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luau/tests/Autocomplete.test.cpp
vegorov-rbx 140e5a1495
Sync to upstream/release/566 (#853) 
* Fixed incorrect lexeme generated for string parts in the middle of an
interpolated string (Fixes https://github.com/Roblox/luau/issues/744)
* DeprecatedApi lint can report some issues without type inference
information
* Fixed performance of autocomplete requests when suggestions have large
intersection types (Solves
https://github.com/Roblox/luau/discussions/847)
* Marked `table.getn`/`foreach`/`foreachi` as deprecated ([RFC:
Deprecate
table.getn/foreach/foreachi](https://github.com/Roblox/luau/blob/master/rfcs/deprecate-table-getn-foreach.md))
* With -O2 optimization level, we now optimize builtin calls based on
known argument/return count.
Note that this change can be observable if `getfenv/setfenv` is used to
substitute a builtin, especially if arity is different.
Fastcall heavy tests show a 1-2% improvement.
* Luau can now be built with clang-cl (Fixes
https://github.com/Roblox/luau/issues/736)

We also made many improvements to our experimental components.

For our new type solver:
* Overhauled data flow analysis system, fixed issues with 'repeat'
loops, global variables and type annotations
* Type refinements now work on generic table indexing with a string
literal
* Type refinements will properly track potentially 'nil' values (like
t[x] for a missing key) and their further refinements
* Internal top table type is now isomorphic to `{}` which fixes issues
when `typeof(v) == 'table'` type refinement is handled
* References to non-existent types in type annotations no longer resolve
to 'error' type like in old solver
* Improved handling of class unions in property access expressions
* Fixed default type packs
* Unsealed tables can now have metatables
* Restored expected types for function arguments

And for native code generation:
* Added min and max IR instructions mapping to vminsd/vmaxsd on x64
* We now speculatively extract direct execution fast-paths based on
expected types of expressions which provides better optimization
opportunities inside a single basic block
* Translated existing math fastcalls to IR form to improve tag guard
removal and constant propagation
2023-03-03 12:21:14 -08:00

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// This file is part of the Luau programming language and is licensed under MIT License; see LICENSE.txt for details
#include "Luau/Autocomplete.h"
#include "Luau/BuiltinDefinitions.h"
#include "Luau/TypeInfer.h"
#include "Luau/Type.h"
#include "Luau/VisitType.h"
#include "Luau/StringUtils.h"
#include "Fixture.h"
#include "ScopedFlags.h"
#include "doctest.h"
#include <map>
LUAU_FASTFLAG(LuauTraceTypesInNonstrictMode2)
LUAU_FASTFLAG(LuauSetMetatableDoesNotTimeTravel)
LUAU_FASTFLAG(LuauFixAutocompleteInWhile)
LUAU_FASTFLAG(LuauFixAutocompleteInFor)
using namespace Luau;
static std::optional<AutocompleteEntryMap> nullCallback(std::string tag, std::optional<const ClassType*> ptr, std::optional<std::string> contents)
{
return std::nullopt;
}
template<class BaseType>
struct ACFixtureImpl : BaseType
{
ACFixtureImpl()
: BaseType(true, true)
{
}
AutocompleteResult autocomplete(unsigned row, unsigned column)
{
return Luau::autocomplete(this->frontend, "MainModule", Position{row, column}, nullCallback);
}
AutocompleteResult autocomplete(char marker, StringCompletionCallback callback = nullCallback)
{
return Luau::autocomplete(this->frontend, "MainModule", getPosition(marker), callback);
}
CheckResult check(const std::string& source)
{
markerPosition.clear();
std::string filteredSource;
filteredSource.reserve(source.size());
Position curPos(0, 0);
char prevChar{};
for (char c : source)
{
if (prevChar == '@')
{
LUAU_ASSERT("Illegal marker character" && c >= '0' && c <= '9');
LUAU_ASSERT("Duplicate marker found" && markerPosition.count(c) == 0);
markerPosition.insert(std::pair{c, curPos});
}
else if (c == '@')
{
// skip the '@' character
}
else
{
filteredSource.push_back(c);
if (c == '\n')
{
curPos.line++;
curPos.column = 0;
}
else
{
curPos.column++;
}
}
prevChar = c;
}
LUAU_ASSERT("Digit expected after @ symbol" && prevChar != '@');
return BaseType::check(filteredSource);
}
LoadDefinitionFileResult loadDefinition(const std::string& source)
{
TypeChecker& typeChecker = this->frontend.typeCheckerForAutocomplete;
unfreeze(typeChecker.globalTypes);
LoadDefinitionFileResult result = loadDefinitionFile(typeChecker, typeChecker.globalScope, source, "@test");
freeze(typeChecker.globalTypes);
REQUIRE_MESSAGE(result.success, "loadDefinition: unable to load definition file");
return result;
}
const Position& getPosition(char marker) const
{
auto i = markerPosition.find(marker);
LUAU_ASSERT(i != markerPosition.end());
return i->second;
}
// Maps a marker character (0-9 inclusive) to a position in the source code.
std::map<char, Position> markerPosition;
};
struct ACFixture : ACFixtureImpl<Fixture>
{
ACFixture()
: ACFixtureImpl<Fixture>()
{
addGlobalBinding(frontend, "table", Binding{typeChecker.anyType});
addGlobalBinding(frontend, "math", Binding{typeChecker.anyType});
addGlobalBinding(frontend.typeCheckerForAutocomplete, "table", Binding{typeChecker.anyType});
addGlobalBinding(frontend.typeCheckerForAutocomplete, "math", Binding{typeChecker.anyType});
}
};
struct ACBuiltinsFixture : ACFixtureImpl<BuiltinsFixture>
{
};
TEST_SUITE_BEGIN("AutocompleteTest");
TEST_CASE_FIXTURE(ACFixture, "empty_program")
{
check(" @1");
auto ac = autocomplete('1');
CHECK(!ac.entryMap.empty());
CHECK(ac.entryMap.count("table"));
CHECK(ac.entryMap.count("math"));
CHECK_EQ(ac.context, AutocompleteContext::Statement);
}
TEST_CASE_FIXTURE(ACFixture, "local_initializer")
{
check("local a = @1");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("table"));
CHECK(ac.entryMap.count("math"));
CHECK_EQ(ac.context, AutocompleteContext::Expression);
}
TEST_CASE_FIXTURE(ACFixture, "leave_numbers_alone")
{
check("local a = 3.@11");
auto ac = autocomplete('1');
CHECK(ac.entryMap.empty());
CHECK_EQ(ac.context, AutocompleteContext::Unknown);
}
TEST_CASE_FIXTURE(ACFixture, "user_defined_globals")
{
check("local myLocal = 4; @1");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("myLocal"));
CHECK(ac.entryMap.count("table"));
CHECK(ac.entryMap.count("math"));
CHECK_EQ(ac.context, AutocompleteContext::Statement);
}
TEST_CASE_FIXTURE(ACFixture, "dont_suggest_local_before_its_definition")
{
check(R"(
local myLocal = 4
function abc()
@1 local myInnerLocal = 1
@2
end
@3 )");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("myLocal"));
CHECK(!ac.entryMap.count("myInnerLocal"));
ac = autocomplete('2');
CHECK(ac.entryMap.count("myLocal"));
CHECK(ac.entryMap.count("myInnerLocal"));
ac = autocomplete('3');
CHECK(ac.entryMap.count("myLocal"));
CHECK(!ac.entryMap.count("myInnerLocal"));
}
TEST_CASE_FIXTURE(ACFixture, "recursive_function")
{
check(R"(
function foo()
@1 end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("foo"));
CHECK_EQ(ac.context, AutocompleteContext::Statement);
}
TEST_CASE_FIXTURE(ACFixture, "nested_recursive_function")
{
check(R"(
local function outer()
local function inner()
@1 end
end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("inner"));
CHECK(ac.entryMap.count("outer"));
}
TEST_CASE_FIXTURE(ACFixture, "user_defined_local_functions_in_own_definition")
{
check(R"(
local function abc()
@1
end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("abc"));
CHECK(ac.entryMap.count("table"));
CHECK(ac.entryMap.count("math"));
check(R"(
local abc = function()
@1
end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("abc")); // FIXME: This is actually incorrect!
