Zengtudor/ccls
1
0
Fork 0
mirror of https://github.com/MaskRay/ccls.git synced 2025-10-31 04:32:33 +00:00
Code Issues Actions Packages Projects Releases Wiki Activity

Use indented TEST_SUITE

Browse Source
This commit is contained in:
Fangrui Song 2017-11-19 10:05:06 -08:00 committed by Jacob Dufault
parent 424c7b69db
commit 297ed1d13e
12 changed files with 1344 additions and 1366 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

354
src/command_line.cc
View File

@ -3257,193 +3257,187 @@ int main(int argc, char** argv) {
}
}
TEST_SUITE("LexFunctionDeclaration");
TEST_SUITE("LexFunctionDeclaration") {
TEST_CASE("simple") {
std::string buffer_content = " void Foo(); ";
lsPosition declaration = CharPos(buffer_content, 'F');
std::string insert_text;
int newlines_after_name = 0;
TEST_CASE("simple") {
std::string buffer_content = " void Foo(); ";
lsPosition declaration = CharPos(buffer_content, 'F');
std::string insert_text;
int newlines_after_name = 0;
LexFunctionDeclaration(buffer_content, declaration, nullopt, &insert_text,
&newlines_after_name);
REQUIRE(insert_text == "void Foo() {\n}");
REQUIRE(newlines_after_name == 0);
LexFunctionDeclaration(buffer_content, declaration, nullopt, &insert_text,
&newlines_after_name);
REQUIRE(insert_text == "void Foo() {\n}");
REQUIRE(newlines_after_name == 0);
LexFunctionDeclaration(buffer_content, declaration, std::string("Type"),
&insert_text, &newlines_after_name);
REQUIRE(insert_text == "void Type::Foo() {\n}");
REQUIRE(newlines_after_name == 0);
}
LexFunctionDeclaration(buffer_content, declaration, std::string("Type"),
&insert_text, &newlines_after_name);
REQUIRE(insert_text == "void Type::Foo() {\n}");
REQUIRE(newlines_after_name == 0);
TEST_CASE("ctor") {
std::string buffer_content = " Foo(); ";
lsPosition declaration = CharPos(buffer_content, 'F');
std::string insert_text;
int newlines_after_name = 0;
LexFunctionDeclaration(buffer_content, declaration, std::string("Foo"),
&insert_text, &newlines_after_name);
REQUIRE(insert_text == "Foo::Foo() {\n}");
REQUIRE(newlines_after_name == 0);
}
TEST_CASE("dtor") {
std::string buffer_content = " ~Foo(); ";
lsPosition declaration = CharPos(buffer_content, '~');
std::string insert_text;
int newlines_after_name = 0;
LexFunctionDeclaration(buffer_content, declaration, std::string("Foo"),
&insert_text, &newlines_after_name);
REQUIRE(insert_text == "Foo::~Foo() {\n}");
REQUIRE(newlines_after_name == 0);
}
TEST_CASE("complex return type") {
std::string buffer_content = " std::vector<int> Foo(); ";
lsPosition declaration = CharPos(buffer_content, 'F');
std::string insert_text;
int newlines_after_name = 0;
LexFunctionDeclaration(buffer_content, declaration, nullopt, &insert_text,
&newlines_after_name);
REQUIRE(insert_text == "std::vector<int> Foo() {\n}");
REQUIRE(newlines_after_name == 0);
LexFunctionDeclaration(buffer_content, declaration, std::string("Type"),
&insert_text, &newlines_after_name);
REQUIRE(insert_text == "std::vector<int> Type::Foo() {\n}");
REQUIRE(newlines_after_name == 0);
}
TEST_CASE("extra complex return type") {
std::string buffer_content = " std::function < int() > \n Foo(); ";
lsPosition declaration = CharPos(buffer_content, 'F');
std::string insert_text;
int newlines_after_name = 0;
LexFunctionDeclaration(buffer_content, declaration, nullopt, &insert_text,
&newlines_after_name);
REQUIRE(insert_text == "std::function < int() > \n Foo() {\n}");
REQUIRE(newlines_after_name == 0);
LexFunctionDeclaration(buffer_content, declaration, std::string("Type"),
&insert_text, &newlines_after_name);
REQUIRE(insert_text == "std::function < int() > \n Type::Foo() {\n}");
REQUIRE(newlines_after_name == 0);
}
TEST_CASE("parameters") {
std::string buffer_content = "void Foo(int a,\n\n int b); ";
lsPosition declaration = CharPos(buffer_content, 'F');
std::string insert_text;
int newlines_after_name = 0;
LexFunctionDeclaration(buffer_content, declaration, nullopt, &insert_text,
&newlines_after_name);
