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Add equivalent tests for non-strict fn bodies

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These tests are based on the files introduced in the commit titled, "Add
tests for Lexical Environment management."
This commit is contained in:
Mike Pennisi 2016-04-27 12:55:11 -04:00
parent 3b3bd06819
commit 9c3ff83c00
8 changed files with 428 additions and 0 deletions
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48
test/language/expressions/arrow-function/scope-body-lex-distinct.js Normal file
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// Copyright (C) 2016 the V8 project authors. All rights reserved.
// This code is governed by the BSD license found in the LICENSE file.
/*---
esid: sec-functiondeclarationinstantiation
description: >
Creation of new lexical environment (distinct from the variable
environment) for the function body outside of strict mode
info: |
[...]
29. If strict is false, then
a. Let lexEnv be NewDeclarativeEnvironment(varEnv).
b. NOTE: Non-strict functions use a separate lexical Environment Record
for top-level lexical declarations so that a direct eval can
determine whether any var scoped declarations introduced by the eval
code conflict with pre-existing top-level lexically scoped
declarations. This is not needed for strict functions because a
strict direct eval always places all declarations into a new
Environment Record.
[...]
18.2.1.3 Runtime Semantics: EvalDeclarationInstantiation
[...]
5. If strict is false, then
[...]
b. Let thisLex be lexEnv.
c. Assert: The following loop will terminate.
d. Repeat while thisLex is not the same as varEnv,
i. Let thisEnvRec be thisLex's EnvironmentRecord.
ii. If thisEnvRec is not an object Environment Record, then
1. NOTE: The environment of with statements cannot contain any
lexical declaration so it doesn't need to be checked for
var/let hoisting conflicts.
2. For each name in varNames, do
a. If thisEnvRec.HasBinding(name) is true, then
i. Throw a SyntaxError exception.
ii. NOTE: Annex B.3.5 defines alternate semantics for the
above step.
b. NOTE: A direct eval will not hoist var declaration over a
like-named lexical declaration.
iii. Let thisLex be thisLex's outer environment reference.
flags: [noStrict]
features: [let]
---*/
var a = () => { let x; eval('var x;'); };
assert.throws(SyntaxError, a);

54
test/language/expressions/generators/scope-body-lex-distinct.js Normal file
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// Copyright (C) 2016 the V8 project authors. All rights reserved.
// This code is governed by the BSD license found in the LICENSE file.
/*---
esid: sec-functiondeclarationinstantiation
description: >
Creation of new lexical environment (distinct from the variable
environment) for the function body outside of strict mode
info: |
[...]
29. If strict is false, then
a. Let lexEnv be NewDeclarativeEnvironment(varEnv).
b. NOTE: Non-strict functions use a separate lexical Environment Record
for top-level lexical declarations so that a direct eval can
determine whether any var scoped declarations introduced by the eval
code conflict with pre-existing top-level lexically scoped
declarations. This is not needed for strict functions because a
strict direct eval always places all declarations into a new
Environment Record.
[...]
18.2.1.3 Runtime Semantics: EvalDeclarationInstantiation
[...]
5. If strict is false, then
[...]
b. Let thisLex be lexEnv.
c. Assert: The following loop will terminate.
d. Repeat while thisLex is not the same as varEnv,
i. Let thisEnvRec be thisLex's EnvironmentRecord.
ii. If thisEnvRec is not an object Environment Record, then
1. NOTE: The environment of with statements cannot contain any
lexical declaration so it doesn't need to be checked for
var/let hoisting conflicts.
2. For each name in varNames, do
a. If thisEnvRec.HasBinding(name) is true, then
i. Throw a SyntaxError exception.
ii. NOTE: Annex B.3.5 defines alternate semantics for the
above step.
b. NOTE: A direct eval will not hoist var declaration over a
like-named lexical declaration.
iii. Let thisLex be thisLex's outer environment reference.
flags: [noStrict]
features: [let]
---*/
var g = function*() {
let x;
eval('var x;');
};
var iter = g();
assert.throws(SyntaxError, function() {
iter.next();
});

56
test/language/expressions/object/scope-gen-meth-body-lex-distinct.js Normal file
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// Copyright (C) 2016 the V8 project authors. All rights reserved.
// This code is governed by the BSD license found in the LICENSE file.
/*---
esid: sec-functiondeclarationinstantiation
description: >
Creation of new lexical environment (distinct from the variable
environment) for the function body outside of strict mode
info: |
[...]
29. If strict is false, then
a. Let lexEnv be NewDeclarativeEnvironment(varEnv).
b. NOTE: Non-strict functions use a separate lexical Environment Record
for top-level lexical declarations so that a direct eval can
determine whether any var scoped declarations introduced by the eval
code conflict with pre-existing top-level lexically scoped
declarations. This is not needed for strict functions because a
strict direct eval always places all declarations into a new
Environment Record.
[...]
18.2.1.3 Runtime Semantics: EvalDeclarationInstantiation
[...]
5. If strict is false, then
[...]
b. Let thisLex be lexEnv.
c. Assert: The following loop will terminate.
d. Repeat while thisLex is not the same as varEnv,
i. Let thisEnvRec be thisLex's EnvironmentRecord.
ii. If thisEnvRec is not an object Environment Record, then
1. NOTE: The environment of with statements cannot contain any
lexical declaration so it doesn't need to be checked for
var/let hoisting conflicts.
2. For each name in varNames, do
a. If thisEnvRec.HasBinding(name) is true, then
i. Throw a SyntaxError exception.
ii. NOTE: Annex B.3.5 defines alternate semantics for the
above step.
b. NOTE: A direct eval will not hoist var declaration over a
like-named lexical declaration.
iii. Let thisLex be thisLex's outer environment reference.
flags: [noStrict]
features: [let]
---*/
var o = {
*m() {
let x;
eval('var x;');
}
};
var iter = o.m();
assert.throws(SyntaxError, function() {
iter.next();
});

