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carbon-lang/explorer/testdata/trace/phase_all.carbon
T
Prabhat SachdevaandRichard Smith a359da37c4 Explorer: improve type checking trace output (#3039) 
Updates the trace output for type checking to be more consistent like
the rest of trace output.
This PR also includes few changes in the lit tests related to trace
output.

---------

Co-authored-by: Richard Smith <richard@metafoo.co.uk>
2023-08-08 17:58:12 +00:00

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// Part of the Carbon Language project, under the Apache License v2.0 with LLVM
// Exceptions. See /LICENSE for license information.
// SPDX-License-Identifier: Apache-2.0 WITH LLVM-exception
package ExplorerTest api;
interface TestInterface {}
namespace N;
fn N.Foo(n: i32) -> i32 {
return n + 1;
}
fn Main() -> i32 {
var x: i32 = N.Foo(0);
return x;
}
// Place checks after code so that line numbers are stable, reducing merge
// conflicts.
// ARGS: --trace_file=- --trace_phase=all %s
// AUTOUPDATE
// CHECK:STDOUT: ********** source program **********
// CHECK:STDOUT: interface TestInterface {
// CHECK:STDOUT: }
// CHECK:STDOUT: namespace N;fn Foo (n: i32)-> i32 {
// CHECK:STDOUT: {
// CHECK:STDOUT: return (n + 1);
// CHECK:STDOUT: }
// CHECK:STDOUT:
// CHECK:STDOUT: }
// CHECK:STDOUT: fn Main ()-> i32 {
// CHECK:STDOUT: {
// CHECK:STDOUT: var x: i32 = N.Foo(0);
// CHECK:STDOUT: return x;
// CHECK:STDOUT: }
// CHECK:STDOUT:
// CHECK:STDOUT: }
// CHECK:STDOUT: ********** resolving names **********
// CHECK:STDOUT: --- declared `TestInterface` as `interface TestInterface` in `package` (phase_all.carbon:7)
// CHECK:STDOUT: --- declared `N` as `namespace N` in `package` (phase_all.carbon:9)
// CHECK:STDOUT: --- resolved `N` as `namespace N` in `package` (phase_all.carbon:11)
// CHECK:STDOUT: --- declared `Foo` as `fn N.Foo` in `namespace N` (phase_all.carbon:13)
// CHECK:STDOUT: --- declared `Main` as `fn Main` in `package` (phase_all.carbon:18)
// CHECK:STDOUT: ** resolving decl `interface TestInterface` (phase_all.carbon:7)
// CHECK:STDOUT: --- marked `TestInterface` declared but not usable in `package`
// CHECK:STDOUT: --- marked `TestInterface` usable in `package`
// CHECK:STDOUT: --- declared `Self` as `Self` in `interface TestInterface` (phase_all.carbon:7)
// CHECK:STDOUT: ** finished resolving decl `interface TestInterface` (phase_all.carbon:7)
// CHECK:STDOUT: ** resolving decl `namespace N` (phase_all.carbon:9)
// CHECK:STDOUT: --- marked `N` usable in `package`
// CHECK:STDOUT: ** finished resolving decl `namespace N` (phase_all.carbon:9)
// CHECK:STDOUT: ** resolving decl `fn N.Foo` (phase_all.carbon:13)
// CHECK:STDOUT: --- resolved `N` as `namespace N` in `package` (phase_all.carbon:11)
// CHECK:STDOUT: --- marked `Foo` declared but not usable in `namespace N`
// CHECK:STDOUT: --- declared `n` as `n` in `fn N.Foo` (phase_all.carbon:11)
// CHECK:STDOUT: --- marked `Foo` usable in `namespace N`
// CHECK:STDOUT: ** resolving stmt `{return (n + 1);}` (phase_all.carbon:13)
// CHECK:STDOUT: ** resolving stmt `return (n + 1);` (phase_all.carbon:12)
// CHECK:STDOUT: --- resolved `n` as `n` in `fn N.Foo` (phase_all.carbon:12)
// CHECK:STDOUT: ** finished resolving stmt `return (n + 1);` (phase_all.carbon:12)
// CHECK:STDOUT: ** finished resolving stmt `{return (n + 1);}` (phase_all.carbon:13)
// CHECK:STDOUT: ** finished resolving decl `fn N.Foo` (phase_all.carbon:13)
// CHECK:STDOUT: ** resolving decl `fn Main` (phase_all.carbon:18)
// CHECK:STDOUT: --- marked `Main` declared but not usable in `package`
// CHECK:STDOUT: --- marked `Main` usable in `package`
// CHECK:STDOUT: ** resolving stmt `{var x: i32 = N.Foo(0);return x;}` (phase_all.carbon:18)
// CHECK:STDOUT: ** resolving stmt `var x: i32 = N.Foo(0);` (phase_all.carbon:16)
// CHECK:STDOUT: --- resolved `N` as `namespace N` in `package` (phase_all.carbon:16)
// CHECK:STDOUT: --- resolved `Foo` as `fn N.Foo` in `namespace N` (phase_all.carbon:16)
// CHECK:STDOUT: --- declared `x` as `x` in `{var x: i32 = N.Foo(0);return x;}` (phase_all.carbon:16)
// CHECK:STDOUT: ** finished resolving stmt `var x: i32 = N.Foo(0);` (phase_all.carbon:16)
// CHECK:STDOUT: ** resolving stmt `return x;` (phase_all.carbon:17)
// CHECK:STDOUT: --- resolved `x` as `x` in `{var x: i32 = N.Foo(0);return x;}` (phase_all.carbon:17)
// CHECK:STDOUT: ** finished resolving stmt `return x;` (phase_all.carbon:17)
