/src/krb5/src/include/k5-buf.h

Source (jump to first uncovered line)
/* -*- mode: c; c-basic-offset: 4; indent-tabs-mode: nil -*- */
/* include/k5-buf.h - k5buf interface declarations */
/*
 * Copyright 2008 Massachusetts Institute of Technology.
 * All Rights Reserved.
 *
 * Export of this software from the United States of America may
 *   require a specific license from the United States Government.
 *   It is the responsibility of any person or organization contemplating
 *   export to obtain such a license before exporting.
 *
 * WITHIN THAT CONSTRAINT, permission to use, copy, modify, and
 * distribute this software and its documentation for any purpose and
 * without fee is hereby granted, provided that the above copyright
 * notice appear in all copies and that both that copyright notice and
 * this permission notice appear in supporting documentation, and that
 * the name of M.I.T. not be used in advertising or publicity pertaining
 * to distribution of the software without specific, written prior
 * permission.  Furthermore if you modify this software you must label
 * your software as modified software and not distribute it in such a
 * fashion that it might be confused with the original M.I.T. software.
 * M.I.T. makes no representations about the suitability of
 * this software for any purpose.  It is provided "as is" without express
 * or implied warranty.
 */

#ifndef K5_BUF_H
#define K5_BUF_H

#include <stdarg.h>
#include <string.h>

/*
 * The k5buf module is intended to allow multi-step string construction in a
 * fixed or dynamic buffer without the need to check for a failure at each step
 * (and without aborting on malloc failure).  If an allocation failure occurs
 * or the fixed buffer runs out of room, the buffer will be set to an error
 * state which can be detected with k5_buf_status.  Data in a buffer is not
 * automatically terminated with a zero byte; call k5_buf_cstring() to use the
 * contents as a C string.
 *
 * k5buf structures are usually stack-allocated.  Do not put k5buf structure
 * pointers into public APIs.  It is okay to reference the data and len fields
 * of a buffer (they will be NULL/0 if the buffer is in an error state), but do
 * not change them.
 */

/* Buffer type values */
enum k5buftype { K5BUF_ERROR, K5BUF_FIXED, K5BUF_DYNAMIC, K5BUF_DYNAMIC_ZAP };

struct k5buf {
    enum k5buftype buftype;
    void *data;
    size_t space;
    size_t len;
};

#define EMPTY_K5BUF { K5BUF_ERROR }

/* Initialize a k5buf using a fixed-sized, existing buffer.  SPACE must be
 * more than zero, or an assertion failure will result. */
void k5_buf_init_fixed(struct k5buf *buf, void *data, size_t space);

/* Initialize a k5buf using an internally allocated dynamic buffer. */
void k5_buf_init_dynamic(struct k5buf *buf);

/* Initialize a k5buf using an internally allocated dynamic buffer, zeroing
 * memory when reallocating or freeing. */
void k5_buf_init_dynamic_zap(struct k5buf *buf);

/* Add a C string to BUF. */
void k5_buf_add(struct k5buf *buf, const char *data);

/* Add a counted series of bytes to BUF. */
void k5_buf_add_len(struct k5buf *buf, const void *data, size_t len);

/* Add sprintf-style formatted data to BUF.  For a fixed-length buffer this
 * operation will fail if there isn't room for a zero terminator. */
void k5_buf_add_fmt(struct k5buf *buf, const char *fmt, ...)
#if !defined(__cplusplus) && (__GNUC__ > 2)
    __attribute__((__format__(__printf__, 2, 3)))
#endif
    ;

/* Add sprintf-style formatted data to BUF, with a va_list.  The value of ap is
 * undefined after the call. */
void k5_buf_add_vfmt(struct k5buf *buf, const char *fmt, va_list ap)
#if !defined(__cplusplus) && (__GNUC__ > 2)
    __attribute__((__format__(__printf__, 2, 0)))
#endif
    ;

/* Without changing the length of buf, ensure that there is a zero byte after
 * buf.data and return it.  Return NULL on error. */
char *k5_buf_cstring(struct k5buf *buf);

/* Extend the length of buf by len and return a pointer to the reserved space,
 * to be filled in by the caller.  Return NULL on error. */
void *k5_buf_get_space(struct k5buf *buf, size_t len);

/* Truncate BUF.  LEN must be between 0 and the existing buffer
 * length, or an assertion failure will result. */
void k5_buf_truncate(struct k5buf *buf, size_t len);

/* Return ENOMEM if buf is in an error state, 0 otherwise. */
int k5_buf_status(struct k5buf *buf);

