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/Linux-v5.15/include/linux/platform_data/
Dkeyboard-spear.h20 KEY(0, 0, KEY_ESC), \
21 KEY(0, 1, KEY_1), \
22 KEY(0, 2, KEY_2), \
23 KEY(0, 3, KEY_3), \
24 KEY(0, 4, KEY_4), \
25 KEY(0, 5, KEY_5), \
26 KEY(0, 6, KEY_6), \
27 KEY(0, 7, KEY_7), \
28 KEY(0, 8, KEY_8), \
29 KEY(1, 0, KEY_9), \
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/Linux-v5.15/security/keys/
Dkey.c2 /* Basic authentication token and access key management
27 unsigned int key_quota_root_maxkeys = 1000000; /* root's key count quota */
28 unsigned int key_quota_root_maxbytes = 25000000; /* root's key space quota */
29 unsigned int key_quota_maxkeys = 200; /* general key count quota */
30 unsigned int key_quota_maxbytes = 20000; /* general key space quota */
35 /* We serialise key instantiation and link */
39 void __key_check(const struct key *key) in __key_check() argument
41 printk("__key_check: key %p {%08x} should be {%08x}\n", in __key_check()
42 key, key->magic, KEY_DEBUG_MAGIC); in __key_check()
48 * Get the key quota record for a user, allocating a new record if one doesn't
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Drequest_key.c2 /* Request a key from userspace
7 * See Documentation/security/keys/request-key.rst
20 #define key_negative_timeout 60 /* default timeout on a negative key's existence */
22 static struct key *check_cached_key(struct keyring_search_context *ctx) in check_cached_key()
25 struct key *key = current->cached_requested_key; in check_cached_key() local
27 if (key && in check_cached_key()
28 ctx->match_data.cmp(key, &ctx->match_data) && in check_cached_key()
29 !(key->flags & ((1 << KEY_FLAG_INVALIDATED) | in check_cached_key()
31 return key_get(key); in check_cached_key()
36 static void cache_requested_key(struct key *key) in cache_requested_key() argument
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Dgc.c2 /* Key garbage collector
14 * Delay between key revocation/expiry in seconds
34 #define KEY_GC_KEY_EXPIRED 0 /* A key expired and needs unlinking */
40 * Any key whose type gets unregistered will be re-typed to this if it can't be
79 * Some key's cleanup time was met after it expired, so we need to get the
125 struct key *key = in key_gc_unused_keys() local
126 list_entry(keys->next, struct key, graveyard_link); in key_gc_unused_keys()
127 short state = key->state; in key_gc_unused_keys()
129 list_del(&key->graveyard_link); in key_gc_unused_keys()
131 kdebug("- %u", key->serial); in key_gc_unused_keys()
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/Linux-v5.15/tools/testing/selftests/bpf/
Dtest_lru_map.c42 static int bpf_map_lookup_elem_with_ref_bit(int fd, unsigned long long key, in bpf_map_lookup_elem_with_ref_bit() argument
50 BPF_LD_IMM64(BPF_REG_3, key), in bpf_map_lookup_elem_with_ref_bit()
114 printf("key:%llu not found from map. %s(%d)\n", in map_subset()
119 printf("key:%llu value0:%llu != value1:%llu\n", in map_subset()
152 * Add key=1 (+1 key)
153 * Add key=2 (+1 key)
154 * Lookup Key=1
155 * Add Key=3
156 * => Key=2 will be removed by LRU
157 * Iterate map. Only found key=1 and key=3
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/Linux-v5.15/drivers/staging/wfx/
Dkey.c3 * Key management related functions.
11 #include "key.h"
29 WARN(!(wdev->key_map & BIT(idx)), "inconsistent key allocation"); in wfx_free_key()
34 struct ieee80211_key_conf *key, u8 *peer_addr) in fill_wep_pair() argument
36 WARN(key->keylen > sizeof(msg->key_data), "inconsistent data"); in fill_wep_pair()
37 msg->key_length = key->keylen; in fill_wep_pair()
38 memcpy(msg->key_data, key->key, key->keylen); in fill_wep_pair()
44 struct ieee80211_key_conf *key) in fill_wep_group() argument
46 WARN(key->keylen > sizeof(msg->key_data), "inconsistent data"); in fill_wep_group()
47 msg->key_id = key->keyidx; in fill_wep_group()
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/Linux-v5.15/tools/testing/selftests/bpf/progs/
Dtest_tunnel_kern.c49 struct bpf_tunnel_key key; in _gre_set_tunnel() local
51 __builtin_memset(&key, 0x0, sizeof(key)); in _gre_set_tunnel()
52 key.remote_ipv4 = 0xac100164; /* 172.16.1.100 */ in _gre_set_tunnel()
53 key.tunnel_id = 2; in _gre_set_tunnel()
54 key.tunnel_tos = 0; in _gre_set_tunnel()
55 key.tunnel_ttl = 64; in _gre_set_tunnel()
57 ret = bpf_skb_set_tunnel_key(skb, &key, sizeof(key), in _gre_set_tunnel()
71 struct bpf_tunnel_key key; in _gre_get_tunnel() local
72 char fmt[] = "key %d remote ip 0x%x\n"; in _gre_get_tunnel()
74 ret = bpf_skb_get_tunnel_key(skb, &key, sizeof(key), 0); in _gre_get_tunnel()
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/Linux-v5.15/fs/ubifs/
Dkey.h12 * This header contains various key-related definitions and helper function.
