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//===- lld/unittest/InputGraphTest.cpp -----------------------------------===//
//
// The LLVM Compiler Infrastructure
//
// This file is distributed under the University of Illinois Open Source
// License. See LICENSE.TXT for details.
//
//===----------------------------------------------------------------------===//
///
/// \file
/// \brief InputGraph Tests
///
//===----------------------------------------------------------------------===//
#include "gtest/gtest.h"
#include "lld/Core/InputGraph.h"
#include "lld/Core/Resolver.h"
#include "lld/Core/Simple.h"
using namespace lld;
namespace {
class TestLinkingContext : public LinkingContext {
public:
Writer &writer() const override { llvm_unreachable("no writer!"); }
bool validateImpl(raw_ostream &) override { return true; }
};
class TestFileNode : public SimpleFileNode {
public:
TestFileNode(StringRef path) : SimpleFileNode(path) {}
void resetNextIndex() override { FileNode::resetNextIndex(); }
};
class TestExpandFileNode : public SimpleFileNode {
public:
TestExpandFileNode(StringRef path) : SimpleFileNode(path) {}
/// Returns the elements replacing this node
bool getReplacements(InputGraph::InputElementVectorT &result) override {
for (std::unique_ptr<InputElement> &elt : _expandElements)
result.push_back(std::move(elt));
return true;
}
void addElement(std::unique_ptr<InputElement> element) {
_expandElements.push_back(std::move(element));
}
private:
InputGraph::InputElementVectorT _expandElements;
};
class InputGraphTest : public testing::Test {
public:
InputGraphTest() {
_ctx.setInputGraph(std::unique_ptr<InputGraph>(new InputGraph()));
_graph = &_ctx.getInputGraph();
}
StringRef getNext() {
ErrorOr<File &> file = _graph->getNextFile();
EXPECT_TRUE(!file.getError());
return file.get().path();
}
void expectEnd() {
ErrorOr<File &> file = _graph->getNextFile();
EXPECT_EQ(file.getError(), InputGraphError::no_more_files);
}
protected:
TestLinkingContext _ctx;
InputGraph *_graph;
};
} // end anonymous namespace
static std::unique_ptr<TestFileNode> createFile1(StringRef name) {
std::vector<std::unique_ptr<File>> files;
files.push_back(std::unique_ptr<SimpleFile>(new SimpleFile(name)));
std::unique_ptr<TestFileNode> file(new TestFileNode("filenode"));
file->addFiles(std::move(files));
return file;
}
static std::unique_ptr<TestFileNode> createFile2(StringRef name1,
StringRef name2) {
std::vector<std::unique_ptr<File>> files;
files.push_back(std::unique_ptr<SimpleFile>(new SimpleFile(name1)));
files.push_back(std::unique_ptr<SimpleFile>(new SimpleFile(name2)));
std::unique_ptr<TestFileNode> file(new TestFileNode("filenode"));
file->addFiles(std::move(files));
return file;
}
TEST_F(InputGraphTest, Empty) {
expectEnd();
}
TEST_F(InputGraphTest, File) {
_graph->addInputElement(createFile1("file1"));
EXPECT_EQ("file1", getNext());
expectEnd();
}
TEST_F(InputGraphTest, Files) {
_graph->addInputElement(createFile2("file1", "file2"));
EXPECT_EQ("file1", getNext());
EXPECT_EQ("file2", getNext());
expectEnd();
}
TEST_F(InputGraphTest, Group) {
_graph->addInputElement(createFile2("file1", "file2"));
std::unique_ptr<Group> group(new Group());
group->addFile(createFile2("file3", "file4"));
group->addFile(createFile1("file5"));
group->addFile(createFile1("file6"));
_graph->addInputElement(std::move(group));
EXPECT_EQ("file1", getNext());
EXPECT_EQ("file2", getNext());
EXPECT_EQ("file3", getNext());
EXPECT_EQ("file4", getNext());
EXPECT_EQ("file5", getNext());
EXPECT_EQ("file6", getNext());
expectEnd();
}
// Iterate through the group
TEST_F(InputGraphTest, GroupIteration) {
_graph->addInputElement(createFile2("file1", "file2"));
std::unique_ptr<Group> group(new Group());
group->addFile(createFile2("file3", "file4"));
group->addFile(createFile1("file5"));
group->addFile(createFile1("file6"));
_graph->addInputElement(std::move(group));
EXPECT_EQ("file1", getNext());
EXPECT_EQ("file2", getNext());
EXPECT_EQ("file3", getNext());
EXPECT_EQ("file4", getNext());
EXPECT_EQ("file5", getNext());
EXPECT_EQ("file6", getNext());
_graph->notifyProgress();
EXPECT_EQ("file3", getNext());
EXPECT_EQ("file4", getNext());
_graph->notifyProgress();
EXPECT_EQ("file5", getNext());
EXPECT_EQ("file6", getNext());
EXPECT_EQ("file3", getNext());
EXPECT_EQ("file4", getNext());
EXPECT_EQ("file5", getNext());
EXPECT_EQ("file6", getNext());
expectEnd();
}
// Node expansion tests
TEST_F(InputGraphTest, Normalize) {
_graph->addInputElement(createFile2("file1", "file2"));
std::unique_ptr<TestExpandFileNode> expandFile(
new TestExpandFileNode("node"));
expandFile->addElement(createFile1("file3"));
expandFile->addElement(createFile1("file4"));
_graph->addInputElement(std::move(expandFile));
std::unique_ptr<Group> group(new Group());
std::unique_ptr<TestExpandFileNode> expandFile2(
new TestExpandFileNode("node"));
expandFile2->addElement(createFile1("file5"));
group->addFile(std::move(expandFile2));
_graph->addInputElement(std::move(group));
_graph->addInputElement(createFile1("file6"));
_graph->normalize();
EXPECT_EQ("file1", getNext());
EXPECT_EQ("file2", getNext());
EXPECT_EQ("file3", getNext());
EXPECT_EQ("file4", getNext());
EXPECT_EQ("file5", getNext());
EXPECT_EQ("file6", getNext());
expectEnd();
}
TEST_F(InputGraphTest, Observer) {
std::vector<std::string> files;
_graph->registerObserver([&](File *file) { files.push_back(file->path()); });
_graph->addInputElement(createFile1("file1"));
_graph->addInputElement(createFile1("file2"));
EXPECT_EQ("file1", getNext());
EXPECT_EQ("file2", getNext());
expectEnd();
EXPECT_EQ(2U, files.size());
EXPECT_EQ("file1", files[0]);
EXPECT_EQ("file2", files[1]);
}
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