/*
 * Free the storage used in the dynamic buffer BUF.  The caller may choose to
 * take responsibility for freeing the data pointer instead of using this
 * function.  If BUF is a fixed buffer, an assertion failure will result.
 * Freeing a buffer in the error state, a buffer initialized with EMPTY_K5BUF,
 * or a zeroed k5buf structure is a no-op.
 */
void k5_buf_free(struct k5buf *buf);

static inline void
k5_buf_add_byte(struct k5buf *buf, uint8_t val)
{
    k5_buf_add_len(buf, &val, 1);
}

static inline void
k5_buf_add_uint16_be(struct k5buf *buf, uint16_t val)
{
    void *p = k5_buf_get_space(buf, 2);

    if (p != NULL)
        store_16_be(val, p);
}

static inline void
k5_buf_add_uint16_le(struct k5buf *buf, uint16_t val)
{
    void *p = k5_buf_get_space(buf, 2);

    if (p != NULL)
        store_16_le(val, p);
}

static inline void
k5_buf_add_uint32_be(struct k5buf *buf, uint32_t val)
{
    void *p = k5_buf_get_space(buf, 4);

    if (p != NULL)
        store_32_be(val, p);
}

static inline void
k5_buf_add_uint32_le(struct k5buf *buf, uint32_t val)
{
    void *p = k5_buf_get_space(buf, 4);

    if (p != NULL)
        store_32_le(val, p);
}

static inline void
k5_buf_add_uint64_be(struct k5buf *buf, uint64_t val)
{
    void *p = k5_buf_get_space(buf, 8);

    if (p != NULL)
        store_64_be(val, p);
}

static inline void
k5_buf_add_uint64_le(struct k5buf *buf, uint64_t val)
{
    void *p = k5_buf_get_space(buf, 8);

