engmodule.c File Reference

---

Detailed Description

For internal use only.

This test engine module declares an engine_module containing an engine descriptor.

Definition in file engmodule.c.

#include "engines_int.h"

Include dependency graph for engmodule.c:

Go to the source code of this file.

Defines
#define	ENGINE_MODULE
Functions
static ev_err_t	em_init (ev_ctx_t *ctx, ev_engine_t *engine, ev_flags_t *eng_flags)
	Test engine initialization callback.
static ev_err_t	em_poll (ev_ctx_t *ctx, ev_engine_t *engine, struct timeval *timeout)
	Test engine poll callback.
static ev_err_t	em_sock (ev_ctx_t *ctx, ev_engine_t *engine, ev_sock_t *sock)
	Test socket add/remove engine callback.
static ev_err_t	em_sockev (ev_ctx_t *ctx, ev_engine_t *engine, ev_sock_t *sock, ev_flags_t evs)
	Test socket event set engine callback.
static ev_err_t	em_sig (ev_ctx_t *ctx, ev_engine_t *engine, ev_sig_t *sig)
	Test signal add/remove engine callback.
static ev_err_t	em_tim (ev_ctx_t *ctx, ev_engine_t *engine, ev_tim_t *tim)
	Test timer add/remove engine callback.
Variables
ev_engine_t	engine_module
	Engine module descriptor.

---

Define Documentation

#define ENGINE_MODULE

Definition at line 151 of file engmodule.c.

---

Function Documentation

static ev_err_t em_init (  ev_ctx_t *  ctx, ev_engine_t *  engine, ev_flags_t *  eng_flags )  [static]

For internal use only. This routine is used to simulate an engine initialization callback. By calling engine_activate() and returning immediately, it convinces the library that it has initialized the components that the library requested. Parameters: [in]  ctx  A pointer to an ev_ctx_t. [in]  engine  A pointer to the ev_engine_t. [in,out]  eng_flags  A pointer to an ev_flags_t containing the desired engine flags. This is a value-result parameter that the engine is expected to modify. Returns: A non-zero error code, or 0 on success. Definition at line 50 of file engmodule.c. References engine_activate(). Here is the call graph for this function:

static ev_err_t em_poll (  ev_ctx_t *  ctx, ev_engine_t *  engine, struct timeval *  timeout )  [static]

For internal use only. This dummy routine is needed only to make the engine structure legal. All it does is return 0. Parameters: [in]  ctx  A pointer to an ev_ctx_t. [in]  engine  A pointer to the ev_engine_t. [in,out]  timeout  A pointer to a struct timeval which will contain the current timeout value. This is a value-result parameter that the engine may modify. Returns: A non-zero error code, or 0 on success. Definition at line 71 of file engmodule.c.

static ev_err_t em_sig (  ev_ctx_t *  ctx, ev_engine_t *  engine, ev_sig_t *  sig )  [static]

For internal use only. This dummy routine is needed only to make the engine structure legal. All it does is return 0. Parameters: [in]  ctx  A pointer to an ev_ctx_t. [in]  engine  A pointer to the ev_engine_t. [in]  sig  A pointer to an ev_sig_t. Returns: A non-zero error code, or 0 on success. Definition at line 127 of file engmodule.c.

static ev_err_t em_sock (  ev_ctx_t *  ctx, ev_engine_t *  engine, ev_sock_t *  sock )  [static]

For internal use only. This dummy routine is needed only to make the engine structure legal. All it does is return 0. Parameters: [in]  ctx  A pointer to an ev_ctx_t. [in]  engine  A pointer to the ev_engine_t. [in]  sock  A pointer to an ev_sock_t. Returns: A non-zero error code, or 0 on success. Definition at line 89 of file engmodule.c.

static ev_err_t em_sockev (  ev_ctx_t *  ctx, ev_engine_t *  engine, ev_sock_t *  sock, ev_flags_t  evs )  [static]

For internal use only. This dummy routine is needed only to make the engine structure legal. All it does is return 0. Parameters: [in]  ctx  A pointer to an ev_ctx_t. [in]  engine  A pointer to the ev_engine_t. [in]  sock  A pointer to an ev_sock_t. [in]  evs  An ev_flags_t specifying the events of interest. Returns: A non-zero error code, or 0 on success. Definition at line 109 of file engmodule.c.

static ev_err_t em_tim (  ev_ctx_t *  ctx, ev_engine_t *  engine, ev_tim_t *  tim )  [static]

For internal use only. This dummy routine is needed only to make the engine structure legal. All it does is return 0. Parameters: [in]  ctx  A pointer to an ev_ctx_t. [in]  engine  A pointer to the ev_engine_t. [in]  tim  A pointer to an ev_tim_t specifying the timer being registered. Returns: A non-zero error code, or 0 on success. Definition at line 146 of file engmodule.c.

---