Dart
Below are visualizations of all our scope tests for this language. These were created primarily for testing purposes rather than as documentation. There are quite a few, and they may feel a bit overwhelming from a documentation standpoint.
Scopes
Anonymous function
1. Anonymous function
An anonymous function, eg a lambda function, an arrow function, etc.Argument list
1. Argument list: Actual constructor empty
An empty list of arguments in a constructor call. Insertion delimiter should be empty.2. Argument list: Actual constructor multi line
A multi-line list of arguments in a constructor call. Insertion delimiter should include a newline.3. Argument list: Actual constructor single line
A single-line list of arguments in a constructor call4. Argument list: Actual empty
An empty list of arguments in a function call. Insertion delimiter should be empty.5. Argument list: Actual enum empty
An empty list of arguments in an enum constructor call. Insertion delimiter should be empty.6. Argument list: Actual enum multi line
A multi-line list of arguments in an enum constructor call. Insertion delimiter should include a newline.7. Argument list: Actual enum single line
A single-line list of arguments in an enum constructor call8. Argument list: Actual method empty
An empty list of arguments in a method call. Insertion delimiter should be empty.9. Argument list: Actual method multi line
A multi-line list of arguments in a method call. Insertion delimiter should include a newline.10. Argument list: Actual method single line
A single-line list of arguments in a method call11. Argument list: Actual multi line
A multi-line list of arguments in a function call. Insertion delimiter should include a newline.12. Argument list: Actual single line
A single-line list of arguments in a function call13. Argument list: Formal constructor empty
An empty list of parameters in a constructor declaration. Insertion delimiter should be empty.14. Argument list: Formal constructor multi line
A multi-line list of parameters in a constructor declaration. Insertion delimiter should include a newline.15. Argument list: Formal constructor single line
A single-line list of parameters in a constructor declaration16. Argument list: Formal empty
An empty list of parameters in a function declaration. Insertion delimiter should be empty.17. Argument list: Formal lambda empty
An empty list of parameters in an anonymous function. Insertion delimiter should be empty.18. Argument list: Formal lambda multi line
A multi-line list of parameters in an anonymous function. Insertion delimiter should include a newline.19. Argument list: Formal lambda single line
A single-line list of parameters in an anonymous function20. Argument list: Formal method empty
An empty list of parameters in a method declaration. Insertion delimiter should be empty.21. Argument list: Formal method multi line
A multi-line list of parameters in a method declaration. Insertion delimiter should include a newline.22. Argument list: Formal method single line
A single-line list of parameters in a method declaration23. Argument list: Formal multi line
A multi-line list of parameters in a function declaration. Insertion delimiter should include a newline.24. Argument list: Formal single line
A single-line list of parameters in a function declarationArgument or parameter
1. Argument: Actual constructor multi line
A multi-line argument in a constructor call. Insertion delimiter should include a newline.2. Argument: Actual constructor single line
A single-line argument in a constructor call3. Argument: Actual enum multi line
A multi-line argument in an enum constructor call. Insertion delimiter should include a newline.4. Argument: Actual enum single line
A single-line argument in an enum constructor call5. Argument: Actual method multi line
A multi-line argument in a method call. Insertion delimiter should include a newline.6. Argument: Actual method single line
A single-line argument in a method call7. Argument: Actual multi line
A multi-line argument in a function call. Insertion delimiter should include a newline.8. Argument: Actual single line
A single-line argument in a function call9. Argument: Formal catch
A parameter in a catch clause10. Argument: Formal constructor multi line
A multi-line parameter in a constructor declaration. Insertion delimiter should include a newline.11. Argument: Formal constructor single line
A single-line parameter in a constructor declaration12. Argument: Formal lambda multi line
A multi-line parameter in an anonymous function. Insertion delimiter should include a newline.13. Argument: Formal lambda single line