    if (p != NULL)
        store_64_le(val, p);
}

#endif /* K5_BUF_H */

Line	Count	Source (jump to first uncovered line)
1		/* -- mode: c; c-basic-offset: 4; indent-tabs-mode: nil -- */
2		/* include/k5-buf.h - k5buf interface declarations */
3		/*
4		* Copyright 2008 Massachusetts Institute of Technology.
5		* All Rights Reserved.
6		*
7		* Export of this software from the United States of America may
8		* require a specific license from the United States Government.
9		* It is the responsibility of any person or organization contemplating
10		* export to obtain such a license before exporting.
11		*
12		* WITHIN THAT CONSTRAINT, permission to use, copy, modify, and
13		* distribute this software and its documentation for any purpose and
14		* without fee is hereby granted, provided that the above copyright
15		* notice appear in all copies and that both that copyright notice and
16		* this permission notice appear in supporting documentation, and that
17		* the name of M.I.T. not be used in advertising or publicity pertaining
18		* to distribution of the software without specific, written prior
19		* permission. Furthermore if you modify this software you must label
20		* your software as modified software and not distribute it in such a
21		* fashion that it might be confused with the original M.I.T. software.
22		* M.I.T. makes no representations about the suitability of
23		* this software for any purpose. It is provided "as is" without express
24		* or implied warranty.
25		*/
26
27		#ifndef K5_BUF_H
28		#define K5_BUF_H
29
30		#include <stdarg.h>
31		#include <string.h>
32
33		/*
34		* The k5buf module is intended to allow multi-step string construction in a
35		* fixed or dynamic buffer without the need to check for a failure at each step
36		* (and without aborting on malloc failure). If an allocation failure occurs
37		* or the fixed buffer runs out of room, the buffer will be set to an error
38		* state which can be detected with k5_buf_status. Data in a buffer is not
39		* automatically terminated with a zero byte; call k5_buf_cstring() to use the
40		* contents as a C string.
41		*
42		* k5buf structures are usually stack-allocated. Do not put k5buf structure
43		* pointers into public APIs. It is okay to reference the data and len fields
44		* of a buffer (they will be NULL/0 if the buffer is in an error state), but do
45		* not change them.
46		*/
47
48		/* Buffer type values */
49		enum k5buftype { K5BUF_ERROR, K5BUF_FIXED, K5BUF_DYNAMIC, K5BUF_DYNAMIC_ZAP };
50
51		struct k5buf {
52		enum k5buftype buftype;
53		void *data;
54		size_t space;
55		size_t len;
56		};
57
58		#define EMPTY_K5BUF { K5BUF_ERROR }
59
60		/* Initialize a k5buf using a fixed-sized, existing buffer. SPACE must be
61		* more than zero, or an assertion failure will result. */
62		void k5_buf_init_fixed(struct k5buf buf, void data, size_t space);
63
64		/* Initialize a k5buf using an internally allocated dynamic buffer. */
65		void k5_buf_init_dynamic(struct k5buf *buf);
66
67		/* Initialize a k5buf using an internally allocated dynamic buffer, zeroing
68		* memory when reallocating or freeing. */
69		void k5_buf_init_dynamic_zap(struct k5buf *buf);
70
71		/* Add a C string to BUF. */
72		void k5_buf_add(struct k5buf buf, const char data);
73
74		/* Add a counted series of bytes to BUF. */
75		void k5_buf_add_len(struct k5buf buf, const void data, size_t len);
76
77		/* Add sprintf-style formatted data to BUF. For a fixed-length buffer this
78		* operation will fail if there isn't room for a zero terminator. */
79		void k5_buf_add_fmt(struct k5buf buf, const char fmt, ...)
80		#if !defined(__cplusplus) && (__GNUC__ > 2)
81		__attribute__((__format__(__printf__, 2, 3)))
82		#endif
83		;
84
85		/* Add sprintf-style formatted data to BUF, with a va_list. The value of ap is
86		* undefined after the call. */
87		void k5_buf_add_vfmt(struct k5buf buf, const char fmt, va_list ap)
88		#if !defined(__cplusplus) && (__GNUC__ > 2)
89		__attribute__((__format__(__printf__, 2, 0)))
90		#endif
91		;
92
93		/* Without changing the length of buf, ensure that there is a zero byte after
94		* buf.data and return it. Return NULL on error. */
95		char k5_buf_cstring(struct k5buf buf);
96
97		/* Extend the length of buf by len and return a pointer to the reserved space,
98		* to be filled in by the caller. Return NULL on error. */
99		void k5_buf_get_space(struct k5buf buf, size_t len);