// CHECK:STDOUT: ** finished resolving stmt `{var x: i32 = N.Foo(0);return x;}` (phase_all.carbon:18)
// CHECK:STDOUT: ** finished resolving decl `fn Main` (phase_all.carbon:18)
// CHECK:STDOUT: --- resolved `Main` as `fn Main` in `package` (<Main()>:0)
// CHECK:STDOUT: ********** resolving control flow **********
// CHECK:STDOUT: --- flow-resolved return statement `return (n + 1);` in `fn N.Foo` (phase_all.carbon:12)
// CHECK:STDOUT: --- flow-resolved return statement `return x;` in `fn Main` (phase_all.carbon:17)
// CHECK:STDOUT: ********** type checking **********
// CHECK:STDOUT: *** declaring `interface TestInterface` (phase_all.carbon:7)
// CHECK:STDOUT: *** finished declaring `interface TestInterface` (phase_all.carbon:7)
// CHECK:STDOUT: *** checking InterfaceDeclaration `interface TestInterface` (phase_all.carbon:7)
// CHECK:STDOUT: *** checking `interface TestInterface` (phase_all.carbon:7)
// CHECK:STDOUT: --- impl declarations for `interface TestInterface` (phase_all.carbon:7)
// CHECK:STDOUT: + []
// CHECK:STDOUT: + [`bool` as `interface EqWith(U = bool)`,
// CHECK:STDOUT: `i32` as `interface EqWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface EqWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface CompareWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface CompareWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface LessWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface LessWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface LessEqWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface LessEqWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface GreaterWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface GreaterWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface GreaterEqWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface GreaterEqWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface Negate`,
// CHECK:STDOUT: `i32` as `interface AddWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface SubWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface MulWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface DivWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface ModWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface BitComplement`,
// CHECK:STDOUT: `i32` as `interface BitAndWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface BitOrWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface BitXorWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface LeftShiftWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface RightShiftWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface Inc`,
// CHECK:STDOUT: `i32` as `interface Dec`,
// CHECK:STDOUT: `U` as `interface __EqualConverter` [0],
// CHECK:STDOUT: `(T1,)` as `interface As(T = (U1,))` [0, 0, 0; 1, 1, 0, 0, 0],
// CHECK:STDOUT: `(T1, T2)` as `interface As(T = (U1, U2))` [0, 0, 0; 0, 0, 1; 1, 1, 0, 0, 0; 1, 1, 0, 0, 1],
// CHECK:STDOUT: `(T1, U1)` as `interface EqWith(U = (T2, U2))` [0, 0, 0; 0, 0, 1; 1, 1, 0, 0, 0; 1, 1, 0, 0, 1],
// CHECK:STDOUT: `(T1, T2, T3)` as `interface As(T = (U1, U2, U3))` [0, 0, 0; 0, 0, 1; 0, 0, 2; 1, 1, 0, 0, 0; 1, 1, 0, 0, 1; 1, 1, 0, 0, 2],
// CHECK:STDOUT: `T` as `interface ImplicitAs(T = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface As(T = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface ImplicitAs(T = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface As(T = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface AssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface AddAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface SubAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface MulAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface DivAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface ModAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface BitAndAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface BitOrAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface BitXorAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface LeftShiftAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface RightShiftAssignWith(U = U)` [0; 1, 1, 0]]
// CHECK:STDOUT: *** finished checking `interface TestInterface` (phase_all.carbon:7)
// CHECK:STDOUT: *** checking NamespaceDeclaration `namespace N` (phase_all.carbon:9)
// CHECK:STDOUT: *** declaring function `Foo` (phase_all.carbon:13)
// CHECK:STDOUT: *** checking TuplePattern `(n: i32)` (phase_all.carbon:11)
