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249 lines
6.1 KiB
C
249 lines
6.1 KiB
C
#ifndef ACL_FIFO_INCLUDE_H
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#define ACL_FIFO_INCLUDE_H
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#ifdef __cplusplus
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extern "C" {
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#endif
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#include "acl_define.h"
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#include "acl_slice.h"
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#include "acl_iterator.h"
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typedef struct ACL_FIFO_INFO ACL_FIFO_INFO;
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typedef struct ACL_FIFO_ITER ACL_FIFO_ITER;
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typedef struct ACL_FIFO ACL_FIFO;
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struct ACL_FIFO_INFO {
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void *data;
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ACL_FIFO_INFO *prev;
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ACL_FIFO_INFO *next;
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};
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struct ACL_FIFO_ITER {
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ACL_FIFO_INFO *ptr;
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};
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struct ACL_FIFO {
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ACL_FIFO_INFO *head;
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ACL_FIFO_INFO *tail;
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int cnt;
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/* 添加及弹出 */
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/* 向队列尾部添加动态对象 */
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void (*push_back)(struct ACL_FIFO*, void*);
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/* 向队列头部添加动态对象 */
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void (*push_front)(struct ACL_FIFO*, void*);
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/* 弹出队列尾部动态对象 */
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void *(*pop_back)(struct ACL_FIFO*);
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/* 弹出队列头部动态对象 */
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void *(*pop_front)(struct ACL_FIFO*);
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/* for acl_iterator */
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/* 取迭代器头函数 */
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void *(*iter_head)(ACL_ITER*, struct ACL_FIFO*);
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/* 取迭代器下一个函数 */
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void *(*iter_next)(ACL_ITER*, struct ACL_FIFO*);
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/* 取迭代器尾函数 */
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void *(*iter_tail)(ACL_ITER*, struct ACL_FIFO*);
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/* 取迭代器上一个函数 */
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void *(*iter_prev)(ACL_ITER*, struct ACL_FIFO*);
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/* 取迭代器关联的当前容器成员结构对象 */
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ACL_FIFO_INFO *(*iter_info)(ACL_ITER*, struct ACL_FIFO*);
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/* private */
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ACL_SLICE_POOL *slice;
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};
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/**
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* 初始化一个给定队列,应用可以在栈上分配队列,而后调用该函数进行初始化
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* @param fifo {ACL_FIFO *}
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* @example:
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* void test(void) {
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ACL_FIFO fifo;
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acl_fifo_init(&fifo);
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* }
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*/
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ACL_API void acl_fifo_init(ACL_FIFO *fifo);
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/**
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* 从内存堆中分配一个队列对象
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* @return {ACL_FIFO*}
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*/
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ACL_API ACL_FIFO *acl_fifo_new(void);
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/**
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* 从内存堆中分配一个队列对象并传内存池对象做为分配器
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* @param slice {ACL_SLICE_POOL*}
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* @return {ACL_FIFO*}
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*/
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ACL_API ACL_FIFO *acl_fifo_new1(ACL_SLICE_POOL *slice);
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/**
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* 从队列中删除与所给值相同的对象
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* @param fifo {ACL_FIFO*}
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* @param data {const void*}
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*/
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ACL_API int acl_fifo_delete(ACL_FIFO *fifo, const void *data);
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ACL_API void acl_fifo_delete_info(ACL_FIFO *fifo, ACL_FIFO_INFO *info);
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/**
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* 释放以堆分配的队列对象
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* @param fifo {ACL_FIFO*}
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* @param free_fn {void (*)(void*)}, 如果该函数指针不为空则
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* 用来释放队列中动态分配的对象
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*/
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ACL_API void acl_fifo_free(ACL_FIFO *fifo, void (*free_fn)(void *));
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ACL_API void acl_fifo_free2(ACL_FIFO *fifo, void (*free_fn)(ACL_FIFO_INFO *));
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/**
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* 向队列中添加一个动态堆对象
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* @param fifo {ACL_FIFO*}
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* @param data {void*} 动态对象
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* @return {ACL_FIFO_INFO*} 如果 data 非空则返回队列中的新添加对象, 否则返回 NULL
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*/
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ACL_API ACL_FIFO_INFO *acl_fifo_push_back(ACL_FIFO *fifo, void *data);
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#define acl_fifo_push acl_fifo_push_back
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ACL_API void acl_fifo_push_info_back(ACL_FIFO *fifo, ACL_FIFO_INFO *info);
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#define acl_fifo_push_info acl_fifo_push_info_back
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ACL_API ACL_FIFO_INFO *acl_fifo_push_front(ACL_FIFO *fifo, void *data);
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/**
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* 从队列中以先进先出方式弹出一个动态对象, 同时将该对象从队列中删除
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* @param fifo {ACL_FIFO*}
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* @return {void*}, 如果为空,则表示队列为空
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*/
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ACL_API void *acl_fifo_pop_front(ACL_FIFO *fifo);
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#define acl_fifo_pop acl_fifo_pop_front
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ACL_API ACL_FIFO_INFO *acl_fifo_pop_info(ACL_FIFO *fifo);
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/**
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* 从队列中以后进先出方式弹出一个动态对象, 同时该对象从队列中删除