100
101		/* Truncate BUF. LEN must be between 0 and the existing buffer
102		* length, or an assertion failure will result. */
103		void k5_buf_truncate(struct k5buf *buf, size_t len);
104
105		/* Return ENOMEM if buf is in an error state, 0 otherwise. */
106		int k5_buf_status(struct k5buf *buf);
107
108		/*
109		* Free the storage used in the dynamic buffer BUF. The caller may choose to
110		* take responsibility for freeing the data pointer instead of using this
111		* function. If BUF is a fixed buffer, an assertion failure will result.
112		* Freeing a buffer in the error state, a buffer initialized with EMPTY_K5BUF,
113		* or a zeroed k5buf structure is a no-op.
114		*/
115		void k5_buf_free(struct k5buf *buf);
116
117		static inline void
118		k5_buf_add_byte(struct k5buf *buf, uint8_t val)
119	0	{
120	0	k5_buf_add_len(buf, &val, 1);
121	0	} Unexecuted instantiation: fuzz_aes.c:k5_buf_add_byte Unexecuted instantiation: key.c:k5_buf_add_byte Unexecuted instantiation: keyblocks.c:k5_buf_add_byte Unexecuted instantiation: aes.c:k5_buf_add_byte Unexecuted instantiation: aead.c:k5_buf_add_byte Unexecuted instantiation: default_state.c:k5_buf_add_byte Unexecuted instantiation: etypes.c:k5_buf_add_byte Unexecuted instantiation: prf_aes2.c:k5_buf_add_byte Unexecuted instantiation: prf_cmac.c:k5_buf_add_byte Unexecuted instantiation: prf_dk.c:k5_buf_add_byte Unexecuted instantiation: prf_rc4.c:k5_buf_add_byte Unexecuted instantiation: random_to_key.c:k5_buf_add_byte Unexecuted instantiation: s2k_pbkdf2.c:k5_buf_add_byte Unexecuted instantiation: s2k_rc4.c:k5_buf_add_byte Unexecuted instantiation: cmac.c:k5_buf_add_byte Unexecuted instantiation: hmac.c:k5_buf_add_byte Unexecuted instantiation: kdf.c:k5_buf_add_byte Unexecuted instantiation: pbkdf2.c:k5_buf_add_byte Unexecuted instantiation: des_keys.c:k5_buf_add_byte Unexecuted instantiation: f_parity.c:k5_buf_add_byte Unexecuted instantiation: aescrypt.c:k5_buf_add_byte Unexecuted instantiation: aestab.c:k5_buf_add_byte Unexecuted instantiation: aeskey.c:k5_buf_add_byte Unexecuted instantiation: des3.c:k5_buf_add_byte Unexecuted instantiation: rc4.c:k5_buf_add_byte Unexecuted instantiation: camellia.c:k5_buf_add_byte Unexecuted instantiation: hash_md4.c:k5_buf_add_byte Unexecuted instantiation: hash_md5.c:k5_buf_add_byte Unexecuted instantiation: hash_sha1.c:k5_buf_add_byte Unexecuted instantiation: hash_sha2.c:k5_buf_add_byte Unexecuted instantiation: derive.c:k5_buf_add_byte Unexecuted instantiation: enc_dk_cmac.c:k5_buf_add_byte Unexecuted instantiation: enc_dk_hmac.c:k5_buf_add_byte Unexecuted instantiation: enc_etm.c:k5_buf_add_byte Unexecuted instantiation: enc_raw.c:k5_buf_add_byte Unexecuted instantiation: enc_rc4.c:k5_buf_add_byte Unexecuted instantiation: nfold.c:k5_buf_add_byte Unexecuted instantiation: prng.c:k5_buf_add_byte Unexecuted instantiation: d3_aead.c:k5_buf_add_byte Unexecuted instantiation: d3_kysched.c:k5_buf_add_byte Unexecuted instantiation: f_aead.c:k5_buf_add_byte Unexecuted instantiation: f_sched.c:k5_buf_add_byte Unexecuted instantiation: f_tables.c:k5_buf_add_byte Unexecuted instantiation: weak_key.c:k5_buf_add_byte Unexecuted instantiation: md4.c:k5_buf_add_byte Unexecuted instantiation: md5.c:k5_buf_add_byte Unexecuted instantiation: shs.c:k5_buf_add_byte Unexecuted instantiation: sha256.c:k5_buf_add_byte Unexecuted instantiation: sha512.c:k5_buf_add_byte Unexecuted instantiation: utf8_conv.c:k5_buf_add_byte Unexecuted instantiation: k5buf.c:k5_buf_add_byte
122
123		static inline void
124		k5_buf_add_uint16_be(struct k5buf *buf, uint16_t val)
125	0	{
126	0	void *p = k5_buf_get_space(buf, 2);
127	0
128	0	if (p != NULL)
129	0	store_16_be(val, p);
130	0	} Unexecuted instantiation: fuzz_aes.c:k5_buf_add_uint16_be Unexecuted instantiation: key.c:k5_buf_add_uint16_be Unexecuted instantiation: keyblocks.c:k5_buf_add_uint16_be Unexecuted instantiation: aes.c:k5_buf_add_uint16_be Unexecuted instantiation: aead.c:k5_buf_add_uint16_be Unexecuted instantiation: default_state.c:k5_buf_add_uint16_be Unexecuted instantiation: etypes.c:k5_buf_add_uint16_be Unexecuted instantiation: prf_aes2.c:k5_buf_add_uint16_be Unexecuted instantiation: prf_cmac.c:k5_buf_add_uint16_be Unexecuted instantiation: prf_dk.c:k5_buf_add_uint16_be Unexecuted instantiation: prf_rc4.c:k5_buf_add_uint16_be Unexecuted instantiation: random_to_key.c:k5_buf_add_uint16_be Unexecuted instantiation: