Trait ICapeThermoCompoundsImpl

pub trait ICapeThermoCompoundsImpl: ICapeThermoCompounds {
    type T: ICapeInterfaceImpl + ICapeThermoCompoundsImpl;

    const VTABLE: CAPEOPEN_1_2_ICapeThermoCompounds_VTable = _;

    // Required method
    fn as_interface_pointer(&mut self) -> *mut ICapeInterface;

    // Provided methods
    fn init_interface() -> ICapeInterface { ... }
    fn init<Timpl: ICapeThermoCompoundsImpl + ICapeInterfaceImpl>(u: &mut Timpl) { ... }
    extern "C" fn raw_get_compound_constant(
        me: *mut c_void,
        props: *mut ICapeArrayString,
        comp_ids: *mut ICapeArrayString,
        contains_missing_values: *mut CapeBoolean,
        prop_vals: *mut ICapeArrayValue,
    ) -> CapeResult { ... }
    extern "C" fn raw_get_compound_list(
        me: *mut c_void,
        comp_ids: *mut ICapeArrayString,
        formulae: *mut ICapeArrayString,
        names: *mut ICapeArrayString,
        boil_temps: *mut ICapeArrayReal,
        molwts: *mut ICapeArrayReal,
        casnos: *mut ICapeArrayString,
    ) -> CapeResult { ... }
    extern "C" fn raw_get_const_prop_list(
        me: *mut c_void,
        props: *mut ICapeArrayString,
    ) -> CapeResult { ... }
    extern "C" fn raw_get_num_compounds(
        me: *mut c_void,
        num: *mut CapeInteger,
    ) -> CapeResult { ... }
    extern "C" fn raw_get_p_dependent_property(
        me: *mut c_void,
        props: *mut ICapeArrayString,
        pressure: CapeReal,
        comp_ids: *mut ICapeArrayString,
        contains_missing_values: *mut CapeBoolean,
        prop_vals: *mut ICapeArrayReal,
    ) -> CapeResult { ... }
    extern "C" fn raw_get_p_dependent_prop_list(
        me: *mut c_void,
        props: *mut ICapeArrayString,
    ) -> CapeResult { ... }
    extern "C" fn raw_get_t_dependent_property(
        me: *mut c_void,
        props: *mut ICapeArrayString,
        temperature: CapeReal,
        comp_ids: *mut ICapeArrayString,
        contains_missing_values: *mut CapeBoolean,
        prop_vals: *mut ICapeArrayReal,
    ) -> CapeResult { ... }
    extern "C" fn raw_get_t_dependent_prop_list(
        me: *mut c_void,
        props: *mut ICapeArrayString,
    ) -> CapeResult { ... }
}

Provided Associated Constants

const VTABLE: CAPEOPEN_1_2_ICapeThermoCompounds_VTable = _

Required Associated Types

type T: ICapeInterfaceImpl + ICapeThermoCompoundsImpl

Required Methods

fn as_interface_pointer(&mut self) -> *mut ICapeInterface

Provided Methods

fn init_interface() -> ICapeInterface

prepare CAPEOPEN_1_2_ICapeThermoCompounds interface and return as generic ICapeInterface pointer

fn init<Timpl: ICapeThermoCompoundsImpl + ICapeInterfaceImpl>(u: &mut Timpl)

extern "C" fn raw_get_compound_constant( me: *mut c_void, props: *mut ICapeArrayString, comp_ids: *mut ICapeArrayString, contains_missing_values: *mut CapeBoolean, prop_vals: *mut ICapeArrayValue, ) -> CapeResult

extern "C" fn raw_get_compound_list( me: *mut c_void, comp_ids: *mut ICapeArrayString, formulae: *mut ICapeArrayString, names: *mut ICapeArrayString, boil_temps: *mut ICapeArrayReal, molwts: *mut ICapeArrayReal, casnos: *mut ICapeArrayString, ) -> CapeResult

extern "C" fn raw_get_const_prop_list( me: *mut c_void, props: *mut ICapeArrayString, ) -> CapeResult

extern "C" fn raw_get_num_compounds( me: *mut c_void, num: *mut CapeInteger, ) -> CapeResult

extern "C" fn raw_get_p_dependent_property( me: *mut c_void, props: *mut ICapeArrayString, pressure: CapeReal, comp_ids: *mut ICapeArrayString, contains_missing_values: *mut CapeBoolean, prop_vals: *mut ICapeArrayReal, ) -> CapeResult

extern "C" fn raw_get_p_dependent_prop_list( me: *mut c_void, props: *mut ICapeArrayString, ) -> CapeResult

extern "C" fn raw_get_t_dependent_property( me: *mut c_void, props: *mut ICapeArrayString, temperature: CapeReal, comp_ids: *mut ICapeArrayString, contains_missing_values: *mut CapeBoolean, prop_vals: *mut ICapeArrayReal, ) -> CapeResult

extern "C" fn raw_get_t_dependent_prop_list( me: *mut c_void, props: *mut ICapeArrayString, ) -> CapeResult

Dyn Compatibility

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety", so this trait is not object safe.

Implementors