55
test/language/expressions/object/scope-getter-body-lex-distinc.js Normal file
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// Copyright (C) 2016 the V8 project authors. All rights reserved.
// This code is governed by the BSD license found in the LICENSE file.
/*---
esid: sec-functiondeclarationinstantiation
description: >
Creation of new lexical environment (distinct from the variable
environment) for the function body outside of strict mode
info: |
[...]
29. If strict is false, then
a. Let lexEnv be NewDeclarativeEnvironment(varEnv).
b. NOTE: Non-strict functions use a separate lexical Environment Record
for top-level lexical declarations so that a direct eval can
determine whether any var scoped declarations introduced by the eval
code conflict with pre-existing top-level lexically scoped
declarations. This is not needed for strict functions because a
strict direct eval always places all declarations into a new
Environment Record.
[...]
18.2.1.3 Runtime Semantics: EvalDeclarationInstantiation
[...]
5. If strict is false, then
[...]
b. Let thisLex be lexEnv.
c. Assert: The following loop will terminate.
d. Repeat while thisLex is not the same as varEnv,
i. Let thisEnvRec be thisLex's EnvironmentRecord.
ii. If thisEnvRec is not an object Environment Record, then
1. NOTE: The environment of with statements cannot contain any
lexical declaration so it doesn't need to be checked for
var/let hoisting conflicts.
2. For each name in varNames, do
a. If thisEnvRec.HasBinding(name) is true, then
i. Throw a SyntaxError exception.
ii. NOTE: Annex B.3.5 defines alternate semantics for the
above step.
b. NOTE: A direct eval will not hoist var declaration over a
like-named lexical declaration.
iii. Let thisLex be thisLex's outer environment reference.
flags: [noStrict]
features: [let]
---*/
var o = {
get a() {
let x;
eval('var x;');
}
};
assert.throws(SyntaxError, function() {
o.a;
});

53
test/language/expressions/object/scope-meth-body-lex-distinct.js Normal file
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// Copyright (C) 2016 the V8 project authors. All rights reserved.
// This code is governed by the BSD license found in the LICENSE file.
/*---
esid: sec-functiondeclarationinstantiation
description: >
Creation of new lexical environment (distinct from the variable
environment) for the function body outside of strict mode
info: |
[...]
29. If strict is false, then
a. Let lexEnv be NewDeclarativeEnvironment(varEnv).
b. NOTE: Non-strict functions use a separate lexical Environment Record
for top-level lexical declarations so that a direct eval can
determine whether any var scoped declarations introduced by the eval
code conflict with pre-existing top-level lexically scoped
declarations. This is not needed for strict functions because a
strict direct eval always places all declarations into a new
Environment Record.
[...]
18.2.1.3 Runtime Semantics: EvalDeclarationInstantiation
[...]
5. If strict is false, then
[...]
b. Let thisLex be lexEnv.
c. Assert: The following loop will terminate.
d. Repeat while thisLex is not the same as varEnv,
i. Let thisEnvRec be thisLex's EnvironmentRecord.
ii. If thisEnvRec is not an object Environment Record, then
1. NOTE: The environment of with statements cannot contain any
lexical declaration so it doesn't need to be checked for
var/let hoisting conflicts.
2. For each name in varNames, do
a. If thisEnvRec.HasBinding(name) is true, then
i. Throw a SyntaxError exception.
ii. NOTE: Annex B.3.5 defines alternate semantics for the
above step.
b. NOTE: A direct eval will not hoist var declaration over a
like-named lexical declaration.
iii. Let thisLex be thisLex's outer environment reference.
flags: [noStrict]
features: [let]
---*/
var m = {
m() {
let x;
eval('var x;');
}
}.m;
assert.throws(SyntaxError, m);