REQUIRE(insert_text == "void Foo(int a,\n\n int b) {\n}");
REQUIRE(newlines_after_name == 2);
LexFunctionDeclaration(buffer_content, declaration, std::string("Type"),
&insert_text, &newlines_after_name);
REQUIRE(insert_text == "void Type::Foo(int a,\n\n int b) {\n}");
REQUIRE(newlines_after_name == 2);
}
}
TEST_CASE("ctor") {
std::string buffer_content = " Foo(); ";
lsPosition declaration = CharPos(buffer_content, 'F');
std::string insert_text;
int newlines_after_name = 0;
TEST_SUITE("LexWordAroundPos") {
TEST_CASE("edges") {
std::string content = "Foobar";
REQUIRE(LexWordAroundPos(CharPos(content, 'F'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'o'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'b'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'a'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'r'), content) == "Foobar");
}
LexFunctionDeclaration(buffer_content, declaration, std::string("Foo"),
&insert_text, &newlines_after_name);
REQUIRE(insert_text == "Foo::Foo() {\n}");
REQUIRE(newlines_after_name == 0);
TEST_CASE("simple") {
std::string content = " Foobar ";
REQUIRE(LexWordAroundPos(CharPos(content, 'F'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'o'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'b'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'a'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'r'), content) == "Foobar");
}
TEST_CASE("underscores and numbers") {
std::string content = " _my_t5ype7 ";
REQUIRE(LexWordAroundPos(CharPos(content, '_'), content) == "_my_t5ype7");
REQUIRE(LexWordAroundPos(CharPos(content, '5'), content) == "_my_t5ype7");
REQUIRE(LexWordAroundPos(CharPos(content, 'e'), content) == "_my_t5ype7");
REQUIRE(LexWordAroundPos(CharPos(content, '7'), content) == "_my_t5ype7");
}
TEST_CASE("dot, dash, colon are skipped") {
std::string content = "1. 2- 3:";
REQUIRE(LexWordAroundPos(CharPos(content, '1'), content) == "1");
REQUIRE(LexWordAroundPos(CharPos(content, '2'), content) == "2");
REQUIRE(LexWordAroundPos(CharPos(content, '3'), content) == "3");
}
}
TEST_CASE("dtor") {
std::string buffer_content = " ~Foo(); ";
lsPosition declaration = CharPos(buffer_content, '~');
std::string insert_text;
int newlines_after_name = 0;
TEST_SUITE("FindIncludeLine") {
TEST_CASE("in document") {
std::vector<std::string> lines = {
"#include <bbb>", // 0
"#include <ddd>" // 1
};
LexFunctionDeclaration(buffer_content, declaration, std::string("Foo"),
&insert_text, &newlines_after_name);
REQUIRE(insert_text == "Foo::~Foo() {\n}");
REQUIRE(newlines_after_name == 0);
REQUIRE(FindIncludeLine(lines, "#include <bbb>") == nullopt);
}
TEST_CASE("insert before") {
std::vector<std::string> lines = {
"#include <bbb>", // 0
"#include <ddd>" // 1
};
REQUIRE(FindIncludeLine(lines, "#include <aaa>") == 0);
}
TEST_CASE("insert middle") {
std::vector<std::string> lines = {
"#include <bbb>", // 0
"#include <ddd>" // 1
};
REQUIRE(FindIncludeLine(lines, "#include <ccc>") == 1);
}
TEST_CASE("insert after") {
std::vector<std::string> lines = {
"#include <bbb>", // 0
"#include <ddd>", // 1
"", // 2
};
REQUIRE(FindIncludeLine(lines, "#include <eee>") == 2);
}
TEST_CASE("ignore header") {
std::vector<std::string> lines = {
"// FOOBAR", // 0
"// FOOBAR", // 1
"// FOOBAR", // 2
"// FOOBAR", // 3
"", // 4
"#include <bbb>", // 5
"#include <ddd>", // 6
"", // 7
};
REQUIRE(FindIncludeLine(lines, "#include <a>") == 5);
REQUIRE(FindIncludeLine(lines, "#include <c>") == 6);
REQUIRE(FindIncludeLine(lines, "#include <e>") == 7);
}
}
TEST_CASE("complex return type") {
std::string buffer_content = " std::vector<int> Foo(); ";
lsPosition declaration = CharPos(buffer_content, 'F');
std::string insert_text;
int newlines_after_name = 0;
LexFunctionDeclaration(buffer_content, declaration, nullopt, &insert_text,
&newlines_after_name);
REQUIRE(insert_text == "std::vector<int> Foo() {\n}");
REQUIRE(newlines_after_name == 0);
LexFunctionDeclaration(buffer_content, declaration, std::string("Type"),