s2k_pbkdf2.c:k5_buf_add_uint16_be Unexecuted instantiation: s2k_rc4.c:k5_buf_add_uint16_be Unexecuted instantiation: cmac.c:k5_buf_add_uint16_be Unexecuted instantiation: hmac.c:k5_buf_add_uint16_be Unexecuted instantiation: kdf.c:k5_buf_add_uint16_be Unexecuted instantiation: pbkdf2.c:k5_buf_add_uint16_be Unexecuted instantiation: des_keys.c:k5_buf_add_uint16_be Unexecuted instantiation: f_parity.c:k5_buf_add_uint16_be Unexecuted instantiation: aescrypt.c:k5_buf_add_uint16_be Unexecuted instantiation: aestab.c:k5_buf_add_uint16_be Unexecuted instantiation: aeskey.c:k5_buf_add_uint16_be Unexecuted instantiation: des3.c:k5_buf_add_uint16_be Unexecuted instantiation: rc4.c:k5_buf_add_uint16_be Unexecuted instantiation: camellia.c:k5_buf_add_uint16_be Unexecuted instantiation: hash_md4.c:k5_buf_add_uint16_be Unexecuted instantiation: hash_md5.c:k5_buf_add_uint16_be Unexecuted instantiation: hash_sha1.c:k5_buf_add_uint16_be Unexecuted instantiation: hash_sha2.c:k5_buf_add_uint16_be Unexecuted instantiation: derive.c:k5_buf_add_uint16_be Unexecuted instantiation: enc_dk_cmac.c:k5_buf_add_uint16_be Unexecuted instantiation: enc_dk_hmac.c:k5_buf_add_uint16_be Unexecuted instantiation: enc_etm.c:k5_buf_add_uint16_be Unexecuted instantiation: enc_raw.c:k5_buf_add_uint16_be Unexecuted instantiation: enc_rc4.c:k5_buf_add_uint16_be Unexecuted instantiation: nfold.c:k5_buf_add_uint16_be Unexecuted instantiation: prng.c:k5_buf_add_uint16_be Unexecuted instantiation: d3_aead.c:k5_buf_add_uint16_be Unexecuted instantiation: d3_kysched.c:k5_buf_add_uint16_be Unexecuted instantiation: f_aead.c:k5_buf_add_uint16_be Unexecuted instantiation: f_sched.c:k5_buf_add_uint16_be Unexecuted instantiation: f_tables.c:k5_buf_add_uint16_be Unexecuted instantiation: weak_key.c:k5_buf_add_uint16_be Unexecuted instantiation: md4.c:k5_buf_add_uint16_be Unexecuted instantiation: md5.c:k5_buf_add_uint16_be Unexecuted instantiation: shs.c:k5_buf_add_uint16_be Unexecuted instantiation: sha256.c:k5_buf_add_uint16_be Unexecuted instantiation: sha512.c:k5_buf_add_uint16_be Unexecuted instantiation: utf8_conv.c:k5_buf_add_uint16_be Unexecuted instantiation: k5buf.c:k5_buf_add_uint16_be
131
132		static inline void
133		k5_buf_add_uint16_le(struct k5buf *buf, uint16_t val)
134	0	{
135	0	void *p = k5_buf_get_space(buf, 2);
136
137	0	if (p != NULL)
138	0	store_16_le(val, p);
139	0	} Unexecuted instantiation: fuzz_aes.c:k5_buf_add_uint16_le Unexecuted instantiation: key.c:k5_buf_add_uint16_le Unexecuted instantiation: keyblocks.c:k5_buf_add_uint16_le Unexecuted instantiation: aes.c:k5_buf_add_uint16_le Unexecuted instantiation: aead.c:k5_buf_add_uint16_le Unexecuted instantiation: default_state.c:k5_buf_add_uint16_le Unexecuted instantiation: etypes.c:k5_buf_add_uint16_le Unexecuted instantiation: prf_aes2.c:k5_buf_add_uint16_le Unexecuted instantiation: prf_cmac.c:k5_buf_add_uint16_le Unexecuted instantiation: prf_dk.c:k5_buf_add_uint16_le Unexecuted instantiation: prf_rc4.c:k5_buf_add_uint16_le Unexecuted instantiation: random_to_key.c:k5_buf_add_uint16_le Unexecuted instantiation: s2k_pbkdf2.c:k5_buf_add_uint16_le Unexecuted instantiation: s2k_rc4.c:k5_buf_add_uint16_le Unexecuted instantiation: cmac.c:k5_buf_add_uint16_le Unexecuted instantiation: hmac.c:k5_buf_add_uint16_le Unexecuted instantiation: kdf.c:k5_buf_add_uint16_le Unexecuted instantiation: pbkdf2.c:k5_buf_add_uint16_le Unexecuted instantiation: des_keys.c:k5_buf_add_uint16_le Unexecuted instantiation: f_parity.c:k5_buf_add_uint16_le Unexecuted instantiation: aescrypt.c:k5_buf_add_uint16_le Unexecuted instantiation: aestab.c:k5_buf_add_uint16_le Unexecuted instantiation: aeskey.c:k5_buf_add_uint16_le Unexecuted instantiation: des3.c:k5_buf_add_uint16_le Unexecuted instantiation: rc4.c:k5_buf_add_uint16_le Unexecuted instantiation: camellia.c:k5_buf_add_uint16_le Unexecuted instantiation: hash_md4.c:k5_buf_add_uint16_le Unexecuted instantiation: hash_md5.c:k5_buf_add_uint16_le Unexecuted instantiation: hash_sha1.c:k5_buf_add_uint16_le Unexecuted instantiation: hash_sha2.c:k5_buf_add_uint16_le Unexecuted instantiation: derive.c:k5_buf_add_uint16_le Unexecuted instantiation: enc_dk_cmac.c:k5_buf_add_uint16_le Unexecuted instantiation: enc_dk_hmac.c:k5_buf_add_uint16_le Unexecuted instantiation: enc_etm.c:k5_buf_add_uint16_le Unexecuted instantiation: enc_raw.c:k5_buf_add_uint16_le Unexecuted instantiation: enc_rc4.c:k5_buf_add_uint16_le