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在ssl policy中处理keyring。

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This commit is contained in:
zhengchao
2019-05-20 16:56:37 +08:00
parent a268c52abc
commit 1f73b4832d
7 changed files with 104 additions and 30 deletions
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3
common/include/ssl_stream.h
View File

@@ -22,7 +22,8 @@ enum SSL_STREAM_OPT
SSL_STREAM_OPT_NO_VERIFY_EXPIRY_DATE, //VALUE is an interger, SIZE=sizeof(int). 1:ON, 0:OFF. DEFAULT:0. SSL_STREAM_OPT_NO_VERIFY_EXPIRY_DATE, //VALUE is an interger, SIZE=sizeof(int). 1:ON, 0:OFF. DEFAULT:0.
SSL_STREAM_OPT_BLOCK_FAKE_CERT, //VALUE is an interger, SIZE=sizeof(int). 1:PASSTHROUGH, 0:BLOCK. DEFAULT:1. SSL_STREAM_OPT_BLOCK_FAKE_CERT, //VALUE is an interger, SIZE=sizeof(int). 1:PASSTHROUGH, 0:BLOCK. DEFAULT:1.
SSL_STREAM_OPT_PROTOCOL_MIN_VERSION, SSL_STREAM_OPT_PROTOCOL_MIN_VERSION,
SSL_STREAM_OPT_PROTOCOL_MAX_VERSION SSL_STREAM_OPT_PROTOCOL_MAX_VERSION,
SSL_STREAM_OPT_KEYRING_ID
}; };
int sslver_str2num(const char * version_str); int sslver_str2num(const char * version_str);

9
platform/include/internal/ssl_service_cache.h
View File

@@ -21,4 +21,11 @@ void ssl_service_cache_destroy(struct ssl_service_cache* cache);
int ssl_service_cache_read(struct ssl_service_cache* svc_cache, const struct ssl_chello* chello, struct ssl_service_status* result); int ssl_service_cache_read(struct ssl_service_cache* svc_cache, const struct ssl_chello* chello, struct ssl_service_status* result);
void ssl_service_cache_write(struct ssl_service_cache* svc_cache, const struct ssl_chello* chello, const struct ssl_service_status* status); void ssl_service_cache_write(struct ssl_service_cache* svc_cache, const struct ssl_chello* chello, const struct ssl_service_status* status);
struct ssl_service_cache_statistics
{
long long pinning_cli_cnt;
long long mutual_auth_cli_cnt;
long long ev_srv_cnt;
long long ct_srv_cnt;
};
void ssl_service_cache_stat(struct ssl_service_cache* svc_cache, struct ssl_service_cache_statistics* result);

7
platform/include/internal/ssl_stream_core.h
View File

@@ -22,10 +22,13 @@ struct bufferevent * ssl_upstream_create_result_release_bev(future_result_t * re
void ssl_async_upstream_create(struct future * f, struct ssl_mgr * mgr, evutil_socket_t fd_upstream, void ssl_async_upstream_create(struct future * f, struct ssl_mgr * mgr, evutil_socket_t fd_upstream,
evutil_socket_t fd_downstream, unsigned int thread_id); evutil_socket_t fd_downstream, unsigned int thread_id);
struct ssl_stream * ssl_downstream_create_result_release_stream(future_result_t * result); struct ssl_stream * ssl_downstream_create_result_release_stream(future_result_t * result);
struct bufferevent * ssl_downstream_create_result_release_bev(future_result_t * result); struct bufferevent * ssl_downstream_create_result_release_bev(future_result_t * result);
void ssl_async_downstream_create(struct future * f, struct ssl_mgr * mgr, struct ssl_stream * upstream, void ssl_async_downstream_create(struct future * f, struct ssl_mgr * mgr, struct ssl_stream * upstream,
evutil_socket_t fd_downstream, int keyring_id, unsigned int thread_id); evutil_socket_t fd_downstream, unsigned int thread_id);
void ssl_stream_free_and_close_fd(struct ssl_stream * stream, struct event_base * evbase, evutil_socket_t fd); void ssl_stream_free_and_close_fd(struct ssl_stream * stream, struct event_base * evbase, evutil_socket_t fd);
const char* ssl_stream_dump_info(struct ssl_stream *stream, char* buffer, size_t sz); const char* ssl_stream_dump_info(struct ssl_stream *stream, char* buffer, size_t sz);
//Follow functions are allowed to call during runtime. //Follow functions are allowed to call during runtime.