CHECK(ac.entryMap.count("table"));
CHECK(ac.entryMap.count("math"));
}
TEST_CASE_FIXTURE(ACFixture, "global_functions_are_not_scoped_lexically")
{
check(R"(
if true then
function abc()
end
end
@1 )");
auto ac = autocomplete('1');
CHECK(!ac.entryMap.empty());
CHECK(ac.entryMap.count("abc"));
CHECK(ac.entryMap.count("table"));
CHECK(ac.entryMap.count("math"));
}
TEST_CASE_FIXTURE(ACFixture, "local_functions_fall_out_of_scope")
{
check(R"(
if true then
local function abc()
end
end
@1 )");
auto ac = autocomplete('1');
CHECK_NE(0, ac.entryMap.size());
CHECK(!ac.entryMap.count("abc"));
}
TEST_CASE_FIXTURE(ACFixture, "function_parameters")
{
check(R"(
function abc(test)
@1 end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("test"));
}
TEST_CASE_FIXTURE(ACBuiltinsFixture, "get_member_completions")
{
check(R"(
local a = table.@1
)");
auto ac = autocomplete('1');
CHECK_EQ(17, ac.entryMap.size());
CHECK(ac.entryMap.count("find"));
CHECK(ac.entryMap.count("pack"));
CHECK(!ac.entryMap.count("math"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
}
TEST_CASE_FIXTURE(ACFixture, "nested_member_completions")
{
check(R"(
local tbl = { abc = { def = 1234, egh = false } }
tbl.abc. @1
)");
auto ac = autocomplete('1');
CHECK_EQ(2, ac.entryMap.size());
CHECK(ac.entryMap.count("def"));
CHECK(ac.entryMap.count("egh"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
}
TEST_CASE_FIXTURE(ACFixture, "unsealed_table")
{
check(R"(
local tbl = {}
tbl.prop = 5
tbl.@1
)");
auto ac = autocomplete('1');
CHECK_EQ(1, ac.entryMap.size());
CHECK(ac.entryMap.count("prop"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
}
TEST_CASE_FIXTURE(ACFixture, "unsealed_table_2")
{
check(R"(
local tbl = {}
local inner = { prop = 5 }
tbl.inner = inner
tbl.inner. @1
)");
auto ac = autocomplete('1');
CHECK_EQ(1, ac.entryMap.size());
CHECK(ac.entryMap.count("prop"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
}
TEST_CASE_FIXTURE(ACFixture, "cyclic_table")
{
check(R"(
local abc = {}
local def = { abc = abc }
abc.def = def
abc.def. @1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("abc"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
}
TEST_CASE_FIXTURE(ACFixture, "table_union")
{
check(R"(
type t1 = { a1 : string, b2 : number }
type t2 = { b2 : string, c3 : string }
function func(abc : t1 | t2)
abc. @1
end
)");
auto ac = autocomplete('1');
CHECK_EQ(1, ac.entryMap.size());
CHECK(ac.entryMap.count("b2"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
}
TEST_CASE_FIXTURE(ACFixture, "table_intersection")
{
check(R"(
type t1 = { a1 : string, b2 : number }
type t2 = { b2 : number, c3 : string }
function func(abc : t1 & t2)
abc. @1
end
)");
auto ac = autocomplete('1');
CHECK_EQ(3, ac.entryMap.size());
CHECK(ac.entryMap.count("a1"));
CHECK(ac.entryMap.count("b2"));
CHECK(ac.entryMap.count("c3"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
}
TEST_CASE_FIXTURE(ACBuiltinsFixture, "get_string_completions")
{
check(R"(
local a = ("foo"):@1
)");
auto ac = autocomplete('1');
CHECK_EQ(17, ac.entryMap.size());
CHECK_EQ(ac.context, AutocompleteContext::Property);
}
TEST_CASE_FIXTURE(ACFixture, "get_suggestions_for_new_statement")
{
check("@1");
auto ac = autocomplete('1');
CHECK_NE(0, ac.entryMap.size());
CHECK(ac.entryMap.count("table"));
CHECK_EQ(ac.context, AutocompleteContext::Statement);
}
TEST_CASE_FIXTURE(ACFixture, "get_suggestions_for_the_very_start_of_the_script")
{
check(R"(@1
function aaa() end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("table"));
CHECK_EQ(ac.context, AutocompleteContext::Statement);
}
TEST_CASE_FIXTURE(ACFixture, "method_call_inside_function_body")
{
check(R"(
local game = { GetService=function(s) return 'hello' end }
function a()
game: @1
end
)");
auto ac = autocomplete('1');
CHECK_NE(0, ac.entryMap.size());
CHECK(!ac.entryMap.count("math"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
}
TEST_CASE_FIXTURE(ACBuiltinsFixture, "method_call_inside_if_conditional")
{
check(R"(
if table: @1
)");
auto ac = autocomplete('1');
CHECK_NE(0, ac.entryMap.size());
CHECK(ac.entryMap.count("concat"));
CHECK(!ac.entryMap.count("math"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
}
TEST_CASE_FIXTURE(ACFixture, "statement_between_two_statements")
{
check(R"(
function getmyscripts() end
g@1
getmyscripts()
)");
auto ac = autocomplete('1');
CHECK_NE(0, ac.entryMap.size());
CHECK(ac.entryMap.count("getmyscripts"));
CHECK_EQ(ac.context, AutocompleteContext::Statement);
}
TEST_CASE_FIXTURE(ACFixture, "bias_toward_inner_scope")
{
check(R"(
local A = {one=1}
function B()
local A = {two=2}
A @1
end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("A"));
CHECK_EQ(ac.context, AutocompleteContext::Statement);
TypeId t = follow(*ac.entryMap["A"].type);
const TableType* tt = get<TableType>(t);
REQUIRE(tt);
CHECK(tt->props.count("two"));
}
TEST_CASE_FIXTURE(ACFixture, "recommend_statement_starting_keywords")
{
check("@1");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("local"));
CHECK_EQ(ac.context, AutocompleteContext::Statement);
check("local i = @1");
auto ac2 = autocomplete('1');
CHECK(!ac2.entryMap.count("local"));
CHECK_EQ(ac2.context, AutocompleteContext::Expression);
}
TEST_CASE_FIXTURE(ACFixture, "do_not_overwrite_context_sensitive_kws")
{
check(R"(
local function continue()
end
@1 )");
auto ac = autocomplete('1');
AutocompleteEntry entry = ac.entryMap["continue"];
CHECK(entry.kind == AutocompleteEntryKind::Binding);
CHECK_EQ(ac.context, AutocompleteContext::Statement);
}
TEST_CASE_FIXTURE(ACFixture, "dont_offer_any_suggestions_from_within_a_comment")
{
check(R"(
--!strict
local foo = {}
function foo:bar() end
--[[
foo:@1
]]
)");
auto ac = autocomplete('1');
CHECK_EQ(0, ac.entryMap.size());
CHECK_EQ(ac.context, AutocompleteContext::Unknown);
}
TEST_CASE_FIXTURE(ACFixture, "dont_offer_any_suggestions_from_the_end_of_a_comment")
{
check(R"(
--!strict@1
)");
auto ac = autocomplete('1');
CHECK_EQ(0, ac.entryMap.size());
CHECK_EQ(ac.context, AutocompleteContext::Unknown);
}
TEST_CASE_FIXTURE(ACFixture, "dont_offer_any_suggestions_from_within_a_broken_comment")
{
check(R"(
--[[ @1
)");
auto ac = autocomplete('1');
CHECK_EQ(0, ac.entryMap.size());
CHECK_EQ(ac.context, AutocompleteContext::Unknown);
}
TEST_CASE_FIXTURE(ACFixture, "dont_offer_any_suggestions_from_within_a_broken_comment_at_the_very_end_of_the_file")
{
check("--[[@1");
auto ac = autocomplete('1');
CHECK_EQ(0, ac.entryMap.size());
CHECK_EQ(ac.context, AutocompleteContext::Unknown);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_for_middle_keywords")
{
check(R"(
for x @1=
)");
auto ac1 = autocomplete('1');
CHECK_EQ(ac1.entryMap.count("do"), 0);
CHECK_EQ(ac1.entryMap.count("end"), 0);
CHECK_EQ(ac1.context, AutocompleteContext::Unknown);
check(R"(
for x =@1 1
)");
auto ac2 = autocomplete('1');
CHECK_EQ(ac2.entryMap.count("do"), 0);
CHECK_EQ(ac2.entryMap.count("end"), 0);
CHECK_EQ(ac2.context, AutocompleteContext::Unknown);
check(R"(
for x = 1,@1 2
)");
auto ac3 = autocomplete('1');
CHECK_EQ(1, ac3.entryMap.size());
CHECK_EQ(ac3.entryMap.count("do"), 1);
CHECK_EQ(ac3.context, AutocompleteContext::Keyword);
check(R"(
for x = 1, @12,
)");
auto ac4 = autocomplete('1');
CHECK_EQ(ac4.entryMap.count("do"), 0);
CHECK_EQ(ac4.entryMap.count("end"), 0);
CHECK_EQ(ac4.context, AutocompleteContext::Expression);
check(R"(
for x = 1, 2, @15
)");
auto ac5 = autocomplete('1');
if (FFlag::LuauFixAutocompleteInFor)
{
CHECK_EQ(ac5.entryMap.count("math"), 1);
CHECK_EQ(ac5.entryMap.count("do"), 0);
CHECK_EQ(ac5.entryMap.count("end"), 0);
CHECK_EQ(ac5.context, AutocompleteContext::Expression);
}
else
{
CHECK_EQ(ac5.entryMap.count("do"), 1);
CHECK_EQ(ac5.entryMap.count("end"), 0);
CHECK_EQ(ac5.context, AutocompleteContext::Keyword);
}
check(R"(
for x = 1, 2, 5 f@1
)");
auto ac6 = autocomplete('1');
CHECK_EQ(ac6.entryMap.size(), 1);
CHECK_EQ(ac6.entryMap.count("do"), 1);
CHECK_EQ(ac6.context, AutocompleteContext::Keyword);
check(R"(
for x = 1, 2, 5 do @1
)");
auto ac7 = autocomplete('1');
CHECK_EQ(ac7.entryMap.count("end"), 1);
CHECK_EQ(ac7.context, AutocompleteContext::Statement);
if (FFlag::LuauFixAutocompleteInFor)
{
check(R"(local Foo = 1
for x = @11, @22, @35
)");
for (int i = 0; i < 3; ++i)
{
auto ac8 = autocomplete('1' + i);
CHECK_EQ(ac8.entryMap.count("Foo"), 1);
CHECK_EQ(ac8.entryMap.count("do"), 0);
}
check(R"(local Foo = 1
for x = @11, @22
)");
for (int i = 0; i < 2; ++i)
{
auto ac9 = autocomplete('1' + i);
CHECK_EQ(ac9.entryMap.count("Foo"), 1);
CHECK_EQ(ac9.entryMap.count("do"), 0);
}
}
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_for_in_middle_keywords")
{
check(R"(
for @1
)");
auto ac1 = autocomplete('1');
CHECK_EQ(0, ac1.entryMap.size());
CHECK_EQ(ac1.context, AutocompleteContext::Unknown);
check(R"(
for x@1 @2
)");
auto ac2 = autocomplete('1');
CHECK_EQ(0, ac2.entryMap.size());
CHECK_EQ(ac2.context, AutocompleteContext::Unknown);
auto ac2a = autocomplete('2');
CHECK_EQ(1, ac2a.entryMap.size());
CHECK_EQ(1, ac2a.entryMap.count("in"));
CHECK_EQ(ac2a.context, AutocompleteContext::Keyword);
check(R"(
for x in y@1
)");
auto ac3 = autocomplete('1');
CHECK_EQ(ac3.entryMap.count("table"), 1);
CHECK_EQ(ac3.entryMap.count("do"), 0);
CHECK_EQ(ac3.context, AutocompleteContext::Expression);
check(R"(
for x in y @1
)");
auto ac4 = autocomplete('1');
CHECK_EQ(ac4.entryMap.size(), 1);
CHECK_EQ(ac4.entryMap.count("do"), 1);
CHECK_EQ(ac4.context, AutocompleteContext::Keyword);
check(R"(
for x in f f@1
)");
auto ac5 = autocomplete('1');
CHECK_EQ(ac5.entryMap.size(), 1);
CHECK_EQ(ac5.entryMap.count("do"), 1);
CHECK_EQ(ac5.context, AutocompleteContext::Keyword);
check(R"(
for x in y do @1
)");
auto ac6 = autocomplete('1');
CHECK_EQ(ac6.entryMap.count("in"), 0);
CHECK_EQ(ac6.entryMap.count("table"), 1);
CHECK_EQ(ac6.entryMap.count("end"), 1);
CHECK_EQ(ac6.entryMap.count("function"), 1);
CHECK_EQ(ac6.context, AutocompleteContext::Statement);
check(R"(
for x in y do e@1
)");
auto ac7 = autocomplete('1');
CHECK_EQ(ac7.entryMap.count("in"), 0);
CHECK_EQ(ac7.entryMap.count("table"), 1);
CHECK_EQ(ac7.entryMap.count("end"), 1);
CHECK_EQ(ac7.entryMap.count("function"), 1);
CHECK_EQ(ac7.context, AutocompleteContext::Statement);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_while_middle_keywords")
{
check(R"(
while@1
)");
auto ac1 = autocomplete('1');
CHECK_EQ(ac1.entryMap.count("do"), 0);
CHECK_EQ(ac1.entryMap.count("end"), 0);
CHECK_EQ(ac1.context, AutocompleteContext::Expression);
check(R"(
while true @1
)");
auto ac2 = autocomplete('1');
if (FFlag::LuauFixAutocompleteInWhile)
{
CHECK_EQ(3, ac2.entryMap.size());
CHECK_EQ(ac2.entryMap.count("do"), 1);
CHECK_EQ(ac2.entryMap.count("and"), 1);
CHECK_EQ(ac2.entryMap.count("or"), 1);
}
else
{
CHECK_EQ(1, ac2.entryMap.size());
CHECK_EQ(ac2.entryMap.count("do"), 1);
}
CHECK_EQ(ac2.context, AutocompleteContext::Keyword);
check(R"(
while true do @1
)");
auto ac3 = autocomplete('1');
CHECK_EQ(ac3.entryMap.count("end"), 1);
CHECK_EQ(ac3.context, AutocompleteContext::Statement);
check(R"(
while true d@1
)");
auto ac4 = autocomplete('1');
if (FFlag::LuauFixAutocompleteInWhile)
{
CHECK_EQ(3, ac4.entryMap.size());
CHECK_EQ(ac4.entryMap.count("do"), 1);
CHECK_EQ(ac4.entryMap.count("and"), 1);
CHECK_EQ(ac4.entryMap.count("or"), 1);
}
else
{
CHECK_EQ(1, ac4.entryMap.size());
CHECK_EQ(ac4.entryMap.count("do"), 1);
}
CHECK_EQ(ac4.context, AutocompleteContext::Keyword);
if (FFlag::LuauFixAutocompleteInWhile)
{
check(R"(
while t@1
)");
auto ac5 = autocomplete('1');
CHECK_EQ(ac5.entryMap.count("do"), 0);
CHECK_EQ(ac5.entryMap.count("true"), 1);
CHECK_EQ(ac5.entryMap.count("false"), 1);
}
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_if_middle_keywords")
{
check(R"(
if @1
)");
auto ac1 = autocomplete('1');
CHECK_EQ(ac1.entryMap.count("then"), 0);
CHECK_EQ(ac1.entryMap.count("function"),
1); // FIXME: This is kind of dumb. It is technically syntactically valid but you can never do anything interesting with this.
