Enum Token

pub enum Token {
    StackValue(StackValue),
    Add,
    Subtract,
    Multiply,
    Divide,
    Dup,
    Drop,
    Swap,
    Over,
    Rot,
    Print,
    Println,
    If(usize),
    Elif(usize),
    Else(usize),
    MrBeast(usize),
    Eq,
    Seq,
    Sseq,
    Ineq,
    Sineq,
    Ssineq,
    Gt,
    Lt,
    Ge,
    Gse,
    Gsse,
    Le,
    Lse,
    Lsse,
    Shr,
    Shl,
    Or,
    And,
    Not,
    Xor,
    Dummy,
}

Variants

StackValue(StackValue)

Just a fucking n̶u̶m̶b̶e̶r̶ value✨

Add

Addition. Often used to add numbers.

Subtract

Subtraction. Nothin’ more, Nothin’ less.

Multiply

Multiplication. Very similar to multiplication.

Divide

Division. Quoted in famous works such as “Math”.

Dup

Used to duplicate things, much like mitosis. a – a a

Drop

Drops the thing, much like I drop depth charges at 55°16’06.9“S 13°06’37.3“W (for legal reasons, this is a joke). a –

Swap

Swaps the two things, much like the process of nurses swapping babies in hospitals. a b – b a

Over

Lets the thing jump over. No good jokes here. a b – a b a

Rot

Rotates three things, much like my testicles. a b c – b c a

Print

Prints da thang, no matter what it is (least racist keyword). a –

Println

Very similar to print, but with that sweet ln

If(usize)

if-condition, often used by white people. The u32 is an offset to jump to.

Elif(usize)

elif is like an elif,

Else(usize)

else-condition exists but is non-existent in tokens because

MrBeast(usize)

fi also exists, but non-existent in tokens because MrBeast! is a mixture between fi and elif: Once it is reached, one of the if/(el)ifs has already executed, meaning it will jump to fi.

Eq

Equality, much like the thing globally not yet reached.

Seq

Strict equality, similar to javascripts strict equality thing.

Sseq

Even stricter equality, stricter than javascripts triple equal.

Ineq

Inequality,

Sineq

Strict inequality, similar to javascripts strict inequality thing.

Ssineq

Even stricter inequality, stricter than javascripts double inequal.

Gt

Greater-than,

Lt

Less-than,

Ge

Greater-than or equal,

Gse

Greater-than or strict equal,

Gsse

Greater-than or stricterer equal,

Le

Less-than or equal,

Lse

Less-than or strict equal,

Lsse

Less-than or strict strict equal,

Shr

Shift right,

Shl

Shift left,

Or

Or, both bool and integer

And

And, both bool and integer

Not

Not, both bool and integer

Xor

Xor, both bool and integer

Dummy

Does absolutely nothing, much like this programming language.

Implementations

impl Token

pub fn name(&self) -> &'static str

Trait Implementations

impl Clone for Token

fn clone(&self) -> Token

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for Token

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

Formats the value using the given formatter.

impl Deserialize for Token

fn deserialize( deserializer: &mut Deserializer<'_, impl Read>, ) -> Result<Self, SavefileError>

Deserialize and return an instance of Self from the given deserializer.

impl EnumCount for Token

const COUNT: usize = 37usize

impl Introspect for Token

fn introspect_value(&self) -> String

Returns the value of the object, excluding children, as a string. Exactly what the value returned here is depends on the type. For some types, like a plain array, there isn’t much of a value, the entire information of object resides in the children. For other cases, like a department in an organisation, it might make sense to have the value be the name, and have all the other properties as children.

fn introspect_child( &self, index: usize, ) -> Option<Box<dyn IntrospectItem<'_> + '_>>

Returns an the name and &dyn Introspect for the child with the given index, or if no child with that index exists, None. All the children should be indexed consecutively starting at 0 with no gaps, all though there isn’t really anything stopping the user of the trait to have any arbitrary index strategy, consecutive numbering 0, 1, 2, … etc is strongly encouraged.

fn introspect_len(&self) -> usize

Returns the total number of children. The default implementation calculates this by simply calling introspect_child with higher and higher indexes until it returns None. It gives up if the count reaches 10000. If your type can be bigger and you want to be able to introspect it, override this method.

impl Packed for Token

unsafe fn repr_c_optimization_safe(file_version: u32) -> IsPacked

This method returns true if the optimization is allowed for the protocol version given as an argument. This may return true if and only if the given protocol version has a serialized format identical to the memory layout of the given protocol version. Note, the only memory layout existing is that of the most recent version, so Packed-optimization only works when disk-format is identical to memory version.

impl PartialEq for Token

fn eq(&self, other: &Token) -> 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 Serialize for Token

fn serialize( &self, serializer: &mut Serializer<'_, impl Write>, ) -> Result<(), SavefileError>

Serialize self into the given serializer.

impl WithSchema for Token

fn schema(version: u32, context: &mut WithSchemaContext) -> Schema

Returns a representation of the schema used by this Serialize implementation for the given version. The WithSchemaContext can be used to guard against recursive data structures. See documentation of WithSchemaContext.

impl StructuralPartialEq for Token