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tango-tfe/plugin/protocol/http/include/internal/http_common.h
2020-09-24 17:53:44 +08:00

128 lines
3.6 KiB
C

#pragma once
extern "C"
{
#include <sys/queue.h>
}
#include <tfe_http.h>
#include <http_half.h>
#include <http_parser.h>
TAILQ_HEAD(hs_private_list, http_session_private);
struct http_plugin
{
/* Garbage List for HTTP-SESSION object.
* these objects can not be destroyed when TCP connection terminated. */
struct hs_private_list gc_list_hs_private[TFE_THREAD_MAX];
/* Lock for garbage list */
pthread_mutex_t lock_list_hs_private[TFE_THREAD_MAX];
/* GC events */
struct event * gc_event_hs_private[TFE_THREAD_MAX];
/* ACCESS LOGGER */
void * logger;
};
extern struct http_plugin * g_http_plugin;
struct http_session_private
{
/* PUBLIC */
struct tfe_http_session hs_public;
/* TAILQ POINTER */
TAILQ_ENTRY(http_session_private) next;
/* HTTP CONNECTION ADDR */
char * str_stream_info;
/* REF, HTTP CONNECTION */
struct http_connection_private * hc_private;
/* HTTP FRAME CTX */
struct http_frame_session_ctx * ht_frame;
/* USER SETUP REQUEST HALF */
struct http_half_private * hf_private_req_user;
/* USER SETUP RESPONSE HALF */
struct http_half_private * hf_private_resp_user;
/* SUSPEND EVENT */
tfe_http_event suspend_event;
/* SUSPEND TAG EFFECTIVE */
bool suspend_tag_effective;
/* SUSPEND TAG STREAM */
bool suspend_tag_signal;
/* RESUME SIGNAL */
bool resume_tag_singal;
/* RELEASE LOCK, when the tag is zero, the session can be destroyed */
int release_lock;
/* thread id */
unsigned int thread_id;
/* SUSPEND COUNTER, only for debug and log */
int suspend_counter;
/* IN GC QUEUE, means the connection of session has destroyed */
bool in_gc_queue;
/* KILL */
bool kill_signal;
};
struct http_connection_private
{
/* STREAM */
const struct tfe_stream * stream;
/* SESSION LIST, REQUEST-RESPONSE PAIRS */
struct hs_private_list hs_private_list;
/* ORPHAN SESSION LIST */
struct hs_private_list hs_private_orphan_list;
/* IS PREEMPTED */
unsigned int is_preempted;
/* SESSION ID COUNTER */
unsigned int session_id_counter;
};
static inline struct http_half_private * to_hf_request_private(struct http_session_private * hs_private)
{
if(hs_private == NULL) return NULL;
struct tfe_http_half * hf_public = hs_private->hs_public.req;
return container_of(hf_public, struct http_half_private, hf_public);
}
static inline struct http_half_private * to_hf_response_private(struct http_session_private * hs_private)
{
if(hs_private == NULL) return NULL;
struct tfe_http_half * hf_public = hs_private->hs_public.resp;
return container_of(hf_public, struct http_half_private, hf_public);
}
static inline struct tfe_http_half * to_hf_public(struct http_half_private * hf_private)
{
if(hf_private == NULL) return NULL;
return &hf_private->hf_public;
}
static inline struct http_half_private * to_hf_private(struct tfe_http_half * hf_public)
{
if(hf_public == NULL) return NULL;
return container_of(hf_public, struct http_half_private, hf_public);
}
static inline const struct http_half_private * to_hf_private(const struct tfe_http_half * hf_public)
{
if(hf_public == NULL) return NULL;
return container_of(hf_public, struct http_half_private, hf_public);
}
static inline const struct tfe_http_session * to_hs_public(const struct http_session_private * hs_private)
{
if (hs_private == NULL) return NULL;
return &hs_private->hs_public;
}
static inline struct tfe_http_session * to_hs_public(struct http_session_private * hs_private)
{
if (hs_private == NULL) return NULL;
return &hs_private->hs_public;
}
static inline struct http_session_private * to_hs_private(struct tfe_http_session * hs_public)
{
if (hs_public == NULL) return NULL;
return container_of(hs_public, struct http_session_private, hs_public);
}