e34abce4e1
1. update component to week40 2. add new function smart_no_idle_sw_init 3. change name of smart_ddr_spinlock_init 4. change type of smart_task_del and smart_enable_q_nempty 5. if call smart_enable_q_nempty return faild, we'll call 8 times 6. if call smart_task_del return faild, we'll record 7. smart_reclaim_init_res() don't be called!!! 8. test: 8.1 SPU(case14)+ARM(case3) :PASS 8.2 SPU(case20)+ARM(case20):PASS 8.3 SPU(case21)+ARM(case21):PASS 8.4 SPU(case34)+ARM(case5) :PASS 8.5 SPU(case44)+ARM(case5) :PASS
297 lines
6.2 KiB
C
297 lines
6.2 KiB
C
#ifndef __DUP_APE_COM_H__
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#define __DUP_APE_COM_H__
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/*error code*/
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#define EQUEEMPTY 20
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#define EMATCH 21
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#define EINVAL 22 /*invalid argment*/
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#define EREREG 23 /*re registration*/
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enum hwque_status{
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hwque_false,
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hwque_true
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};
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typedef unsigned int uint32_t;
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typedef unsigned short uint16_t;
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typedef unsigned char uint8_t;
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typedef unsigned long long uint64_t;
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#define NULL ((void*)0)
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#define QUE_MAX_NR 16
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#define HW_QUE_NR 8
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#define QUE_NR 16
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#define B_128_16BLCOKS 8
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#define B_256_32BLOCKS 32
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#define BLOCKS_64 64
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//#define QUE_NR 32
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#define SHM_QUE_MAX 8
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#define MAP_QUE_MAX 16
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typedef enum{
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CPSM_SM = 0,
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JSSM_SM,
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SM_NR
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}ENUM_SHM;
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typedef struct hw_que_reg_msg{
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uint32_t hw_base_reg;
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uint32_t hw_size_reg;
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uint32_t hw_depth_reg;
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uint32_t hw_start_addr;
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int cpuid;
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uint32_t ape_vector_id;
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uint32_t arm_vector_id;
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}hw_reg_desc_t;
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typedef struct shm_desc{
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hw_reg_desc_t queid[SHM_QUE_MAX];
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uint32_t hw_sm_ctrl_reg;
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uint32_t width_bits;
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uint32_t que_depths;
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}shm_obj;
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typedef struct mpu_shm{
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shm_obj shm_type_s[SM_NR];
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int v_map_queid[MAP_QUE_MAX];
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}mpu_shm_obj;
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typedef struct{
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unsigned int out_failed_cnt;
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unsigned int in_failed_cnt;
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unsigned int out_success_cnt;
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unsigned int in_success_cnt;
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unsigned int in_que_depth_addr;
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unsigned int out_que_depth_addr;
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}hwq_db_info ;
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typedef struct{
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hwq_db_info per_hwq[QUE_MAX_NR];
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}hwq_debug_t;
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/*
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函数名称：smart_hq_init
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输入参数: cpuid
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返回类型: int
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返回值： 小于0 表示失败
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返回值：等于0 表示成功
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函数功能：硬件队列初始化
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*/
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extern int smart_hq_init(int cpuid);
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/*
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函数名称：smart_get_hq_vector
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输入参数: cpuid
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输入参数：queid
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返回类型: int
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返回值：小于等于0 表示失败
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函数功能：获取当前硬件队列中断号
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*/
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extern int smart_get_hq_vector(int cpuid,int queid);
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/********************
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函数名称：smart_in_que
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函数参数：queid 队列编号
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函数参数：val 入队值
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函数功能：硬件队列入队
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函数使用注意点1： 多核生产者入队时需要加锁
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******************/
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extern int smart_in_que(int queid,uint32_t val);
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/*
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函数名称：smart_que_is_full
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输入参数: queid
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返回类型：int
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返回值： 1 表示 true
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返回值: 0 表示 false
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*/
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extern int smart_que_is_full(int queid);
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/*********************
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函数名称：smart_out_que
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函数参数：queid 队列编号
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输出参数：idx 获取当前队列的索引值
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函数功能：队列出队获取当前队列的索引值
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*********************/