13 * UBIFS allows several key schemes, so we access key fields only via these
14 * helpers. At the moment only one key scheme is supported.
16 * Simple key scheme
20 * in case of direntry key). Next 3 bits are node type. The last 29 bits are
26 * Lot's of the key helpers require a struct ubifs_info *c as the first parameter.
28 * different c->key_format. But right now, there is only one key type, UBIFS_SIMPLE_KEY_FMT.
85 * ino_key_init - initialize inode key.
87 * @key: key to initialize
91 union ubifs_key *key, ino_t inum) in ino_key_init() argument
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/Linux-v5.15/net/mac80211/
Dkey.c32 * DOC: Key handling basics
34 * Key handling in mac80211 is done based on per-interface (sub_if_data)
36 * each station key also belongs to that interface.
39 * that are implemented in software, for each key the hardware is asked
40 * to enable that key for offloading but if it cannot do that the key is
43 * There is currently no way of knowing whether a key is handled in SW
46 * All key management is internally protected by a mutex. Within all
47 * other parts of mac80211, key references are, just as STA structure
49 * unprotected, namely the key->sta dereferences within the hardware
51 * remove the key which waits for an RCU grace period.
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/Linux-v5.15/Documentation/security/keys/
Dcore.rst2 Kernel Key Retention Service
9 Keyrings are permitted; these are a special type of key that can hold links to
13 The key service can be configured on by enabling:
15 "Security options"/"Enable access key retention support" (CONFIG_KEYS)
22 Key Overview
26 tokens, keyrings, etc.. These are represented in the kernel by struct key.
28 Each key has a number of attributes:
32 - A description (for matching a key in a search).
39 * Each key is issued a serial number of type key_serial_t that is unique for
40 the lifetime of that key. All serial numbers are positive non-zero 32-bit
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Drequest-key.rst2 Key Request Service
5 The key request service is part of the key retention service (refer to
12 struct key *request_key(const struct key_type *type,
18 struct key *request_key_tag(const struct key_type *type,
25 struct key *request_key_with_auxdata(const struct key_type *type,
34 struct key *request_key_rcu(const struct key_type *type,
46 does not need to link the key to a keyring to prevent it from being immediately
47 destroyed. The kernel interface returns a pointer directly to the key, and
48 it's up to the caller to destroy the key.
56 NULL). This is only useful for those key types that define their own upcall
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/Linux-v5.15/include/linux/
Dkey.h2 /* Authentication token and access key management
27 /* key handle serial number */
30 /* key handle permissions mask */
33 struct key;
40 #define KEY_POS_VIEW 0x01000000 /* possessor can view a key's attributes */
41 #define KEY_POS_READ 0x02000000 /* possessor can read key payload / view keyring */
42 #define KEY_POS_WRITE 0x04000000 /* possessor can update key payload / add link to keyring */
43 #define KEY_POS_SEARCH 0x08000000 /* possessor can find a key in search / search a keyring */
44 #define KEY_POS_LINK 0x10000000 /* possessor can create a link to a key/keyring */
45 #define KEY_POS_SETATTR 0x20000000 /* possessor can set key attributes */
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Dsiphash.h21 u64 key[2]; member
24 static inline bool siphash_key_is_zero(const siphash_key_t *key) in siphash_key_is_zero() argument
26 return !(key->key[0] | key->key[1]); in siphash_key_is_zero()
29 u64 __siphash_aligned(const void *data, size_t len, const siphash_key_t *key);
31 u64 __siphash_unaligned(const void *data, size_t len, const siphash_key_t *key);
34 u64 siphash_1u64(const u64 a, const siphash_key_t *key);
35 u64 siphash_2u64(const u64 a, const u64 b, const siphash_key_t *key);
37 const siphash_key_t *key);
39 const siphash_key_t *key);
40 u64 siphash_1u32(const u32 a, const siphash_key_t *key);
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Dkey-type.h2 /* Definitions for key type implementations
11 #include <linux/key.h>
20 * Pre-parsed payload, used by key add, update and instantiate.
