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tpws: autohostlist debug log write client and proto info

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bol-van 2024-10-15 11:23:37 +03:00
parent 47c08d0ab5
commit 6773370a87
3 changed files with 42 additions and 25 deletions
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54
tpws/tamper.c
View File

@ -38,7 +38,7 @@ static bool dp_impossible(struct desync_profile *dp, const char *hostname, t_l7p
static bool dp_match(struct desync_profile *dp, const struct sockaddr *dest, const char *hostname, t_l7proto l7proto) static bool dp_match(struct desync_profile *dp, const struct sockaddr *dest, const char *hostname, t_l7proto l7proto)
{ {
// impossible case, hard filter // impossible case, hard filter
// impossible check avoid relatively slow ipset search // impossible check avoids relatively slow ipset search
if (!dp_impossible(dp,hostname,l7proto) && dp_match_l3l4(dp,dest)) if (!dp_impossible(dp,hostname,l7proto) && dp_match_l3l4(dp,dest))
{ {
// soft filter // soft filter
@ -375,7 +375,7 @@ void tamper_out(t_ctrack *ctrack, const struct sockaddr *dest, uint8_t *segment,
if (ctrack->dp->oob) *split_flags |= SPLIT_FLAG_OOB; if (ctrack->dp->oob) *split_flags |= SPLIT_FLAG_OOB;
} }
static void auto_hostlist_reset_fail_counter(struct desync_profile *dp, const char *hostname) static void auto_hostlist_reset_fail_counter(struct desync_profile *dp, const char *hostname, const char *client_ip_port, t_l7proto l7proto)
{ {
if (hostname) if (hostname)
{ {
@ -386,12 +386,12 @@ static void auto_hostlist_reset_fail_counter(struct desync_profile *dp, const ch
{ {
HostFailPoolDel(&dp->hostlist_auto_fail_counters, fail_counter); HostFailPoolDel(&dp->hostlist_auto_fail_counters, fail_counter);
VPRINT("auto hostlist (profile %d) : %s : fail counter reset. website is working.\n", dp->n, hostname); VPRINT("auto hostlist (profile %d) : %s : fail counter reset. website is working.\n", dp->n, hostname);
HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : fail counter reset. website is working.", hostname, dp->n); HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : client %s : proto %s : fail counter reset. website is working.", hostname, dp->n, client_ip_port, l7proto_str(l7proto));
} }
} }
} }
static void auto_hostlist_failed(struct desync_profile *dp, const char *hostname) static void auto_hostlist_failed(struct desync_profile *dp, const char *hostname, const char *client_ip_port, t_l7proto l7proto)
{ {
hostfail_pool *fail_counter; hostfail_pool *fail_counter;
@ -407,7 +407,7 @@ static void auto_hostlist_failed(struct desync_profile *dp, const char *hostname
} }
fail_counter->counter++; fail_counter->counter++;
VPRINT("auto hostlist (profile %d) : %s : fail counter %d/%d\n", dp->n , hostname, fail_counter->counter, dp->hostlist_auto_fail_threshold); VPRINT("auto hostlist (profile %d) : %s : fail counter %d/%d\n", dp->n , hostname, fail_counter->counter, dp->hostlist_auto_fail_threshold);
HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : fail counter %d/%d", hostname, dp->n, fail_counter->counter, dp->hostlist_auto_fail_threshold); HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : client %s : proto %s : fail counter %d/%d", hostname, dp->n, client_ip_port, l7proto_str(l7proto), fail_counter->counter, dp->hostlist_auto_fail_threshold);
if (fail_counter->counter >= dp->hostlist_auto_fail_threshold) if (fail_counter->counter >= dp->hostlist_auto_fail_threshold)
{ {
VPRINT("auto hostlist (profile %d) : fail threshold reached. adding %s to auto hostlist\n", dp->n , hostname); VPRINT("auto hostlist (profile %d) : fail threshold reached. adding %s to auto hostlist\n", dp->n , hostname);
@ -418,7 +418,7 @@ static void auto_hostlist_failed(struct desync_profile *dp, const char *hostname
if (!HostlistCheck(dp, hostname, &bExcluded) && !bExcluded) if (!HostlistCheck(dp, hostname, &bExcluded) && !bExcluded)
{ {
VPRINT("auto hostlist (profile %d) : adding %s to %s\n", dp->n, hostname, dp->hostlist_auto_filename); VPRINT("auto hostlist (profile %d) : adding %s to %s\n", dp->n, hostname, dp->hostlist_auto_filename);
HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : adding to %s", hostname, dp->n, dp->hostlist_auto_filename); HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : client %s : proto %s : adding to %s", hostname, dp->n, client_ip_port, l7proto_str(l7proto), dp->hostlist_auto_filename);
if (!StrPoolAddStr(&dp->hostlist, hostname)) if (!StrPoolAddStr(&dp->hostlist, hostname))
{ {
DLOG_ERR("StrPoolAddStr out of memory\n"); DLOG_ERR("StrPoolAddStr out of memory\n");
@ -434,16 +434,22 @@ static void auto_hostlist_failed(struct desync_profile *dp, const char *hostname
else else
{ {
VPRINT("auto hostlist (profile %d) : NOT adding %s\n", dp->n, hostname); VPRINT("auto hostlist (profile %d) : NOT adding %s\n", dp->n, hostname);
HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : NOT adding, duplicate detected", hostname, dp->n); HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : client %s : proto %s : NOT adding, duplicate detected", hostname, dp->n, client_ip_port, l7proto_str(l7proto));