A single-line parameter in an anonymous function14. Argument: Formal method multi line
A multi-line parameter in a method declaration. Insertion delimiter should include a newline.15. Argument: Formal method single line
A single-line parameter in a method declaration16. Argument: Formal multi line
A multi-line parameter in a function declaration. Insertion delimiter should include a newline.17. Argument: Formal single line
A single-line parameter in a function declaration18. Argument: Actual (iteration)
Iteration scope for arguments in a function call: the argument list. The domain should be the entire function call.19. Argument: Actual constructor (iteration)
Iteration scope for arguments in a constructor call: the argument list. The domain should be the entire constructor call..20. Argument: Actual enum (iteration)
Iteration scope for arguments in an enum constructor call: the argument list. The domain should be the entire enum constructor call..21. Argument: Actual method (iteration)
Iteration scope for arguments in a method call: the argument list. The domain should be the entire method call.22. Argument: Formal (iteration)
Iteration scope for parameters in a function declaration: the parameter list. The domain should be the entire function.23. Argument: Formal constructor (iteration)
Iteration scope for parameters in a constructor declaration: the parameter list. The domain should be the entire constructor.24. Argument: Formal lambda (iteration)
Iteration scope for parameters in an anonymous function: the parameter list. The domain should be the entire anonymous function.25. Argument: Formal method (iteration)
Iteration scope for parameters in a method declaration: the parameter list. The domain should be the entire method.Branch
1. Branch: If
An if branch2. Branch: If elif else
An if-elif-else branch. The removal range for the if branch should include the trailingelse keyword.3. Branch: If else
An if-else branch4. Branch: Switch case
A case/default branch in a switch statement5. Branch: Ternary
A branch in a ternary expression6. Branch: Try
A try/catch/finally branch7. Branch: If (iteration)
Iteration scope for if/elif/else branches: the if/elif/else statement.8. Branch: Switch case (iteration)
Iteration scope for case/default branches in a switch statement: the switch statement body.9. Branch: Ternary (iteration)
Iteration scope for ternary expression branches: the ternary expression.10. Branch: Try (iteration)
Iteration scope for try/catch/finally branches: the try/catch/finally statement.Class
1. Class
A class/struct declaration2. Class (iteration document)
Iteration scope for classes: the entire document including leading and trailing empty lines.Collection item
1. Collection item: Unenclosed multi line
An item in a comma-separated multi-line list without enclosing delimiters. This could be multi-variable declarations, import statements, etc. Insertion delimiter should include a newline.2. Collection item: Unenclosed single line
An item in a comma-separated single-line list without enclosing delimiters. This could be multi-variable declarations, import statements, etc.3. Collection item: Unenclosed (iteration)
Iteration scope for items in a comma-separated list without enclosing delimitersCollection key
1. Key: Map pair
Key (LHS) of a key-value pair in a map2. Key: Map pair (iteration)
Iteration scope for keys of key-value pairs in a map: should be between the braces.Comment
1. Comment: Block
A block comment2. Comment: Line
A line commentCondition
1. Condition: Do while
A condition in a do-while loop2. Condition: For
A condition in a for loop3. Condition: If
A condition in an if statement4. Condition: Switch case
A condition in a switch statement5. Condition: Ternary
A condition in a ternary expression6. Condition: While
A condition in a while loop7. Condition: Switch case (iteration)
Iteration scope for conditions in a switch statement: the switch statement body.Function call
1. Function call
A function call2. Function call: Chain
A chain of function calls, egfoo().bar()3. Function call: Constructor
A constructor call4. Function call: Enum
An enum constructor call5. Function call: Generic
A function call with generic type arguments6. Function call: Method
A method callFunction callee
1. Function callee
The function being called in a function call2. Function callee: Chain
The function being called in a chain of function calls, including parent objects.3. Function callee: Constructor
The class being constructed in a class instantiation, including thenew keyword.4. Function callee: Enum
The enum constructor being called5. Function callee: Generic