Unexecuted instantiation: nfold.c:k5_buf_add_uint16_le Unexecuted instantiation: prng.c:k5_buf_add_uint16_le Unexecuted instantiation: d3_aead.c:k5_buf_add_uint16_le Unexecuted instantiation: d3_kysched.c:k5_buf_add_uint16_le Unexecuted instantiation: f_aead.c:k5_buf_add_uint16_le Unexecuted instantiation: f_sched.c:k5_buf_add_uint16_le Unexecuted instantiation: f_tables.c:k5_buf_add_uint16_le Unexecuted instantiation: weak_key.c:k5_buf_add_uint16_le Unexecuted instantiation: md4.c:k5_buf_add_uint16_le Unexecuted instantiation: md5.c:k5_buf_add_uint16_le Unexecuted instantiation: shs.c:k5_buf_add_uint16_le Unexecuted instantiation: sha256.c:k5_buf_add_uint16_le Unexecuted instantiation: sha512.c:k5_buf_add_uint16_le Unexecuted instantiation: utf8_conv.c:k5_buf_add_uint16_le Unexecuted instantiation: k5buf.c:k5_buf_add_uint16_le
140
141		static inline void
142		k5_buf_add_uint32_be(struct k5buf *buf, uint32_t val)
143	0	{
144	0	void *p = k5_buf_get_space(buf, 4);
145	0
146	0	if (p != NULL)
147	0	store_32_be(val, p);
148	0	} Unexecuted instantiation: fuzz_aes.c:k5_buf_add_uint32_be Unexecuted instantiation: key.c:k5_buf_add_uint32_be Unexecuted instantiation: keyblocks.c:k5_buf_add_uint32_be Unexecuted instantiation: aes.c:k5_buf_add_uint32_be Unexecuted instantiation: aead.c:k5_buf_add_uint32_be Unexecuted instantiation: default_state.c:k5_buf_add_uint32_be Unexecuted instantiation: etypes.c:k5_buf_add_uint32_be Unexecuted instantiation: prf_aes2.c:k5_buf_add_uint32_be Unexecuted instantiation: prf_cmac.c:k5_buf_add_uint32_be Unexecuted instantiation: prf_dk.c:k5_buf_add_uint32_be Unexecuted instantiation: prf_rc4.c:k5_buf_add_uint32_be Unexecuted instantiation: random_to_key.c:k5_buf_add_uint32_be Unexecuted instantiation: s2k_pbkdf2.c:k5_buf_add_uint32_be Unexecuted instantiation: s2k_rc4.c:k5_buf_add_uint32_be Unexecuted instantiation: cmac.c:k5_buf_add_uint32_be Unexecuted instantiation: hmac.c:k5_buf_add_uint32_be Unexecuted instantiation: kdf.c:k5_buf_add_uint32_be Unexecuted instantiation: pbkdf2.c:k5_buf_add_uint32_be Unexecuted instantiation: des_keys.c:k5_buf_add_uint32_be Unexecuted instantiation: f_parity.c:k5_buf_add_uint32_be Unexecuted instantiation: aescrypt.c:k5_buf_add_uint32_be Unexecuted instantiation: aestab.c:k5_buf_add_uint32_be Unexecuted instantiation: aeskey.c:k5_buf_add_uint32_be Unexecuted instantiation: des3.c:k5_buf_add_uint32_be Unexecuted instantiation: rc4.c:k5_buf_add_uint32_be Unexecuted instantiation: camellia.c:k5_buf_add_uint32_be Unexecuted instantiation: hash_md4.c:k5_buf_add_uint32_be Unexecuted instantiation: hash_md5.c:k5_buf_add_uint32_be Unexecuted instantiation: hash_sha1.c:k5_buf_add_uint32_be Unexecuted instantiation: hash_sha2.c:k5_buf_add_uint32_be Unexecuted instantiation: derive.c:k5_buf_add_uint32_be Unexecuted instantiation: enc_dk_cmac.c:k5_buf_add_uint32_be Unexecuted instantiation: enc_dk_hmac.c:k5_buf_add_uint32_be Unexecuted instantiation: enc_etm.c:k5_buf_add_uint32_be Unexecuted instantiation: enc_raw.c:k5_buf_add_uint32_be Unexecuted instantiation: enc_rc4.c:k5_buf_add_uint32_be Unexecuted instantiation: nfold.c:k5_buf_add_uint32_be Unexecuted instantiation: prng.c:k5_buf_add_uint32_be Unexecuted instantiation: d3_aead.c:k5_buf_add_uint32_be Unexecuted instantiation: d3_kysched.c:k5_buf_add_uint32_be Unexecuted instantiation: f_aead.c:k5_buf_add_uint32_be Unexecuted instantiation: f_sched.c:k5_buf_add_uint32_be Unexecuted instantiation: f_tables.c:k5_buf_add_uint32_be Unexecuted instantiation: weak_key.c:k5_buf_add_uint32_be Unexecuted instantiation: md4.c:k5_buf_add_uint32_be Unexecuted instantiation: md5.c:k5_buf_add_uint32_be Unexecuted instantiation: shs.c:k5_buf_add_uint32_be Unexecuted instantiation: sha256.c:k5_buf_add_uint32_be Unexecuted instantiation: sha512.c:k5_buf_add_uint32_be Unexecuted instantiation: utf8_conv.c:k5_buf_add_uint32_be Unexecuted instantiation: k5buf.c:k5_buf_add_uint32_be
149
150		static inline void
151		k5_buf_add_uint32_le(struct k5buf *buf, uint32_t val)
152	0	{
153	0	void *p = k5_buf_get_space(buf, 4);
154	0
155	0	if (p != NULL)
156	0	store_32_le(val, p);
