
int path[] = {FileDescriptorProto::kServiceFieldNumber,
0,
ServiceDescriptorProto::kOptionsFieldNumber,
kCustomOptionFieldNumber,
2};
int unint[] = {FileDescriptorProto::kServiceFieldNumber,
0,
ServiceDescriptorProto::kOptionsFieldNumber,
ServiceOptions::kUninterpretedOptionFieldNumber,
2};
std::vector<int> vpath(path, path + 5);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("28:3-28:35", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 5);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
// Method options
{
int path[] = {FileDescriptorProto::kServiceFieldNumber,
0,
ServiceDescriptorProto::kMethodFieldNumber,
1,
MethodDescriptorProto::kOptionsFieldNumber,
MethodOptions::kDeprecatedFieldNumber};
int unint[] = {FileDescriptorProto::kServiceFieldNumber,
0,
ServiceDescriptorProto::kMethodFieldNumber,
1,
MethodDescriptorProto::kOptionsFieldNumber,
MethodOptions::kUninterpretedOptionFieldNumber,
0};
std::vector<int> vpath(path, path + 6);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("32:5-32:30", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 7);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
{
int path[] = {FileDescriptorProto::kServiceFieldNumber,
0,
ServiceDescriptorProto::kMethodFieldNumber,
1,
MethodDescriptorProto::kOptionsFieldNumber,
kCustomOptionFieldNumber};
int unint[] = {FileDescriptorProto::kServiceFieldNumber,
0,
ServiceDescriptorProto::kMethodFieldNumber,
1,
MethodDescriptorProto::kOptionsFieldNumber,
MethodOptions::kUninterpretedOptionFieldNumber,
1};
std::vector<int> vpath(path, path + 6);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("33:5-33:41", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 7);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
// Extension range options
{
int path[] = {FileDescriptorProto::kMessageTypeFieldNumber,
1,
DescriptorProto::kExtensionRangeFieldNumber,
0,
DescriptorProto_ExtensionRange::kOptionsFieldNumber};
std::vector<int> vpath(path, path + 5);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("37:40-37:67", PrintSourceLocation(loc));
}
{
int path[] = {FileDescriptorProto::kMessageTypeFieldNumber,
1,
DescriptorProto::kExtensionRangeFieldNumber,
0,
DescriptorProto_ExtensionRange::kOptionsFieldNumber,
kCustomOptionFieldNumber};
int unint[] = {FileDescriptorProto::kMessageTypeFieldNumber,
1,
DescriptorProto::kExtensionRangeFieldNumber,
0,
DescriptorProto_ExtensionRange::kOptionsFieldNumber,
ExtensionRangeOptions::kUninterpretedOptionFieldNumber,
0};
std::vector<int> vpath(path, path + 6);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("37:41-37:66", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 7);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
{
int path[] = {FileDescriptorProto::kMessageTypeFieldNumber,
1,
DescriptorProto::kExtensionRangeFieldNumber,
1,
DescriptorProto_ExtensionRange::kOptionsFieldNumber,
kCustomOptionFieldNumber};
int unint[] = {FileDescriptorProto::kMessageTypeFieldNumber,
1,
DescriptorProto::kExtensionRangeFieldNumber,
1,
DescriptorProto_ExtensionRange::kOptionsFieldNumber,
ExtensionRangeOptions::kUninterpretedOptionFieldNumber,
0};
std::vector<int> vpath(path, path + 6);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("37:41-37:66", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 7);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
// Field option on extension
{
int path[] = {FileDescriptorProto::kExtensionFieldNumber,
0,
FieldDescriptorProto::kOptionsFieldNumber,
FieldOptions::kPackedFieldNumber};
int unint[] = {FileDescriptorProto::kExtensionFieldNumber,
0,
FieldDescriptorProto::kOptionsFieldNumber,
FieldOptions::kUninterpretedOptionFieldNumber,
0};
std::vector<int> vpath(path, path + 4);
EXPECT_TRUE(file_desc->GetSourceLocation(vpath, &loc));
EXPECT_EQ("40:42-40:53", PrintSourceLocation(loc));
std::vector<int> vunint(unint, unint + 5);
EXPECT_FALSE(file_desc->GetSourceLocation(vunint, &loc));
}
}
// Missing SourceCodeInfo doesn't cause crash:
TEST_F(SourceLocationTest, GetSourceLocation_MissingSourceCodeInfo) {
SourceLocation loc;
const FileDescriptor *file_desc =
GOOGLE_CHECK_NOTNULL(pool_.FindFileByName("/test/test.proto"));
FileDescriptorProto proto;
file_desc->CopyTo(&proto); // Note, this discards the SourceCodeInfo.