// CHECK:STDOUT: *** checking BindingPattern `n: i32` (phase_all.carbon:11)
// CHECK:STDOUT: *** checking ExpressionPattern `i32` (phase_all.carbon:11)
// CHECK:STDOUT: *** checking IntTypeLiteral `i32` (phase_all.carbon:11)
// CHECK:STDOUT: (+) stack-push: ValueExpressionAction pos: 0 `i32` (phase_all.carbon:11)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 0 `i32` (phase_all.carbon:11) --->
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `i32` (phase_all.carbon:11)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `i32` (phase_all.carbon:11) --->
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 0 `i32` (phase_all.carbon:11)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 1 `i32` results: [`i32`] (phase_all.carbon:11) --->
// CHECK:STDOUT: (-) stack-pop: ValueExpressionAction pos: 1 `i32` results: [`i32`] (phase_all.carbon:11)
// CHECK:STDOUT: *** finished checking tuple pattern field `n: i32` (phase_all.carbon:11)
// CHECK:STDOUT: *** checking IntTypeLiteral `i32` (phase_all.carbon:11)
// CHECK:STDOUT: (+) stack-push: ValueExpressionAction pos: 0 `i32` (phase_all.carbon:11)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 0 `i32` (phase_all.carbon:11) --->
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `i32` (phase_all.carbon:11)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `i32` (phase_all.carbon:11) --->
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 0 `i32` (phase_all.carbon:11)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 1 `i32` results: [`i32`] (phase_all.carbon:11) --->
// CHECK:STDOUT: (-) stack-pop: ValueExpressionAction pos: 1 `i32` results: [`i32`] (phase_all.carbon:11)
// CHECK:STDOUT: *** finished declaring function `Foo` of type `fn (i32,) -> i32` (phase_all.carbon:13)
// CHECK:STDOUT: *** checking FunctionDeclaration `fn N.Foo` (phase_all.carbon:13)
// CHECK:STDOUT: *** checking function `Foo` (phase_all.carbon:13)
// CHECK:STDOUT: --- impl declarations for `fn N.Foo` (phase_all.carbon:13)
// CHECK:STDOUT: + []
// CHECK:STDOUT: + [`bool` as `interface EqWith(U = bool)`,
// CHECK:STDOUT: `i32` as `interface EqWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface EqWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface CompareWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface CompareWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface LessWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface LessWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface LessEqWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface LessEqWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface GreaterWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface GreaterWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface GreaterEqWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface GreaterEqWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface Negate`,
// CHECK:STDOUT: `i32` as `interface AddWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface SubWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface MulWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface DivWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface ModWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface BitComplement`,
// CHECK:STDOUT: `i32` as `interface BitAndWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface BitOrWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface BitXorWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface LeftShiftWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface RightShiftWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface Inc`,
// CHECK:STDOUT: `i32` as `interface Dec`,
// CHECK:STDOUT: `U` as `interface __EqualConverter` [0],
// CHECK:STDOUT: `(T1,)` as `interface As(T = (U1,))` [0, 0, 0; 1, 1, 0, 0, 0],
// CHECK:STDOUT: `(T1, T2)` as `interface As(T = (U1, U2))` [0, 0, 0; 0, 0, 1; 1, 1, 0, 0, 0; 1, 1, 0, 0, 1],
// CHECK:STDOUT: `(T1, U1)` as `interface EqWith(U = (T2, U2))` [0, 0, 0; 0, 0, 1; 1, 1, 0, 0, 0; 1, 1, 0, 0, 1],
// CHECK:STDOUT: `(T1, T2, T3)` as `interface As(T = (U1, U2, U3))` [0, 0, 0; 0, 0, 1; 0, 0, 2; 1, 1, 0, 0, 0; 1, 1, 0, 0, 1; 1, 1, 0, 0, 2],