The function being called in a function call with generic type arguments6. Function callee: Method
The function being called in a method call, including parent objects.If statement
1. If statement
An if statementList
1. List
A list/arrayMap
1. Map
A map/dictionaryName
1. Name: Argument actual
Name of a (keyword) argument in a function call2. Name: Argument catch
Name of a parameter in a catch clause3. Name: Argument formal
Name of a parameter in a function declaration4. Name: Argument formal constructor
Name of a parameter in a constructor declaration5. Name: Argument formal lambda
Name of a parameter in an anonymous function6. Name: Argument formal method
Name of a parameter in a method declaration7. Name: Assignment
Name (LHS) of an assignment statement8. Name: Assignment compound
Name (LHS) of a compound assignment statement, eg +=/-=9. Name: Class
Name of a class/struct declaration10. Name: Constant
Name (LHS) of a constant declaration11. Name: Constructor
Name of a constructor declaration12. Name: Enum
Name of an enum declaration13. Name: Field class
Name (LHS) of a field declaration in a class/struct14. Name: Field enum
Name (LHS) of a field declaration in an enum15. Name: Foreach
Iteration variable name in a for-each loop16. Name: Function
Name of a function declaration17. Name: Method
Name of a method declaration18. Name: Type alias
Name (LHS) of a type alias declaration19. Name: Variable initialized
Name (LHS) of an initialized variable declaration20. Name: Variable uninitialized
Name (LHS) of an uninitialized variable declaration21. Name (iteration block)
Iteration scope for names: statement blocks (body of functions/if-statements/for-loops/etc).22. Name (iteration class)
Iteration scope for names: class bodies.23. Name (iteration document)
Iteration scope for names: the entire document including leading and trailing empty lines.24. Name (iteration enum)
Iteration scope for names: enum bodies.25. Name: Argument actual (iteration)
Iteration scope for names of (keyword) arguments in a function call: the argument list.26. Name: Argument formal (iteration)
Iteration scope for names of parameters in a function declaration: the parameter list.27. Name: Argument formal constructor (iteration)
Iteration scope for names of parameters in a constructor declaration: the parameter list.28. Name: Argument formal lambda (iteration)
Iteration scope for names of parameters in an anonymous function: the parameter list.29. Name: Argument formal method (iteration)
Iteration scope for names of parameters in a method declaration: the parameter list.Named function
1. Named function
A named function declaration2. Named function: Constructor
A constructor declaration3. Named function: Method
A method declaration4. Named function (iteration class)
Iteration scope for named functions: class bodies.5. Named function (iteration document)
Iteration scope for named functions: the entire document including leading and trailing empty lines.Statement
1. Statement: Assignment
An assignment statement2. Statement: Assignment compound
A compound assignment statement, eg +=/-=3. Statement: Break
A break statement4. Statement: Class
A class/struct declaration5. Statement: Constant
A constant declaration6. Statement: Constructor
A constructor declaration7. Statement: Continue
A continue statement8. Statement: Do while
A do-while loop9. Statement: Enum
An enum declaration10. Statement: Field class
A field declaration in a class/struct11. Statement: For
A for loop12. Statement: Foreach
A for-each loop13. Statement: Function
A named function declaration14. Statement: Function call
A function call statement15. Statement: If
An if/elif/else statement16. Statement: Import
An import statement17. Statement: Method
A method declaration18. Statement: Return
A return statement19. Statement: Switch
A switch statement20. Statement: Throw
A throw statement21. Statement: Try
A try/catch/finally statement22. Statement: Type alias
A type alias declaration23. Statement: Update
An update statement, eg ++/--24. Statement: Variable initialized
An initialized variable declaration25. Statement: Variable uninitialized
An uninitialized variable declaration26. Statement: While
A while loop27. Statement: Yield
A yield statement28. Statement (iteration block)
Iteration scope for statements: statement blocks (body of functions/if-statements/for-loops/etc).29. Statement (iteration class)
Iteration scope for statements: class bodies.30. Statement (iteration document)
Iteration scope for statements: the entire document including leading and trailing empty lines.Type
1. Type: Alias