EXPECT_FALSE(proto.has_source_code_info());
DescriptorPool bad1_pool(&pool_);
const FileDescriptor* bad1_file_desc =
GOOGLE_CHECK_NOTNULL(bad1_pool.BuildFile(proto));
const Descriptor *bad1_a_desc = bad1_file_desc->FindMessageTypeByName("A");
EXPECT_FALSE(bad1_a_desc->GetSourceLocation(&loc));
}
// Corrupt SourceCodeInfo doesn't cause crash:
TEST_F(SourceLocationTest, GetSourceLocation_BogusSourceCodeInfo) {
SourceLocation loc;
const FileDescriptor *file_desc =
GOOGLE_CHECK_NOTNULL(pool_.FindFileByName("/test/test.proto"));
FileDescriptorProto proto;
file_desc->CopyTo(&proto); // Note, this discards the SourceCodeInfo.
EXPECT_FALSE(proto.has_source_code_info());
SourceCodeInfo_Location *loc_msg =
proto.mutable_source_code_info()->add_location();
loc_msg->add_path(1);
loc_msg->add_path(2);
loc_msg->add_path(3);
loc_msg->add_span(4);
loc_msg->add_span(5);
loc_msg->add_span(6);
DescriptorPool bad2_pool(&pool_);
const FileDescriptor* bad2_file_desc =
GOOGLE_CHECK_NOTNULL(bad2_pool.BuildFile(proto));
const Descriptor *bad2_a_desc = bad2_file_desc->FindMessageTypeByName("A");
EXPECT_FALSE(bad2_a_desc->GetSourceLocation(&loc));
}
// ===================================================================
const char* const kCopySourceCodeInfoToTestInput =
"syntax = \"proto2\";\n"
"message Foo {}\n";
// Required since source code information is not preserved by
// FileDescriptorTest.
class CopySourceCodeInfoToTest : public testing::Test {
public:
CopySourceCodeInfoToTest()
: source_tree_("/test/test.proto", kCopySourceCodeInfoToTestInput),
db_(&source_tree_),
pool_(&db_, &collector_) {}
private:
AbortingErrorCollector collector_;
SingletonSourceTree source_tree_;
compiler::SourceTreeDescriptorDatabase db_;
protected:
DescriptorPool pool_;
};
TEST_F(CopySourceCodeInfoToTest, CopyTo_DoesNotCopySourceCodeInfo) {
const FileDescriptor* file_desc =
GOOGLE_CHECK_NOTNULL(pool_.FindFileByName("/test/test.proto"));
FileDescriptorProto file_desc_proto;
ASSERT_FALSE(file_desc_proto.has_source_code_info());
file_desc->CopyTo(&file_desc_proto);
EXPECT_FALSE(file_desc_proto.has_source_code_info());
}
TEST_F(CopySourceCodeInfoToTest, CopySourceCodeInfoTo) {
const FileDescriptor* file_desc =
GOOGLE_CHECK_NOTNULL(pool_.FindFileByName("/test/test.proto"));
FileDescriptorProto file_desc_proto;
ASSERT_FALSE(file_desc_proto.has_source_code_info());
file_desc->CopySourceCodeInfoTo(&file_desc_proto);
const SourceCodeInfo& info = file_desc_proto.source_code_info();
ASSERT_EQ(4, info.location_size());
// Get the Foo message location
const SourceCodeInfo_Location& foo_location = info.location(2);
ASSERT_EQ(2, foo_location.path_size());
EXPECT_EQ(FileDescriptorProto::kMessageTypeFieldNumber, foo_location.path(0));
EXPECT_EQ(0, foo_location.path(1)); // Foo is the first message defined
ASSERT_EQ(3, foo_location.span_size()); // Foo spans one line
EXPECT_EQ(1, foo_location.span(0)); // Foo is declared on line 1
EXPECT_EQ(0, foo_location.span(1)); // Foo starts at column 0
EXPECT_EQ(14, foo_location.span(2)); // Foo ends on column 14
}
// ===================================================================
class LazilyBuildDependenciesTest : public testing::Test {
public:
LazilyBuildDependenciesTest() : pool_(&db_, NULL) {
pool_.InternalSetLazilyBuildDependencies();