&insert_text, &newlines_after_name);
REQUIRE(insert_text == "std::vector<int> Type::Foo() {\n}");
REQUIRE(newlines_after_name == 0);
}
TEST_CASE("extra complex return type") {
std::string buffer_content = " std::function < int() > \n Foo(); ";
lsPosition declaration = CharPos(buffer_content, 'F');
std::string insert_text;
int newlines_after_name = 0;
LexFunctionDeclaration(buffer_content, declaration, nullopt, &insert_text,
&newlines_after_name);
REQUIRE(insert_text == "std::function < int() > \n Foo() {\n}");
REQUIRE(newlines_after_name == 0);
LexFunctionDeclaration(buffer_content, declaration, std::string("Type"),
&insert_text, &newlines_after_name);
REQUIRE(insert_text == "std::function < int() > \n Type::Foo() {\n}");
REQUIRE(newlines_after_name == 0);
}
TEST_CASE("parameters") {
std::string buffer_content = "void Foo(int a,\n\n int b); ";
lsPosition declaration = CharPos(buffer_content, 'F');
std::string insert_text;
int newlines_after_name = 0;
LexFunctionDeclaration(buffer_content, declaration, nullopt, &insert_text,
&newlines_after_name);
REQUIRE(insert_text == "void Foo(int a,\n\n int b) {\n}");
REQUIRE(newlines_after_name == 2);
LexFunctionDeclaration(buffer_content, declaration, std::string("Type"),
&insert_text, &newlines_after_name);
REQUIRE(insert_text == "void Type::Foo(int a,\n\n int b) {\n}");
REQUIRE(newlines_after_name == 2);
}
TEST_SUITE_END();
TEST_SUITE("LexWordAroundPos");
TEST_CASE("edges") {
std::string content = "Foobar";
REQUIRE(LexWordAroundPos(CharPos(content, 'F'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'o'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'b'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'a'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'r'), content) == "Foobar");
}
TEST_CASE("simple") {
std::string content = " Foobar ";
REQUIRE(LexWordAroundPos(CharPos(content, 'F'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'o'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'b'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'a'), content) == "Foobar");
REQUIRE(LexWordAroundPos(CharPos(content, 'r'), content) == "Foobar");
}
TEST_CASE("underscores and numbers") {
std::string content = " _my_t5ype7 ";
REQUIRE(LexWordAroundPos(CharPos(content, '_'), content) == "_my_t5ype7");
REQUIRE(LexWordAroundPos(CharPos(content, '5'), content) == "_my_t5ype7");
REQUIRE(LexWordAroundPos(CharPos(content, 'e'), content) == "_my_t5ype7");
REQUIRE(LexWordAroundPos(CharPos(content, '7'), content) == "_my_t5ype7");
}
TEST_CASE("dot, dash, colon are skipped") {
std::string content = "1. 2- 3:";
REQUIRE(LexWordAroundPos(CharPos(content, '1'), content) == "1");
REQUIRE(LexWordAroundPos(CharPos(content, '2'), content) == "2");
REQUIRE(LexWordAroundPos(CharPos(content, '3'), content) == "3");
}
TEST_SUITE_END();
TEST_SUITE("FindIncludeLine");
TEST_CASE("in document") {
std::vector<std::string> lines = {
"#include <bbb>", // 0
"#include <ddd>" // 1
};
REQUIRE(FindIncludeLine(lines, "#include <bbb>") == nullopt);
}
TEST_CASE("insert before") {
std::vector<std::string> lines = {
"#include <bbb>", // 0
"#include <ddd>" // 1
};
REQUIRE(FindIncludeLine(lines, "#include <aaa>") == 0);
}
TEST_CASE("insert middle") {
std::vector<std::string> lines = {
"#include <bbb>", // 0
"#include <ddd>" // 1
};
REQUIRE(FindIncludeLine(lines, "#include <ccc>") == 1);
}
TEST_CASE("insert after") {
std::vector<std::string> lines = {
"#include <bbb>", // 0
"#include <ddd>", // 1
"", // 2
};
REQUIRE(FindIncludeLine(lines, "#include <eee>") == 2);
}
TEST_CASE("ignore header") {
std::vector<std::string> lines = {
"// FOOBAR", // 0
"// FOOBAR", // 1
"// FOOBAR", // 2
"// FOOBAR", // 3
"", // 4
"#include <bbb>", // 5
"#include <ddd>", // 6
"", // 7
};
REQUIRE(FindIncludeLine(lines, "#include <a>") == 5);
REQUIRE(FindIncludeLine(lines, "#include <c>") == 6);
REQUIRE(FindIncludeLine(lines, "#include <e>") == 7);
}
TEST_SUITE_END();