} }
} }
} }
void tamper_in(t_ctrack *ctrack, uint8_t *segment,size_t segment_buffer_size,size_t *size) void tamper_in(t_ctrack *ctrack, const struct sockaddr *client, uint8_t *segment,size_t segment_buffer_size,size_t *size)
{ {
DBGPRINT("tamper_in hostname=%s\n", ctrack->hostname);
bool bFail=false; bool bFail=false;
DBGPRINT("tamper_in hostname=%s\n", ctrack->hostname); char client_ip_port[48];
if (*params.hostlist_auto_debuglog)
ntop46_port((struct sockaddr*)client,client_ip_port,sizeof(client_ip_port));
else
*client_ip_port=0;
if (ctrack->dp && ctrack->b_ah_check) if (ctrack->dp && ctrack->b_ah_check)
{ {
@ -458,7 +464,7 @@ void tamper_in(t_ctrack *ctrack, uint8_t *segment,size_t segment_buffer_size,siz
if (bFail) if (bFail)
{ {
VPRINT("redirect to another domain detected. possibly DPI redirect.\n"); VPRINT("redirect to another domain detected. possibly DPI redirect.\n");
HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : redirect to another domain", ctrack->hostname, ctrack->dp->n); HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : client %s : proto %s : redirect to another domain", ctrack->hostname, ctrack->dp->n, client_ip_port, l7proto_str(ctrack->l7proto));
} }
else else
VPRINT("local or in-domain redirect detected. it's not a DPI redirect.\n"); VPRINT("local or in-domain redirect detected. it's not a DPI redirect.\n");
@ -468,17 +474,23 @@ void tamper_in(t_ctrack *ctrack, uint8_t *segment,size_t segment_buffer_size,siz
// received not http reply. do not monitor this connection anymore // received not http reply. do not monitor this connection anymore
VPRINT("incoming unknown HTTP data detected for hostname %s\n", ctrack->hostname); VPRINT("incoming unknown HTTP data detected for hostname %s\n", ctrack->hostname);
} }
if (bFail) auto_hostlist_failed(ctrack->dp, ctrack->hostname); if (bFail) auto_hostlist_failed(ctrack->dp, ctrack->hostname, client_ip_port, ctrack->l7proto);
} }
if (!bFail) auto_hostlist_reset_fail_counter(ctrack->dp, ctrack->hostname); if (!bFail) auto_hostlist_reset_fail_counter(ctrack->dp, ctrack->hostname, client_ip_port, ctrack->l7proto);
} }
ctrack->bTamperInCutoff = true; ctrack->bTamperInCutoff = true;
} }
void rst_in(t_ctrack *ctrack) void rst_in(t_ctrack *ctrack, const struct sockaddr *client)
{ {
DBGPRINT("rst_in hostname=%s\n", ctrack->hostname); DBGPRINT("rst_in hostname=%s\n", ctrack->hostname);
char client_ip_port[48];
if (*params.hostlist_auto_debuglog)
ntop46_port((struct sockaddr*)client,client_ip_port,sizeof(client_ip_port));
else
*client_ip_port=0;
if (ctrack->dp && ctrack->b_ah_check) if (ctrack->dp && ctrack->b_ah_check)
{ {
HostFailPoolPurgeRateLimited(&ctrack->dp->hostlist_auto_fail_counters); HostFailPoolPurgeRateLimited(&ctrack->dp->hostlist_auto_fail_counters);
@ -486,15 +498,21 @@ void rst_in(t_ctrack *ctrack)
if (!ctrack->bTamperInCutoff && ctrack->hostname) if (!ctrack->bTamperInCutoff && ctrack->hostname)
{ {
VPRINT("incoming RST detected for hostname %s\n", ctrack->hostname); VPRINT("incoming RST detected for hostname %s\n", ctrack->hostname);
HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : incoming RST", ctrack->hostname, ctrack->dp->n); HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : client %s : proto %s : incoming RST", ctrack->hostname, ctrack->dp->n, client_ip_port, l7proto_str(ctrack->l7proto));
auto_hostlist_failed(ctrack->dp, ctrack->hostname); auto_hostlist_failed(ctrack->dp, ctrack->hostname, client_ip_port, ctrack->l7proto);
} }
} }
} }
void hup_out(t_ctrack *ctrack) void hup_out(t_ctrack *ctrack, const struct sockaddr *client)
{ {
DBGPRINT("hup_out hostname=%s\n", ctrack->hostname); DBGPRINT("hup_out hostname=%s\n", ctrack->hostname);
char client_ip_port[48];
if (*params.hostlist_auto_debuglog)
ntop46_port((struct sockaddr*)client,client_ip_port,sizeof(client_ip_port));
else
*client_ip_port=0;
if (ctrack->dp && ctrack->b_ah_check) if (ctrack->dp && ctrack->b_ah_check)
{ {
HostFailPoolPurgeRateLimited(&ctrack->dp->hostlist_auto_fail_counters); HostFailPoolPurgeRateLimited(&ctrack->dp->hostlist_auto_fail_counters);
@ -503,8 +521,8 @@ void hup_out(t_ctrack *ctrack)
{ {
// local leg dropped connection after first request. probably due to timeout. // local leg dropped connection after first request. probably due to timeout.
VPRINT("local leg closed connection after first request (timeout ?). hostname: %s\n", ctrack->hostname); VPRINT("local leg closed connection after first request (timeout ?). hostname: %s\n", ctrack->hostname);
HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : client closed connection without server reply", ctrack->hostname, ctrack->dp->n); HOSTLIST_DEBUGLOG_APPEND("%s : profile %d : client %s : proto %s : client closed connection without server reply", ctrack->hostname, ctrack->dp->n, client_ip_port, l7proto_str(ctrack->l7proto));
auto_hostlist_failed(ctrack->dp, ctrack->hostname); auto_hostlist_failed(ctrack->dp, ctrack->hostname, client_ip_port, ctrack->l7proto);
} }
} }
} }