}
void ParseProtoAndAddToDb(const char* proto) {
FileDescriptorProto tmp;
ASSERT_TRUE(TextFormat::ParseFromString(proto, &tmp));
db_.Add(tmp);
}
void ParseProtoAndAddToDb(const string& proto) {
FileDescriptorProto tmp;
ASSERT_TRUE(TextFormat::ParseFromString(proto, &tmp));
db_.Add(tmp);
}
void AddSimpleMessageProtoFileToDb(const char* file_name,
const char* message_name) {
ParseProtoAndAddToDb("name: '" + string(file_name) +
".proto' "
"package: \"protobuf_unittest\" "
"message_type { "
" name:'" +
string(message_name) +
"' "
" field { name:'a' number:1 "
" label:LABEL_OPTIONAL "
" type_name:'int32' } "
"}");
}
void AddSimpleEnumProtoFileToDb(const char* file_name, const char* enum_name,
const char* enum_value_name) {
ParseProtoAndAddToDb("name: '" + string(file_name) +
".proto' "
"package: 'protobuf_unittest' "
"enum_type { "
" name:'" +
string(enum_name) +
"' "
" value { name:'" +
string(enum_value_name) +
"' number:1 } "
"}");
}
protected:
SimpleDescriptorDatabase db_;
DescriptorPool pool_;
};
TEST_F(LazilyBuildDependenciesTest, Message) {
ParseProtoAndAddToDb(
"name: 'foo.proto' "
"package: 'protobuf_unittest' "
"dependency: 'bar.proto' "
"message_type { "
" name:'Foo' "
" field { name:'bar' number:1 label:LABEL_OPTIONAL "
"type_name:'.protobuf_unittest.Bar' } "
"}");
AddSimpleMessageProtoFileToDb("bar", "Bar");
// Verify neither has been built yet.
EXPECT_FALSE(pool_.InternalIsFileLoaded("foo.proto"));
EXPECT_FALSE(pool_.InternalIsFileLoaded("bar.proto"));
const FileDescriptor* file = pool_.FindFileByName("foo.proto");
// Verify only foo gets built when asking for foo.proto
EXPECT_TRUE(file != NULL);
EXPECT_TRUE(pool_.InternalIsFileLoaded("foo.proto"));
EXPECT_FALSE(pool_.InternalIsFileLoaded("bar.proto"));
// Verify calling FindFieldBy* works when the type of the field was
// not built at cross link time. Verify this doesn't build the file
// the field's type is defined in, as well.
const Descriptor* desc = file->FindMessageTypeByName("Foo");
const FieldDescriptor* field = desc->FindFieldByName("bar");
EXPECT_TRUE(field != NULL);
EXPECT_EQ(field, desc->FindFieldByNumber(1));
EXPECT_EQ(field, desc->FindFieldByLowercaseName("bar"));
EXPECT_EQ(field, desc->FindFieldByCamelcaseName("bar"));
EXPECT_FALSE(pool_.InternalIsFileLoaded("bar.proto"));
// Finally, verify that if we call message_type() on the field, we will
// buid the file where the message is defined, and get a valid descriptor
EXPECT_TRUE(field->message_type() != NULL);
EXPECT_TRUE(pool_.InternalIsFileLoaded("bar.proto"));
}
TEST_F(LazilyBuildDependenciesTest, Enum) {
ParseProtoAndAddToDb(
"name: 'foo.proto' "
"package: 'protobuf_unittest' "
"dependency: 'enum1.proto' "
"dependency: 'enum2.proto' "
"message_type { "
" name:'Lazy' "
" field { name:'enum1' number:1 label:LABEL_OPTIONAL "
"type_name:'.protobuf_unittest.Enum1' } "
" field { name:'enum2' number:1 label:LABEL_OPTIONAL "
"type_name:'.protobuf_unittest.Enum2' } "
"}");
AddSimpleEnumProtoFileToDb("enum1", "Enum1", "ENUM1");
AddSimpleEnumProtoFileToDb("enum2", "Enum2", "ENUM2");
const FileDescriptor* file = pool_.FindFileByName("foo.proto");
// Verify calling enum_type() on a field whose definition is not
// yet built will build the file and return a descriptor.