42
src/language_server_api.cc
View File

@ -82,8 +82,6 @@ optional<std::string> ReadJsonRpcContentFrom(
return content;
}
TEST_SUITE("FindIncludeLine");
std::function<optional<char>()> MakeContentReader(std::string* content,
bool can_be_empty) {
return [content, can_be_empty]() -> optional<char> {
@ -97,31 +95,31 @@ std::function<optional<char>()> MakeContentReader(std::string* content,
};
}
TEST_CASE("ReadContentFromSource") {
auto parse_correct = [](std::string content) -> std::string {
auto reader = MakeContentReader(&content, false /*can_be_empty*/);
auto got = ReadJsonRpcContentFrom(reader);
REQUIRE(got);
return got.value();
};
TEST_SUITE("FindIncludeLine") {
TEST_CASE("ReadContentFromSource") {
auto parse_correct = [](std::string content) -> std::string {
auto reader = MakeContentReader(&content, false /*can_be_empty*/);
auto got = ReadJsonRpcContentFrom(reader);
REQUIRE(got);
return got.value();
};
auto parse_incorrect = [](std::string content) -> optional<std::string> {
auto reader = MakeContentReader(&content, true /*can_be_empty*/);
return ReadJsonRpcContentFrom(reader);
};
auto parse_incorrect = [](std::string content) -> optional<std::string> {
auto reader = MakeContentReader(&content, true /*can_be_empty*/);
return ReadJsonRpcContentFrom(reader);
};
REQUIRE(parse_correct("Content-Length: 0\r\n\r\n") == "");
REQUIRE(parse_correct("Content-Length: 1\r\n\r\na") == "a");
REQUIRE(parse_correct("Content-Length: 4\r\n\r\nabcd") == "abcd");
REQUIRE(parse_correct("Content-Length: 0\r\n\r\n") == "");
REQUIRE(parse_correct("Content-Length: 1\r\n\r\na") == "a");
REQUIRE(parse_correct("Content-Length: 4\r\n\r\nabcd") == "abcd");
REQUIRE(parse_incorrect("ggg") == optional<std::string>());
REQUIRE(parse_incorrect("Content-Length: 0\r\n") == optional<std::string>());
REQUIRE(parse_incorrect("Content-Length: 5\r\n\r\nab") ==
optional<std::string>());
REQUIRE(parse_incorrect("ggg") == optional<std::string>());
REQUIRE(parse_incorrect("Content-Length: 0\r\n") == optional<std::string>());
REQUIRE(parse_incorrect("Content-Length: 5\r\n\r\nab") ==
optional<std::string>());
}
}
TEST_SUITE_END();
optional<char> ReadCharFromStdinBlocking() {
// Bad stdin means parent process has probably exited. Either way, cquery
// can no longer be communicated with so just exit.

96
src/lex_utils.cc
View File

@ -213,59 +213,55 @@ bool SubstringMatch(const std::string& search, const std::string& content) {
return false;
}
TEST_SUITE("Offset");
TEST_SUITE("Offset") {
TEST_CASE("past end") {
std::string content = "foo";
int offset = GetOffsetForPosition(lsPosition(10, 10), content);
REQUIRE(offset <= content.size());
}
TEST_CASE("past end") {
std::string content = "foo";
int offset = GetOffsetForPosition(lsPosition(10, 10), content);
REQUIRE(offset <= content.size());
}
TEST_CASE("in middle of content") {
std::string content = "abcdefghijk";
for (int i = 0; i < content.size(); ++i) {
int offset = GetOffsetForPosition(lsPosition(0, i), content);
REQUIRE(i == offset);
}
}
TEST_CASE("in middle of content") {
std::string content = "abcdefghijk";
for (int i = 0; i < content.size(); ++i) {
int offset = GetOffsetForPosition(lsPosition(0, i), content);
REQUIRE(i == offset);
TEST_CASE("at end of content") {
REQUIRE(GetOffsetForPosition(lsPosition(0, 0), "") == 0);
REQUIRE(GetOffsetForPosition(lsPosition(0, 1), "a") == 1);
}
}
TEST_CASE("at end of content") {
REQUIRE(GetOffsetForPosition(lsPosition(0, 0), "") == 0);
REQUIRE(GetOffsetForPosition(lsPosition(0, 1), "a") == 1);
TEST_SUITE("Substring") {
TEST_CASE("match") {
// Sanity.
REQUIRE(SubstringMatch("a", "aa"));
REQUIRE(SubstringMatch("aa", "aa"));
// Empty string matches anything.
REQUIRE(SubstringMatch("", ""));
REQUIRE(SubstringMatch("", "aa"));
// Match in start/middle/end.
REQUIRE(SubstringMatch("a", "abbbb"));
REQUIRE(SubstringMatch("a", "bbabb"));
REQUIRE(SubstringMatch("a", "bbbba"));
REQUIRE(SubstringMatch("aa", "aabbb"));
REQUIRE(SubstringMatch("aa", "bbaab"));
REQUIRE(SubstringMatch("aa", "bbbaa"));
// Capitalization.
REQUIRE(SubstringMatch("aa", "aA"));
REQUIRE(SubstringMatch("aa", "Aa"));
REQUIRE(SubstringMatch("aa", "AA"));
// Token skipping.
REQUIRE(SubstringMatch("ad", "abcd"));
REQUIRE(SubstringMatch("ad", "ABCD"));
// Ordering.
REQUIRE(!SubstringMatch("ad", "dcba"));
}
}
TEST_SUITE_END();
TEST_SUITE("Substring");
TEST_CASE("match") {
// Sanity.
REQUIRE(SubstringMatch("a", "aa"));
REQUIRE(SubstringMatch("aa", "aa"));
// Empty string matches anything.
REQUIRE(SubstringMatch("", ""));
REQUIRE(SubstringMatch("", "aa"));
// Match in start/middle/end.
REQUIRE(SubstringMatch("a", "abbbb"));
REQUIRE(SubstringMatch("a", "bbabb"));
REQUIRE(SubstringMatch("a", "bbbba"));
REQUIRE(SubstringMatch("aa", "aabbb"));
REQUIRE(SubstringMatch("aa", "bbaab"));
REQUIRE(SubstringMatch("aa", "bbbaa"));
// Capitalization.
REQUIRE(SubstringMatch("aa", "aA"));
REQUIRE(SubstringMatch("aa", "Aa"));
REQUIRE(SubstringMatch("aa", "AA"));
// Token skipping.
REQUIRE(SubstringMatch("ad", "abcd"));
REQUIRE(SubstringMatch("ad", "ABCD"));
// Ordering.
REQUIRE(!SubstringMatch("ad", "dcba"));
}
TEST_SUITE_END();

