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📄 consistent-type-assertions.test.ts

📊 Analysis Summary

Metric Count
🔧 Functions 16
📦 Imports 7
📊 Variables & Constants 9

📚 Table of Contents

🛠️ File Location:

📂 packages/eslint-plugin/tests/rules/consistent-type-assertions.test.ts

📦 Imports

Name Source
TSESTree @typescript-eslint/utils
RuleTester @typescript-eslint/rule-tester
MessageIds ../../src/rules/consistent-type-assertions
Options ../../src/rules/consistent-type-assertions
rule ../../src/rules/consistent-type-assertions
dedupeTestCases ../dedupeTestCases
batchedSingleLineTests ../RuleTester

Variables & Constants

Name Type Kind Value Exported
ruleTester any const new RuleTester() ✗
ANGLE_BRACKET_TESTS_EXCEPT_CONST_CASE "\nconst x = <Foo>new Generic<int>();\nconst x = <A>b;\nconst x = <readonly number[]>[1];\nconst x = <a | b>('string');\nconst x = <A>!'string';\nconst x = <A>a + b;\nconst x = <(A)>a + (b);\nconst x = <Foo>(new Generic<string>());\nconst x = new (<Foo>Generic<string>)();\nconst x = new (<Foo>Generic<string>)('strin... const ``
const x = new Generic();
const x = b;
const x = [1];
const x = <a b>('string');
const x = !'string';
const x = a + b;
const x = <(A)>a + (b);
const x = (new Generic());
const x = new (Generic)();
const x = new (Generic)('string');
const x = () => { bar: 5 };
const x = () => ({ bar: 5 });
const x = () => bar;
const x = bar`\${"baz"}`;`` ✗
ANGLE_BRACKET_TESTS "\nconst x = <Foo>new Generic<int>();\nconst x = <A>b;\nconst x = <readonly number[]>[1];\nconst x = <a | b>('string');\nconst x = <A>!'string';\nconst x = <A>a + b;\nconst x = <(A)>a + (b);\nconst x = <Foo>(new Generic<string>());\nconst x = new (<Foo>Generic<string>)();\nconst x = new (<Foo>Generic<string>)('strin... const ``${ANGLE_BRACKET_TESTS_EXCEPT_CONST_CASE}
const x = { key: 'value' };
`` ✗
AS_TESTS_EXCEPT_CONST_CASE "\nconst x = new Generic<int>() as Foo;\nconst x = b as A;\nconst x = [1] as readonly number[];\nconst x = 'string' as a | b;\nconst x = !'string' as A;\nconst x = (a as A) + b;\nconst x = (a as A) + (b);\nconst x = new Generic<string>() as Foo;\nconst x = new ((Generic<string>) as Foo)();\nconst x = new ((Generic<s... const ``
const x = new Generic() as Foo;
const x = b as A;
const x = [1] as readonly number[];
const x = 'string' as a b;
const x = !'string' as A;
const x = (a as A) + b;
const x = (a as A) + (b);
const x = new Generic() as Foo;
const x = new ((Generic) as Foo)();
const x = new ((Generic) as Foo)('string');
const x = () => ({ bar: 5 } as Foo);
const x = () => ({ bar: 5 } as Foo);
const x = () => (bar as Foo);
const x = bar`\${"baz"}` as Foo;`` ✗
AS_TESTS "\nconst x = new Generic<int>() as Foo;\nconst x = b as A;\nconst x = [1] as readonly number[];\nconst x = 'string' as a | b;\nconst x = !'string' as A;\nconst x = (a as A) + b;\nconst x = (a as A) + (b);\nconst x = new Generic<string>() as Foo;\nconst x = new ((Generic<string>) as Foo)();\nconst x = new ((Generic<s... const ``${AS_TESTS_EXCEPT_CONST_CASE}
const x = { key: 'value' } as const;
`` ✗
OBJECT_LITERAL_AS_CASTS "\nconst x = {} as Foo<int>;\nconst x = ({}) as a | b;\nconst x = {} as A + b;\n" const ``
const x = {} as Foo;
const x = ({}) as a b;
const x = {} as A + b;
`` ✗
OBJECT_LITERAL_ANGLE_BRACKET_CASTS "\nconst x = <Foo<int>>{};\nconst x = <a | b>({});\nconst x = <A>{} + b;\n" const ``
const x = >{};
const x = <a b>({});
const x = {} + b;
`` ✗
OBJECT_LITERAL_ARGUMENT_AS_CASTS "\nprint({ bar: 5 } as Foo)\nnew print({ bar: 5 } as Foo)\nfunction foo() { throw { bar: 5 } as Foo }\nfunction b(x = {} as Foo.Bar) {}\nfunction c(x = {} as Foo) {}\nprint?.({ bar: 5 } as Foo)\nprint?.call({ bar: 5 } as Foo)\nprint${{ bar: 5 } as Foo}\n" const ``
print({ bar: 5 } as Foo)
new print({ bar: 5 } as Foo)
function foo() { throw { bar: 5 } as Foo }
function b(x = {} as Foo.Bar) {}
function c(x = {} as Foo) {}
print?.({ bar: 5 } as Foo)
print?.call({ bar: 5 } as Foo)
print`\${{ bar: 5 } as Foo}`
`` ✗
OBJECT_LITERAL_ARGUMENT_ANGLE_BRACKET_CASTS "\nprint(<Foo>{ bar: 5 })\nnew print(<Foo>{ bar: 5 })\nfunction foo() { throw <Foo>{ bar: 5 } }\nprint?.(<Foo>{ bar: 5 })\nprint?.call(<Foo>{ bar: 5 })\nprint${{ bar: 5 }}\n" const ``
print({ bar: 5 })
new print({ bar: 5 })
function foo() { throw { bar: 5 } }
print?.({ bar: 5 })
print?.call({ bar: 5 })
print`\${{ bar: 5 }}`
`` ✗

Functions

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse

parse(): TSESTree.Program

Code 
(): TSESTree.Program => parser.parse('123;')
  • Return Type: TSESTree.Program
  • Calls:
  • parser.parse