24 * def_datalen from the key type. Then if the preparse() op is provided by the
25 * key type, that will be called. Then the struct will be passed to the
33 char *description; /* Proposed key description (or NULL) */
38 time64_t expiry; /* Expiry time of key */
41 typedef int (*request_key_actor_t)(struct key *auth_key, void *aux);
51 bool (*cmp)(const struct key *key,
62 * kernel managed key type definition
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/Linux-v5.15/crypto/
Drsa_helper.c3 * RSA key extract helper
19 struct rsa_key *key = context; in rsa_get_n() local
23 /* invalid key provided */ in rsa_get_n()
33 /* In FIPS mode only allow key size 2K and higher */ in rsa_get_n()
35 pr_err("RSA: key size not allowed in FIPS mode\n"); in rsa_get_n()
40 key->n = value; in rsa_get_n()
41 key->n_sz = vlen; in rsa_get_n()
49 struct rsa_key *key = context; in rsa_get_e() local
51 /* invalid key provided */ in rsa_get_e()
52 if (!value || !key->n_sz || !vlen || vlen > key->n_sz) in rsa_get_e()
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/Linux-v5.15/arch/s390/include/uapi/asm/
Dpkey.h23 #define SECKEYBLOBSIZE 64 /* secure key blob size is always 64 bytes */
24 #define PROTKEYBLOBSIZE 80 /* protected key blob size is always 80 bytes */
25 #define MAXPROTKEYSIZE 64 /* a protected key blob may be up to 64 bytes */
26 #define MAXCLRKEYSIZE 32 /* a clear key value may be up to 32 bytes */
28 #define MINEP11AESKEYBLOBSIZE 256 /* min EP11 AES key blob size */
29 #define MAXEP11AESKEYBLOBSIZE 320 /* max EP11 AES key blob size */
31 /* Minimum size of a key blob */
50 /* the newer ioctls use a pkey_key_size enum for key size information */
78 /* Struct to hold a CCA AES secure key blob */
80 __u8 seckey[SECKEYBLOBSIZE]; /* the secure key blob */
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/Linux-v5.15/security/selinux/ss/
Davtab.c71 const struct avtab_key *key, const struct avtab_datum *datum) in avtab_insert_node() argument
78 newnode->key = *key; in avtab_insert_node()
80 if (key->specified & AVTAB_XPERMS) { in avtab_insert_node()
106 static int avtab_insert(struct avtab *h, const struct avtab_key *key, in avtab_insert() argument
111 u16 specified = key->specified & ~(AVTAB_ENABLED|AVTAB_ENABLED_OLD); in avtab_insert()
116 hvalue = avtab_hash(key, h->mask); in avtab_insert()
120 if (key->source_type == cur->key.source_type && in avtab_insert()
121 key->target_type == cur->key.target_type && in avtab_insert()
122 key->target_class == cur->key.target_class && in avtab_insert()
123 (specified & cur->key.specified)) { in avtab_insert()
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/Linux-v5.15/net/openvswitch/
Dflow.c242 static int parse_ipv6hdr(struct sk_buff *skb, struct sw_flow_key *key) in parse_ipv6hdr() argument
257 key->ip.proto = NEXTHDR_NONE; in parse_ipv6hdr()
258 key->ip.tos = ipv6_get_dsfield(nh); in parse_ipv6hdr()
259 key->ip.ttl = nh->hop_limit; in parse_ipv6hdr()
260 key->ipv6.label = *(__be32 *)nh & htonl(IPV6_FLOWINFO_FLOWLABEL); in parse_ipv6hdr()
261 key->ipv6.addr.src = nh->saddr; in parse_ipv6hdr()
262 key->ipv6.addr.dst = nh->daddr; in parse_ipv6hdr()
267 key->ip.frag = OVS_FRAG_TYPE_LATER; in parse_ipv6hdr()
268 key->ip.proto = nexthdr; in parse_ipv6hdr()
271 key->ip.frag = OVS_FRAG_TYPE_FIRST; in parse_ipv6hdr()
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/Linux-v5.15/kernel/
Djump_label.c41 * Entrires are sorted by key. in jump_label_cmp()
72 jea->key = jeb->key - delta; in jump_label_swap()
76 jeb->key = tmp.key + delta; in jump_label_swap()
93 static void jump_label_update(struct static_key *key);
104 int static_key_count(struct static_key *key) in static_key_count() argument
110 int n = atomic_read(&key->enabled); in static_key_count()
116 void static_key_slow_inc_cpuslocked(struct static_key *key) in static_key_slow_inc_cpuslocked() argument
120 STATIC_KEY_CHECK_USE(key); in static_key_slow_inc_cpuslocked()
128 * static_key_enabled(&key) for jumps to be updated properly. in static_key_slow_inc_cpuslocked()
130 * So give a special meaning to negative key->enabled: it sends in static_key_slow_inc_cpuslocked()
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/Linux-v5.15/drivers/s390/crypto/
Dzcrypt_cca_key.h21 * mapping for the cca private ME key token.