22
src/match.cc
View File

@ -76,16 +76,14 @@ bool GroupMatch::IsMatch(const std::string& value,
return true;
}
TEST_SUITE("Matcher");
TEST_CASE("sanity") {
// Matcher m("abc");
// TODO: check case
// CHECK(m.IsMatch("abc"));
// CHECK(m.IsMatch("fooabc"));
// CHECK(m.IsMatch("abc"));
// CHECK(m.IsMatch("abcfoo"));
// CHECK(m.IsMatch("11a11b11c11"));
TEST_SUITE("Matcher") {
TEST_CASE("sanity") {
// Matcher m("abc");
// TODO: check case
// CHECK(m.IsMatch("abc"));
// CHECK(m.IsMatch("fooabc"));
// CHECK(m.IsMatch("abc"));
// CHECK(m.IsMatch("abcfoo"));
// CHECK(m.IsMatch("11a11b11c11"));
}
}
TEST_SUITE_END();

58
src/platform.cc
View File

@ -87,40 +87,38 @@ void MakeDirectoryRecursive(std::string path) {
}
}
TEST_SUITE("Platform");
TEST_SUITE("Platform") {
TEST_CASE("Split strings") {
std::vector<std::string> actual = Split("/a/b/c/", '/');
std::vector<std::string> expected{"a", "b", "c"};
REQUIRE(actual == expected);
}
TEST_CASE("Split strings") {
std::vector<std::string> actual = Split("/a/b/c/", '/');
std::vector<std::string> expected{"a", "b", "c"};
REQUIRE(actual == expected);
}
TEST_CASE("Mutex lock/unlock (single process)") {
auto m1 = CreatePlatformMutex("indexer-platformmutexttest");
auto l1 = CreatePlatformScopedMutexLock(m1.get());
auto m2 = CreatePlatformMutex("indexer-platformmutexttest");
TEST_CASE("Mutex lock/unlock (single process)") {
auto m1 = CreatePlatformMutex("indexer-platformmutexttest");
auto l1 = CreatePlatformScopedMutexLock(m1.get());
auto m2 = CreatePlatformMutex("indexer-platformmutexttest");
int value = 0;
int value = 0;
volatile bool did_run = false;
std::thread t([&]() {
did_run = true;
auto l2 = CreatePlatformScopedMutexLock(m2.get());
value = 1;
});
while (!did_run)
volatile bool did_run = false;
std::thread t([&]() {
did_run = true;
auto l2 = CreatePlatformScopedMutexLock(m2.get());
value = 1;
});
while (!did_run)
std::this_thread::sleep_for(std::chrono::milliseconds(1));
std::this_thread::sleep_for(std::chrono::milliseconds(1));
std::this_thread::sleep_for(std::chrono::milliseconds(1));
// Other thread has had a chance to run, but it should not have
// written to value yet (ie, it should be waiting).
REQUIRE(value == 0);
// Other thread has had a chance to run, but it should not have
// written to value yet (ie, it should be waiting).
REQUIRE(value == 0);
// Release the lock, wait for other thread to finish. Verify it
// wrote the expected value.
l1.reset();
t.join();
REQUIRE(value == 1);
// Release the lock, wait for other thread to finish. Verify it
// wrote the expected value.
l1.reset();
t.join();
REQUIRE(value == 1);
}
}
TEST_SUITE_END();