EXPECT_FALSE(pool_.InternalIsFileLoaded("enum1.proto"));
const Descriptor* desc = file->FindMessageTypeByName("Lazy");
EXPECT_TRUE(desc != NULL);
const FieldDescriptor* field = desc->FindFieldByName("enum1");
EXPECT_TRUE(field != NULL);
EXPECT_TRUE(field->enum_type() != NULL);
EXPECT_TRUE(pool_.InternalIsFileLoaded("enum1.proto"));
// Verify calling default_value_enum() on a field whose definition is not
// yet built will build the file and return a descriptor to the value.
EXPECT_FALSE(pool_.InternalIsFileLoaded("enum2.proto"));
field = desc->FindFieldByName("enum2");
EXPECT_TRUE(field != NULL);
EXPECT_TRUE(field->default_value_enum() != NULL);
EXPECT_TRUE(pool_.InternalIsFileLoaded("enum2.proto"));
}
TEST_F(LazilyBuildDependenciesTest, Type) {
ParseProtoAndAddToDb(
"name: 'foo.proto' "
"package: 'protobuf_unittest' "
"dependency: 'message1.proto' "
"dependency: 'message2.proto' "
"dependency: 'enum1.proto' "
"dependency: 'enum2.proto' "
"message_type { "
" name:'Lazy' "
" field { name:'message1' number:1 label:LABEL_OPTIONAL "
"type_name:'.protobuf_unittest.Message1' } "
" field { name:'message2' number:1 label:LABEL_OPTIONAL "
"type_name:'.protobuf_unittest.Message2' } "
" field { name:'enum1' number:1 label:LABEL_OPTIONAL "
"type_name:'.protobuf_unittest.Enum1' } "
" field { name:'enum2' number:1 label:LABEL_OPTIONAL "
"type_name:'.protobuf_unittest.Enum2' } "
"}");
AddSimpleMessageProtoFileToDb("message1", "Message1");
AddSimpleMessageProtoFileToDb("message2", "Message2");
AddSimpleEnumProtoFileToDb("enum1", "Enum1", "ENUM1");
AddSimpleEnumProtoFileToDb("enum2", "Enum2", "ENUM2");
const FileDescriptor* file = pool_.FindFileByName("foo.proto");
// Verify calling type() on a field that is a message type will
// build the type defined in another file.
EXPECT_FALSE(pool_.InternalIsFileLoaded("message1.proto"));
const Descriptor* desc = file->FindMessageTypeByName("Lazy");
EXPECT_TRUE(desc != NULL);
const FieldDescriptor* field = desc->FindFieldByName("message1");
EXPECT_TRUE(field != NULL);
EXPECT_EQ(field->type(), FieldDescriptor::TYPE_MESSAGE);
EXPECT_TRUE(pool_.InternalIsFileLoaded("message1.proto"));
// Verify calling cpp_type() on a field that is a message type will
// build the type defined in another file.
EXPECT_FALSE(pool_.InternalIsFileLoaded("message2.proto"));
field = desc->FindFieldByName("message2");
EXPECT_TRUE(field != NULL);
EXPECT_EQ(field->cpp_type(), FieldDescriptor::CPPTYPE_MESSAGE);
EXPECT_TRUE(pool_.InternalIsFileLoaded("message2.proto"));
// Verify calling type() on a field that is an enum type will
// build the type defined in another file.
EXPECT_FALSE(pool_.InternalIsFileLoaded("enum1.proto"));
field = desc->FindFieldByName("enum1");
EXPECT_TRUE(field != NULL);
EXPECT_EQ(field->type(), FieldDescriptor::TYPE_ENUM);
EXPECT_TRUE(pool_.InternalIsFileLoaded("enum1.proto"));
// Verify calling cpp_type() on a field that is an enum type will
// build the type defined in another file.