157	0	} Unexecuted instantiation: fuzz_aes.c:k5_buf_add_uint32_le Unexecuted instantiation: key.c:k5_buf_add_uint32_le Unexecuted instantiation: keyblocks.c:k5_buf_add_uint32_le Unexecuted instantiation: aes.c:k5_buf_add_uint32_le Unexecuted instantiation: aead.c:k5_buf_add_uint32_le Unexecuted instantiation: default_state.c:k5_buf_add_uint32_le Unexecuted instantiation: etypes.c:k5_buf_add_uint32_le Unexecuted instantiation: prf_aes2.c:k5_buf_add_uint32_le Unexecuted instantiation: prf_cmac.c:k5_buf_add_uint32_le Unexecuted instantiation: prf_dk.c:k5_buf_add_uint32_le Unexecuted instantiation: prf_rc4.c:k5_buf_add_uint32_le Unexecuted instantiation: random_to_key.c:k5_buf_add_uint32_le Unexecuted instantiation: s2k_pbkdf2.c:k5_buf_add_uint32_le Unexecuted instantiation: s2k_rc4.c:k5_buf_add_uint32_le Unexecuted instantiation: cmac.c:k5_buf_add_uint32_le Unexecuted instantiation: hmac.c:k5_buf_add_uint32_le Unexecuted instantiation: kdf.c:k5_buf_add_uint32_le Unexecuted instantiation: pbkdf2.c:k5_buf_add_uint32_le Unexecuted instantiation: des_keys.c:k5_buf_add_uint32_le Unexecuted instantiation: f_parity.c:k5_buf_add_uint32_le Unexecuted instantiation: aescrypt.c:k5_buf_add_uint32_le Unexecuted instantiation: aestab.c:k5_buf_add_uint32_le Unexecuted instantiation: aeskey.c:k5_buf_add_uint32_le Unexecuted instantiation: des3.c:k5_buf_add_uint32_le Unexecuted instantiation: rc4.c:k5_buf_add_uint32_le Unexecuted instantiation: camellia.c:k5_buf_add_uint32_le Unexecuted instantiation: hash_md4.c:k5_buf_add_uint32_le Unexecuted instantiation: hash_md5.c:k5_buf_add_uint32_le Unexecuted instantiation: hash_sha1.c:k5_buf_add_uint32_le Unexecuted instantiation: hash_sha2.c:k5_buf_add_uint32_le Unexecuted instantiation: derive.c:k5_buf_add_uint32_le Unexecuted instantiation: enc_dk_cmac.c:k5_buf_add_uint32_le Unexecuted instantiation: enc_dk_hmac.c:k5_buf_add_uint32_le Unexecuted instantiation: enc_etm.c:k5_buf_add_uint32_le Unexecuted instantiation: enc_raw.c:k5_buf_add_uint32_le Unexecuted instantiation: enc_rc4.c:k5_buf_add_uint32_le Unexecuted instantiation: nfold.c:k5_buf_add_uint32_le Unexecuted instantiation: prng.c:k5_buf_add_uint32_le Unexecuted instantiation: d3_aead.c:k5_buf_add_uint32_le Unexecuted instantiation: d3_kysched.c:k5_buf_add_uint32_le Unexecuted instantiation: f_aead.c:k5_buf_add_uint32_le Unexecuted instantiation: f_sched.c:k5_buf_add_uint32_le Unexecuted instantiation: f_tables.c:k5_buf_add_uint32_le Unexecuted instantiation: weak_key.c:k5_buf_add_uint32_le Unexecuted instantiation: md4.c:k5_buf_add_uint32_le Unexecuted instantiation: md5.c:k5_buf_add_uint32_le Unexecuted instantiation: shs.c:k5_buf_add_uint32_le Unexecuted instantiation: sha256.c:k5_buf_add_uint32_le Unexecuted instantiation: sha512.c:k5_buf_add_uint32_le Unexecuted instantiation: utf8_conv.c:k5_buf_add_uint32_le Unexecuted instantiation: k5buf.c:k5_buf_add_uint32_le
158
159		static inline void
160		k5_buf_add_uint64_be(struct k5buf *buf, uint64_t val)
161	0	{
162	0	void *p = k5_buf_get_space(buf, 8);
163	0
164	0	if (p != NULL)
165	0	store_64_be(val, p);
166	0	} Unexecuted instantiation: fuzz_aes.c:k5_buf_add_uint64_be Unexecuted instantiation: key.c:k5_buf_add_uint64_be Unexecuted instantiation: keyblocks.c:k5_buf_add_uint64_be Unexecuted instantiation: aes.c:k5_buf_add_uint64_be Unexecuted instantiation: aead.c:k5_buf_add_uint64_be Unexecuted instantiation: default_state.c:k5_buf_add_uint64_be Unexecuted instantiation: etypes.c:k5_buf_add_uint64_be Unexecuted instantiation: prf_aes2.c:k5_buf_add_uint64_be Unexecuted instantiation: prf_cmac.c:k5_buf_add_uint64_be Unexecuted instantiation: prf_dk.c:k5_buf_add_uint64_be Unexecuted instantiation: prf_rc4.c:k5_buf_add_uint64_be Unexecuted instantiation: random_to_key.c:k5_buf_add_uint64_be Unexecuted instantiation: s2k_pbkdf2.c:k5_buf_add_uint64_be Unexecuted instantiation: s2k_rc4.c:k5_buf_add_uint64_be Unexecuted instantiation: cmac.c:k5_buf_add_uint64_be Unexecuted instantiation: hmac.c:k5_buf_add_uint64_be Unexecuted instantiation: kdf.c:k5_buf_add_uint64_be Unexecuted instantiation: pbkdf2.c:k5_buf_add_uint64_be Unexecuted instantiation: des_keys.c:k5_buf_add_uint64_be Unexecuted instantiation: f_parity.c:k5_buf_add_uint64_be Unexecuted instantiation: aescrypt.c:k5_buf_add_uint64_be Unexecuted instantiation: aestab.c:k5_buf_add_uint64_be Unexecuted instantiation: aeskey.c:k5_buf_add_uint64_be Unexecuted instantiation: des3.c:k5_buf_add_uint64_be Unexecuted instantiation: rc4.c:k5_buf_add_uint64_be Unexecuted instantiation: camellia.c:k5_buf_add_uint64_be Unexecuted instantiation: hash_md4.c:k5_buf_add_uint64_be Unexecuted instantiation: hash_md5.c:k5_buf_add_uint64_be Unexecuted instantiation: hash_sha1.c:k5_buf_add_uint64_be