// CHECK:STDOUT: `T` as `interface ImplicitAs(T = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface As(T = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface ImplicitAs(T = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface As(T = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface AssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface AddAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface SubAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface MulAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface DivAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface ModAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface BitAndAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface BitOrAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface BitXorAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface LeftShiftAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface RightShiftAssignWith(U = U)` [0; 1, 1, 0]]
// CHECK:STDOUT: *** checking Block `{return (n + 1);}` (phase_all.carbon:13)
// CHECK:STDOUT: *** checking ReturnExpression `return (n + 1);` (phase_all.carbon:12)
// CHECK:STDOUT: *** checking OperatorExpression `(n + 1)` (phase_all.carbon:12)
// CHECK:STDOUT: *** checking IdentifierExpression `n` (phase_all.carbon:12)
// CHECK:STDOUT: *** checking IntLiteral `1` (phase_all.carbon:12)
// CHECK:STDOUT: *** finished checking function `Foo` (phase_all.carbon:13)
// CHECK:STDOUT: *** declaring function `Main` (phase_all.carbon:18)
// CHECK:STDOUT: *** checking TuplePattern `()` (phase_all.carbon:15)
// CHECK:STDOUT: *** checking IntTypeLiteral `i32` (phase_all.carbon:15)
// CHECK:STDOUT: (+) stack-push: ValueExpressionAction pos: 0 `i32` (phase_all.carbon:15)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 0 `i32` (phase_all.carbon:15) --->
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `i32` (phase_all.carbon:15)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `i32` (phase_all.carbon:15) --->
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 0 `i32` (phase_all.carbon:15)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 1 `i32` results: [`i32`] (phase_all.carbon:15) --->
// CHECK:STDOUT: (-) stack-pop: ValueExpressionAction pos: 1 `i32` results: [`i32`] (phase_all.carbon:15)
// CHECK:STDOUT: *** finished declaring function `Main` of type `fn () -> i32` (phase_all.carbon:18)
// CHECK:STDOUT: *** checking FunctionDeclaration `fn Main` (phase_all.carbon:18)
// CHECK:STDOUT: *** checking function `Main` (phase_all.carbon:18)
// CHECK:STDOUT: --- impl declarations for `fn Main` (phase_all.carbon:18)
// CHECK:STDOUT: + []
// CHECK:STDOUT: + [`bool` as `interface EqWith(U = bool)`,
// CHECK:STDOUT: `i32` as `interface EqWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface EqWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface CompareWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface CompareWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface LessWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface LessWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface LessEqWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface LessEqWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface GreaterWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface GreaterWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface GreaterEqWith(U = i32)`,
// CHECK:STDOUT: `String` as `interface GreaterEqWith(U = String)`,
// CHECK:STDOUT: `i32` as `interface Negate`,
// CHECK:STDOUT: `i32` as `interface AddWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface SubWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface MulWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface DivWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface ModWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface BitComplement`,
// CHECK:STDOUT: `i32` as `interface BitAndWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface BitOrWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface BitXorWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface LeftShiftWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface RightShiftWith(U = i32)`,
// CHECK:STDOUT: `i32` as `interface Inc`,
// CHECK:STDOUT: `i32` as `interface Dec`,
// CHECK:STDOUT: `U` as `interface __EqualConverter` [0],
// CHECK:STDOUT: `(T1,)` as `interface As(T = (U1,))` [0, 0, 0; 1, 1, 0, 0, 0],
// CHECK:STDOUT: `(T1, T2)` as `interface As(T = (U1, U2))` [0, 0, 0; 0, 0, 1; 1, 1, 0, 0, 0; 1, 1, 0, 0, 1],
// CHECK:STDOUT: `(T1, U1)` as `interface EqWith(U = (T2, U2))` [0, 0, 0; 0, 0, 1; 1, 1, 0, 0, 0; 1, 1, 0, 0, 1],
// CHECK:STDOUT: `(T1, T2, T3)` as `interface As(T = (U1, U2, U3))` [0, 0, 0; 0, 0, 1; 0, 0, 2; 1, 1, 0, 0, 0; 1, 1, 0, 0, 1; 1, 1, 0, 0, 2],