CHECK_EQ(ac1.entryMap.count("table"), 1);
CHECK_EQ(ac1.entryMap.count("else"), 0);
CHECK_EQ(ac1.entryMap.count("elseif"), 0);
CHECK_EQ(ac1.entryMap.count("end"), 0);
CHECK_EQ(ac1.context, AutocompleteContext::Expression);
check(R"(
if x @1
)");
auto ac2 = autocomplete('1');
CHECK_EQ(ac2.entryMap.count("then"), 1);
CHECK_EQ(ac2.entryMap.count("function"), 0);
CHECK_EQ(ac2.entryMap.count("else"), 0);
CHECK_EQ(ac2.entryMap.count("elseif"), 0);
CHECK_EQ(ac2.entryMap.count("end"), 0);
CHECK_EQ(ac2.context, AutocompleteContext::Keyword);
check(R"(
if x t@1
)");
auto ac3 = autocomplete('1');
CHECK_EQ(3, ac3.entryMap.size());
CHECK_EQ(ac3.entryMap.count("then"), 1);
CHECK_EQ(ac3.entryMap.count("and"), 1);
CHECK_EQ(ac3.entryMap.count("or"), 1);
CHECK_EQ(ac3.context, AutocompleteContext::Keyword);
check(R"(
if x then
@1
end
)");
auto ac4 = autocomplete('1');
CHECK_EQ(ac4.entryMap.count("then"), 0);
CHECK_EQ(ac4.entryMap.count("else"), 1);
CHECK_EQ(ac4.entryMap.count("function"), 1);
CHECK_EQ(ac4.entryMap.count("elseif"), 1);
CHECK_EQ(ac4.entryMap.count("end"), 0);
CHECK_EQ(ac4.context, AutocompleteContext::Statement);
check(R"(
if x then
t@1
end
)");
auto ac4a = autocomplete('1');
CHECK_EQ(ac4a.entryMap.count("then"), 0);
CHECK_EQ(ac4a.entryMap.count("table"), 1);
CHECK_EQ(ac4a.entryMap.count("else"), 1);
CHECK_EQ(ac4a.entryMap.count("elseif"), 1);
CHECK_EQ(ac4a.context, AutocompleteContext::Statement);
check(R"(
if x then
@1
elseif x then
end
)");
auto ac5 = autocomplete('1');
CHECK_EQ(ac5.entryMap.count("then"), 0);
CHECK_EQ(ac5.entryMap.count("function"), 1);
CHECK_EQ(ac5.entryMap.count("else"), 0);
CHECK_EQ(ac5.entryMap.count("elseif"), 0);
CHECK_EQ(ac5.entryMap.count("end"), 0);
CHECK_EQ(ac5.context, AutocompleteContext::Statement);
check(R"(
if t@1
)");
auto ac6 = autocomplete('1');
CHECK_EQ(ac6.entryMap.count("true"), 1);
CHECK_EQ(ac6.entryMap.count("false"), 1);
CHECK_EQ(ac6.entryMap.count("then"), 0);
CHECK_EQ(ac6.entryMap.count("function"), 1);
CHECK_EQ(ac6.entryMap.count("else"), 0);
CHECK_EQ(ac6.entryMap.count("elseif"), 0);
CHECK_EQ(ac6.entryMap.count("end"), 0);
CHECK_EQ(ac6.context, AutocompleteContext::Expression);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_until_in_repeat")
{
check(R"(
repeat @1
)");
auto ac = autocomplete('1');
CHECK_EQ(ac.entryMap.count("table"), 1);
CHECK_EQ(ac.entryMap.count("until"), 1);
CHECK_EQ(ac.context, AutocompleteContext::Statement);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_until_expression")
{
check(R"(
repeat
until @1
)");
auto ac = autocomplete('1');
CHECK_EQ(ac.entryMap.count("table"), 1);
CHECK_EQ(ac.context, AutocompleteContext::Expression);
}
TEST_CASE_FIXTURE(ACFixture, "local_names")
{
check(R"(
local ab@1
)");
auto ac1 = autocomplete('1');
CHECK_EQ(ac1.entryMap.size(), 1);
CHECK_EQ(ac1.entryMap.count("function"), 1);
CHECK_EQ(ac1.context, AutocompleteContext::Unknown);
check(R"(
local ab, cd@1
)");
auto ac2 = autocomplete('1');
CHECK(ac2.entryMap.empty());
CHECK_EQ(ac2.context, AutocompleteContext::Unknown);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_end_with_fn_exprs")
{
check(R"(
local function f() @1
)");
auto ac = autocomplete('1');
CHECK_EQ(ac.entryMap.count("end"), 1);
CHECK_EQ(ac.context, AutocompleteContext::Statement);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_end_with_lambda")
{
check(R"(
local a = function() local bar = foo en@1
)");
auto ac = autocomplete('1');
CHECK_EQ(ac.entryMap.count("end"), 1);
CHECK_EQ(ac.context, AutocompleteContext::Statement);
}
TEST_CASE_FIXTURE(ACFixture, "stop_at_first_stat_when_recommending_keywords")
{
check(R"(
repeat
for x @1
)");
auto ac1 = autocomplete('1');
CHECK_EQ(ac1.entryMap.count("in"), 1);
CHECK_EQ(ac1.entryMap.count("until"), 0);
CHECK_EQ(ac1.context, AutocompleteContext::Keyword);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_repeat_middle_keyword")
{
check(R"(
repeat @1
)");
auto ac1 = autocomplete('1');
CHECK_EQ(ac1.entryMap.count("do"), 1);
CHECK_EQ(ac1.entryMap.count("function"), 1);
CHECK_EQ(ac1.entryMap.count("until"), 1);
check(R"(
repeat f f@1
)");
auto ac2 = autocomplete('1');
CHECK_EQ(ac2.entryMap.count("function"), 1);
CHECK_EQ(ac2.entryMap.count("until"), 1);
check(R"(
repeat
u@1
until
)");
auto ac3 = autocomplete('1');
CHECK_EQ(ac3.entryMap.count("until"), 0);
}
TEST_CASE_FIXTURE(ACFixture, "local_function")
{
check(R"(
local f@1
)");
auto ac1 = autocomplete('1');
CHECK_EQ(ac1.entryMap.size(), 1);
CHECK_EQ(ac1.entryMap.count("function"), 1);
check(R"(
local f@1, cd
)");
auto ac2 = autocomplete('1');
CHECK(ac2.entryMap.empty());
}
TEST_CASE_FIXTURE(ACFixture, "local_function")
{
check(R"(
local function @1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.empty());
check(R"(
local function @1s@2
)");
ac = autocomplete('1');
CHECK(ac.entryMap.empty());
ac = autocomplete('2');
CHECK(ac.entryMap.empty());
check(R"(
local function @1()@2
)");
ac = autocomplete('1');
CHECK(ac.entryMap.empty());
ac = autocomplete('2');
CHECK(ac.entryMap.count("end"));
check(R"(
local function something@1
)");
ac = autocomplete('1');
CHECK(ac.entryMap.empty());
check(R"(
local tbl = {}
function tbl.something@1() end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.empty());
}
TEST_CASE_FIXTURE(ACFixture, "local_function_params")
{
check(R"(
local function @1a@2bc(@3d@4ef)@5 @6
)");
CHECK(autocomplete('1').entryMap.empty());
CHECK(autocomplete('2').entryMap.empty());
CHECK(autocomplete('3').entryMap.empty());
CHECK(autocomplete('4').entryMap.empty());
CHECK(!autocomplete('5').entryMap.empty());
CHECK(!autocomplete('6').entryMap.empty());
check(R"(
local function abc(def)
@1 end
)");
for (unsigned int i = 23; i < 31; ++i)
{
CHECK(autocomplete(1, i).entryMap.empty());
}
CHECK(!autocomplete(1, 32).entryMap.empty());
auto ac2 = autocomplete('1');
CHECK_EQ(ac2.entryMap.count("abc"), 1);
CHECK_EQ(ac2.entryMap.count("def"), 1);
CHECK_EQ(ac2.context, AutocompleteContext::Statement);
check(R"(
local function abc(def, ghi@1)
end
)");
auto ac3 = autocomplete('1');
CHECK(ac3.entryMap.empty());
CHECK_EQ(ac3.context, AutocompleteContext::Unknown);
}
TEST_CASE_FIXTURE(ACFixture, "global_function_params")
{
check(R"(
function abc(def)
)");
for (unsigned int i = 17; i < 25; ++i)
{
CHECK(autocomplete(1, i).entryMap.empty());
}
CHECK(!autocomplete(1, 26).entryMap.empty());
check(R"(
function abc(def)
end
)");
for (unsigned int i = 17; i < 25; ++i)
{
CHECK(autocomplete(1, i).entryMap.empty());
}
CHECK(!autocomplete(1, 26).entryMap.empty());
check(R"(
function abc(def)
@1
end
)");
auto ac2 = autocomplete('1');
CHECK_EQ(ac2.entryMap.count("abc"), 1);
CHECK_EQ(ac2.entryMap.count("def"), 1);
CHECK_EQ(ac2.context, AutocompleteContext::Statement);
check(R"(
function abc(def, ghi@1)
end
)");
auto ac3 = autocomplete('1');
CHECK(ac3.entryMap.empty());
CHECK_EQ(ac3.context, AutocompleteContext::Unknown);
}
TEST_CASE_FIXTURE(ACFixture, "arguments_to_global_lambda")
{
check(R"(
abc = function(def, ghi@1)
end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.empty());
}
TEST_CASE_FIXTURE(ACFixture, "function_expr_params")
{
check(R"(
abc = function(def) @1
)");
for (unsigned int i = 20; i < 27; ++i)
{
CHECK(autocomplete(1, i).entryMap.empty());
}
CHECK(!autocomplete('1').entryMap.empty());
check(R"(
abc = function(def) @1
end
)");
for (unsigned int i = 20; i < 27; ++i)
{
CHECK(autocomplete(1, i).entryMap.empty());
}
CHECK(!autocomplete('1').entryMap.empty());
check(R"(
abc = function(def)
@1
end
)");
auto ac2 = autocomplete('1');
CHECK_EQ(ac2.entryMap.count("def"), 1);
CHECK_EQ(ac2.context, AutocompleteContext::Statement);
}
TEST_CASE_FIXTURE(ACFixture, "local_initializer")
{
check(R"(
local a = t@1
)");
auto ac = autocomplete('1');
CHECK_EQ(ac.entryMap.count("table"), 1);
CHECK_EQ(ac.entryMap.count("true"), 1);
}
TEST_CASE_FIXTURE(ACFixture, "local_initializer_2")
{
check(R"(
local a=@1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("table"));
}
TEST_CASE_FIXTURE(ACFixture, "get_member_completions")
{
check(R"(
local a = 12.@13
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.empty());
}
TEST_CASE_FIXTURE(ACFixture, "sometimes_the_metatable_is_an_error")
{
check(R"(
local T = {}
T.__index = T
function T.new()
return setmetatable({x=6}, X) -- oops!
