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.TH "HASHKIT_CLONE" "3" "February 09, 2014" "1.0.18" "libmemcached"
.SH NAME
hashkit_clone \- libhashkit Documentation
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.SH SYNOPSIS
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#include <libhashkit/hashkit.h>
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.B hashkit_st
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.B \fI\%hashkit_st\fP *hashkit_create(\fI\%hashkit_st\fP\fI\ *hash\fP)
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.B \fI\%hashkit_st\fP *hashkit_clone(\fI\%hashkit_st\fP\fI\ *destination\fP, const \fI\%hashkit_st\fP\fI\ *ptr\fP)
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.B void hashkit_free(\fI\%hashkit_st\fP\fI\ *hash\fP)
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.B bool hashkit_is_allocated(const \fI\%hashkit_st\fP\fI\ *hash\fP)
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Compile and link with \-lhashkit
.SH DESCRIPTION
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The \fI\%hashkit_create()\fP function initializes a hashkit object for use. If
you pass a NULL argument for hash, then the memory for the object is
allocated. If you specify a pre\-allocated piece of memory, that is
initialized for use.
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The \fI\%hashkit_clone()\fP function initializes a hashkit object much like
\fI\%hashkit_create()\fP, but instead of using default settings it will use
the settings of the ptr hashkit object.
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The \fI\%hashkit_free()\fP frees any resources being consumed by the hashkit
objects that were initialized with \fI\%hashkit_create()\fP or \fI\%hashkit_clone()\fP\&.
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The \fI\%hashkit_is_allocated()\fP reports where the memory was allocated
for a hashkit object.
.SH RETURN VALUE
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\fI\%hashkit_create()\fP and \fI\%hashkit_clone()\fP will return NULL on
failure or non\-NULL on success.
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\fI\%hashkit_is_allocated()\fP returns true if the memory for the hashkit
object was allocated inside of \fI\%hashkit_create()\fP or
\fI\%hashkit_clone()\fP, otherwise it is false and was user\-supplied memory.
.SH HOME
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To find out more information please check:
\fI\%http://libmemcached.org/\fP
.SH SEE ALSO
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\fIhashkit_create(3)\fP \fIhashkit_value(3)\fP \fIhashkit_set_hash_fn(3)\fP
.SH AUTHOR
Brian Aker
.SH COPYRIGHT
2011-2013, Brian Aker DataDifferential, http://datadifferential.com/
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