75
platform/src/ssl_service_cache.cpp
View File

@@ -6,31 +6,64 @@
#define FAIL_AS_PINNING_COUNT 4 #define FAIL_AS_PINNING_COUNT 4
#define FAIL_AS_PINNING_TIME 30 #define FAIL_AS_PINNING_TIME 30
struct ssl_service_client_st struct ssl_svc_client_st
{ {
time_t last_update_time; time_t last_update_time;
unsigned int fail_count; unsigned int fail_count;
char is_mutual_auth; char is_mutual_auth;
struct ssl_service_cache* ref_svc_cache;
}; };
struct ssl_service_server_st struct ssl_svc_server_st
{ {
char is_ev; char is_ev;
char is_ct; char is_ct;
long long ev_st_switched; long long ev_st_switched;
long long ct_st_switched; long long ct_st_switched;
struct ssl_service_cache* ref_svc_cache;
}; };
struct ssl_service_cache struct ssl_service_cache
{ {
MESA_htable_handle cli_st_hash; MESA_htable_handle cli_st_hash;
MESA_htable_handle srv_st_hash; MESA_htable_handle srv_st_hash;
long long pinning_cli_cnt, mutual_auth_cli_cnt, ev_srv_cnt, ct_srv_cnt; struct ssl_service_cache_statistics stat;
}; };
struct ssl_service_write_args struct ssl_service_write_args
{ {
struct ssl_service_cache* cache; struct ssl_service_cache* cache;
const struct ssl_service_status* status; const struct ssl_service_status* status;
}; };
static size_t ssl_service_client_st_mk_key(const struct ssl_chello* chello, char* key_buff, size_t sz) static void ssl_svc_free_client_st(void * data)
{
struct ssl_svc_client_st* p = (struct ssl_svc_client_st *) data;
struct ssl_service_cache* svc_cache=p->ref_svc_cache;
if(p->is_mutual_auth)
{
svc_cache->stat.mutual_auth_cli_cnt--;
}
if(p->fail_count>=FAIL_AS_PINNING_COUNT)
{
svc_cache->stat.pinning_cli_cnt--;
}
free(p);
return;
}
static void ssl_svc_free_server_st(void * data)
{
struct ssl_svc_server_st* p = (struct ssl_svc_server_st *) data;
struct ssl_service_cache* svc_cache=p->ref_svc_cache;
if(p->is_ct)
{
svc_cache->stat.ct_srv_cnt--;
}
if(p->is_ev)
{
svc_cache->stat.ev_srv_cnt--;
}
free(p);
return;
}
static size_t ssl_svc_client_st_mk_key(const struct ssl_chello* chello, char* key_buff, size_t sz)
{ {
size_t key_sz=0; size_t key_sz=0;
key_sz=snprintf(key_buff, sz, "%d.%d-%d.%d:%s:%s:%s:%s", chello->min_version.major, chello->min_version.minor, key_sz=snprintf(key_buff, sz, "%d.%d-%d.%d:%s:%s:%s:%s", chello->min_version.major, chello->min_version.minor,
@@ -40,7 +73,7 @@ static size_t ssl_service_client_st_mk_key(const struct ssl_chello* chello, char
} }
static long cli_st_read_cb(void * data, const uchar * key, uint size, void * user_arg) static long cli_st_read_cb(void * data, const uchar * key, uint size, void * user_arg)
{ {
struct ssl_service_client_st* cli_st=(struct ssl_service_client_st*)data; struct ssl_svc_client_st* cli_st=(struct ssl_svc_client_st*)data;
struct ssl_service_status* result=(struct ssl_service_status*)user_arg; struct ssl_service_status* result=(struct ssl_service_status*)user_arg;
if (cli_st == NULL) if (cli_st == NULL)
@@ -64,7 +97,7 @@ static long cli_st_read_cb(void * data, const uchar * key, uint size, void * use
} }
static long cli_st_write_cb(void * data, const uchar * key, uint size, void * user_arg) static long cli_st_write_cb(void * data, const uchar * key, uint size, void * user_arg)
{ {
struct ssl_service_client_st* cli_st=(struct ssl_service_client_st*)data; struct ssl_svc_client_st* cli_st=(struct ssl_svc_client_st*)data;
struct ssl_service_write_args* args=(struct ssl_service_write_args*)user_arg; struct ssl_service_write_args* args=(struct ssl_service_write_args*)user_arg;