end
local t = T.new()
t. @1
)");
autocomplete('1');
// Don't crash!
}
TEST_CASE_FIXTURE(ACFixture, "local_types_builtin")
{
check(R"(
local a: n@1
local b: string = "don't trip"
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("nil"));
CHECK(ac.entryMap.count("number"));
CHECK_EQ(ac.context, AutocompleteContext::Type);
}
TEST_CASE_FIXTURE(ACFixture, "private_types")
{
check(R"(
do
type num = number
local a: n@1u
local b: nu@2m
end
local a: nu@3
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("num"));
CHECK(ac.entryMap.count("number"));
ac = autocomplete('2');
CHECK(ac.entryMap.count("num"));
CHECK(ac.entryMap.count("number"));
ac = autocomplete('3');
CHECK(!ac.entryMap.count("num"));
CHECK(ac.entryMap.count("number"));
}
TEST_CASE_FIXTURE(ACFixture, "type_scoping_easy")
{
check(R"(
type Table = { a: number, b: number }
do
type Table = { x: string, y: string }
local a: T@1
end
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("Table"));
REQUIRE(ac.entryMap["Table"].type);
const TableType* tv = get<TableType>(follow(*ac.entryMap["Table"].type));
REQUIRE(tv);
CHECK(tv->props.count("x"));
}
TEST_CASE_FIXTURE(ACFixture, "modules_with_types")
{
fileResolver.source["Module/A"] = R"(
export type A = { x: number, y: number }
export type B = { z: number, w: number }
return {}
)";
LUAU_REQUIRE_NO_ERRORS(frontend.check("Module/A"));
fileResolver.source["Module/B"] = R"(
local aaa = require(script.Parent.A)
local a: aa
)";
frontend.check("Module/B");
auto ac = Luau::autocomplete(frontend, "Module/B", Position{2, 11}, nullCallback);
CHECK(ac.entryMap.count("aaa"));
CHECK_EQ(ac.context, AutocompleteContext::Type);
}
TEST_CASE_FIXTURE(ACFixture, "module_type_members")
{
fileResolver.source["Module/A"] = R"(
export type A = { x: number, y: number }
export type B = { z: number, w: number }
return {}
)";
LUAU_REQUIRE_NO_ERRORS(frontend.check("Module/A"));
fileResolver.source["Module/B"] = R"(
local aaa = require(script.Parent.A)
local a: aaa.
)";
frontend.check("Module/B");
auto ac = Luau::autocomplete(frontend, "Module/B", Position{2, 13}, nullCallback);
CHECK_EQ(2, ac.entryMap.size());
CHECK(ac.entryMap.count("A"));
CHECK(ac.entryMap.count("B"));
CHECK_EQ(ac.context, AutocompleteContext::Type);
}
TEST_CASE_FIXTURE(ACFixture, "argument_types")
{
check(R"(
local function f(a: n@1
local b: string = "don't trip"
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("nil"));
CHECK(ac.entryMap.count("number"));
CHECK_EQ(ac.context, AutocompleteContext::Type);
}
TEST_CASE_FIXTURE(ACFixture, "return_types")
{
check(R"(
local function f(a: number): n@1
local b: string = "don't trip"
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("nil"));
CHECK(ac.entryMap.count("number"));
CHECK_EQ(ac.context, AutocompleteContext::Type);
}
TEST_CASE_FIXTURE(ACFixture, "as_types")
{
check(R"(
local a: any = 5
local b: number = (a :: n@1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("nil"));
CHECK(ac.entryMap.count("number"));
CHECK_EQ(ac.context, AutocompleteContext::Type);
}
TEST_CASE_FIXTURE(ACFixture, "function_type_types")
{
check(R"(
local a: (n@1
local b: (number, (n@2
local c: (number, (number) -> n@3
local d: (number, (number) -> (number, n@4
local e: (n: n@5
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("nil"));
CHECK(ac.entryMap.count("number"));
ac = autocomplete('2');
CHECK(ac.entryMap.count("nil"));
CHECK(ac.entryMap.count("number"));
ac = autocomplete('3');
CHECK(ac.entryMap.count("nil"));
CHECK(ac.entryMap.count("number"));
ac = autocomplete('4');
CHECK(ac.entryMap.count("nil"));
CHECK(ac.entryMap.count("number"));
ac = autocomplete('5');
CHECK(ac.entryMap.count("nil"));
CHECK(ac.entryMap.count("number"));
}
TEST_CASE_FIXTURE(ACFixture, "generic_types")
{
check(R"(
function f<Tee, Use>(a: T@1
local b: string = "don't trip"
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("Tee"));
CHECK_EQ(ac.context, AutocompleteContext::Type);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_suggestion_in_argument")
{
// local
check(R"(
local function target(a: number, b: string) return a + #b end
local one = 4
local two = "hello"
return target(o@1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("one"));
CHECK(ac.entryMap["one"].typeCorrect == TypeCorrectKind::Correct);
CHECK(ac.entryMap["two"].typeCorrect == TypeCorrectKind::None);
check(R"(
local function target(a: number, b: string) return a + #b end
local one = 4
local two = "hello"
return target(one, t@1
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("two"));
CHECK(ac.entryMap["two"].typeCorrect == TypeCorrectKind::Correct);
CHECK(ac.entryMap["one"].typeCorrect == TypeCorrectKind::None);
// member
check(R"(
local function target(a: number, b: string) return a + #b end
local a = { one = 4, two = "hello" }
return target(a.@1
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("one"));
CHECK(ac.entryMap["one"].typeCorrect == TypeCorrectKind::Correct);
CHECK(ac.entryMap["two"].typeCorrect == TypeCorrectKind::None);
check(R"(
local function target(a: number, b: string) return a + #b end
local a = { one = 4, two = "hello" }
return target(a.one, a.@1
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("two"));
CHECK(ac.entryMap["two"].typeCorrect == TypeCorrectKind::Correct);
CHECK(ac.entryMap["one"].typeCorrect == TypeCorrectKind::None);
// union match
check(R"(
local function target(a: string?) return #b end
local a = { one = 4, two = "hello" }
return target(a.@1
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("two"));
CHECK(ac.entryMap["two"].typeCorrect == TypeCorrectKind::Correct);
CHECK(ac.entryMap["one"].typeCorrect == TypeCorrectKind::None);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_suggestion_in_table")
{
check(R"(
type Foo = { a: number, b: string }
local a = { one = 4, two = "hello" }
local b: Foo = { a = a.@1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("one"));
CHECK(ac.entryMap["one"].typeCorrect == TypeCorrectKind::Correct);
CHECK(ac.entryMap["two"].typeCorrect == TypeCorrectKind::None);
CHECK_EQ(ac.context, AutocompleteContext::Property);
check(R"(
type Foo = { a: number, b: string }
local a = { one = 4, two = "hello" }
local b: Foo = { b = a.@1
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("two"));
CHECK(ac.entryMap["two"].typeCorrect == TypeCorrectKind::Correct);
CHECK(ac.entryMap["one"].typeCorrect == TypeCorrectKind::None);
CHECK_EQ(ac.context, AutocompleteContext::Property);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_function_return_types")
{
check(R"(
local function target(a: number, b: string) return a + #b end
local function bar1(a: number) return -a end
local function bar2(a: string) return a .. 'x' end
return target(b@1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("bar1"));
CHECK(ac.entryMap["bar1"].typeCorrect == TypeCorrectKind::CorrectFunctionResult);
CHECK(ac.entryMap["bar2"].typeCorrect == TypeCorrectKind::None);
check(R"(
local function target(a: number, b: string) return a + #b end
local function bar1(a: number) return -a end
local function bar2(a: string) return a .. 'x' end
return target(bar1, b@1
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("bar2"));
CHECK(ac.entryMap["bar2"].typeCorrect == TypeCorrectKind::CorrectFunctionResult);
CHECK(ac.entryMap["bar1"].typeCorrect == TypeCorrectKind::None);
check(R"(
local function target(a: number, b: string) return a + #b end
local function bar1(a: number): (...number) return -a, a end
local function bar2(a: string) return a .. 'x' end
return target(b@1
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("bar1"));
CHECK(ac.entryMap["bar1"].typeCorrect == TypeCorrectKind::CorrectFunctionResult);
CHECK(ac.entryMap["bar2"].typeCorrect == TypeCorrectKind::None);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_local_type_suggestion")
{
check(R"(
local b: s@1 = "str"
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local function f() return "str" end
local b: s@1 = f()
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local b: s@1, c: n@2 = "str", 2
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('2');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local function f() return 1, "str", 3 end
local a: b@1, b: n@2, c: s@3, d: n@4 = false, f()
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("boolean"));
CHECK(ac.entryMap["boolean"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('2');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('3');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('4');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local function f(): ...number return 1, 2, 3 end
local a: boolean, b: n@1 = false, f()
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_function_type_suggestion")
{
check(R"(
local b: (n@1) -> number = function(a: number, b: string) return a + #b end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local b: (number, s@1 = function(a: number, b: string) return a + #b end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local b: (number, string) -> b@1 = function(a: number, b: string): boolean return a + #b == 0 end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("boolean"));
CHECK(ac.entryMap["boolean"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local b: (number, ...s@1) = function(a: number, ...: string) return a end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local b: (number) -> ...s@1 = function(a: number): ...string return "a", "b", "c" end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_full_type_suggestion")
