.TH LIBSIMPLE_RAWMEMCMOVE 3 libsimple .SH NAME libsimple_rawmemcmove, libsimple_rawmemccpy \- copy or move bytes within an array of bytes .SH SYNOPSIS .nf #include inline void *libsimple_rawmemcmove(void *\fIdest\fP, const void *\fIsrc\fP, int \fIc\fP); inline void *libsimple_rawmemccpy(void *\fIdest\fP, const void *\fIsrc\fP, int \fIc\fP); #ifndef rawmemcmove # define rawmemcmove libsimple_rawmemcmove #endif #ifndef rawmemccpy # define rawmemccpy libsimple_rawmemccpy #endif .fi .PP Link with .IR \-lsimple . .SH DESCRIPTION The .BR libsimple_rawmemcmove () and .BR libsimple_rawmemccpy () functions move all bytes in .I src to .IR dest until the character .I c (it is converted to a .BR char ) has been copied. .PP The arrays may overlap in the .BR libsimple_rawmemcmove () function but not in the .BR libsimple_rawmemccpy () function. .PP The comparison is case-sensitive. .SH RETURN VALUE The .BR libsimple_rawmemcmove () and .BR libsimple_rawmemccpy () functions return a pointer directly behind the position of the character .I c in .I dest after it was copied. If the character .I c does not exist in .IR src , the behaviour is undefined. .SH ERRORS The .BR libsimple_rawmemcmove () and .BR libsimple_rawmemccpy () functions cannot fail. .SH ATTRIBUTES For an explanation of the terms used in this section, see .BR attributes (7). .TS allbox; lb lb lb l l l. Interface Attribute Value T{ .BR libsimple_rawmemcmove (), and .BR libsimple_rawmemccpy () T} Thread safety MT-Safe T{ .BR libsimple_rawmemcmove (), and .BR libsimple_rawmemccpy () T} Async-signal safety AS-Safe T{ .BR libsimple_rawmemcmove (), and .BR libsimple_rawmemccpy () T} Async-cancel safety AC-Safe .TE .SH EXAMPLES None. .SH APPLICATION USAGE None. .SH RATIONALE None. .SH FUTURE DIRECTIONS None. .SH NOTES None. .SH HISTORY libsimple 1.1 .SH BUGS None. .SH SEE ALSO .BR libsimple_memcmove (3), .BR libsimple_mempmove (3), .BR libsimple_mempcpy (3), .BR libsimple_strcmove (3), .BR libsimple_strncmove (3), .BR libsimple_rawmemelemmove (3), .BR memmove (3), .BR memcpy (3)