Trait yaxpeax_core::memory::MemoryRange

pub trait MemoryRange<A: Arch + ?Sized> where
    Self: MemoryRepr<A>, {
    fn range<'a>(
        &'a self, 
        range: Range<A::Address>
    ) -> Option<ReadCursor<'a, A, Self>>;
    fn range_from<'a>(
        &'a self, 
        start: A::Address
    ) -> Option<ReadCursor<'a, A, Self>>;
}

Required methods

fn range<'a>(
    &'a self,
    range: Range<A::Address>
) -> Option<ReadCursor<'a, A, Self>>

a cursor to read data contained in range. this willfully misinterprets std::ops::Range to be inclusive on both ends, rather than [inclusive, exclusive) as the docs say. this is, for the time being, necessary because yaxpeax consistently uses ranges that are inclusive on both ends. yaxpeax must represent [inclusive, exclusive) ranges most clearly because this significantly simplifies expressing a basic block that ends at the end of its architecture’s address space.

fn range_from<'a>(
    &'a self,
    start: A::Address
) -> Option<ReadCursor<'a, A, Self>>

Implementations on Foreign Types

impl<A: Arch> MemoryRange<A> for Vec<u8>

fn range<'a>(
    &'a self,
    range: Range<A::Address>
) -> Option<ReadCursor<'a, A, Self>>

fn range_from<'a>(
    &'a self,
    start: A::Address
) -> Option<ReadCursor<'a, A, Self>>

impl<A: Arch> MemoryRange<A> for [u8]

fn range<'a>(
    &'a self,
    range: Range<A::Address>
) -> Option<ReadCursor<'a, A, Self>>

fn range_from<'a>(
    &'a self,
    start: A::Address
) -> Option<ReadCursor<'a, A, Self>>

Implementors

impl<'a, A: Arch, B: Arch<Word = A::Word>, M: MemoryRepr<A> + MemoryRange<A>> MemoryRange<B> for MemoryReprAdapter<'a, A::Address, B::Address, A, B, M> where
    Self: MemoryRepr<B>, 

impl<A: Arch> MemoryRange<A> for FlatMemoryRepr

impl<A: Arch> MemoryRange<A> for ModuleData

impl<A: Arch> MemoryRange<A> for ProcessMemoryRepr

impl<A: Arch> MemoryRange<A> for Segment

impl<A: Arch, T: Peek> MemoryRange<A> for RemoteMemoryRepr<T>