{
check(R"(
local b:@1 @2= "str"
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('2');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local b: @1= function(a: number) return -a end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("(number) -> number"));
CHECK(ac.entryMap["(number) -> number"].typeCorrect == TypeCorrectKind::Correct);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_argument_type_suggestion")
{
check(R"(
local function target(a: number, b: string) return a + #b end
local function d(a: n@1, b)
return target(a, b)
end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local function target(a: number, b: string) return a + #b end
local function d(a, b: s@1)
return target(a, b)
end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local function target(a: number, b: string) return a + #b end
local function d(a:@1 @2, b)
return target(a, b)
end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('2');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local function target(a: number, b: string) return a + #b end
local function d(a, b: @1)@2: number
return target(a, b)
end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('2');
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::None);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_expected_argument_type_suggestion")
{
check(R"(
local function target(callback: (a: number, b: string) -> number) return callback(4, "hello") end
local x = target(function(a: @1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local function target(callback: (a: number, b: string) -> number) return callback(4, "hello") end
local x = target(function(a: n@1
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local function target(callback: (a: number, b: string) -> number) return callback(4, "hello") end
local x = target(function(a: n@1, b: @2)
return a + #b
end)
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('2');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local function target(callback: (...number) -> number) return callback(1, 2, 3) end
local x = target(function(a: n@1)
return a
end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_expected_argument_type_pack_suggestion")
{
check(R"(
local function target(callback: (...number) -> number) return callback(1, 2, 3) end
local x = target(function(...:n@1)
return a
end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local function target(callback: (...number) -> number) return callback(1, 2, 3) end
local x = target(function(a:number, b:number, ...:@1)
return a + b
end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_expected_return_type_suggestion")
{
check(R"(
local function target(callback: () -> number) return callback() end
local x = target(function(): n@1
return 1
end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local function target(callback: () -> (number, number)) return callback() end
local x = target(function(): (number, n@1
return 1, 2
end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_expected_return_type_pack_suggestion")
{
check(R"(
local function target(callback: () -> ...number) return callback() end
local x = target(function(): ...n@1
return 1, 2, 3
end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local function target(callback: () -> ...number) return callback() end
local x = target(function(): (number, number, ...n@1
return 1, 2, 3
end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_expected_argument_type_suggestion_optional")
{
check(R"(
local function target(callback: nil | (a: number, b: string) -> number) return callback(4, "hello") end
local x = target(function(a: @1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_expected_argument_type_suggestion_self")
{
check(R"(
local t = {}
t.x = 5
function t:target(callback: (a: number, b: string) -> number) return callback(self.x, "hello") end
local x = t:target(function(a: @1, b:@2 ) end)
local y = t.target(t, function(a: number, b: @3) end)
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap["number"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('2');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('3');
CHECK(ac.entryMap.count("string"));
CHECK(ac.entryMap["string"].typeCorrect == TypeCorrectKind::Correct);
}
TEST_CASE_FIXTURE(ACFixture, "do_not_suggest_internal_module_type")
{
fileResolver.source["Module/A"] = R"(
type done = { x: number, y: number }
local function a(a: (done) -> number) return a({x=1, y=2}) end
local function b(a: ((done) -> number) -> number) return a(function(done) return 1 end) end
return {a = a, b = b}
)";
LUAU_REQUIRE_NO_ERRORS(frontend.check("Module/A"));
fileResolver.source["Module/B"] = R"(
local ex = require(script.Parent.A)
ex.a(function(x:
)";
frontend.check("Module/B");
auto ac = Luau::autocomplete(frontend, "Module/B", Position{2, 16}, nullCallback);
CHECK(!ac.entryMap.count("done"));
fileResolver.source["Module/C"] = R"(
local ex = require(script.Parent.A)
ex.b(function(x:
)";
frontend.check("Module/C");
ac = Luau::autocomplete(frontend, "Module/C", Position{2, 16}, nullCallback);
CHECK(!ac.entryMap.count("(done) -> number"));
}
TEST_CASE_FIXTURE(ACBuiltinsFixture, "suggest_external_module_type")
{
fileResolver.source["Module/A"] = R"(
export type done = { x: number, y: number }
local function a(a: (done) -> number) return a({x=1, y=2}) end
local function b(a: ((done) -> number) -> number) return a(function(done) return 1 end) end
return {a = a, b = b}
)";
LUAU_REQUIRE_NO_ERRORS(frontend.check("Module/A"));
fileResolver.source["Module/B"] = R"(
local ex = require(script.Parent.A)
ex.a(function(x:
)";
frontend.check("Module/B");
auto ac = Luau::autocomplete(frontend, "Module/B", Position{2, 16}, nullCallback);
CHECK(!ac.entryMap.count("done"));
CHECK(ac.entryMap.count("ex.done"));
CHECK(ac.entryMap["ex.done"].typeCorrect == TypeCorrectKind::Correct);
fileResolver.source["Module/C"] = R"(
local ex = require(script.Parent.A)
ex.b(function(x:
)";
frontend.check("Module/C");
ac = Luau::autocomplete(frontend, "Module/C", Position{2, 16}, nullCallback);
CHECK(!ac.entryMap.count("(done) -> number"));
CHECK(ac.entryMap.count("(ex.done) -> number"));
CHECK(ac.entryMap["(ex.done) -> number"].typeCorrect == TypeCorrectKind::Correct);
}
TEST_CASE_FIXTURE(ACFixture, "do_not_suggest_synthetic_table_name")
{
check(R"(
local foo = { a = 1, b = 2 }
local bar: @1= foo
)");
auto ac = autocomplete('1');
CHECK(!ac.entryMap.count("foo"));
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_function_no_parenthesis")
{
check(R"(
local function target(a: (number) -> number) return a(4) end
local function bar1(a: number) return -a end
local function bar2(a: string) return a .. 'x' end
return target(b@1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("bar1"));
CHECK(ac.entryMap["bar1"].typeCorrect == TypeCorrectKind::Correct);
CHECK(ac.entryMap["bar1"].parens == ParenthesesRecommendation::None);
CHECK(ac.entryMap["bar2"].typeCorrect == TypeCorrectKind::None);
}
TEST_CASE_FIXTURE(ACFixture, "function_in_assignment_has_parentheses")
{
check(R"(
local function bar(a: number) return -a end
local abc = b@1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("bar"));
CHECK(ac.entryMap["bar"].parens == ParenthesesRecommendation::CursorInside);
}
TEST_CASE_FIXTURE(ACFixture, "function_result_passed_to_function_has_parentheses")
{
check(R"(
local function foo() return 1 end
local function bar(a: number) return -a end
local abc = bar(@1)
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("foo"));
CHECK(ac.entryMap["foo"].parens == ParenthesesRecommendation::CursorAfter);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_sealed_table")
{
check(R"(
local function f(a: { x: number, y: number }) return a.x + a.y end
local fp: @1= f
)");
auto ac = autocomplete('1');
REQUIRE_EQ("({| x: number, y: number |}) -> number", toString(requireType("f")));
CHECK(ac.entryMap.count("({ x: number, y: number }) -> number"));
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_keywords")
{
check(R"(
local function a(x: boolean) end
local function b(x: number?) end
local function c(x: (number) -> string) end
local function d(x: ((number) -> string)?) end
local function e(x: ((number) -> string) & ((boolean) -> number)) end
local tru = {}
local ni = false
local ac = a(t@1)
local bc = b(n@2)
local cc = c(f@3)
local dc = d(f@4)
local ec = e(f@5)
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("tru"));
CHECK(ac.entryMap["tru"].typeCorrect == TypeCorrectKind::None);
CHECK(ac.entryMap["true"].typeCorrect == TypeCorrectKind::Correct);
CHECK(ac.entryMap["false"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('2');
CHECK(ac.entryMap.count("ni"));
CHECK(ac.entryMap["ni"].typeCorrect == TypeCorrectKind::None);
CHECK(ac.entryMap["nil"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('3');
CHECK(ac.entryMap.count("false"));
CHECK(ac.entryMap["false"].typeCorrect == TypeCorrectKind::None);
CHECK(ac.entryMap["function"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('4');
CHECK(ac.entryMap["function"].typeCorrect == TypeCorrectKind::Correct);
ac = autocomplete('5');
CHECK(ac.entryMap["function"].typeCorrect == TypeCorrectKind::Correct);
}
TEST_CASE_FIXTURE(ACFixture, "type_correct_suggestion_for_overloads")
{
check(R"(
local target: ((number) -> string) & ((string) -> number))
local one = 4
local two = "hello"
return target(o@1)
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("one"));
CHECK(ac.entryMap["one"].typeCorrect == TypeCorrectKind::Correct);