const struct ssl_service_status* status=args->status; const struct ssl_service_status* status=args->status;
struct ssl_service_cache* cache=args->cache; struct ssl_service_cache* cache=args->cache;
@@ -72,7 +105,8 @@ static long cli_st_write_cb(void * data, const uchar * key, uint size, void * us
time_t now=time(NULL); time_t now=time(NULL);
if(cli_st==NULL) if(cli_st==NULL)
{ {
cli_st=ALLOC(struct ssl_service_client_st, 1); cli_st=ALLOC(struct ssl_svc_client_st, 1);
cli_st->ref_svc_cache=cache;
ret = MESA_htable_add(cache->cli_st_hash, key, size, cli_st); ret = MESA_htable_add(cache->cli_st_hash, key, size, cli_st);
assert(ret >= 0); assert(ret >= 0);
} }
@@ -93,7 +127,7 @@ static long cli_st_write_cb(void * data, const uchar * key, uint size, void * us
cli_st->last_update_time=now; cli_st->last_update_time=now;
if(cli_st->fail_count==FAIL_AS_PINNING_COUNT) if(cli_st->fail_count==FAIL_AS_PINNING_COUNT)
{ {
cache->pinning_cli_cnt++; cache->stat.pinning_cli_cnt++;
} }
} }
else if(status->pinning_status==PINNING_ST_PINNING) else if(status->pinning_status==PINNING_ST_PINNING)
@@ -104,7 +138,7 @@ static long cli_st_write_cb(void * data, const uchar * key, uint size, void * us
if(status->is_mutual_auth==1&&cli_st->is_mutual_auth==0) if(status->is_mutual_auth==1&&cli_st->is_mutual_auth==0)
{ {
cache->mutual_auth_cli_cnt++; cache->stat.mutual_auth_cli_cnt++;
cli_st->is_mutual_auth=1; cli_st->is_mutual_auth=1;
} }
return 1; return 1;
@@ -112,7 +146,7 @@ static long cli_st_write_cb(void * data, const uchar * key, uint size, void * us
static long srv_st_read_cb(void * data, const uchar * key, uint size, void * user_arg) static long srv_st_read_cb(void * data, const uchar * key, uint size, void * user_arg)
{ {
struct ssl_service_server_st* srv_st=(struct ssl_service_server_st*)data; struct ssl_svc_server_st* srv_st=(struct ssl_svc_server_st*)data;
struct ssl_service_status* result=(struct ssl_service_status*)user_arg; struct ssl_service_status* result=(struct ssl_service_status*)user_arg;
if (srv_st == NULL) if (srv_st == NULL)
{ {
@@ -124,21 +158,22 @@ static long srv_st_read_cb(void * data, const uchar * key, uint size, void * use
} }
static long srv_st_write_cb(void * data, const uchar * key, uint size, void * user_arg) static long srv_st_write_cb(void * data, const uchar * key, uint size, void * user_arg)
{ {
struct ssl_service_server_st* srv_st=(struct ssl_service_server_st*)data; struct ssl_svc_server_st* srv_st=(struct ssl_svc_server_st*)data;
struct ssl_service_write_args* args=(struct ssl_service_write_args*)user_arg; struct ssl_service_write_args* args=(struct ssl_service_write_args*)user_arg;
const struct ssl_service_status* status=args->status; const struct ssl_service_status* status=args->status;
struct ssl_service_cache* cache=args->cache; struct ssl_service_cache* cache=args->cache;
UNUSED int ret = 0; UNUSED int ret = 0;
if(srv_st==NULL) if(srv_st==NULL)
{ {
srv_st=ALLOC(struct ssl_service_server_st, 1); srv_st=ALLOC(struct ssl_svc_server_st, 1);
srv_st->ref_svc_cache=cache;
ret = MESA_htable_add(cache->srv_st_hash, key, size, srv_st); ret = MESA_htable_add(cache->srv_st_hash, key, size, srv_st);
assert(ret >= 0); assert(ret >= 0);
} }
if(status->is_ev==1&&srv_st->is_ev==0) if(status->is_ev==1&&srv_st->is_ev==0)
{ {
srv_st->is_ev=1; srv_st->is_ev=1;
cache->ev_srv_cnt++; cache->stat.ev_srv_cnt++;
} }
if(status->is_ev!=srv_st->is_ev) if(status->is_ev!=srv_st->is_ev)
{ {
