fn resolve_memory(
        &self,
        _field_name: &str,
        _descriptor: &MemoryDescriptor,
    ) -> Result<MemoryRef, wasmi::Error> {
        Err(wasmi::Error::Memory("Does not exist".to_string()))
    }
/// Resolve a memory.
///
/// Returned memory should match requested memory (described by the `descriptor`),
/// i.e. initial size of a returned memory should be equal or larger than requested memory.
/// Furthermore, if requested memory have maximum size, returned memory either should have
/// equal or larger maximum size or have no maximum size at all.
/// If returned memory doesn't match the requested then link-time error will occur.
Resolve a memory.
Returned memory should match requested memory (described by the `descriptor`),
i.e. initial size of a returned memory should be equal or larger than requested memory.
Furthermore, if requested memory have maximum size, returned memory either should have
equal or larger maximum size or have no maximum size at all.
If returned memory doesn't match the requested then link-time error will occur.
Resolve a memory . Returned memory should match requested memory ( described by the ` descriptor ` ) i . e . initial size of a returned memory should be equal or larger than requested memory . Furthermore if requested memory have maximum size returned memory either should have equal or larger maximum size or have no maximum size at all . If returned memory doesn ' t match the requested then link - time error will occur .
fn resolve_memory(
        &self,
        _field_name: &str,
        _descriptor: &MemoryDescriptor,
    ) -> Result<MemoryRef, wasmi::Error> {
        Err(wasmi::Error::Memory("Does not exist".to_string()))
    }
fn resolve_memory ( & self , _field_name : & str , _descriptor : & MemoryDescriptor , ) -> Result < MemoryRef , wasmi :: Error > { Err ( wasmi :: Error :: Memory ( " " . to_string ( ) ) ) }
Resolve a memory.
Resolve a memory .
&self
_field_name
&str
_descriptor
&MemoryDescriptor
&self
_field_name
&str
_descriptor
&MemoryDescriptor