CHECK(ac.entryMap["two"].typeCorrect == TypeCorrectKind::Correct);
check(R"(
local target: ((number) -> string) & ((number) -> number))
local one = 4
local two = "hello"
return target(o@1)
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("one"));
CHECK(ac.entryMap["one"].typeCorrect == TypeCorrectKind::Correct);
CHECK(ac.entryMap["two"].typeCorrect == TypeCorrectKind::None);
check(R"(
local target: ((number, number) -> string) & ((string) -> number))
local one = 4
local two = "hello"
return target(1, o@1)
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("one"));
CHECK(ac.entryMap["one"].typeCorrect == TypeCorrectKind::Correct);
CHECK(ac.entryMap["two"].typeCorrect == TypeCorrectKind::None);
}
TEST_CASE_FIXTURE(ACFixture, "optional_members")
{
check(R"(
local a = { x = 2, y = 3 }
type A = typeof(a)
local b: A? = a
return b.@1
)");
auto ac = autocomplete('1');
CHECK_EQ(2, ac.entryMap.size());
CHECK(ac.entryMap.count("x"));
CHECK(ac.entryMap.count("y"));
check(R"(
local a = { x = 2, y = 3 }
type A = typeof(a)
local b: nil | A = a
return b.@1
)");
ac = autocomplete('1');
CHECK_EQ(2, ac.entryMap.size());
CHECK(ac.entryMap.count("x"));
CHECK(ac.entryMap.count("y"));
check(R"(
local b: nil | nil
return b.@1
)");
ac = autocomplete('1');
CHECK_EQ(0, ac.entryMap.size());
}
TEST_CASE_FIXTURE(ACFixture, "no_function_name_suggestions")
{
check(R"(
function na@1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.empty());
check(R"(
local function @1
)");
ac = autocomplete('1');
CHECK(ac.entryMap.empty());
check(R"(
local function na@1
)");
ac = autocomplete('1');
CHECK(ac.entryMap.empty());
}
TEST_CASE_FIXTURE(ACFixture, "skip_current_local")
{
check(R"(
local other = 1
local name = na@1
)");
auto ac = autocomplete('1');
CHECK(!ac.entryMap.count("name"));
CHECK(ac.entryMap.count("other"));
check(R"(
local other = 1
local name, test = na@1
)");
ac = autocomplete('1');
CHECK(!ac.entryMap.count("name"));
CHECK(!ac.entryMap.count("test"));
CHECK(ac.entryMap.count("other"));
}
TEST_CASE_FIXTURE(ACFixture, "keyword_members")
{
check(R"(
local a = { done = 1, forever = 2 }
local b = a.do@1
local c = a.for@2
local d = a.@3
do
end
)");
auto ac = autocomplete('1');
CHECK_EQ(2, ac.entryMap.size());
CHECK(ac.entryMap.count("done"));
CHECK(ac.entryMap.count("forever"));
ac = autocomplete('2');
CHECK_EQ(2, ac.entryMap.size());
CHECK(ac.entryMap.count("done"));
CHECK(ac.entryMap.count("forever"));
ac = autocomplete('3');
CHECK_EQ(2, ac.entryMap.size());
CHECK(ac.entryMap.count("done"));
CHECK(ac.entryMap.count("forever"));
}
TEST_CASE_FIXTURE(ACFixture, "keyword_methods")
{
check(R"(
local a = {}
function a:done() end
local b = a:do@1
)");
auto ac = autocomplete('1');
CHECK_EQ(1, ac.entryMap.size());
CHECK(ac.entryMap.count("done"));
}
TEST_CASE_FIXTURE(ACFixture, "keyword_types")
{
fileResolver.source["Module/A"] = R"(
export type done = { x: number, y: number }
export type other = { z: number, w: number }
return {}
)";
LUAU_REQUIRE_NO_ERRORS(frontend.check("Module/A"));
fileResolver.source["Module/B"] = R"(
local aaa = require(script.Parent.A)
local a: aaa.do
)";
frontend.check("Module/B");
auto ac = Luau::autocomplete(frontend, "Module/B", Position{2, 15}, nullCallback);
CHECK_EQ(2, ac.entryMap.size());
CHECK(ac.entryMap.count("done"));
CHECK(ac.entryMap.count("other"));
}
TEST_CASE_FIXTURE(ACFixture, "comments")
{
fileResolver.source["Comments"] = "--!str";
auto ac = Luau::autocomplete(frontend, "Comments", Position{0, 6}, nullCallback);
CHECK_EQ(0, ac.entryMap.size());
}
TEST_CASE_FIXTURE(ACBuiltinsFixture, "autocompleteProp_index_function_metamethod_is_variadic")
{
fileResolver.source["Module/A"] = R"(
type Foo = {x: number}
local t = {}
setmetatable(t, {
__index = function(index: string): ...Foo
return {x = 1}, {x = 2}
end
})
local a = t. -- Line 9
-- | Column 20
)";
auto ac = Luau::autocomplete(frontend, "Module/A", Position{9, 20}, nullCallback);
REQUIRE_EQ(1, ac.entryMap.size());
CHECK(ac.entryMap.count("x"));
}
TEST_CASE_FIXTURE(ACFixture, "if_then_else_full_keywords")
{
check(R"(
local thenceforth = false
local elsewhere = false
local doover = false
local endurance = true
if 1 then@1
else@2
end
while false do@3
end
repeat@4
until
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.size() == 1);
CHECK(ac.entryMap.count("then"));
ac = autocomplete('2');
CHECK(ac.entryMap.count("else"));
CHECK(ac.entryMap.count("elseif"));
ac = autocomplete('3');
CHECK(ac.entryMap.count("do"));
ac = autocomplete('4');
CHECK(ac.entryMap.count("do"));
// FIXME: ideally we want to handle start and end of all statements as well
}
TEST_CASE_FIXTURE(ACFixture, "if_then_else_elseif_completions")
{
check(R"(
local elsewhere = false
if true then
return 1
el@1
end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("else"));
CHECK(ac.entryMap.count("elseif"));
CHECK(ac.entryMap.count("elsewhere") == 0);
check(R"(
local elsewhere = false
if true then
return 1
else
return 2
el@1
end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("else") == 0);
CHECK(ac.entryMap.count("elseif") == 0);
CHECK(ac.entryMap.count("elsewhere"));
check(R"(
local elsewhere = false
if true then
print("1")
elif true then
print("2")
el@1
end
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("else"));
CHECK(ac.entryMap.count("elseif"));
CHECK(ac.entryMap.count("elsewhere"));
}
TEST_CASE_FIXTURE(ACFixture, "not_the_var_we_are_defining")
{
fileResolver.source["Module/A"] = "abc,de";
auto ac = Luau::autocomplete(frontend, "Module/A", Position{0, 6}, nullCallback);
CHECK(!ac.entryMap.count("de"));
}
TEST_CASE_FIXTURE(ACFixture, "recursive_function_global")
{
fileResolver.source["global"] = R"(function abc()
end
)";
auto ac = Luau::autocomplete(frontend, "global", Position{1, 0}, nullCallback);
CHECK(ac.entryMap.count("abc"));
}
TEST_CASE_FIXTURE(ACFixture, "recursive_function_local")
{
fileResolver.source["local"] = R"(local function abc()
end
)";
auto ac = Luau::autocomplete(frontend, "local", Position{1, 0}, nullCallback);
CHECK(ac.entryMap.count("abc"));
}
TEST_CASE_FIXTURE(ACFixture, "suggest_table_keys")
{
check(R"(
type Test = { first: number, second: number }
local t: Test = { f@1 }
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("first"));
CHECK(ac.entryMap.count("second"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
// Intersection
check(R"(
type Test = { first: number } & { second: number }
local t: Test = { f@1 }
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("first"));
CHECK(ac.entryMap.count("second"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
// Union
check(R"(
type Test = { first: number, second: number } | { second: number, third: number }
local t: Test = { s@1 }
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("second"));
CHECK(!ac.entryMap.count("first"));
CHECK(!ac.entryMap.count("third"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
// No parenthesis suggestion
check(R"(
type Test = { first: (number) -> number, second: number }
local t: Test = { f@1 }
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("first"));
CHECK(ac.entryMap["first"].parens == ParenthesesRecommendation::None);
CHECK_EQ(ac.context, AutocompleteContext::Property);
// When key is changed
check(R"(
type Test = { first: number, second: number }
local t: Test = { f@1 = 2 }
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("first"));
CHECK(ac.entryMap.count("second"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
// Alternative key syntax
check(R"(
type Test = { first: number, second: number }
local t: Test = { ["f@1"] }
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("first"));
CHECK(ac.entryMap.count("second"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
// Not an alternative key syntax
check(R"(
type Test = { first: number, second: number }
local t: Test = { "f@1" }
)");
ac = autocomplete('1');
CHECK(!ac.entryMap.count("first"));
CHECK(!ac.entryMap.count("second"));
CHECK_EQ(ac.context, AutocompleteContext::String);
// Skip keys that are already defined
check(R"(
type Test = { first: number, second: number }
local t: Test = { first = 2, s@1 }
)");
ac = autocomplete('1');
CHECK(!ac.entryMap.count("first"));
CHECK(ac.entryMap.count("second"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
// Don't skip active key
check(R"(
type Test = { first: number, second: number }
local t: Test = { first@1 }
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("first"));
CHECK(ac.entryMap.count("second"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
// Inference after first key
check(R"(
local t = {
{ first = 5, second = 10 },
{ f@1 }
}
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("first"));
CHECK(ac.entryMap.count("second"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
check(R"(
local t = {
[2] = { first = 5, second = 10 },
[5] = { f@1 }
}
)");
ac = autocomplete('1');
CHECK(ac.entryMap.count("first"));
CHECK(ac.entryMap.count("second"));
CHECK_EQ(ac.context, AutocompleteContext::Property);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_documentation_symbols")
{
loadDefinition(R"(
declare y: {
x: number,
}
)");
check(R"(
local a = y.@1
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("x"));
CHECK_EQ(ac.entryMap["x"].documentationSymbol, "@test/global/y.x");
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_ifelse_expressions")
{
check(R"(
local temp = false
local even = true;
local a = true
a = if t@1emp then t
a = if temp t@2
a = if temp then e@3
a = if temp then even e@4
