Enum Statement

pub enum Statement {
    ArrayAssignment(ArrayAssignmentSpan),
    Assignment(AssignmentSpan),
    Call(CallSpan),
    Callable(CallableSpan),
    Data(DataSpan),
    Dim(DimSpan),
    DimArray(DimArraySpan),
    Do(DoSpan),
    End(EndSpan),
    ExitDo(ExitDoSpan),
    For(ForSpan),
    Gosub(GotoSpan),
    Goto(GotoSpan),
    If(IfSpan),
    Label(LabelSpan),
    OnError(OnErrorSpan),
    Return(ReturnSpan),
    Select(SelectSpan),
    While(WhileSpan),
}

Represents a statement in the program along all data to execute it.

Variants

ArrayAssignment(ArrayAssignmentSpan)

Represents an assignment to an element of an array.

Assignment(AssignmentSpan)

Represents a variable assignment.

Call(CallSpan)

Represents a call to a builtin command such as PRINT.

Callable(CallableSpan)

Represents a FUNCTION or SUB definition. The difference between the two lies in just the presence or absence of a return type in the callable.

Data(DataSpan)

Represents a DATA statement.

Dim(DimSpan)

Represents a variable definition.

DimArray(DimArraySpan)

Represents an array definition.

Do(DoSpan)

Represents a DO statement.

End(EndSpan)

Represents an END statement.

ExitDo(ExitDoSpan)

Represents an EXIT DO statement.

For(ForSpan)

Represents a FOR statement.

Gosub(GotoSpan)

Represents a GOSUB statement.

Goto(GotoSpan)

Represents a GOTO statement.

If(IfSpan)

Represents an IF statement.

Label(LabelSpan)

Represents a label “statement”.

OnError(OnErrorSpan)

Represents an ON ERROR statement.

Return(ReturnSpan)

Represents a RETURN statement.

Select(SelectSpan)

Represents a SELECT statement.

While(WhileSpan)

Represents a WHILE statement.

Trait Implementations

impl Debug for Statement

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl PartialEq for Statement

fn eq(&self, other: &Statement) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl StructuralPartialEq for Statement