A type alias declaration2. Type: Argument catch
Type of a parameter in a catch clause3. Type: Argument formal
Type of a parameter in a function declaration4. Type: Argument formal constructor
Type of a parameter in a constructor declaration5. Type: Argument formal lambda
Type of a parameter in an anonymous function6. Type: Argument formal method
Type of a parameter in a method declaration7. Type: Cast
A type cast8. Type: Class
A class/struct declaration9. Type: Constant
Type of a constant declaration10. Type: Enum
An enum declaration11. Type: Field class
Type of a field declaration in a class/struct12. Type: Foreach
Type of a variable in a for-each loop13. Type: Return
Type of a return value in a function declaration14. Type: Return method
Type of a return value in a method declaration15. Type: Type argument
Type argument to a generic / parametrized type16. Type: Variable initialized
Type of an initialized variable declaration17. Type: Variable uninitialized
Type of an uninitialized variable declaration18. Type (iteration block)
Iteration scope for types: statement blocks (body of functions/if-statements/for-loops/etc).19. Type (iteration class)
Iteration scope for types: class bodies.20. Type (iteration document)
Iteration scope for types: the entire document including leading and trailing empty lines.21. Type: Argument formal (iteration)
Iteration scope for types of parameters in a function declaration: the parameter list.22. Type: Argument formal constructor (iteration)
Iteration scope for types of parameters in a constructor declaration: the parameter list.23. Type: Argument formal lambda (iteration)
Iteration scope for types of parameters in an anonymous function: the parameter list.24. Type: Argument formal method (iteration)
Iteration scope for types of parameters in a method declaration: the parameter list.25. Type: Type argument (iteration)
Iteration scope for type arguments to a generic / parametrized type: the type argument list.Value
1. Value: Argument actual
Value of a (keyword) argument in a function call2. Value: Argument formal
Default value of a parameter in a function declaration3. Value: Argument formal constructor
Default value of a parameter in a constructor declaration4. Value: Argument formal lambda
Default value of a parameter in an anonymous function5. Value: Argument formal method
Default value of a parameter in a method declaration6. Value: Assignment
Value (RHS) of an assignment statement7. Value: Assignment compound
Value (RHS) of a compound assignment statement, eg +=/-=8. Value: Constant
Value (RHS) of a constant declaration9. Value: Field class
Value (RHS) of a field declaration in a class/struct10. Value: Foreach
Iterable in a for-each loop11. Value: Map pair
Value (RHS) of a key-value pair in a map12. Value: Return
Return value of a function13. Value: Return lambda
Implicit return value of an anonymous function14. Value: Switch
Value / subject of a switch statement15. Value: Throw
Value of a throw statement16. Value: Type alias
Type expression (RHS) of a type alias declaration17. Value: Variable
Value (RHS) of a variable declaration18. Value: Yield
Value of a yield statement19. Value (iteration block)
Iteration scope for values: statement blocks (body of functions/if-statements/for-loops/etc).20. Value (iteration class)
Iteration scope for values: class bodies.21. Value (iteration document)
Iteration scope for values: the entire document including leading and trailing empty lines.22. Value: Argument actual (iteration)
Iteration scope for values of (keyword) arguments in a function call: the argument list.23. Value: Argument formal (iteration)
Iteration scope for default values of parameters in a function declaration: the parameter list.24. Value: Argument formal constructor (iteration)
Iteration scope for default values of parameters in a constructor declaration: the parameter list.25. Value: Argument formal lambda (iteration)
Iteration scope for default values of parameters in an anonymous function: the parameter list.26. Value: Argument formal method (iteration)
Iteration scope for default values of parameters in a method declaration: the parameter list.27. Value: Map pair (iteration)
Iteration scope for values of key-value pairs in a map: should be between the braces.Internal scopes
The following are internal scopes. They are not intended for user interaction or spoken use. These scopes exist solely for internal Cursorless functionality.
Disqualify delimiter
1. Disqualify delimiter
Internally used to disqualify a token from being treated as a surrounding pair delimiter. This will usually be operators containing> or <, eg <, <=, ->, etc.