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* @param fifo {ACL_FIFO*}
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* @return {void*}, 如果为空,则表示队列为空
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*/
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ACL_API void *acl_fifo_pop_back(ACL_FIFO *fifo);
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/**
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* 返回队列中头部的动态对象
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* @param fifo {ACL_FIFO*}
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* @return {void*}, 如果为空,则表示队列为空
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*/
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ACL_API void *acl_fifo_head(ACL_FIFO *fifo);
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ACL_API ACL_FIFO_INFO *acl_fifo_head_info(ACL_FIFO *fifo);
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/**
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* 返回队列中尾部的动态对象
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* @param fifo {ACL_FIFO*}
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* @return {void*}, 如果为空,则表示队列为空
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*/
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ACL_API void *acl_fifo_tail(ACL_FIFO *fifo);
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ACL_API ACL_FIFO_INFO *acl_fifo_tail_info(ACL_FIFO *fifo);
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/**
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* 返回队列中动态对象的总个数
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* @param fifo {ACL_FIFO*}
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* @return {int}, >= 0
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*/
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ACL_API int acl_fifo_size(ACL_FIFO *fifo);
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/*-------------------- 一些方便快捷的宏操作 --------------------------------*/
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/**
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* 获得当前 iter 所包含的对象地址
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* @param iter {ACL_FIFO_ITER}
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*/
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#define ACL_FIFO_ITER_VALUE(iter) ((iter).ptr->data)
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#define acl_fifo_iter_value ACL_FIFO_ITER_VALUE
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/**
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* 遍历 ACL_FIFO
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* @param iter {ACL_FIFO_ITER}
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* @param fifo {ACL_FIFO}
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* @example:
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-- 仅是本容器支持的遍历方式
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void test()
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{
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ACL_FIFO *fifo_ptr = acl_fifo_new();
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ACL_FIFO_ITER iter;
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char *data;
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int i;
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for (i = 0; i < 10; i++) {
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data = acl_mymalloc(32);
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snprintf(data, 32, "data: %d", i);
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acl_fifo_push(fifo_ptr, data);
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}
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acl_fifo_foreach(iter, fifo_ptr) {
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printf("%s\n", (char*) acl_fifo_iter_value(iter));
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}
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acl_fifo_free(fifo_ptr, acl_myfree_fn);
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}
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-- 通用容器遍历方式
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void test2()
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{
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ACL_FIFO *fifo_ptr = acl_fifo_new();
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ACL_ITER iter;
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char *data;
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int i;
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for (i = 0; i < 10; i++) {
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data = acl_mymalloc(32);
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snprintf(data, 32, "data: %d", i);
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acl_fifo_push(fifo_ptr, data);
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}
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acl_foreach(iter, fifo) {
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printf("%s\n", (char*) iter.data);
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}
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acl_fifo_free(fifo_ptr, acl_myfree_fn);
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}
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*/
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#define ACL_FIFO_FOREACH(iter, fifo_ptr) \
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for ((iter).ptr = (fifo_ptr)->head; (iter).ptr; (iter).ptr = (iter).ptr->next)
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#define acl_fifo_foreach ACL_FIFO_FOREACH
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/**
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* 反向遍历 ACL_FIFO
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* @param iter {ACL_FIFO_ITER}
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* @param fifo {ACL_FIFO}
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* @example:
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void test()
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{
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ACL_FIFO fifo;
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ACL_FIFO_ITER iter;
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char *data;
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int i;
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acl_fifo_init(&fifo);
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for (i = 0; i < 10; i++) {
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data = acl_mymalloc(32);
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snprintf(data, 32, "data: %d", i);
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acl_fifo_push(&fifo, data);
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}
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acl_fifo_foreach_reverse(iter, &fifo) {
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printf("%s\n", (char*) iter.ptr->data);
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}
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while (1) {
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data = acl_fifo_pop(&fifo);
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if (data == NULL)
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break;
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}
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}
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*/
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#define ACL_FIFO_FOREACH_REVERSE(iter, fifo_ptr) \
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for ((iter).ptr = (fifo_ptr)->tail; (iter).ptr; (iter).ptr = (iter).ptr->prev)
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#define acl_fifo_foreach_reverse ACL_FIFO_FOREACH_REVERSE
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#ifdef __cplusplus
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}
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#endif
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#endif
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