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Remove global_arena (#814)

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With this, only main.cpp instantiates an arena. Maybe we'll want to split that up more later (e.g., so that the runtime interpreter uses its own arena), but given the intent to have type-checking update the AST, I thought this was a reasonable approach for now in order to avoid ownership complexities.

Fixes #769
This commit is contained in:
Jon Meow
2021-09-09 11:00:57 -07:00
committed by GitHub
parent 3610325c38
commit 90f04700e2
27 changed files with 568 additions and 581 deletions
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executable_semantics/ast/pattern_test.cpp
+29 -24
View File
@@ -29,26 +29,31 @@ static auto FakeSourceLoc(int line_num) -> SourceLocation {
return SourceLocation("<test>", line_num);
}
TEST(PatternTest, EmptyAsPattern) {
class PatternTest : public ::testing::Test {
protected:
Arena arena;
};
TEST_F(PatternTest, EmptyAsPattern) {
ParenContents<Pattern> contents = {.elements = {},
.has_trailing_comma = false};
Ptr<const Pattern> pattern =
PatternFromParenContents(FakeSourceLoc(1), contents);
PatternFromParenContents(PtrTo(arena), FakeSourceLoc(1), contents);
EXPECT_EQ(pattern->SourceLoc(), FakeSourceLoc(1));
ASSERT_TRUE(isa<TuplePattern>(*pattern));
EXPECT_THAT(cast<TuplePattern>(*pattern).Fields(), IsEmpty());
}
TEST(PatternTest, EmptyAsTuplePattern) {
TEST_F(PatternTest, EmptyAsTuplePattern) {
ParenContents<Pattern> contents = {.elements = {},
.has_trailing_comma = false};
Ptr<const TuplePattern> tuple =
TuplePatternFromParenContents(FakeSourceLoc(1), contents);
TuplePatternFromParenContents(PtrTo(arena), FakeSourceLoc(1), contents);
EXPECT_EQ(tuple->SourceLoc(), FakeSourceLoc(1));
EXPECT_THAT(tuple->Fields(), IsEmpty());
}
TEST(PatternTest, UnaryNoCommaAsPattern) {
TEST_F(PatternTest, UnaryNoCommaAsPattern) {
// Equivalent to a code fragment like
// ```
// (
@@ -57,79 +62,79 @@ TEST(PatternTest, UnaryNoCommaAsPattern) {
// ```
ParenContents<Pattern> contents = {
.elements = {{.name = std::nullopt,
.term = global_arena->New<AutoPattern>(FakeSourceLoc(2))}},
.term = arena.New<AutoPattern>(FakeSourceLoc(2))}},
.has_trailing_comma = false};
Ptr<const Pattern> pattern =
PatternFromParenContents(FakeSourceLoc(1), contents);
PatternFromParenContents(PtrTo(arena), FakeSourceLoc(1), contents);
EXPECT_EQ(pattern->SourceLoc(), FakeSourceLoc(2));
ASSERT_TRUE(isa<AutoPattern>(*pattern));
}
TEST(PatternTest, UnaryNoCommaAsTuplePattern) {
TEST_F(PatternTest, UnaryNoCommaAsTuplePattern) {
ParenContents<Pattern> contents = {
.elements = {{.name = std::nullopt,
.term = global_arena->New<AutoPattern>(FakeSourceLoc(2))}},
.term = arena.New<AutoPattern>(FakeSourceLoc(2))}},
.has_trailing_comma = false};
Ptr<const TuplePattern> tuple =
TuplePatternFromParenContents(FakeSourceLoc(1), contents);
TuplePatternFromParenContents(PtrTo(arena), FakeSourceLoc(1), contents);
EXPECT_EQ(tuple->SourceLoc(), FakeSourceLoc(1));
EXPECT_THAT(tuple->Fields(), ElementsAre(AutoFieldNamed("0")));
}
TEST(PatternTest, UnaryWithCommaAsPattern) {
TEST_F(PatternTest, UnaryWithCommaAsPattern) {
ParenContents<Pattern> contents = {
.elements = {{.name = std::nullopt,
.term = global_arena->New<AutoPattern>(FakeSourceLoc(2))}},
.term = arena.New<AutoPattern>(FakeSourceLoc(2))}},
.has_trailing_comma = true};
Ptr<const Pattern> pattern =
PatternFromParenContents(FakeSourceLoc(1), contents);
PatternFromParenContents(PtrTo(arena), FakeSourceLoc(1), contents);
EXPECT_EQ(pattern->SourceLoc(), FakeSourceLoc(1));
ASSERT_TRUE(isa<TuplePattern>(*pattern));
EXPECT_THAT(cast<TuplePattern>(*pattern).Fields(),
ElementsAre(AutoFieldNamed("0")));
}
TEST(PatternTest, UnaryWithCommaAsTuplePattern) {
TEST_F(PatternTest, UnaryWithCommaAsTuplePattern) {
ParenContents<Pattern> contents = {
.elements = {{.name = std::nullopt,
.term = global_arena->New<AutoPattern>(FakeSourceLoc(2))}},
.term = arena.New<AutoPattern>(FakeSourceLoc(2))}},
.has_trailing_comma = true};
Ptr<const TuplePattern> tuple =
TuplePatternFromParenContents(FakeSourceLoc(1), contents);
TuplePatternFromParenContents(PtrTo(arena), FakeSourceLoc(1), contents);
EXPECT_EQ(tuple->SourceLoc(), FakeSourceLoc(1));
EXPECT_THAT(tuple->Fields(), ElementsAre(AutoFieldNamed("0")));
}
TEST(PatternTest, BinaryAsPattern) {
TEST_F(PatternTest, BinaryAsPattern) {
ParenContents<Pattern> contents = {
.elements = {{.name = std::nullopt,
.term = global_arena->New<AutoPattern>(FakeSourceLoc(2))},
.term = arena.New<AutoPattern>(FakeSourceLoc(2))},
{.name = std::nullopt,
.term = global_arena->New<AutoPattern>(FakeSourceLoc(2))}},
.term = arena.New<AutoPattern>(FakeSourceLoc(2))}},
.has_trailing_comma = true};
Ptr<const Pattern> pattern =
PatternFromParenContents(FakeSourceLoc(1), contents);
PatternFromParenContents(PtrTo(arena), FakeSourceLoc(1), contents);
EXPECT_EQ(pattern->SourceLoc(), FakeSourceLoc(1));
ASSERT_TRUE(isa<TuplePattern>(*pattern));
EXPECT_THAT(cast<TuplePattern>(*pattern).Fields(),
ElementsAre(AutoFieldNamed("0"), AutoFieldNamed("1")));
}
TEST(PatternTest, BinaryAsTuplePattern) {
TEST_F(PatternTest, BinaryAsTuplePattern) {
ParenContents<Pattern> contents = {
.elements = {{.name = std::nullopt,
.term = global_arena->New<AutoPattern>(FakeSourceLoc(2))},
.term = arena.New<AutoPattern>(FakeSourceLoc(2))},
{.name = std::nullopt,
.term = global_arena->New<AutoPattern>(FakeSourceLoc(2))}},
.term = arena.New<AutoPattern>(FakeSourceLoc(2))}},
.has_trailing_comma = true};
Ptr<const TuplePattern> tuple =
TuplePatternFromParenContents(FakeSourceLoc(1), contents);
TuplePatternFromParenContents(PtrTo(arena), FakeSourceLoc(1), contents);
EXPECT_EQ(tuple->SourceLoc(), FakeSourceLoc(1));
EXPECT_THAT(tuple->Fields(),
ElementsAre(AutoFieldNamed("0"), AutoFieldNamed("1")));