1682
src/project.cc
View File

File diff suppressed because it is too large Load Diff

252
src/query.cc
View File

@ -823,132 +823,130 @@ void QueryDatabase::UpdateDetailedNames(size_t* qualified_name_index,
}
}
TEST_SUITE("query");
TEST_SUITE("query") {
IndexUpdate GetDelta(IndexFile previous, IndexFile current) {
QueryDatabase db;
IdMap previous_map(&db, previous.id_cache);
IdMap current_map(&db, current.id_cache);
return IndexUpdate::CreateDelta(&previous_map, &current_map, &previous,
&current);
}
IndexUpdate GetDelta(IndexFile previous, IndexFile current) {
QueryDatabase db;
IdMap previous_map(&db, previous.id_cache);
IdMap current_map(&db, current.id_cache);
return IndexUpdate::CreateDelta(&previous_map, &current_map, &previous,
&current);
TEST_CASE("remove defs") {
IndexFile previous("foo.cc");
IndexFile current("foo.cc");
previous.Resolve(previous.ToTypeId("usr1"))->def.definition_spelling =
Range(Position(1, 0));
previous.Resolve(previous.ToFuncId("usr2"))->def.definition_spelling =
Range(Position(2, 0));
previous.Resolve(previous.ToVarId("usr3"))->def.definition_spelling =
Range(Position(3, 0));
IndexUpdate update = GetDelta(previous, current);
REQUIRE(update.types_removed == std::vector<Usr>{"usr1"});
REQUIRE(update.funcs_removed == std::vector<Usr>{"usr2"});
REQUIRE(update.vars_removed == std::vector<Usr>{"usr3"});
}
TEST_CASE("do not remove ref-only defs") {
IndexFile previous("foo.cc");
IndexFile current("foo.cc");
previous.Resolve(previous.ToTypeId("usr1"))
->uses.push_back(Range(Position(1, 0)));
previous.Resolve(previous.ToFuncId("usr2"))
->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(2, 0)),
false /*is_implicit*/));
previous.Resolve(previous.ToVarId("usr3"))
->uses.push_back(Range(Position(3, 0)));
IndexUpdate update = GetDelta(previous, current);
REQUIRE(update.types_removed == std::vector<Usr>{});
REQUIRE(update.funcs_removed == std::vector<Usr>{});
REQUIRE(update.vars_removed == std::vector<Usr>{});
}
TEST_CASE("func callers") {
IndexFile previous("foo.cc");
IndexFile current("foo.cc");
IndexFunc* pf = previous.Resolve(previous.ToFuncId("usr"));
IndexFunc* cf = current.Resolve(current.ToFuncId("usr"));
pf->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(1, 0)),
false /*is_implicit*/));
cf->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(2, 0)),
false /*is_implicit*/));
IndexUpdate update = GetDelta(previous, current);
REQUIRE(update.funcs_removed == std::vector<Usr>{});
REQUIRE(update.funcs_callers.size() == 1);
REQUIRE(update.funcs_callers[0].id == QueryFuncId(0));
REQUIRE(update.funcs_callers[0].to_remove.size() == 1);
REQUIRE(update.funcs_callers[0].to_remove[0].loc.range ==
Range(Position(1, 0)));
REQUIRE(update.funcs_callers[0].to_add.size() == 1);
REQUIRE(update.funcs_callers[0].to_add[0].loc.range == Range(Position(2, 0)));
}
TEST_CASE("type usages") {
IndexFile previous("foo.cc");
IndexFile current("foo.cc");
IndexType* pt = previous.Resolve(previous.ToTypeId("usr"));
IndexType* ct = current.Resolve(current.ToTypeId("usr"));
pt->uses.push_back(Range(Position(1, 0)));
ct->uses.push_back(Range(Position(2, 0)));
IndexUpdate update = GetDelta(previous, current);
REQUIRE(update.types_removed == std::vector<Usr>{});
REQUIRE(update.types_def_update == std::vector<QueryType::DefUpdate>{});
REQUIRE(update.types_uses.size() == 1);
REQUIRE(update.types_uses[0].to_remove.size() == 1);
REQUIRE(update.types_uses[0].to_remove[0].range == Range(Position(1, 0)));
REQUIRE(update.types_uses[0].to_add.size() == 1);
REQUIRE(update.types_uses[0].to_add[0].range == Range(Position(2, 0)));
}
TEST_CASE("apply delta") {
IndexFile previous("foo.cc");
IndexFile current("foo.cc");
IndexFunc* pf = previous.Resolve(previous.ToFuncId("usr"));
IndexFunc* cf = current.Resolve(current.ToFuncId("usr"));
pf->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(1, 0)),
false /*is_implicit*/));
pf->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(2, 0)),
false /*is_implicit*/));
cf->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(4, 0)),
false /*is_implicit*/));
cf->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(5, 0)),
false /*is_implicit*/));
QueryDatabase db;
IdMap previous_map(&db, previous.id_cache);
IdMap current_map(&db, current.id_cache);
REQUIRE(db.funcs.size() == 1);
IndexUpdate import_update =
IndexUpdate::CreateDelta(nullptr, &previous_map, nullptr, &previous);
IndexUpdate delta_update = IndexUpdate::CreateDelta(
&previous_map, &current_map, &previous, &current);
db.ApplyIndexUpdate(&import_update);
REQUIRE(db.funcs[0].callers.size() == 2);