25 * mapping for the cca key token header
40 * In a private key, the modulus doesn't appear in the public
51 unsigned short modulus_byte_len; /* In a private key, this is 0 */
55 * mapping for the cca private CRT key 'token'
92 * Set up private key fields of a type6 MEX message. The _pad variant
94 * Note that all numerics in the key token are big-endian,
95 * while the entries in the key block header are little-endian.
98 * @p: pointer to memory area for the key
100 * Returns the size of the key area or negative errno value.
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/Linux-v5.15/Documentation/crypto/
Dasymmetric-keys.rst4 Asymmetric / Public-key Cryptography Key Type
10 - Key identification.
13 - Asymmetric key subtypes.
21 The "asymmetric" key type is designed to be a container for the keys used in
22 public-key cryptography, without imposing any particular restrictions on the
23 form or mechanism of the cryptography or form of the key.
25 The asymmetric key is given a subtype that defines what sort of data is
26 associated with the key and provides operations to describe and destroy it.
27 However, no requirement is made that the key data actually be stored in the
28 key.
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/Linux-v5.15/drivers/nvdimm/
Dsecurity.c11 #include <linux/key.h>
12 #include <linux/key-type.h>
23 MODULE_PARM_DESC(key_revalidate, "Require key validation at init.");
27 static void *key_data(struct key *key) in key_data() argument
29 struct encrypted_key_payload *epayload = dereference_key_locked(key); in key_data()
31 lockdep_assert_held_read(&key->sem); in key_data()
36 static void nvdimm_put_key(struct key *key) in nvdimm_put_key() argument
38 if (!key) in nvdimm_put_key()
41 up_read(&key->sem); in nvdimm_put_key()
42 key_put(key); in nvdimm_put_key()
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/Linux-v5.15/net/ceph/
Dcrypto.c11 #include <linux/key-type.h>
20 * Set ->key and ->tfm. The rest of the key should be filled in before
23 static int set_secret(struct ceph_crypto_key *key, void *buf) in set_secret() argument
28 key->key = NULL; in set_secret()
29 key->tfm = NULL; in set_secret()
31 switch (key->type) { in set_secret()
40 if (!key->len) in set_secret()
43 key->key = kmemdup(buf, key->len, GFP_NOIO); in set_secret()
44 if (!key->key) { in set_secret()
51 key->tfm = crypto_alloc_sync_skcipher("cbc(aes)", 0, 0); in set_secret()
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/Linux-v5.15/arch/arm/mach-pxa/
Dezx.c397 KEY(0, 0, KEY_SEND),
398 KEY(0, 1, KEY_BACK),
399 KEY(0, 2, KEY_END),
400 KEY(0, 3, KEY_PAGEUP),
401 KEY(0, 4, KEY_UP),
403 KEY(1, 0, KEY_NUMERIC_1),
404 KEY(1, 1, KEY_NUMERIC_2),
405 KEY(1, 2, KEY_NUMERIC_3),
406 KEY(1, 3, KEY_SELECT),
407 KEY(1, 4, KEY_KPENTER),
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/Linux-v5.15/fs/crypto/
Dkeyring.c22 #include <linux/key-type.h>
64 static int fscrypt_key_instantiate(struct key *key, in fscrypt_key_instantiate() argument
67 key->payload.data[0] = (struct fscrypt_master_key *)prep->data; in fscrypt_key_instantiate()
71 static void fscrypt_key_destroy(struct key *key) in fscrypt_key_destroy() argument
73 free_master_key(key->payload.data[0]); in fscrypt_key_destroy()
76 static void fscrypt_key_describe(const struct key *key, struct seq_file *m) in fscrypt_key_describe() argument
78 seq_puts(m, key->description); in fscrypt_key_describe()
80 if (key_is_positive(key)) { in fscrypt_key_describe()
81 const struct fscrypt_master_key *mk = key->payload.data[0]; in fscrypt_key_describe()
89 * Type of key in ->s_master_keys. Each key of this type represents a master
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