@@ -147,7 +182,7 @@ static long srv_st_write_cb(void * data, const uchar * key, uint size, void * us
if(status->is_ct==1&&srv_st->is_ct==0) if(status->is_ct==1&&srv_st->is_ct==0)
{ {
srv_st->is_ct=1; srv_st->is_ct=1;
cache->ct_srv_cnt++; cache->stat.ct_srv_cnt++;
} }
if(status->is_ct!=srv_st->is_ct) if(status->is_ct!=srv_st->is_ct)
{ {
@@ -166,7 +201,7 @@ int ssl_service_cache_read(struct ssl_service_cache* svc_cache, const struct ssl
{ {
return 0; return 0;
} }
cli_st_key_sz=ssl_service_client_st_mk_key(chello, cli_st_key, sizeof(cli_st_key)); cli_st_key_sz=ssl_svc_client_st_mk_key(chello, cli_st_key, sizeof(cli_st_key));
MESA_htable_search_cb(svc_cache->cli_st_hash, (unsigned char*) cli_st_key, (unsigned int) cli_st_key_sz, cli_st_read_cb, result, &cli_st_cb_ret); MESA_htable_search_cb(svc_cache->cli_st_hash, (unsigned char*) cli_st_key, (unsigned int) cli_st_key_sz, cli_st_read_cb, result, &cli_st_cb_ret);
MESA_htable_search_cb(svc_cache->srv_st_hash, (unsigned char*) chello->sni, (unsigned int) strlen(chello->sni), srv_st_read_cb, result, &svr_st_cb_ret); MESA_htable_search_cb(svc_cache->srv_st_hash, (unsigned char*) chello->sni, (unsigned int) strlen(chello->sni), srv_st_read_cb, result, &svr_st_cb_ret);
if(cli_st_cb_ret||svr_st_cb_ret) if(cli_st_cb_ret||svr_st_cb_ret)
@@ -191,7 +226,7 @@ void ssl_service_cache_write(struct ssl_service_cache* svc_cache, const struct s
struct ssl_service_write_args write_args={svc_cache, status}; struct ssl_service_write_args write_args={svc_cache, status};
if(status->is_mutual_auth||status->pinning_status!=PINNING_ST_NOT_PINNING) if(status->is_mutual_auth||status->pinning_status!=PINNING_ST_NOT_PINNING)
{ {
cli_st_key_sz=ssl_service_client_st_mk_key(chello, cli_st_key, sizeof(cli_st_key)); cli_st_key_sz=ssl_svc_client_st_mk_key(chello, cli_st_key, sizeof(cli_st_key));
MESA_htable_search_cb(svc_cache->cli_st_hash, (unsigned char*)cli_st_key, (unsigned int) cli_st_key_sz, cli_st_write_cb, &write_args, &cli_st_cb_ret); MESA_htable_search_cb(svc_cache->cli_st_hash, (unsigned char*)cli_st_key, (unsigned int) cli_st_key_sz, cli_st_write_cb, &write_args, &cli_st_cb_ret);
} }
if(status->is_ct||status->is_ev) if(status->is_ct||status->is_ev)
@@ -206,6 +241,7 @@ struct ssl_service_cache* ssl_service_cache_create(unsigned int slot_size, unsig
UNUSED int ret = 0; UNUSED int ret = 0;
MESA_htable_handle htable=NULL, saved[2]; MESA_htable_handle htable=NULL, saved[2];
int i=0, opt_val=0; int i=0, opt_val=0;
void (*free_func[])(void *)={ssl_svc_free_client_st, ssl_svc_free_server_st};
for(i=0; i<2; i++) for(i=0; i<2; i++)
{ {
htable = MESA_htable_born(); htable = MESA_htable_born();
@@ -223,7 +259,7 @@ struct ssl_service_cache* ssl_service_cache_create(unsigned int slot_size, unsig
ret = MESA_htable_set_opt(htable, MHO_ELIMIMINATE_TYPE, ret = MESA_htable_set_opt(htable, MHO_ELIMIMINATE_TYPE,
&opt_val, sizeof(int)); &opt_val, sizeof(int));
ret = MESA_htable_set_opt(htable, MHO_CBFUN_DATA_FREE, ret = MESA_htable_set_opt(htable, MHO_CBFUN_DATA_FREE,
(void *)free, sizeof(&free)); (void*)free_func[i], sizeof(free_func[i]));
ret = MESA_htable_mature(htable); ret = MESA_htable_mature(htable);
assert(ret == 0); assert(ret == 0);
@@ -243,5 +279,10 @@ void ssl_service_cache_destroy(struct ssl_service_cache* cache)
free(cache); free(cache);
return; return;
} }
void ssl_service_cache_stat(struct ssl_service_cache* svc_cache, struct ssl_service_cache_statistics* result)
{
*result=svc_cache->stat;
return;
}