Unexecuted instantiation: hash_sha2.c:k5_buf_add_uint64_be Unexecuted instantiation: derive.c:k5_buf_add_uint64_be Unexecuted instantiation: enc_dk_cmac.c:k5_buf_add_uint64_be Unexecuted instantiation: enc_dk_hmac.c:k5_buf_add_uint64_be Unexecuted instantiation: enc_etm.c:k5_buf_add_uint64_be Unexecuted instantiation: enc_raw.c:k5_buf_add_uint64_be Unexecuted instantiation: enc_rc4.c:k5_buf_add_uint64_be Unexecuted instantiation: nfold.c:k5_buf_add_uint64_be Unexecuted instantiation: prng.c:k5_buf_add_uint64_be Unexecuted instantiation: d3_aead.c:k5_buf_add_uint64_be Unexecuted instantiation: d3_kysched.c:k5_buf_add_uint64_be Unexecuted instantiation: f_aead.c:k5_buf_add_uint64_be Unexecuted instantiation: f_sched.c:k5_buf_add_uint64_be Unexecuted instantiation: f_tables.c:k5_buf_add_uint64_be Unexecuted instantiation: weak_key.c:k5_buf_add_uint64_be Unexecuted instantiation: md4.c:k5_buf_add_uint64_be Unexecuted instantiation: md5.c:k5_buf_add_uint64_be Unexecuted instantiation: shs.c:k5_buf_add_uint64_be Unexecuted instantiation: sha256.c:k5_buf_add_uint64_be Unexecuted instantiation: sha512.c:k5_buf_add_uint64_be Unexecuted instantiation: utf8_conv.c:k5_buf_add_uint64_be Unexecuted instantiation: k5buf.c:k5_buf_add_uint64_be
167
168		static inline void
169		k5_buf_add_uint64_le(struct k5buf *buf, uint64_t val)
170	0	{
171	0	void *p = k5_buf_get_space(buf, 8);
172	0
173	0	if (p != NULL)
174	0	store_64_le(val, p);
175	0	} Unexecuted instantiation: fuzz_aes.c:k5_buf_add_uint64_le Unexecuted instantiation: key.c:k5_buf_add_uint64_le Unexecuted instantiation: keyblocks.c:k5_buf_add_uint64_le Unexecuted instantiation: aes.c:k5_buf_add_uint64_le Unexecuted instantiation: aead.c:k5_buf_add_uint64_le Unexecuted instantiation: default_state.c:k5_buf_add_uint64_le Unexecuted instantiation: etypes.c:k5_buf_add_uint64_le Unexecuted instantiation: prf_aes2.c:k5_buf_add_uint64_le Unexecuted instantiation: prf_cmac.c:k5_buf_add_uint64_le Unexecuted instantiation: prf_dk.c:k5_buf_add_uint64_le Unexecuted instantiation: prf_rc4.c:k5_buf_add_uint64_le Unexecuted instantiation: random_to_key.c:k5_buf_add_uint64_le Unexecuted instantiation: s2k_pbkdf2.c:k5_buf_add_uint64_le Unexecuted instantiation: s2k_rc4.c:k5_buf_add_uint64_le Unexecuted instantiation: cmac.c:k5_buf_add_uint64_le Unexecuted instantiation: hmac.c:k5_buf_add_uint64_le Unexecuted instantiation: kdf.c:k5_buf_add_uint64_le Unexecuted instantiation: pbkdf2.c:k5_buf_add_uint64_le Unexecuted instantiation: des_keys.c:k5_buf_add_uint64_le Unexecuted instantiation: f_parity.c:k5_buf_add_uint64_le Unexecuted instantiation: aescrypt.c:k5_buf_add_uint64_le Unexecuted instantiation: aestab.c:k5_buf_add_uint64_le Unexecuted instantiation: aeskey.c:k5_buf_add_uint64_le Unexecuted instantiation: des3.c:k5_buf_add_uint64_le Unexecuted instantiation: rc4.c:k5_buf_add_uint64_le Unexecuted instantiation: camellia.c:k5_buf_add_uint64_le Unexecuted instantiation: hash_md4.c:k5_buf_add_uint64_le Unexecuted instantiation: hash_md5.c:k5_buf_add_uint64_le Unexecuted instantiation: hash_sha1.c:k5_buf_add_uint64_le Unexecuted instantiation: hash_sha2.c:k5_buf_add_uint64_le Unexecuted instantiation: derive.c:k5_buf_add_uint64_le Unexecuted instantiation: enc_dk_cmac.c:k5_buf_add_uint64_le Unexecuted instantiation: enc_dk_hmac.c:k5_buf_add_uint64_le Unexecuted instantiation: enc_etm.c:k5_buf_add_uint64_le Unexecuted instantiation: enc_raw.c:k5_buf_add_uint64_le Unexecuted instantiation: enc_rc4.c:k5_buf_add_uint64_le Unexecuted instantiation: nfold.c:k5_buf_add_uint64_le Unexecuted instantiation: prng.c:k5_buf_add_uint64_le Unexecuted instantiation: d3_aead.c:k5_buf_add_uint64_le Unexecuted instantiation: d3_kysched.c:k5_buf_add_uint64_le Unexecuted instantiation: f_aead.c:k5_buf_add_uint64_le Unexecuted instantiation: f_sched.c:k5_buf_add_uint64_le Unexecuted instantiation: f_tables.c:k5_buf_add_uint64_le Unexecuted instantiation: weak_key.c:k5_buf_add_uint64_le Unexecuted instantiation: md4.c:k5_buf_add_uint64_le Unexecuted instantiation: md5.c:k5_buf_add_uint64_le Unexecuted instantiation: shs.c:k5_buf_add_uint64_le Unexecuted instantiation: sha256.c:k5_buf_add_uint64_le Unexecuted instantiation: sha512.c:k5_buf_add_uint64_le Unexecuted instantiation: utf8_conv.c:k5_buf_add_uint64_le Unexecuted instantiation: k5buf.c:k5_buf_add_uint64_le
176
177		#endif /* K5_BUF_H */

Coverage Report

Created: 2025-08-29 06:35