7
tpws/tamper.h
View File

@ -15,7 +15,6 @@ typedef struct
{ {
// common state // common state
t_l7proto l7proto; t_l7proto l7proto;
bool bFirstReplyChecked;
bool bTamperInCutoff; bool bTamperInCutoff;
bool b_ah_check; bool b_ah_check;
bool b_not_act; bool b_not_act;
@ -26,8 +25,8 @@ typedef struct
void apply_desync_profile(t_ctrack *ctrack, const struct sockaddr *dest); void apply_desync_profile(t_ctrack *ctrack, const struct sockaddr *dest);
void tamper_out(t_ctrack *ctrack, const struct sockaddr *dest, uint8_t *segment,size_t segment_buffer_size,size_t *size, size_t *split_pos, uint8_t *split_flags); void tamper_out(t_ctrack *ctrack, const struct sockaddr *dest, uint8_t *segment,size_t segment_buffer_size,size_t *size, size_t *split_pos, uint8_t *split_flags);
void tamper_in(t_ctrack *ctrack, uint8_t *segment,size_t segment_buffer_size,size_t *size); void tamper_in(t_ctrack *ctrack, const struct sockaddr *client, uint8_t *segment,size_t segment_buffer_size,size_t *size);
// connection reset by remote leg // connection reset by remote leg
void rst_in(t_ctrack *ctrack); void rst_in(t_ctrack *ctrack, const struct sockaddr *client);
// local leg closed connection (timeout waiting response ?) // local leg closed connection (timeout waiting response ?)
void hup_out(t_ctrack *ctrack); void hup_out(t_ctrack *ctrack, const struct sockaddr *client);

6
tpws/tpws_conn.c
View File

@ -1076,7 +1076,7 @@ static void tamper(tproxy_conn_t *conn, uint8_t *segment, size_t segment_buffer_
if (conn->remote) if (conn->remote)
{ {
if (conn_partner_alive(conn) && !conn->partner->track.bTamperInCutoff) if (conn_partner_alive(conn) && !conn->partner->track.bTamperInCutoff)
tamper_in(&conn->partner->track,segment,segment_buffer_size,segment_size); tamper_in(&conn->partner->track,(struct sockaddr*)&conn->partner->client,segment,segment_buffer_size,segment_size);
} }
else else
{ {
@ -1558,7 +1558,7 @@ int event_loop(const int *listen_fd, size_t listen_fd_ct)
read_all_and_buffer(conn,3); read_all_and_buffer(conn,3);
if (errn==ECONNRESET && conn_partner_alive(conn)) if (errn==ECONNRESET && conn_partner_alive(conn))
{ {
if (conn->remote && params.tamper) rst_in(&conn->partner->track); if (conn->remote && params.tamper) rst_in(&conn->partner->track,(struct sockaddr*)&conn->partner->client);
struct linger lin; struct linger lin;
lin.l_onoff=1; lin.l_onoff=1;
@ -1583,7 +1583,7 @@ int event_loop(const int *listen_fd, size_t listen_fd_ct)
{ {
DBGPRINT("EPOLLRDHUP\n"); DBGPRINT("EPOLLRDHUP\n");
read_all_and_buffer(conn,2); read_all_and_buffer(conn,2);
if (!conn->remote && params.tamper) hup_out(&conn->track); if (!conn->remote && params.tamper) hup_out(&conn->track,(struct sockaddr*)&conn->client);
conn->state = CONN_RDHUP; // only writes. do not receive RDHUP anymore conn->state = CONN_RDHUP; // only writes. do not receive RDHUP anymore
if (conn_has_unsent(conn)) if (conn_has_unsent(conn))