31
platform/src/ssl_stream.cpp
View File

@@ -99,7 +99,11 @@ enum ssl_stream_stat
KEY_KEEPER_ASK, KEY_KEEPER_ASK,
KEY_KEEPER_ISSUE, KEY_KEEPER_ISSUE,
SSL_SVC_PINNING,
SSL_SVC_MAUTH,
SSL_SVC_CT_CERT,
SSL_SVC_EV_CERT,
SSL_STAT_MAX SSL_STAT_MAX
}; };
struct session_ticket_key struct session_ticket_key
@@ -182,7 +186,7 @@ struct ssl_upstream_parts
char block_fake_cert; char block_fake_cert;
struct ssl_service_status svc_status; struct ssl_service_status svc_status;
enum ssl_stream_action action; enum ssl_stream_action action;
int keyring_id;
struct ssl_chello * client_hello; struct ssl_chello * client_hello;
int is_server_cert_verify_passed; int is_server_cert_verify_passed;
}; };
@@ -325,6 +329,14 @@ ssl_stream_gc_cb(evutil_socket_t fd, short what, void * arg)
mgr->stat_val[KEY_KEEPER_ISSUE]=keeper_stat.new_issue; mgr->stat_val[KEY_KEEPER_ISSUE]=keeper_stat.new_issue;
mgr->stat_val[KEY_KEEPER_CACHE_SIZE]=keeper_stat.cached_num; mgr->stat_val[KEY_KEEPER_CACHE_SIZE]=keeper_stat.cached_num;
struct ssl_service_cache_statistics svc_stat;
memset(&svc_stat, 0, sizeof(svc_stat));
ssl_service_cache_stat(mgr->svc_cache, &svc_stat);
mgr->stat_val[SSL_SVC_PINNING]=svc_stat.pinning_cli_cnt;
mgr->stat_val[SSL_SVC_MAUTH]=svc_stat.mutual_auth_cli_cnt;
mgr->stat_val[SSL_SVC_CT_CERT]=svc_stat.ct_srv_cnt;
mgr->stat_val[SSL_SVC_EV_CERT]=svc_stat.ev_srv_cnt;
for(i=0;i<SSL_STAT_MAX;i++) for(i=0;i<SSL_STAT_MAX;i++)
{ {
FS_operate(mgr->fs_handle, mgr->fs_id[i], 0, FS_OP_SET, ATOMIC_READ(&(mgr->stat_val[i]))); FS_operate(mgr->fs_handle, mgr->fs_id[i], 0, FS_OP_SET, ATOMIC_READ(&(mgr->stat_val[i])));
@@ -376,6 +388,12 @@ void ssl_stat_init(struct ssl_mgr * mgr)
spec[KEY_KEEPER_ISSUE]="kyr_new"; spec[KEY_KEEPER_ISSUE]="kyr_new";
spec[KEY_KEEPER_CACHE_SIZE]="kyr_cache"; spec[KEY_KEEPER_CACHE_SIZE]="kyr_cache";
spec[SSL_SVC_PINNING]="ssl_pinning";
spec[SSL_SVC_MAUTH]="ssl_mauth";
spec[SSL_SVC_CT_CERT]="ssl_ct_crt";
spec[SSL_SVC_EV_CERT]="ssl_ev_crt";
for(i=0;i<SSL_STAT_MAX;i++) for(i=0;i<SSL_STAT_MAX;i++)
{ {
if(spec[i]!=NULL) if(spec[i]!=NULL)
@@ -1741,13 +1759,13 @@ void ask_keyring_on_fail(enum e_future_error error, const char * what, void * us