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extern int smart_out_que(int queid,uint32_t *val);
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/*
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函数名称：smart_que_is_empty
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输入参数: queid
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返回类型: int
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返回值： 1 表示true
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返回值：0 表示false
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*/
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extern int smart_que_is_empty(int queid);
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/*
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函数名称：smart_get_que_info
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输入参数: queid
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输出参数 *dep
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输出参数: *width
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输出参数: *used
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输出参数: *cpuid
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返回类型: int
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返回值:0 表示成功，非0 表示失败
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*/
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extern int smart_get_que_info(int queid,int *dep,int *width,int *used,int *cpuid);
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/*
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// 函数名称：smart_enable_q_nempty
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函数名称：smart_hq_nempty_int_enable
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输入参数: queid
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返回值：int
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函数功能:使能非空中断
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*/
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//extern void smart_enable_q_nempty(int queid);
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//extern void smart_hq_nempty_int_enable(int queid);
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extern int smart_enable_q_nempty(int queid);
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/*
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// 函数名称：smart_disable_q_nempty
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函数名称:smart_hq_nempty_int_disable
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输入参数: queid
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返回值：int
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函数功能:去使能非空中断
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*/
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extern void smart_disable_q_nempty(int queid);
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//extern void smart_hq_nempty_int_disable(int queid);
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/*
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函数名称：smart_que_bind
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输入参数: queid
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输入参数；cpuid
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返回类型：int
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返回值 : 0 表示返回成功，非0 表示返回失败
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函数功能：去使能非空中断
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*/
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extern int smart_que_bind(int cpuid,int queid);
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/*
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函数名称：smart_hq_debug_init
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输入参数: debug_base_addr
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输入参数；len_bytes
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返回类型：int
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返回值：0 表示成功
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函数功能：调试初始化接口
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注意:
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通过地址与，长度指定相应的buf 数据空间，存放相应的中断调试信息
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这些调试信息已经格式化，地址由用户指定，len_bytes 不能小于sizeof(hwq_debug_t)
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数据格式化结构是: hwq_debug_t
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数据格式 example:
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typedef struct{
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unsigned int out_failed_cnt;
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unsigned int in_failed_cnt;
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unsigned int out_success_cnt;
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unsigned int in_success_cnt;
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unsigned int cur_que_depth;
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unsigned int bind_cpuid;
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}hwq_db_info ;
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typedef struct{
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hwq_db_info per_hwq[HW_QUE_NR];
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}hwq_debug_t;
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*/
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extern int smart_hq_debug_init( uint32_t debug_base_addr, uint32_t len_bytes);
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/*
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函数名称：smart_get_inque_ok_cnt
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输入参数: queid
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返回类型：int
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返回值 : 小于等于0表示失败
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函数功能：获取当前入队成功计数
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*/
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extern int smart_get_inque_ok_cnt(int queid);
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/*
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函数名称：smart_get_inque_failed_cnt
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输入参数: queid
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返回类型：int
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返回值 : 小于等于0表示失败
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函数功能：获取当前入队失败计数
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*/
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extern int smart_get_inque_failed_cnt(int queid);
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/*
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函数名称：smart_get_outque_ok_cnt
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输入参数: queid
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返回类型：int
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返回值：小于等于0表示失败
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函数功能：获取当前出队成功计数
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*/
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extern int smart_get_outque_ok_cnt(int queid);
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/*
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函数名称：smart_get_outque_failed_cnt
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输入参数: queid
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返回类型：int
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返回值: 0表示成功，非0表示失败
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函数功能：获取当前出队失败计数
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*/
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extern int smart_get_outque_failed_cnt(int queid);
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#endif
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