REQUIRE(db.funcs[0].callers[0].loc.range == Range(Position(1, 0)));
REQUIRE(db.funcs[0].callers[1].loc.range == Range(Position(2, 0)));
db.ApplyIndexUpdate(&delta_update);
REQUIRE(db.funcs[0].callers.size() == 2);
REQUIRE(db.funcs[0].callers[0].loc.range == Range(Position(4, 0)));
REQUIRE(db.funcs[0].callers[1].loc.range == Range(Position(5, 0)));
}
}
TEST_CASE("remove defs") {
IndexFile previous("foo.cc");
IndexFile current("foo.cc");
previous.Resolve(previous.ToTypeId("usr1"))->def.definition_spelling =
Range(Position(1, 0));
previous.Resolve(previous.ToFuncId("usr2"))->def.definition_spelling =
Range(Position(2, 0));
previous.Resolve(previous.ToVarId("usr3"))->def.definition_spelling =
Range(Position(3, 0));
IndexUpdate update = GetDelta(previous, current);
REQUIRE(update.types_removed == std::vector<Usr>{"usr1"});
REQUIRE(update.funcs_removed == std::vector<Usr>{"usr2"});
REQUIRE(update.vars_removed == std::vector<Usr>{"usr3"});
}
TEST_CASE("do not remove ref-only defs") {
IndexFile previous("foo.cc");
IndexFile current("foo.cc");
previous.Resolve(previous.ToTypeId("usr1"))
->uses.push_back(Range(Position(1, 0)));
previous.Resolve(previous.ToFuncId("usr2"))
->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(2, 0)),
false /*is_implicit*/));
previous.Resolve(previous.ToVarId("usr3"))
->uses.push_back(Range(Position(3, 0)));
IndexUpdate update = GetDelta(previous, current);
REQUIRE(update.types_removed == std::vector<Usr>{});
REQUIRE(update.funcs_removed == std::vector<Usr>{});
REQUIRE(update.vars_removed == std::vector<Usr>{});
}
TEST_CASE("func callers") {
IndexFile previous("foo.cc");
IndexFile current("foo.cc");
IndexFunc* pf = previous.Resolve(previous.ToFuncId("usr"));
IndexFunc* cf = current.Resolve(current.ToFuncId("usr"));
pf->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(1, 0)),
false /*is_implicit*/));
cf->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(2, 0)),
false /*is_implicit*/));
IndexUpdate update = GetDelta(previous, current);
REQUIRE(update.funcs_removed == std::vector<Usr>{});
REQUIRE(update.funcs_callers.size() == 1);
REQUIRE(update.funcs_callers[0].id == QueryFuncId(0));
REQUIRE(update.funcs_callers[0].to_remove.size() == 1);
REQUIRE(update.funcs_callers[0].to_remove[0].loc.range ==
Range(Position(1, 0)));
REQUIRE(update.funcs_callers[0].to_add.size() == 1);
REQUIRE(update.funcs_callers[0].to_add[0].loc.range == Range(Position(2, 0)));
}
TEST_CASE("type usages") {
IndexFile previous("foo.cc");
IndexFile current("foo.cc");
IndexType* pt = previous.Resolve(previous.ToTypeId("usr"));
IndexType* ct = current.Resolve(current.ToTypeId("usr"));
pt->uses.push_back(Range(Position(1, 0)));
ct->uses.push_back(Range(Position(2, 0)));
IndexUpdate update = GetDelta(previous, current);
REQUIRE(update.types_removed == std::vector<Usr>{});
REQUIRE(update.types_def_update == std::vector<QueryType::DefUpdate>{});
REQUIRE(update.types_uses.size() == 1);
REQUIRE(update.types_uses[0].to_remove.size() == 1);
REQUIRE(update.types_uses[0].to_remove[0].range == Range(Position(1, 0)));
REQUIRE(update.types_uses[0].to_add.size() == 1);
REQUIRE(update.types_uses[0].to_add[0].range == Range(Position(2, 0)));
}
TEST_CASE("apply delta") {
IndexFile previous("foo.cc");
IndexFile current("foo.cc");
IndexFunc* pf = previous.Resolve(previous.ToFuncId("usr"));
IndexFunc* cf = current.Resolve(current.ToFuncId("usr"));
pf->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(1, 0)),
false /*is_implicit*/));
pf->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(2, 0)),
false /*is_implicit*/));
cf->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(4, 0)),
false /*is_implicit*/));
cf->callers.push_back(IndexFuncRef(IndexFuncId(0), Range(Position(5, 0)),
false /*is_implicit*/));
QueryDatabase db;
IdMap previous_map(&db, previous.id_cache);
IdMap current_map(&db, current.id_cache);
REQUIRE(db.funcs.size() == 1);
IndexUpdate import_update =
IndexUpdate::CreateDelta(nullptr, &previous_map, nullptr, &previous);
IndexUpdate delta_update = IndexUpdate::CreateDelta(
&previous_map, &current_map, &previous, &current);
db.ApplyIndexUpdate(&import_update);
REQUIRE(db.funcs[0].callers.size() == 2);
REQUIRE(db.funcs[0].callers[0].loc.range == Range(Position(1, 0)));
REQUIRE(db.funcs[0].callers[1].loc.range == Range(Position(2, 0)));
db.ApplyIndexUpdate(&delta_update);
REQUIRE(db.funcs[0].callers.size() == 2);
REQUIRE(db.funcs[0].callers[0].loc.range == Range(Position(4, 0)));
REQUIRE(db.funcs[0].callers[1].loc.range == Range(Position(5, 0)));
}
TEST_SUITE_END();