* Create a SSL stream for the incoming connection, based on the upstream. * Create a SSL stream for the incoming connection, based on the upstream.
*/ */
void ssl_async_downstream_create(struct future * f, struct ssl_mgr * mgr, struct ssl_stream * upstream, void ssl_async_downstream_create(struct future * f, struct ssl_mgr * mgr, struct ssl_stream * upstream,
evutil_socket_t fd_downstream, int keyring_id, unsigned int thread_id) evutil_socket_t fd_downstream, unsigned int thread_id)
{ {
assert(upstream->dir == CONN_DIR_UPSTREAM); assert(upstream->dir == CONN_DIR_UPSTREAM);
const char* sni=NULL; const char* sni=NULL;
struct ssl_connect_client_ctx * ctx = ALLOC(struct ssl_connect_client_ctx, 1); struct ssl_connect_client_ctx * ctx = ALLOC(struct ssl_connect_client_ctx, 1);
ctx->keyring_id = keyring_id; ctx->keyring_id = upstream->up_parts.keyring_id;
ctx->ssl_mgr = mgr; ctx->ssl_mgr = mgr;
ctx->fd_downstream = fd_downstream; ctx->fd_downstream = fd_downstream;
ctx->thread_id = thread_id; ctx->thread_id = thread_id;
@@ -1766,7 +1784,7 @@ void ssl_async_downstream_create(struct future * f, struct ssl_mgr * mgr, struct
ctx->f_ask_keyring = future_create("ask_kyr",ask_keyring_on_succ, ask_keyring_on_fail, p); ctx->f_ask_keyring = future_create("ask_kyr",ask_keyring_on_succ, ask_keyring_on_fail, p);
ctx->is_origin_crt_verify_passed = upstream->up_parts.is_server_cert_verify_passed; ctx->is_origin_crt_verify_passed = upstream->up_parts.is_server_cert_verify_passed;
key_keeper_async_ask(ctx->f_ask_keyring, mgr->key_keeper, sni, keyring_id, ctx->origin_crt, ctx->is_origin_crt_verify_passed, key_keeper_async_ask(ctx->f_ask_keyring, mgr->key_keeper, sni, ctx->keyring_id, ctx->origin_crt, ctx->is_origin_crt_verify_passed,
evbase, dnsbase); evbase, dnsbase);
return; return;
} }
@@ -1965,6 +1983,9 @@ int ssl_stream_set_integer_opt(struct ssl_stream *upstream, enum SSL_STREAM_OPT
case SSL_STREAM_OPT_PROTOCOL_MAX_VERSION: case SSL_STREAM_OPT_PROTOCOL_MAX_VERSION:
upstream->ssl_max_version=opt_val; upstream->ssl_max_version=opt_val;
break; break;
case SSL_STREAM_OPT_KEYRING_ID:
upstream->up_parts.keyring_id=opt_val;
break;
default: default:
assert(0); assert(0);
return 0; return 0;