a = if temp then even elseif t@5
a = if temp then even elseif true t@6
a = if temp then even elseif true then t@7
a = if temp then even elseif true then temp e@8
a = if temp then even elseif true then temp else e@9
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("temp"));
CHECK(ac.entryMap.count("true"));
CHECK(ac.entryMap.count("then") == 0);
CHECK(ac.entryMap.count("else") == 0);
CHECK(ac.entryMap.count("elseif") == 0);
CHECK_EQ(ac.context, AutocompleteContext::Expression);
ac = autocomplete('2');
CHECK(ac.entryMap.count("temp") == 0);
CHECK(ac.entryMap.count("true") == 0);
CHECK(ac.entryMap.count("then"));
CHECK(ac.entryMap.count("else") == 0);
CHECK(ac.entryMap.count("elseif") == 0);
CHECK_EQ(ac.context, AutocompleteContext::Keyword);
ac = autocomplete('3');
CHECK(ac.entryMap.count("even"));
CHECK(ac.entryMap.count("then") == 0);
CHECK(ac.entryMap.count("else") == 0);
CHECK(ac.entryMap.count("elseif") == 0);
CHECK_EQ(ac.context, AutocompleteContext::Expression);
ac = autocomplete('4');
CHECK(ac.entryMap.count("even") == 0);
CHECK(ac.entryMap.count("then") == 0);
CHECK(ac.entryMap.count("else"));
CHECK(ac.entryMap.count("elseif"));
CHECK_EQ(ac.context, AutocompleteContext::Keyword);
ac = autocomplete('5');
CHECK(ac.entryMap.count("temp"));
CHECK(ac.entryMap.count("true"));
CHECK(ac.entryMap.count("then") == 0);
CHECK(ac.entryMap.count("else") == 0);
CHECK(ac.entryMap.count("elseif") == 0);
CHECK_EQ(ac.context, AutocompleteContext::Expression);
ac = autocomplete('6');
CHECK(ac.entryMap.count("temp") == 0);
CHECK(ac.entryMap.count("true") == 0);
CHECK(ac.entryMap.count("then"));
CHECK(ac.entryMap.count("else") == 0);
CHECK(ac.entryMap.count("elseif") == 0);
CHECK_EQ(ac.context, AutocompleteContext::Keyword);
ac = autocomplete('7');
CHECK(ac.entryMap.count("temp"));
CHECK(ac.entryMap.count("true"));
CHECK(ac.entryMap.count("then") == 0);
CHECK(ac.entryMap.count("else") == 0);
CHECK(ac.entryMap.count("elseif") == 0);
CHECK_EQ(ac.context, AutocompleteContext::Expression);
ac = autocomplete('8');
CHECK(ac.entryMap.count("even") == 0);
CHECK(ac.entryMap.count("then") == 0);
CHECK(ac.entryMap.count("else"));
CHECK(ac.entryMap.count("elseif"));
CHECK_EQ(ac.context, AutocompleteContext::Keyword);
ac = autocomplete('9');
CHECK(ac.entryMap.count("then") == 0);
CHECK(ac.entryMap.count("else") == 0);
CHECK(ac.entryMap.count("elseif") == 0);
CHECK_EQ(ac.context, AutocompleteContext::Expression);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_if_else_regression")
{
check(R"(
local abcdef = 0;
local temp = false
local even = true;
local a
a = if temp then even else@1
a = if temp then even else @2
a = if temp then even else abc@3
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("else") == 0);
ac = autocomplete('2');
CHECK(ac.entryMap.count("else") == 0);
ac = autocomplete('3');
CHECK(ac.entryMap.count("abcdef"));
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_interpolated_string_constant")
{
check(R"(f(`@1`))");
auto ac = autocomplete('1');
CHECK(ac.entryMap.empty());
CHECK_EQ(ac.context, AutocompleteContext::String);
check(R"(f(`@1 {"a"}`))");
ac = autocomplete('1');
CHECK(ac.entryMap.empty());
CHECK_EQ(ac.context, AutocompleteContext::String);
check(R"(f(`{"a"} @1`))");
ac = autocomplete('1');
CHECK(ac.entryMap.empty());
CHECK_EQ(ac.context, AutocompleteContext::String);
check(R"(f(`{"a"} @1 {"b"}`))");
ac = autocomplete('1');
CHECK(ac.entryMap.empty());
CHECK_EQ(ac.context, AutocompleteContext::String);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_interpolated_string_expression")
{
check(R"(f(`expression = {@1}`))");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("table"));
CHECK_EQ(ac.context, AutocompleteContext::Expression);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_interpolated_string_expression_with_comments")
{
check(R"(f(`expression = {--[[ bla bla bla ]]@1`))");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("table"));
CHECK_EQ(ac.context, AutocompleteContext::Expression);
check(R"(f(`expression = {@1 --[[ bla bla bla ]]`))");
ac = autocomplete('1');
CHECK(!ac.entryMap.empty());
CHECK(ac.entryMap.count("table"));
CHECK_EQ(ac.context, AutocompleteContext::Expression);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_interpolated_string_as_singleton")
{
check(R"(
--!strict
local function f(a: "cat" | "dog") end
f(`@1`)
f(`uhhh{'try'}@2`)
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("cat"));
CHECK_EQ(ac.context, AutocompleteContext::String);
ac = autocomplete('2');
CHECK(ac.entryMap.empty());
CHECK_EQ(ac.context, AutocompleteContext::String);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_explicit_type_pack")
{
check(R"(
type A<T...> = () -> T...
local a: A<(number, s@1>
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap.count("string"));
CHECK_EQ(ac.context, AutocompleteContext::Type);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_first_function_arg_expected_type")
{
check(R"(
local function foo1() return 1 end
local function foo2() return "1" end
local function bar0() return "got" .. a end
local function bar1(a: number) return "got " .. a end
local function bar2(a: number, b: string) return "got " .. a .. b end
local t = {}
function t:bar1(a: number) return "got " .. a end
local r1 = bar0(@1)
local r2 = bar1(@2)
local r3 = bar2(@3)
local r4 = t:bar1(@4)
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("foo1"));
CHECK(ac.entryMap["foo1"].typeCorrect == TypeCorrectKind::None);
REQUIRE(ac.entryMap.count("foo2"));
CHECK(ac.entryMap["foo2"].typeCorrect == TypeCorrectKind::None);
ac = autocomplete('2');
REQUIRE(ac.entryMap.count("foo1"));
CHECK(ac.entryMap["foo1"].typeCorrect == TypeCorrectKind::CorrectFunctionResult);
REQUIRE(ac.entryMap.count("foo2"));
CHECK(ac.entryMap["foo2"].typeCorrect == TypeCorrectKind::None);
ac = autocomplete('3');
REQUIRE(ac.entryMap.count("foo1"));
CHECK(ac.entryMap["foo1"].typeCorrect == TypeCorrectKind::CorrectFunctionResult);
REQUIRE(ac.entryMap.count("foo2"));
CHECK(ac.entryMap["foo2"].typeCorrect == TypeCorrectKind::None);
ac = autocomplete('4');
REQUIRE(ac.entryMap.count("foo1"));
CHECK(ac.entryMap["foo1"].typeCorrect == TypeCorrectKind::CorrectFunctionResult);
REQUIRE(ac.entryMap.count("foo2"));
CHECK(ac.entryMap["foo2"].typeCorrect == TypeCorrectKind::None);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_default_type_parameters")
{
check(R"(
type A<T = @1> = () -> T
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap.count("string"));
CHECK_EQ(ac.context, AutocompleteContext::Type);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_default_type_pack_parameters")
{
check(R"(
type A<T... = ...@1> = () -> T
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("number"));
CHECK(ac.entryMap.count("string"));
CHECK_EQ(ac.context, AutocompleteContext::Type);
}
TEST_CASE_FIXTURE(ACBuiltinsFixture, "autocomplete_oop_implicit_self")
{
check(R"(
--!strict
local Class = {}
Class.__index = Class
type Class = typeof(setmetatable({} :: { x: number }, Class))
function Class.new(x: number): Class
return setmetatable({x = x}, Class)
end
function Class.getx(self: Class)
return self.x
end
function test()
local c = Class.new(42)
local n = c:@1
print(n)
end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("getx"));
}
TEST_CASE_FIXTURE(ACBuiltinsFixture, "autocomplete_on_string_singletons")
{
check(R"(
--!strict
local foo: "hello" | "bye" = "hello"
foo:@1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("format"));
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_string_singletons")
{
check(R"(
type tag = "cat" | "dog"
local function f(a: tag) end
f("@1")
f(@2)
local x: tag = "@3"
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("cat"));
CHECK(ac.entryMap.count("dog"));
CHECK_EQ(ac.context, AutocompleteContext::String);
ac = autocomplete('2');
CHECK(ac.entryMap.count("\"cat\""));
CHECK(ac.entryMap.count("\"dog\""));
CHECK_EQ(ac.context, AutocompleteContext::Expression);
ac = autocomplete('3');
CHECK(ac.entryMap.count("cat"));
CHECK(ac.entryMap.count("dog"));
CHECK_EQ(ac.context, AutocompleteContext::String);
check(R"(
type tagged = {tag:"cat", fieldx:number} | {tag:"dog", fieldy:number}
local x: tagged = {tag="@4"}
)");
ac = autocomplete('4');
CHECK(ac.entryMap.count("cat"));
CHECK(ac.entryMap.count("dog"));
CHECK_EQ(ac.context, AutocompleteContext::String);
}
TEST_CASE_FIXTURE(ACFixture, "string_singleton_as_table_key")
{
ScopedFastFlag sff{"LuauCompleteTableKeysBetter", true};
check(R"(
type Direction = "up" | "down"
local a: {[Direction]: boolean} = {[@1] = true}
local b: {[Direction]: boolean} = {["@2"] = true}
local c: {[Direction]: boolean} = {u@3 = true}
local d: {[Direction]: boolean} = {[u@4] = true}
local e: {[Direction]: boolean} = {[@5]}
local f: {[Direction]: boolean} = {["@6"]}
local g: {[Direction]: boolean} = {u@7}
local h: {[Direction]: boolean} = {[u@8]}
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("\"up\""));
CHECK(ac.entryMap.count("\"down\""));
ac = autocomplete('2');
CHECK(ac.entryMap.count("up"));
CHECK(ac.entryMap.count("down"));
ac = autocomplete('3');
CHECK(ac.entryMap.count("up"));
CHECK(ac.entryMap.count("down"));
ac = autocomplete('4');
CHECK(!ac.entryMap.count("up"));
CHECK(!ac.entryMap.count("down"));
CHECK(ac.entryMap.count("\"up\""));
CHECK(ac.entryMap.count("\"down\""));
ac = autocomplete('5');
CHECK(ac.entryMap.count("\"up\""));
CHECK(ac.entryMap.count("\"down\""));
ac = autocomplete('6');
CHECK(ac.entryMap.count("up"));