// CHECK:STDOUT: `T` as `interface ImplicitAs(T = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface As(T = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface ImplicitAs(T = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface As(T = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface AssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface AddAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface SubAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface MulAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface DivAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface ModAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface BitAndAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface BitOrAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface BitXorAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface LeftShiftAssignWith(U = U)` [0; 1, 1, 0],
// CHECK:STDOUT: `T` as `interface RightShiftAssignWith(U = U)` [0; 1, 1, 0]]
// CHECK:STDOUT: *** checking Block `{var x: i32 = N.Foo(0);return x;}` (phase_all.carbon:18)
// CHECK:STDOUT: *** checking VariableDefinition `var x: i32 = N.Foo(0);` (phase_all.carbon:16)
// CHECK:STDOUT: *** checking CallExpression `N.Foo(0)` (phase_all.carbon:16)
// CHECK:STDOUT: *** checking SimpleMemberAccessExpression `N.Foo` (phase_all.carbon:16)
// CHECK:STDOUT: *** checking IdentifierExpression `Foo` (phase_all.carbon:16)
// CHECK:STDOUT: *** checking TupleLiteral `(0)` (phase_all.carbon:16)
// CHECK:STDOUT: *** checking IntLiteral `0` (phase_all.carbon:16)
// CHECK:STDOUT: *** checking call to function of type `fn (i32,) -> i32` with arguments of type `(i32,)` (phase_all.carbon:16)
// CHECK:STDOUT: *** performing argument deduction for bindings: []
// CHECK:STDOUT: *** deducing `i32` from `i32`
// CHECK:STDOUT: --> deduction succeeded with results: []
// CHECK:STDOUT: *** checking BindingPattern `x: i32`, expecting `i32` (phase_all.carbon:16)
// CHECK:STDOUT: *** checking ExpressionPattern `i32`, expecting `i32` (phase_all.carbon:16)
// CHECK:STDOUT: *** checking IntTypeLiteral `i32` (phase_all.carbon:16)
// CHECK:STDOUT: (+) stack-push: ValueExpressionAction pos: 0 `i32` (phase_all.carbon:16)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 0 `i32` (phase_all.carbon:16) --->
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `i32` (phase_all.carbon:16)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `i32` (phase_all.carbon:16) --->
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 0 `i32` (phase_all.carbon:16)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 1 `i32` results: [`i32`] (phase_all.carbon:16) --->
// CHECK:STDOUT: (-) stack-pop: ValueExpressionAction pos: 1 `i32` results: [`i32`] (phase_all.carbon:16)
// CHECK:STDOUT: *** checking ReturnExpression `return x;` (phase_all.carbon:17)
// CHECK:STDOUT: *** checking IdentifierExpression `x` (phase_all.carbon:17)
// CHECK:STDOUT: *** finished checking function `Main` (phase_all.carbon:18)
// CHECK:STDOUT: *** checking CallExpression `Main()` (<Main()>:0)
// CHECK:STDOUT: *** checking IdentifierExpression `Main` (<Main()>:0)
// CHECK:STDOUT: *** checking TupleLiteral `()` (<Main()>:0)
// CHECK:STDOUT: *** checking call to function of type `fn () -> i32` with arguments of type `()` (<Main()>:0)
// CHECK:STDOUT: *** performing argument deduction for bindings: []
// CHECK:STDOUT: --> deduction succeeded with results: []
// CHECK:STDOUT: ********** resolving unformed variables **********
// CHECK:STDOUT: *** resolving-unformed in decl `interface TestInterface` (phase_all.carbon:7)
// CHECK:STDOUT: *** resolving-unformed in decl `namespace N` (phase_all.carbon:9)
// CHECK:STDOUT: *** resolving-unformed in decl `fn N.Foo` (phase_all.carbon:13)
// CHECK:STDOUT: *** resolving-unformed in stmt `{return (n + 1);}` (phase_all.carbon:13)
// CHECK:STDOUT: *** resolving-unformed in stmt `return (n + 1);` (phase_all.carbon:12)
// CHECK:STDOUT: --- check `n` (phase_all.carbon:12)
// CHECK:STDOUT: *** resolving-unformed in decl `fn Main` (phase_all.carbon:18)
// CHECK:STDOUT: *** resolving-unformed in stmt `{var x: i32 = N.Foo(0);return x;}` (phase_all.carbon:18)
// CHECK:STDOUT: *** resolving-unformed in stmt `var x: i32 = N.Foo(0);` (phase_all.carbon:16)
// CHECK:STDOUT: --- add init `x` (phase_all.carbon:16)
// CHECK:STDOUT: *** resolving-unformed in stmt `return x;` (phase_all.carbon:17)