EXPECT_FALSE(pool_.InternalIsFileLoaded("enum2.proto"));
field = desc->FindFieldByName("enum2");
EXPECT_TRUE(field != NULL);
EXPECT_EQ(field->cpp_type(), FieldDescriptor::CPPTYPE_ENUM);
EXPECT_TRUE(pool_.InternalIsFileLoaded("enum2.proto"));
}
TEST_F(LazilyBuildDependenciesTest, Extension) {
ParseProtoAndAddToDb(
"name: 'foo.proto' "
"package: 'protobuf_unittest' "
"dependency: 'bar.proto' "
"dependency: 'baz.proto' "
"extension { extendee: '.protobuf_unittest.Bar' name:'bar' number:11"
" label:LABEL_OPTIONAL type_name:'.protobuf_unittest.Baz' }");
ParseProtoAndAddToDb(
"name: 'bar.proto' "
"package: 'protobuf_unittest' "
"message_type { "
" name:'Bar' "
" extension_range { start: 10 end: 20 }"
"}");
AddSimpleMessageProtoFileToDb("baz", "Baz");
// Verify none have been built yet.
EXPECT_FALSE(pool_.InternalIsFileLoaded("foo.proto"));
EXPECT_FALSE(pool_.InternalIsFileLoaded("bar.proto"));
EXPECT_FALSE(pool_.InternalIsFileLoaded("baz.proto"));
const FileDescriptor* file = pool_.FindFileByName("foo.proto");
// Verify foo.bar gets loaded, and bar.proto gets loaded
// to register the extension. baz.proto should not get loaded.
EXPECT_TRUE(file != NULL);
EXPECT_TRUE(pool_.InternalIsFileLoaded("foo.proto"));
EXPECT_TRUE(pool_.InternalIsFileLoaded("bar.proto"));
EXPECT_FALSE(pool_.InternalIsFileLoaded("baz.proto"));
}
TEST_F(LazilyBuildDependenciesTest, Service) {
ParseProtoAndAddToDb(
"name: 'foo.proto' "
"package: 'protobuf_unittest' "
"dependency: 'message1.proto' "
"dependency: 'message2.proto' "
"dependency: 'message3.proto' "
"dependency: 'message4.proto' "
"service {"
" name: 'LazyService'"
" method { name: 'A' input_type: '.protobuf_unittest.Message1' "
" output_type: '.protobuf_unittest.Message2' }"
"}");
AddSimpleMessageProtoFileToDb("message1", "Message1");
AddSimpleMessageProtoFileToDb("message2", "Message2");
AddSimpleMessageProtoFileToDb("message3", "Message3");
AddSimpleMessageProtoFileToDb("message4", "Message4");
const FileDescriptor* file = pool_.FindFileByName("foo.proto");
// Verify calling FindServiceByName or FindMethodByName doesn't build the
// files defining the input and output type, and input_type() and
// output_type() does indeed build the appropriate files.
const ServiceDescriptor* service = file->FindServiceByName("LazyService");
EXPECT_TRUE(service != NULL);
const MethodDescriptor* method = service->FindMethodByName("A");
EXPECT_FALSE(pool_.InternalIsFileLoaded("message1.proto"));
EXPECT_FALSE(pool_.InternalIsFileLoaded("message2.proto"));
EXPECT_TRUE(method != NULL);
EXPECT_TRUE(method->input_type() != NULL);
EXPECT_TRUE(pool_.InternalIsFileLoaded("message1.proto"));
EXPECT_FALSE(pool_.InternalIsFileLoaded("message2.proto"));
EXPECT_TRUE(method->output_type() != NULL);
EXPECT_TRUE(pool_.InternalIsFileLoaded("message2.proto"));
}
TEST_F(LazilyBuildDependenciesTest, GeneratedFile) {
// Most testing is done with custom pools with lazy dependencies forced on,
// do some sanity checking that lazy imports is on by default for the
// generated pool, and do custom options testing with generated to
// be able to use the GetExtension ids for the custom options.
// Verify none of the files are loaded yet.
EXPECT_FALSE(DescriptorPool::generated_pool()->InternalIsFileLoaded(
"google/protobuf/unittest_lazy_dependencies.proto"));
EXPECT_FALSE(DescriptorPool::generated_pool()->InternalIsFileLoaded(
"google/protobuf/unittest_lazy_dependencies_custom_option.proto"));
EXPECT_FALSE(DescriptorPool::generated_pool()->InternalIsFileLoaded(
"google/protobuf/unittest_lazy_dependencies_enum.proto"));
// Verify calling autogenerated function to get a descriptor in the base
// file will build that file but none of it's imports. This verifies that
// lazily_build_dependencies_ is set on the generated pool, and also that
// the generated function "descriptor()" doesn't somehow subvert the laziness
// by manually loading the dependencies or something.