196
src/working_files.cc
View File

@ -379,107 +379,105 @@ std::vector<CXUnsavedFile> WorkingFiles::AsUnsavedFiles() {
return result;
}
TEST_SUITE("WorkingFile");
lsPosition CharPos(const WorkingFile& file,
char character,
int character_offset = 0) {
char character,
int character_offset = 0) {
return CharPos(file.buffer_content, character, character_offset);
}
TEST_CASE("simple call") {
WorkingFile f("foo.cc", "abcd(1, 2");
int active_param = 0;
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, '('), &active_param) ==
"abcd");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, '1'), &active_param) ==
"abcd");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, ','), &active_param) ==
"abcd");
REQUIRE(active_param == 1);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, ' '), &active_param) ==
"abcd");
REQUIRE(active_param == 1);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, '2'), &active_param) ==
"abcd");
REQUIRE(active_param == 1);
TEST_SUITE("WorkingFile") {
TEST_CASE("simple call") {
WorkingFile f("foo.cc", "abcd(1, 2");
int active_param = 0;
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, '('), &active_param) ==
"abcd");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, '1'), &active_param) ==
"abcd");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, ','), &active_param) ==
"abcd");
REQUIRE(active_param == 1);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, ' '), &active_param) ==
"abcd");
REQUIRE(active_param == 1);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, '2'), &active_param) ==
"abcd");
REQUIRE(active_param == 1);
}
TEST_CASE("nested call") {
WorkingFile f("foo.cc", "abcd(efg(), 2");
int active_param = 0;
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, '('), &active_param) ==
"abcd");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, 'e'), &active_param) ==
"abcd");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, 'f'), &active_param) ==
"abcd");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, 'g'), &active_param) ==
"abcd");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, 'g', 1), &active_param) ==
"efg");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, 'g', 2), &active_param) ==
"efg");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, ','), &active_param) ==
"abcd");
REQUIRE(active_param == 1);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, ' '), &active_param) ==
"abcd");
REQUIRE(active_param == 1);
}
TEST_CASE("auto-insert )") {
WorkingFile f("foo.cc", "abc()");
int active_param = 0;
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, ')'), &active_param) ==
"abc");
REQUIRE(active_param == 0);
}
TEST_CASE("existing completion") {
WorkingFile f("foo.cc", "zzz.asdf");
bool is_global_completion;
std::string existing_completion;
f.FindStableCompletionSource(CharPos(f, '.'), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "zzz");
f.FindStableCompletionSource(CharPos(f, 'a', 1), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "a");
f.FindStableCompletionSource(CharPos(f, 's', 1), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "as");
f.FindStableCompletionSource(CharPos(f, 'd', 1), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "asd");
f.FindStableCompletionSource(CharPos(f, 'f', 1), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "asdf");
}
TEST_CASE("existing completion underscore") {
WorkingFile f("foo.cc", "ABC_DEF");
bool is_global_completion;
std::string existing_completion;
f.FindStableCompletionSource(CharPos(f, 'C'), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "AB");
f.FindStableCompletionSource(CharPos(f, '_'), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "ABC");
f.FindStableCompletionSource(CharPos(f, 'D'), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "ABC_");
}
}
TEST_CASE("nested call") {
WorkingFile f("foo.cc", "abcd(efg(), 2");
int active_param = 0;
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, '('), &active_param) ==
"abcd");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, 'e'), &active_param) ==
"abcd");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, 'f'), &active_param) ==
"abcd");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, 'g'), &active_param) ==
"abcd");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, 'g', 1), &active_param) ==
"efg");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, 'g', 2), &active_param) ==
"efg");
REQUIRE(active_param == 0);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, ','), &active_param) ==
"abcd");
REQUIRE(active_param == 1);
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, ' '), &active_param) ==
"abcd");
REQUIRE(active_param == 1);
}
TEST_CASE("auto-insert )") {
WorkingFile f("foo.cc", "abc()");
int active_param = 0;
REQUIRE(f.FindClosestCallNameInBuffer(CharPos(f, ')'), &active_param) ==
"abc");
REQUIRE(active_param == 0);
}
TEST_CASE("existing completion") {
WorkingFile f("foo.cc", "zzz.asdf");
bool is_global_completion;
std::string existing_completion;
f.FindStableCompletionSource(CharPos(f, '.'), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "zzz");
f.FindStableCompletionSource(CharPos(f, 'a', 1), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "a");
f.FindStableCompletionSource(CharPos(f, 's', 1), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "as");
f.FindStableCompletionSource(CharPos(f, 'd', 1), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "asd");
f.FindStableCompletionSource(CharPos(f, 'f', 1), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "asdf");
}
TEST_CASE("existing completion underscore") {
WorkingFile f("foo.cc", "ABC_DEF");
bool is_global_completion;
std::string existing_completion;
f.FindStableCompletionSource(CharPos(f, 'C'), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "AB");
f.FindStableCompletionSource(CharPos(f, '_'), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "ABC");
f.FindStableCompletionSource(CharPos(f, 'D'), &is_global_completion,
&existing_completion);
REQUIRE(existing_completion == "ABC_");
}
TEST_SUITE_END();

2
third_party/doctest vendored

@ -1 +1 @@
Subproject commit 11147357234d0166c9ec96c4d9e328464b884da3
Subproject commit 79a379827251cd819c5286070834ccd0ac628af9

2
third_party/loguru vendored

@ -1 +1 @@
Subproject commit ac23215b4b9e878dfe5c2fd3d4afbf7a63cdad12
Subproject commit 83b6f3c3d16e40453ec0d12d3baef42cd2f37c3b

2
third_party/rapidjson vendored

@ -1 +1 @@
Subproject commit 0163a53f4a1c72e6a05848a63d80eee0d8e3f387
Subproject commit 17ae6ffa857173c25708e61610121bc908c0a6cd

2
third_party/sparsepp vendored

@ -1 +1 @@
Subproject commit b1d54fbe547cab3a13d181f16f1de758d6827f81
Subproject commit bfb0de71ee7fa12a5f12c3ef61ce9f1d6d86d907