[−][src]Trait memflow::architecture::ScopedVirtualTranslate

pub trait ScopedVirtualTranslate: Clone + Copy + Send {
    fn virt_to_phys_iter<T: PhysicalMemory + ?Sized, B: SplitAtIndex, VI: Iterator<Item = (Address, B)>, VO: Extend<(PhysicalAddress, B)>, FO: Extend<(Error, Address, B)>>(
        &self, 
        mem: &mut T, 
        addrs: VI, 
        out: &mut VO, 
        out_fail: &mut FO, 
        arena: &Bump
    );

    fn translation_table_id(&self, address: Address) -> usize;

    fn arch(&self) -> ArchitectureObj;

    fn virt_to_phys<T: PhysicalMemory>(
        &self, 
        mem: &mut T, 
        addr: Address
    ) -> Result<PhysicalAddress> { ... }
}

Translates virtual memory to physical using internal translation base (usually a process' dtb)

This trait abstracts virtual address translation for a single virtual memory scope. On x86 architectures, it is a single Address - a CR3 register. But other architectures may use multiple translation bases, or use a completely different translation mechanism (MIPS).

Required methods

fn virt_to_phys_iter<T: PhysicalMemory + ?Sized, B: SplitAtIndex, VI: Iterator<Item = (Address, B)>, VO: Extend<(PhysicalAddress, B)>, FO: Extend<(Error, Address, B)>>(
    &self,
    mem: &mut T,
    addrs: VI,
    out: &mut VO,
    out_fail: &mut FO,
    arena: &Bump
)

fn translation_table_id(&self, address: Address) -> usize

fn arch(&self) -> ArchitectureObj

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Provided methods

fn virt_to_phys<T: PhysicalMemory>(
    &self,
    mem: &mut T,
    addr: Address
) -> Result<PhysicalAddress>

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Implementors

impl ScopedVirtualTranslate for X86ScopedVirtualTranslate[src]

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