// CHECK:STDOUT: --- check `x` (phase_all.carbon:17)
// CHECK:STDOUT: ********** printing declarations **********
// CHECK:STDOUT: interface TestInterface {
// CHECK:STDOUT: }
// CHECK:STDOUT: namespace N;fn Foo (n: i32)-> i32 {
// CHECK:STDOUT: {
// CHECK:STDOUT: return (n + 1);
// CHECK:STDOUT: }
// CHECK:STDOUT:
// CHECK:STDOUT: }
// CHECK:STDOUT: fn Main ()-> i32 {
// CHECK:STDOUT: {
// CHECK:STDOUT: var x: i32 = N.Foo(0);
// CHECK:STDOUT: return x;
// CHECK:STDOUT: }
// CHECK:STDOUT:
// CHECK:STDOUT: }
// CHECK:STDOUT: ********** starting execution **********
// CHECK:STDOUT: ********** initializing globals **********
// CHECK:STDOUT: (+) stack-push: DeclarationAction pos: 0 `interface TestInterface` (phase_all.carbon:7)
// CHECK:STDOUT: --- step DeclarationAction pos: 0 `interface TestInterface` (phase_all.carbon:7) --->
// CHECK:STDOUT: (-) stack-pop: DeclarationAction pos: 0 `interface TestInterface` (phase_all.carbon:7)
// CHECK:STDOUT: (+) stack-push: DeclarationAction pos: 0 `namespace N` (phase_all.carbon:9)
// CHECK:STDOUT: --- step DeclarationAction pos: 0 `namespace N` (phase_all.carbon:9) --->
// CHECK:STDOUT: (-) stack-pop: DeclarationAction pos: 0 `namespace N` (phase_all.carbon:9)
// CHECK:STDOUT: (+) stack-push: DeclarationAction pos: 0 `fn N.Foo` (phase_all.carbon:13)
// CHECK:STDOUT: --- step DeclarationAction pos: 0 `fn N.Foo` (phase_all.carbon:13) --->
// CHECK:STDOUT: (-) stack-pop: DeclarationAction pos: 0 `fn N.Foo` (phase_all.carbon:13)
// CHECK:STDOUT: (+) stack-push: DeclarationAction pos: 0 `fn Main` (phase_all.carbon:18)
// CHECK:STDOUT: --- step DeclarationAction pos: 0 `fn Main` (phase_all.carbon:18) --->
// CHECK:STDOUT: (-) stack-pop: DeclarationAction pos: 0 `fn Main` (phase_all.carbon:18)
// CHECK:STDOUT: ********** calling main function **********
// CHECK:STDOUT: (+) stack-push: ValueExpressionAction pos: 0 `Main()` (<Main()>:0)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 0 `Main()` (<Main()>:0) --->
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `Main()` (<Main()>:0)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `Main()` (<Main()>:0) --->
// CHECK:STDOUT: (+) stack-push: ValueExpressionAction pos: 0 `Main` (<Main()>:0)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 0 `Main` (<Main()>:0) --->
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `Main` (<Main()>:0)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `Main` (<Main()>:0) --->
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 0 `Main` (<Main()>:0)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 1 `Main` results: [`fun<Main>`] (<Main()>:0) --->
// CHECK:STDOUT: (-) stack-pop: ValueExpressionAction pos: 1 `Main` results: [`fun<Main>`] (<Main()>:0)
// CHECK:STDOUT: --- step ExpressionAction pos: 1 `Main()` results: [`fun<Main>`] scope: [] (<Main()>:0) --->
// CHECK:STDOUT: calling function: fun<Main>
// CHECK:STDOUT: match pattern ()
// CHECK:STDOUT: from value expression with value ()
// CHECK:STDOUT: (+) stack-push: ScopeAction pos: 0 scope: [] (None)
// CHECK:STDOUT: (+) stack-push: StatementAction pos: 0 `{var x: i32 = N.Foo(0);return x;}` (phase_all.carbon:18)
// CHECK:STDOUT: --- step StatementAction pos: 0 `{var x: i32 = N.Foo(0);return x;}` (phase_all.carbon:18) --->
// CHECK:STDOUT: (+) stack-push: StatementAction pos: 0 `var x: i32 = N.Foo(0);` (phase_all.carbon:16)
// CHECK:STDOUT: --- step StatementAction pos: 0 `var x: i32 = N.Foo(0);` (phase_all.carbon:16) --->
// CHECK:STDOUT: (+) memory-alloc: #1 `Uninit<i32>` uninitialized
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `N.Foo(0)` (phase_all.carbon:16)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `N.Foo(0)` (phase_all.carbon:16) --->
// CHECK:STDOUT: (+) stack-push: ValueExpressionAction pos: 0 `N.Foo` (phase_all.carbon:16)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 0 `N.Foo` (phase_all.carbon:16) --->
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `N.Foo` (phase_all.carbon:16)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `N.Foo` (phase_all.carbon:16) --->
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 0 `N.Foo` (phase_all.carbon:16)
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `Foo` (phase_all.carbon:16)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `Foo` (phase_all.carbon:16) --->
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 0 `Foo` (phase_all.carbon:16)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 1 `N.Foo` results: [`fun<N.Foo>`] (phase_all.carbon:16) --->
