Struct Clock 

pub struct Clock(pub bool);

A runtime clock type for FMU variables

Tuple Fields

0: bool

Trait Implementations

impl Clone for Clock

fn clone(&self) -> Clock

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for Clock

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

Formats the value using the given formatter.

impl Default for Clock

fn default() -> Clock

Returns the “default value” for a type.

impl Deref for Clock

type Target = bool

The resulting type after dereferencing.

fn deref(&self) -> &Self::Target

Dereferences the value.

impl DerefMut for Clock

fn deref_mut(&mut self) -> &mut Self::Target

Mutably dereferences the value.

impl FmiVariableBuilder for Clock

type Var = FmiClock

type Start = ()

fn finish(builder: VariableBuilder<Self>) -> Self::Var

Type-specific finish method that creates the concrete variable type.

fn variable( name: impl Into<String>, value_reference: u32, ) -> VariableBuilder<Self>

Create a new variable builder with the given name.

impl<M: Model> ModelGetSet<M> for Clock

const FIELD_COUNT: usize = 1

The total number of primitive fields when flattened

fn get_clock( &mut self, vr: fmi3ValueReference, value: &mut fmi3Clock, _context: &dyn Context<M>, ) -> Result<(), Fmi3Error>

Get clock values from the model Note: For Output clocks, this method should reset the clock to false after reading

fn set_clock( &mut self, vr: fmi3ValueReference, value: &fmi3Clock, _context: &dyn Context<M>, ) -> Result<(), Fmi3Error>

Set clock values in the model

fn get_boolean( &self, _vr: fmi3ValueReference, _values: &mut [bool], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Get [<$name>] values from the model Returns the number of elements that were actually read

fn set_boolean( &mut self, _vr: fmi3ValueReference, _values: &[bool], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Set [<$name>] values in the model Returns the number of elements that were actually written

fn get_float32( &self, _vr: fmi3ValueReference, _values: &mut [f32], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Get [<$name>] values from the model Returns the number of elements that were actually read

fn set_float32( &mut self, _vr: fmi3ValueReference, _values: &[f32], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Set [<$name>] values in the model Returns the number of elements that were actually written

fn get_float64( &self, _vr: fmi3ValueReference, _values: &mut [f64], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Get [<$name>] values from the model Returns the number of elements that were actually read

fn set_float64( &mut self, _vr: fmi3ValueReference, _values: &[f64], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Set [<$name>] values in the model Returns the number of elements that were actually written

fn get_int8( &self, _vr: fmi3ValueReference, _values: &mut [i8], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Get [<$name>] values from the model Returns the number of elements that were actually read

fn set_int8( &mut self, _vr: fmi3ValueReference, _values: &[i8], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Set [<$name>] values in the model Returns the number of elements that were actually written

fn get_int16( &self, _vr: fmi3ValueReference, _values: &mut [i16], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Get [<$name>] values from the model Returns the number of elements that were actually read

fn set_int16( &mut self, _vr: fmi3ValueReference, _values: &[i16], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Set [<$name>] values in the model Returns the number of elements that were actually written

fn get_int32( &self, _vr: fmi3ValueReference, _values: &mut [i32], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Get [<$name>] values from the model Returns the number of elements that were actually read

fn set_int32( &mut self, _vr: fmi3ValueReference, _values: &[i32], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Set [<$name>] values in the model Returns the number of elements that were actually written

fn get_int64( &self, _vr: fmi3ValueReference, _values: &mut [i64], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Get [<$name>] values from the model Returns the number of elements that were actually read

fn set_int64( &mut self, _vr: fmi3ValueReference, _values: &[i64], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Set [<$name>] values in the model Returns the number of elements that were actually written

fn get_uint8( &self, _vr: fmi3ValueReference, _values: &mut [u8], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Get [<$name>] values from the model Returns the number of elements that were actually read

fn set_uint8( &mut self, _vr: fmi3ValueReference, _values: &[u8], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Set [<$name>] values in the model Returns the number of elements that were actually written

fn get_uint16( &self, _vr: fmi3ValueReference, _values: &mut [u16], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Get [<$name>] values from the model Returns the number of elements that were actually read

fn set_uint16( &mut self, _vr: fmi3ValueReference, _values: &[u16], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Set [<$name>] values in the model Returns the number of elements that were actually written

fn get_uint32( &self, _vr: fmi3ValueReference, _values: &mut [u32], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Get [<$name>] values from the model Returns the number of elements that were actually read

fn set_uint32( &mut self, _vr: fmi3ValueReference, _values: &[u32], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Set [<$name>] values in the model Returns the number of elements that were actually written

fn get_uint64( &self, _vr: fmi3ValueReference, _values: &mut [u64], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Get [<$name>] values from the model Returns the number of elements that were actually read

fn set_uint64( &mut self, _vr: fmi3ValueReference, _values: &[u64], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Set [<$name>] values in the model Returns the number of elements that were actually written

fn get_string( &self, _vr: fmi3ValueReference, _values: &mut [CString], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Get [<$name>] values from the model Returns the number of elements that were actually read

fn set_string( &mut self, _vr: fmi3ValueReference, _values: &[CString], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Set [<$name>] values in the model Returns the number of elements that were actually written

fn get_binary( &self, _vr: fmi3ValueReference, _values: &mut [&mut [u8]], _context: &dyn Context<M>, ) -> Result<Vec<usize>, Fmi3Error>

Get binary values from the model Returns the sizes of the binary data that were actually read

fn set_binary( &mut self, _vr: fmi3ValueReference, _values: &[&[u8]], _context: &dyn Context<M>, ) -> Result<usize, Fmi3Error>

Set binary values in the model Returns the number of binary elements that were actually written

impl PartialEq for Clock

fn eq(&self, other: &Clock) -> 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 Copy for Clock

impl Eq for Clock

impl StructuralPartialEq for Clock