CHECK(ac.entryMap.count("down"));
ac = autocomplete('7');
CHECK(ac.entryMap.count("up"));
CHECK(ac.entryMap.count("down"));
ac = autocomplete('8');
CHECK(!ac.entryMap.count("up"));
CHECK(!ac.entryMap.count("down"));
CHECK(ac.entryMap.count("\"up\""));
CHECK(ac.entryMap.count("\"down\""));
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_string_singleton_equality")
{
check(R"(
type tagged = {tag:"cat", fieldx:number} | {tag:"dog", fieldy:number}
local x: tagged = {tag="cat", fieldx=2}
if x.tag == "@1" or "@2" ~= x.tag then end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("cat"));
CHECK(ac.entryMap.count("dog"));
ac = autocomplete('2');
CHECK(ac.entryMap.count("cat"));
CHECK(ac.entryMap.count("dog"));
// CLI-48823: assignment to x.tag should also autocomplete, but union l-values are not supported yet
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_boolean_singleton")
{
check(R"(
local function f(x: true) end
f(@1)
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("true"));
CHECK(ac.entryMap["true"].typeCorrect == TypeCorrectKind::Correct);
REQUIRE(ac.entryMap.count("false"));
CHECK(ac.entryMap["false"].typeCorrect == TypeCorrectKind::None);
CHECK_EQ(ac.context, AutocompleteContext::Expression);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_string_singleton_escape")
{
check(R"(
type tag = "strange\t\"cat\"" | 'nice\t"dog"'
local function f(x: tag) end
f(@1)
f("@2")
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("\"strange\\t\\\"cat\\\"\""));
CHECK(ac.entryMap.count("\"nice\\t\\\"dog\\\"\""));
ac = autocomplete('2');
CHECK(ac.entryMap.count("strange\\t\\\"cat\\\""));
CHECK(ac.entryMap.count("nice\\t\\\"dog\\\""));
}
TEST_CASE_FIXTURE(ACFixture, "function_in_assignment_has_parentheses_2")
{
check(R"(
local bar: ((number) -> number) & (number, number) -> number)
local abc = b@1
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("bar"));
CHECK(ac.entryMap["bar"].parens == ParenthesesRecommendation::CursorInside);
}
TEST_CASE_FIXTURE(ACFixture, "no_incompatible_self_calls_on_class")
{
loadDefinition(R"(
declare class Foo
function one(self): number
two: () -> number
end
)");
{
check(R"(
local t: Foo
t:@1
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("one"));
REQUIRE(ac.entryMap.count("two"));
CHECK(!ac.entryMap["one"].wrongIndexType);
CHECK(ac.entryMap["two"].wrongIndexType);
}
{
check(R"(
local t: Foo
t.@1
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("one"));
REQUIRE(ac.entryMap.count("two"));
CHECK(ac.entryMap["one"].wrongIndexType);
CHECK(!ac.entryMap["two"].wrongIndexType);
}
}
TEST_CASE_FIXTURE(ACFixture, "simple")
{
check(R"(
local t = {}
function t:m() end
t:m()
)");
// auto ac = autocomplete('1');
// REQUIRE(ac.entryMap.count("m"));
// CHECK(!ac.entryMap["m"].wrongIndexType);
}
TEST_CASE_FIXTURE(ACFixture, "do_compatible_self_calls")
{
check(R"(
local t = {}
function t:m() end
t:@1
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("m"));
CHECK(!ac.entryMap["m"].wrongIndexType);
}
TEST_CASE_FIXTURE(ACFixture, "no_incompatible_self_calls")
{
check(R"(
local t = {}
function t.m() end
t:@1
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("m"));
CHECK(ac.entryMap["m"].wrongIndexType);
}
TEST_CASE_FIXTURE(ACFixture, "no_incompatible_self_calls_2")
{
check(R"(
local f: (() -> number) & ((number) -> number) = function(x: number?) return 2 end
local t = {}
t.f = f
t:@1
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("f"));
CHECK(ac.entryMap["f"].wrongIndexType);
}
TEST_CASE_FIXTURE(ACFixture, "do_wrong_compatible_self_calls")
{
check(R"(
local t = {}
function t.m(x: typeof(t)) end
t:@1
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("m"));
// We can make changes to mark this as a wrong way to call even though it's compatible
CHECK(!ac.entryMap["m"].wrongIndexType);
}
TEST_CASE_FIXTURE(ACFixture, "no_wrong_compatible_self_calls_with_generics")
{
check(R"(
local t = {}
function t.m<T>(a: T) end
t:@1
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("m"));
// While this call is compatible with the type, this requires instantiation of a generic type which we don't perform
CHECK(ac.entryMap["m"].wrongIndexType);
}
TEST_CASE_FIXTURE(ACFixture, "string_prim_self_calls_are_fine")
{
check(R"(
local s = "hello"
s:@1
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("byte"));
CHECK(ac.entryMap["byte"].wrongIndexType == false);
REQUIRE(ac.entryMap.count("char"));
CHECK(ac.entryMap["char"].wrongIndexType == true);
REQUIRE(ac.entryMap.count("sub"));
CHECK(ac.entryMap["sub"].wrongIndexType == false);
}
TEST_CASE_FIXTURE(ACFixture, "string_prim_non_self_calls_are_avoided")
{
check(R"(
local s = "hello"
s.@1
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("char"));
CHECK(ac.entryMap["char"].wrongIndexType == false);
REQUIRE(ac.entryMap.count("sub"));
CHECK(ac.entryMap["sub"].wrongIndexType == true);
}
TEST_CASE_FIXTURE(ACBuiltinsFixture, "library_non_self_calls_are_fine")
{
check(R"(
string.@1
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("byte"));
CHECK(ac.entryMap["byte"].wrongIndexType == false);
REQUIRE(ac.entryMap.count("char"));
CHECK(ac.entryMap["char"].wrongIndexType == false);
REQUIRE(ac.entryMap.count("sub"));
CHECK(ac.entryMap["sub"].wrongIndexType == false);
check(R"(
table.@1
)");
ac = autocomplete('1');
REQUIRE(ac.entryMap.count("remove"));
CHECK(ac.entryMap["remove"].wrongIndexType == false);
REQUIRE(ac.entryMap.count("getn"));
CHECK(ac.entryMap["getn"].wrongIndexType == false);
REQUIRE(ac.entryMap.count("insert"));
CHECK(ac.entryMap["insert"].wrongIndexType == false);
}
TEST_CASE_FIXTURE(ACBuiltinsFixture, "library_self_calls_are_invalid")
{
check(R"(
string:@1
)");
auto ac = autocomplete('1');
REQUIRE(ac.entryMap.count("byte"));
CHECK(ac.entryMap["byte"].wrongIndexType == true);
REQUIRE(ac.entryMap.count("char"));
CHECK(ac.entryMap["char"].wrongIndexType == true);
// We want the next test to evaluate to 'true', but we have to allow function defined with 'self' to be callable with ':'
// We may change the definition of the string metatable to not use 'self' types in the future (like byte/char/pack/unpack)
REQUIRE(ac.entryMap.count("sub"));
CHECK(ac.entryMap["sub"].wrongIndexType == false);
}
TEST_CASE_FIXTURE(ACFixture, "source_module_preservation_and_invalidation")
{
check(R"(
local a = { x = 2, y = 4 }
a.@1
)");
frontend.clear();
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("x"));
CHECK(ac.entryMap.count("y"));
frontend.check("MainModule", {});
ac = autocomplete('1');
CHECK(ac.entryMap.count("x"));
CHECK(ac.entryMap.count("y"));
frontend.markDirty("MainModule", nullptr);
ac = autocomplete('1');
CHECK(ac.entryMap.count("x"));
CHECK(ac.entryMap.count("y"));
frontend.check("MainModule", {});
ac = autocomplete('1');
CHECK(ac.entryMap.count("x"));
CHECK(ac.entryMap.count("y"));
}
TEST_CASE_FIXTURE(ACFixture, "globals_are_order_independent")
{
check(R"(
local myLocal = 4
function abc0()
local myInnerLocal = 1
@1
end
function abc1()
local myInnerLocal = 1
end
)");
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("myLocal"));
CHECK(ac.entryMap.count("myInnerLocal"));
CHECK(ac.entryMap.count("abc0"));
CHECK(ac.entryMap.count("abc1"));
}
TEST_CASE_FIXTURE(ACFixture, "type_reduction_is_hooked_up_to_autocomplete")
{
ScopedFastFlag sff{"DebugLuauDeferredConstraintResolution", true};
check(R"(
type T = { x: (number & string)? }
function f(thingamabob: T)
thingamabob.@1
end
function g(thingamabob: T)
thingama@2
end
)");
ToStringOptions opts;
opts.exhaustive = true;
auto ac1 = autocomplete('1');
REQUIRE(ac1.entryMap.count("x"));
std::optional<TypeId> ty1 = ac1.entryMap.at("x").type;
REQUIRE(ty1);
CHECK("nil" == toString(*ty1, opts));
auto ac2 = autocomplete('2');
REQUIRE(ac2.entryMap.count("thingamabob"));
std::optional<TypeId> ty2 = ac2.entryMap.at("thingamabob").type;
REQUIRE(ty2);
CHECK("{| x: nil |}" == toString(*ty2, opts));
}
TEST_CASE_FIXTURE(ACFixture, "string_contents_is_available_to_callback")
{
loadDefinition(R"(
declare function require(path: string): any
)");
std::optional<Binding> require = frontend.typeCheckerForAutocomplete.globalScope->linearSearchForBinding("require");
REQUIRE(require);
Luau::unfreeze(frontend.typeCheckerForAutocomplete.globalTypes);
attachTag(require->typeId, "RequireCall");
Luau::freeze(frontend.typeCheckerForAutocomplete.globalTypes);
check(R"(
local x = require("testing/@1")
)");
bool isCorrect = false;
auto ac1 = autocomplete(
'1', [&isCorrect](std::string, std::optional<const ClassType*>, std::optional<std::string> contents) -> std::optional<AutocompleteEntryMap> {
isCorrect = contents && *contents == "testing/";
return std::nullopt;
});
CHECK(isCorrect);
}
TEST_CASE_FIXTURE(ACFixture, "autocomplete_response_perf1" * doctest::timeout(0.5))
{
ScopedFastFlag luauAutocompleteSkipNormalization{"LuauAutocompleteSkipNormalization", true};
// Build a function type with a large overload set
const int parts = 100;
std::string source;
for (int i = 0; i < parts; i++)
formatAppend(source, "type T%d = { f%d: number }\n", i, i);
source += "type Instance = { new: (('s0', extra: Instance?) -> T0)";
for (int i = 1; i < parts; i++)
formatAppend(source, " & (('s%d', extra: Instance?) -> T%d)", i, i);
source += " }\n";
source += "local Instance: Instance = {} :: any\n";
source += "local function c(): boolean return t@1 end\n";
check(source);
auto ac = autocomplete('1');
CHECK(ac.entryMap.count("true"));
CHECK(ac.entryMap.count("Instance"));
}
TEST_SUITE_END();
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