// CHECK:STDOUT: (-) stack-pop: ValueExpressionAction pos: 1 `N.Foo` results: [`fun<N.Foo>`] (phase_all.carbon:16)
// CHECK:STDOUT: --- step ExpressionAction pos: 1 `N.Foo(0)` results: [`fun<N.Foo>`] scope: [] (phase_all.carbon:16) --->
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `0` (phase_all.carbon:16)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `0` (phase_all.carbon:16) --->
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 0 `0` (phase_all.carbon:16)
// CHECK:STDOUT: --- step ExpressionAction pos: 2 `N.Foo(0)` results: [`fun<N.Foo>`, `0`] scope: [] (phase_all.carbon:16) --->
// CHECK:STDOUT: calling function: fun<N.Foo>
// CHECK:STDOUT: match pattern (Placeholder<n>,)
// CHECK:STDOUT: from value expression with value (0,)
// CHECK:STDOUT: match pattern Placeholder<n>
// CHECK:STDOUT: from value expression with value 0
// CHECK:STDOUT: (+) stack-push: ScopeAction pos: 0 scope: [`n: i32`: `0`] (None)
// CHECK:STDOUT: (+) stack-push: StatementAction pos: 0 `{return (n + 1);}` (phase_all.carbon:13)
// CHECK:STDOUT: --- step StatementAction pos: 0 `{return (n + 1);}` (phase_all.carbon:13) --->
// CHECK:STDOUT: (+) stack-push: StatementAction pos: 0 `return (n + 1);` (phase_all.carbon:12)
// CHECK:STDOUT: --- step StatementAction pos: 0 `return (n + 1);` (phase_all.carbon:12) --->
// CHECK:STDOUT: (+) stack-push: ValueExpressionAction pos: 0 `(n + 1)` (phase_all.carbon:12)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 0 `(n + 1)` (phase_all.carbon:12) --->
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `(n + 1)` (phase_all.carbon:12)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `(n + 1)` (phase_all.carbon:12) --->
// CHECK:STDOUT: (+) stack-push: ValueExpressionAction pos: 0 `n` (phase_all.carbon:12)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 0 `n` (phase_all.carbon:12) --->
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `n` (phase_all.carbon:12)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `n` (phase_all.carbon:12) --->
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 0 `n` (phase_all.carbon:12)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 1 `n` results: [`0`] (phase_all.carbon:12) --->
// CHECK:STDOUT: (-) stack-pop: ValueExpressionAction pos: 1 `n` results: [`0`] (phase_all.carbon:12)
// CHECK:STDOUT: --- step ExpressionAction pos: 1 `(n + 1)` results: [`0`] (phase_all.carbon:12) --->
// CHECK:STDOUT: (+) stack-push: ValueExpressionAction pos: 0 `1` (phase_all.carbon:12)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 0 `1` (phase_all.carbon:12) --->
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `1` (phase_all.carbon:12)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `1` (phase_all.carbon:12) --->
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 0 `1` (phase_all.carbon:12)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 1 `1` results: [`1`] (phase_all.carbon:12) --->
// CHECK:STDOUT: (-) stack-pop: ValueExpressionAction pos: 1 `1` results: [`1`] (phase_all.carbon:12)
// CHECK:STDOUT: --- step ExpressionAction pos: 2 `(n + 1)` results: [`0`, `1`] (phase_all.carbon:12) --->
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 2 `(n + 1)` results: [`0`, `1`] (phase_all.carbon:12)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 1 `(n + 1)` results: [`1`] (phase_all.carbon:12) --->
// CHECK:STDOUT: (-) stack-pop: ValueExpressionAction pos: 1 `(n + 1)` results: [`1`] (phase_all.carbon:12)
// CHECK:STDOUT: --- step StatementAction pos: 1 `return (n + 1);` results: [`1`] (phase_all.carbon:12) --->
// CHECK:STDOUT: +++ memory-write: #1 `1`
// CHECK:STDOUT: (-) stack-pop: StatementAction pos: 1 `return (n + 1);` results: [`1`] (phase_all.carbon:12)
// CHECK:STDOUT: (-) stack-pop: StatementAction pos: 1 `{return (n + 1);}` scope: [] (phase_all.carbon:13)
// CHECK:STDOUT: (-) stack-pop: ScopeAction pos: 0 scope: [`n: i32`: `0`] (None)
// CHECK:STDOUT: (+) stack-push: CleanUpAction pos: 0 scope: [`n: i32`: `0`] (stack cleanup:1)
// CHECK:STDOUT: (+) stack-push: CleanUpAction pos: 0 scope: [] (stack cleanup:1)
// CHECK:STDOUT: --- step CleanUpAction pos: 0 scope: [] (stack cleanup:1) --->
// CHECK:STDOUT: (-) stack-pop: CleanUpAction pos: 0 scope: [] (stack cleanup:1)
// CHECK:STDOUT: --- step CleanUpAction pos: 0 scope: [`n: i32`: `0`] (stack cleanup:1) --->
// CHECK:STDOUT: (-) stack-pop: CleanUpAction pos: 0 scope: [`n: i32`: `0`] (stack cleanup:1)
