Enum graphblas_sparse_linear_algebra::context::Context

pub enum Context {
    Ready(Ready),
    NotReady(NotReady),
}

Variants

Ready(Ready)

NotReady(NotReady)

Implementations

impl Context

pub fn init_ready(_mode: Mode) -> Result<Arc<Self>, SparseLinearAlgebraError>

pub fn call_without_detailed_error_information<F>( &self, function_to_call: F ) -> Result<Status, SparseLinearAlgebraError>where F: FnMut() -> GrB_Info,

Trait Implementations

impl CallGraphBlasContext<*mut GB_BinaryOp_opaque> for Context

fn call<F>( &self, function_to_call: F, reference_to_debug_info: &GrB_BinaryOp ) -> Result<Status, SparseLinearAlgebraError>where F: FnMut() -> GrB_Info,

impl CallGraphBlasContext<*mut GB_Descriptor_opaque> for Context

fn call<F>( &self, function_to_call: F, reference_to_debug_info: &GrB_Descriptor ) -> Result<Status, SparseLinearAlgebraError>where F: FnMut() -> GrB_Info,

impl CallGraphBlasContext<*mut GB_IndexUnaryOp_opaque> for Context

fn call<F>( &self, function_to_call: F, reference_to_debug_info: &GrB_IndexUnaryOp ) -> Result<Status, SparseLinearAlgebraError>where F: FnMut() -> GrB_Info,

impl CallGraphBlasContext<*mut GB_Matrix_opaque> for Context

fn call<F>( &self, function_to_call: F, reference_to_debug_info: &GrB_Matrix ) -> Result<Status, SparseLinearAlgebraError>where F: FnMut() -> GrB_Info,

impl CallGraphBlasContext<*mut GB_Monoid_opaque> for Context

fn call<F>( &self, function_to_call: F, reference_to_debug_info: &GrB_Monoid ) -> Result<Status, SparseLinearAlgebraError>where F: FnMut() -> GrB_Info,

impl CallGraphBlasContext<*mut GB_Scalar_opaque> for Context

fn call<F>( &self, function_to_call: F, reference_to_debug_info: &GrB_Scalar ) -> Result<Status, SparseLinearAlgebraError>where F: FnMut() -> GrB_Info,

impl CallGraphBlasContext<*mut GB_Semiring_opaque> for Context

fn call<F>( &self, function_to_call: F, reference_to_debug_info: &GrB_Semiring ) -> Result<Status, SparseLinearAlgebraError>where F: FnMut() -> GrB_Info,

impl CallGraphBlasContext<*mut GB_Type_opaque> for Context

fn call<F>( &self, function_to_call: F, reference_to_debug_info: &GrB_Type ) -> Result<Status, SparseLinearAlgebraError>where F: FnMut() -> GrB_Info,

impl CallGraphBlasContext<*mut GB_UnaryOp_opaque> for Context

fn call<F>( &self, function_to_call: F, reference_to_debug_info: &GrB_UnaryOp ) -> Result<Status, SparseLinearAlgebraError>where F: FnMut() -> GrB_Info,

impl CallGraphBlasContext<*mut GB_Vector_opaque> for Context

fn call<F>( &self, function_to_call: F, reference_to_debug_info: &GrB_Vector ) -> Result<Status, SparseLinearAlgebraError>where F: FnMut() -> GrB_Info,

impl Debug for Context

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

Formats the value using the given formatter.

impl PartialEq for Context

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

This method tests for self and other values to be equal, and is used by ==.

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

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

impl StructuralPartialEq for Context