2
platform/src/tcp_stream.cpp
View File

@@ -942,7 +942,7 @@ void ssl_upstream_create_on_success(future_result_t * result, void * user)
ssl_downstream_create_on_fail, _stream); ssl_downstream_create_on_fail, _stream);
ssl_async_downstream_create(_stream->future_downstream_create, _stream->ssl_mgr, ssl_async_downstream_create(_stream->future_downstream_create, _stream->ssl_mgr,
_stream->ssl_upstream, _stream->defer_fd_downstream, _stream->keyring_id, _stream->thread_ref->thread_id); _stream->ssl_upstream, _stream->defer_fd_downstream, _stream->thread_ref->thread_id);
} }
future_destroy(_stream->future_upstream_create); future_destroy(_stream->future_upstream_create);
_stream->future_upstream_create = NULL; _stream->future_upstream_create = NULL;

7
plugin/business/ssl-policy/src/ssl_policy.cpp
View File

@@ -136,9 +136,8 @@ void intercept_param_free_cb(int table_id, MAAT_PLUGIN_EX_DATA* ad, long argl, v
param->ref_cnt--; param->ref_cnt--;
if(param->ref_cnt==0) if(param->ref_cnt==0)
{ {
TFE_LOG_INFO(enforcer->logger, "Del intercept policy %d", param->policy_id);\
free(param); free(param);
TFE_LOG_INFO(enforcer->logger, "Del intercept policy %d", param->policy_id);
free(*ad);
*ad=NULL; *ad=NULL;
} }
} }
@@ -193,6 +192,8 @@ enum ssl_stream_action ssl_policy_enforce(struct ssl_stream *upstream, void* u_p
{ {
ret=ssl_stream_set_integer_opt(upstream, SSL_STREAM_OPT_BLOCK_FAKE_CERT, 1); ret=ssl_stream_set_integer_opt(upstream, SSL_STREAM_OPT_BLOCK_FAKE_CERT, 1);
} }
ret=ssl_stream_set_integer_opt(upstream, SSL_STREAM_OPT_KEYRING_ID, param->keyring);
ret=ssl_stream_get_integer_opt(upstream, SSL_STREAM_OPT_PINNING_STATUS, &pinning_staus); ret=ssl_stream_get_integer_opt(upstream, SSL_STREAM_OPT_PINNING_STATUS, &pinning_staus);
assert(ret==1); assert(ret==1);
ret=ssl_stream_get_integer_opt(upstream, SSL_STREAM_OPT_IS_EV_CERT, &is_ev); ret=ssl_stream_get_integer_opt(upstream, SSL_STREAM_OPT_IS_EV_CERT, &is_ev);
@@ -200,7 +201,7 @@ enum ssl_stream_action ssl_policy_enforce(struct ssl_stream *upstream, void* u_p
ret=ssl_stream_get_integer_opt(upstream, SSL_STREAM_OPT_IS_MUTUAL_AUTH, &is_mauth); ret=ssl_stream_get_integer_opt(upstream, SSL_STREAM_OPT_IS_MUTUAL_AUTH, &is_mauth);
ret=ssl_stream_get_integer_opt(upstream, SSL_STREAM_OPT_IS_CT_CERT, &is_ct); ret=ssl_stream_get_integer_opt(upstream, SSL_STREAM_OPT_IS_CT_CERT, &is_ct);
assert(ret=1); assert(ret=1);
if( (pinning_staus>1 && param->bypass_pinning) || if( (pinning_staus==1 && param->bypass_pinning) ||
(is_mauth && param->bypass_mutual_auth) || (is_mauth && param->bypass_mutual_auth) ||
(is_ev && param->bypass_ev_cert) || (is_ev && param->bypass_ev_cert) ||
(is_ct && param->bypass_ct_cert) ) (is_ct && param->bypass_ct_cert) )