Detailed Description

Convenience functions for packing into vectors.

Functions
THREAD_SAFE void	append_db (bytevec_t &v, uchar x)
	Append a byte to a bytevec.

THREAD_SAFE void	append_obj (bytevec_t &v, const void *obj, size_t size)
	Append 'size' bytes from 'obj' to the bytevec;.

THREAD_SAFE void	append_dw (bytevec_t &v, uint16 x)
	Pack a word and append the result to the bytevec.

THREAD_SAFE void	append_dd (bytevec_t &v, uint32 x)
	Pack a double word and append the result to the bytevec.

THREAD_SAFE void	append_dq (bytevec_t &v, uint64 x)
	Pack a quadword and append the result to the bytevec.

THREAD_SAFE void	append_ea (bytevec_t &v, ea_t x)
	Pack an ea value and append the result to the bytevec.

THREAD_SAFE void	append_ds (bytevec_t &v, const char *x)
	Pack a string and append the result to the bytevec.

THREAD_SAFE void	append_buf (bytevec_t &v, const void *buf, size_t len)
	Pack an object of size 'len' and append the result to the bytevec.

THREAD_SAFE void	append_eavec (bytevec_t &v, ea_t ea, const eavec_t &insns)
	Pack an eavec and append the result to the bytevec. More...

Function Documentation

THREAD_SAFE void append_eavec	(	bytevec_t &	v,
		ea_t	ea,
		const eavec_t &	insns
	)

inline

Pack an eavec and append the result to the bytevec.

Parameters

v	output vector
ea	when we pack an eavec, we only store the differences between each value and this parameter. This is because groups of ea values will likely be similar, and therefore the differences will usually be small. A good example is packing the addresses of a function prologue. One can pass the start ea of the function as this parameter, which results in a quick and efficient packing/unpacking. (Just be sure to use the func's start ea when unpacking, of course)
insns	eavec to pack