EXPECT_TRUE(protobuf_unittest::lazy_imports::ImportedMessage::descriptor() !=
NULL);
EXPECT_TRUE(DescriptorPool::generated_pool()->InternalIsFileLoaded(
"google/protobuf/unittest_lazy_dependencies.proto"));
EXPECT_FALSE(DescriptorPool::generated_pool()->InternalIsFileLoaded(
"google/protobuf/unittest_lazy_dependencies_custom_option.proto"));
EXPECT_FALSE(DescriptorPool::generated_pool()->InternalIsFileLoaded(
"google/protobuf/unittest_lazy_dependencies_enum.proto"));
// Verify custom options work when defined in an import that isn't loaded,
// and that a non-default value of a custom option doesn't load the file
// where that enum is defined.
const google::protobuf::MessageOptions& options =
protobuf_unittest::lazy_imports::MessageCustomOption::descriptor()
->options();
protobuf_unittest::lazy_imports::LazyEnum custom_option_value =
options.GetExtension(protobuf_unittest::lazy_imports::lazy_enum_option);
EXPECT_FALSE(DescriptorPool::generated_pool()->InternalIsFileLoaded(
"google/protobuf/unittest_lazy_dependencies_custom_option.proto"));
EXPECT_FALSE(DescriptorPool::generated_pool()->InternalIsFileLoaded(
"google/protobuf/unittest_lazy_dependencies_enum.proto"));
EXPECT_EQ(custom_option_value, protobuf_unittest::lazy_imports::LAZY_ENUM_1);
const google::protobuf::MessageOptions& options2 =
protobuf_unittest::lazy_imports::MessageCustomOption2::descriptor()
->options();
custom_option_value =
options2.GetExtension(protobuf_unittest::lazy_imports::lazy_enum_option);
EXPECT_FALSE(DescriptorPool::generated_pool()->InternalIsFileLoaded(
"google/protobuf/unittest_lazy_dependencies_custom_option.proto"));
EXPECT_FALSE(DescriptorPool::generated_pool()->InternalIsFileLoaded(
"google/protobuf/unittest_lazy_dependencies_enum.proto"));
EXPECT_EQ(custom_option_value, protobuf_unittest::lazy_imports::LAZY_ENUM_0);
}
TEST_F(LazilyBuildDependenciesTest, Dependency) {
ParseProtoAndAddToDb(
"name: 'foo.proto' "
"package: 'protobuf_unittest' "
"dependency: 'bar.proto' "
"message_type { "
" name:'Foo' "
" field { name:'bar' number:1 label:LABEL_OPTIONAL "
"type_name:'.protobuf_unittest.Bar' } "
"}");
ParseProtoAndAddToDb(
"name: 'bar.proto' "
"package: 'protobuf_unittest' "
"dependency: 'baz.proto' "
"message_type { "
" name:'Bar' "
" field { name:'baz' number:1 label:LABEL_OPTIONAL "
"type_name:'.protobuf_unittest.Baz' } "
"}");
AddSimpleMessageProtoFileToDb("baz", "Baz");
const FileDescriptor* foo_file = pool_.FindFileByName("foo.proto");
EXPECT_TRUE(foo_file != NULL);
// As expected, requesting foo.proto shouldn't build it's dependencies
EXPECT_TRUE(pool_.InternalIsFileLoaded("foo.proto"));
EXPECT_FALSE(pool_.InternalIsFileLoaded("bar.proto"));
EXPECT_FALSE(pool_.InternalIsFileLoaded("baz.proto"));
// Verify calling dependency(N) will build the dependency, but
// not that file's dependencies.
const FileDescriptor* bar_file = foo_file->dependency(0);
EXPECT_TRUE(bar_file != NULL);
EXPECT_TRUE(pool_.InternalIsFileLoaded("bar.proto"));
EXPECT_FALSE(pool_.InternalIsFileLoaded("baz.proto"));
}
// ===================================================================
} // namespace descriptor_unittest
} // namespace protobuf
} // namespace google