55
test/language/expressions/object/scope-setter-body-lex-distinc.js Normal file
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// Copyright (C) 2016 the V8 project authors. All rights reserved.
// This code is governed by the BSD license found in the LICENSE file.
/*---
esid: sec-functiondeclarationinstantiation
description: >
Creation of new lexical environment (distinct from the variable
environment) for the function body outside of strict mode
info: |
[...]
29. If strict is false, then
a. Let lexEnv be NewDeclarativeEnvironment(varEnv).
b. NOTE: Non-strict functions use a separate lexical Environment Record
for top-level lexical declarations so that a direct eval can
determine whether any var scoped declarations introduced by the eval
code conflict with pre-existing top-level lexically scoped
declarations. This is not needed for strict functions because a
strict direct eval always places all declarations into a new
Environment Record.
[...]
18.2.1.3 Runtime Semantics: EvalDeclarationInstantiation
[...]
5. If strict is false, then
[...]
b. Let thisLex be lexEnv.
c. Assert: The following loop will terminate.
d. Repeat while thisLex is not the same as varEnv,
i. Let thisEnvRec be thisLex's EnvironmentRecord.
ii. If thisEnvRec is not an object Environment Record, then
1. NOTE: The environment of with statements cannot contain any
lexical declaration so it doesn't need to be checked for
var/let hoisting conflicts.
2. For each name in varNames, do
a. If thisEnvRec.HasBinding(name) is true, then
i. Throw a SyntaxError exception.
ii. NOTE: Annex B.3.5 defines alternate semantics for the
above step.
b. NOTE: A direct eval will not hoist var declaration over a
like-named lexical declaration.
iii. Let thisLex be thisLex's outer environment reference.
flags: [noStrict]
features: [let]
---*/
var o = {
set a(_) {
let x;
eval('var x;');
}
};
assert.throws(SyntaxError, function() {
o.a = null;
});

53
test/language/statements/function/scope-body-lex-distinct.js Normal file
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// Copyright (C) 2016 the V8 project authors. All rights reserved.
// This code is governed by the BSD license found in the LICENSE file.
/*---
esid: sec-functiondeclarationinstantiation
description: >
Creation of new lexical environment (distinct from the variable
environment) for the function body outside of strict mode
info: |
[...]
29. If strict is false, then
a. Let lexEnv be NewDeclarativeEnvironment(varEnv).
b. NOTE: Non-strict functions use a separate lexical Environment Record
for top-level lexical declarations so that a direct eval can
determine whether any var scoped declarations introduced by the eval
code conflict with pre-existing top-level lexically scoped
declarations. This is not needed for strict functions because a
strict direct eval always places all declarations into a new
Environment Record.
[...]
18.2.1.3 Runtime Semantics: EvalDeclarationInstantiation
[...]
5. If strict is false, then
[...]
b. Let thisLex be lexEnv.
c. Assert: The following loop will terminate.
d. Repeat while thisLex is not the same as varEnv,
i. Let thisEnvRec be thisLex's EnvironmentRecord.
ii. If thisEnvRec is not an object Environment Record, then
1. NOTE: The environment of with statements cannot contain any
lexical declaration so it doesn't need to be checked for
var/let hoisting conflicts.
2. For each name in varNames, do
a. If thisEnvRec.HasBinding(name) is true, then
i. Throw a SyntaxError exception.
ii. NOTE: Annex B.3.5 defines alternate semantics for the
above step.
b. NOTE: A direct eval will not hoist var declaration over a
like-named lexical declaration.
iii. Let thisLex be thisLex's outer environment reference.
flags: [noStrict]
features: [let]
---*/
function f() {
let x;
eval('var x;');
}
assert.throws(SyntaxError, function() {
f();
});

54
test/language/statements/generators/scope-body-lex-distinct.js Normal file
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// Copyright (C) 2016 the V8 project authors. All rights reserved.
// This code is governed by the BSD license found in the LICENSE file.
/*---
esid: sec-functiondeclarationinstantiation
description: >
Creation of new lexical environment (distinct from the variable
environment) for the function body outside of strict mode
info: |
[...]
29. If strict is false, then
a. Let lexEnv be NewDeclarativeEnvironment(varEnv).
b. NOTE: Non-strict functions use a separate lexical Environment Record
for top-level lexical declarations so that a direct eval can
determine whether any var scoped declarations introduced by the eval
code conflict with pre-existing top-level lexically scoped
declarations. This is not needed for strict functions because a
strict direct eval always places all declarations into a new
Environment Record.
[...]
18.2.1.3 Runtime Semantics: EvalDeclarationInstantiation
[...]
5. If strict is false, then
[...]
b. Let thisLex be lexEnv.
c. Assert: The following loop will terminate.
d. Repeat while thisLex is not the same as varEnv,
i. Let thisEnvRec be thisLex's EnvironmentRecord.
ii. If thisEnvRec is not an object Environment Record, then
1. NOTE: The environment of with statements cannot contain any
lexical declaration so it doesn't need to be checked for
var/let hoisting conflicts.
2. For each name in varNames, do
a. If thisEnvRec.HasBinding(name) is true, then
i. Throw a SyntaxError exception.
ii. NOTE: Annex B.3.5 defines alternate semantics for the
above step.
b. NOTE: A direct eval will not hoist var declaration over a
like-named lexical declaration.
iii. Let thisLex be thisLex's outer environment reference.
flags: [noStrict]
features: [let]
---*/
function* g() {
let x;
eval('var x;');
}
var iter = g();
assert.throws(SyntaxError, function() {
iter.next();
});