// CHECK:STDOUT: --- step ExpressionAction pos: 3 `N.Foo(0)` results: [`fun<N.Foo>`, `0`, `1`] scope: [] (phase_all.carbon:16) --->
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 3 `N.Foo(0)` results: [`fun<N.Foo>`, `0`, `1`] scope: [] (phase_all.carbon:16)
// CHECK:STDOUT: (+) stack-push: CleanUpAction pos: 0 scope: [] (stack cleanup:1)
// CHECK:STDOUT: --- step CleanUpAction pos: 0 scope: [] (stack cleanup:1) --->
// CHECK:STDOUT: (-) stack-pop: CleanUpAction pos: 0 scope: [] (stack cleanup:1)
// CHECK:STDOUT: --- step StatementAction pos: 1 `var x: i32 = N.Foo(0);` results: [`1`] (phase_all.carbon:16) --->
// CHECK:STDOUT: +++ memory-read: #1 `1`
// CHECK:STDOUT: match pattern Placeholder<x>
// CHECK:STDOUT: from initializing expression with value 1
// CHECK:STDOUT: (-) stack-pop: StatementAction pos: 1 `var x: i32 = N.Foo(0);` results: [`1`] (phase_all.carbon:16)
// CHECK:STDOUT: --- step StatementAction pos: 1 `{var x: i32 = N.Foo(0);return x;}` scope: [`x: i32`: `lval<Allocation(1)>`] (phase_all.carbon:18) --->
// CHECK:STDOUT: (+) stack-push: StatementAction pos: 0 `return x;` (phase_all.carbon:17)
// CHECK:STDOUT: --- step StatementAction pos: 0 `return x;` (phase_all.carbon:17) --->
// CHECK:STDOUT: (+) stack-push: ValueExpressionAction pos: 0 `x` (phase_all.carbon:17)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 0 `x` (phase_all.carbon:17) --->
// CHECK:STDOUT: (+) stack-push: ExpressionAction pos: 0 `x` (phase_all.carbon:17)
// CHECK:STDOUT: --- step ExpressionAction pos: 0 `x` (phase_all.carbon:17) --->
// CHECK:STDOUT: +++ memory-read: #1 `1`
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 0 `x` (phase_all.carbon:17)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 1 `x` results: [`ref_expr<Allocation(1)>`] (phase_all.carbon:17) --->
// CHECK:STDOUT: (-) stack-pop: ValueExpressionAction pos: 1 `x` results: [`ref_expr<Allocation(1)>`] (phase_all.carbon:17)
// CHECK:STDOUT: --- step StatementAction pos: 1 `return x;` results: [`1`] (phase_all.carbon:17) --->
// CHECK:STDOUT: (-) stack-pop: StatementAction pos: 1 `return x;` results: [`1`] (phase_all.carbon:17)
// CHECK:STDOUT: (-) stack-pop: StatementAction pos: 2 `{var x: i32 = N.Foo(0);return x;}` scope: [`x: i32`: `lval<Allocation(1)>`] (phase_all.carbon:18)
// CHECK:STDOUT: (-) stack-pop: ScopeAction pos: 0 scope: [] (None)
// CHECK:STDOUT: (+) stack-push: CleanUpAction pos: 0 scope: [] (stack cleanup:1)
// CHECK:STDOUT: (+) stack-push: CleanUpAction pos: 0 scope: [`x: i32`: `lval<Allocation(1)>`] (stack cleanup:1)
// CHECK:STDOUT: --- step CleanUpAction pos: 0 scope: [`x: i32`: `lval<Allocation(1)>`] (stack cleanup:1) --->
// CHECK:STDOUT: +++ memory-read: #1 `1`
// CHECK:STDOUT: (+) stack-push: DestroyAction pos: 0 (None)
// CHECK:STDOUT: --- step DestroyAction pos: 0 (None) --->
// CHECK:STDOUT: (-) stack-pop: DestroyAction pos: 0 (None)
// CHECK:STDOUT: --- step CleanUpAction pos: 1 scope: [`x: i32`: `lval<Allocation(1)>`] (stack cleanup:1) --->
// CHECK:STDOUT: (-) memory-dealloc: #1 `1`
// CHECK:STDOUT: --- step CleanUpAction pos: 2 scope: [`x: i32`: `lval<Allocation(1)>`] (stack cleanup:1) --->
// CHECK:STDOUT: (-) stack-pop: CleanUpAction pos: 2 scope: [`x: i32`: `lval<Allocation(1)>`] (stack cleanup:1)
// CHECK:STDOUT: --- step CleanUpAction pos: 0 scope: [] (stack cleanup:1) --->
// CHECK:STDOUT: (-) stack-pop: CleanUpAction pos: 0 scope: [] (stack cleanup:1)
// CHECK:STDOUT: --- step ExpressionAction pos: 2 `Main()` results: [`fun<Main>`, `1`] scope: [] (<Main()>:0) --->
// CHECK:STDOUT: (-) stack-pop: ExpressionAction pos: 2 `Main()` results: [`fun<Main>`, `1`] scope: [] (<Main()>:0)
// CHECK:STDOUT: (+) stack-push: CleanUpAction pos: 0 scope: [] (stack cleanup:1)
// CHECK:STDOUT: --- step CleanUpAction pos: 0 scope: [] (stack cleanup:1) --->
// CHECK:STDOUT: (-) stack-pop: CleanUpAction pos: 0 scope: [] (stack cleanup:1)
// CHECK:STDOUT: --- step ValueExpressionAction pos: 1 `Main()` results: [`1`] (<Main()>:0) --->
// CHECK:STDOUT: (-) stack-pop: ValueExpressionAction pos: 1 `Main()` results: [`1`] (<Main()>:0)
// CHECK:STDOUT: interpreter result: 1
// CHECK:STDOUT: ********** printing timing **********
// CHECK:STDOUT: Time elapsed in ExecProgram: {{\d+}}ms
// CHECK:STDOUT: Time elapsed in AnalyzeProgram: {{\d+}}ms
// CHECK:STDOUT: Time elapsed in AddPrelude: {{\d+}}ms
// CHECK:STDOUT: Time elapsed in Parse: {{\d+}}ms
// CHECK:STDOUT: result: 1
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