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/**
* @brief The function of command/message layer of MB86/51 is defined.
* @since 2009/01/08
* @note None
* @attention None
* <B><I>COPYRIGHT FUJITSU LIMITED 2009</I></B>
*/
/*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*/
#include <string.h>
#include <sys/ioctl.h>
#include "FmbCmn.h"
/**
* @brief Set parameter for the MB86 Linux driver::ioctl(FMB_API_SET_PARAM)
* @param[in] sceHandle Scenario handle
* @param[in] id Parameter identification
* @param[in] value Written value
* @param[in] dummy
* @return scenario result
* @note None
* @attention None
*/
enum SceResultEnum CoreParamSet(HANDLE sceHandle, unsigned long id, unsigned long value, unsigned long dummy)
{
unsigned long prm_id;
unsigned short prm_data;
struct fmb_param_info param_info;
int deviceFd;
FMB_FUNC(TRUE);
deviceFd = SceGetDevHandle(sceHandle);
prm_id = id;
prm_data = (unsigned short)value;
memset(¶m_info, 0, sizeof(struct fmb_param_info));
param_info.prm_id = &prm_id;
param_info.prm_data = &prm_data;
param_info.prm_num = 1;
LogFmb("[param_set]\tid\t0x%08x\tvalue\t0x%08x",
*param_info.prm_id, *param_info.prm_data);
DrvIoctl(deviceFd, FMB_API_SET_PARAM, ¶m_info);
FMB_FUNC(FALSE);
return SceEnmResultSyncEnd;
}
/**
* @brief Send System Command for the MB86 Linux driver::ioctl(FMB_API_SEND_SYS_CMD)
* @param[in] sceHandle Scenario handle
* @param[in] cmd Written command.
* @param[in] subCmd Written sub command.
* @param[in] body Written body.
* @return scenario result
* @note None
* @attention None
*/
enum SceResultEnum CoreCmdSendSys(HANDLE sceHandle, unsigned long cmd, unsigned long subCmd, unsigned long body)
{
struct fmb_cmd_sys_info cmd_sys_info;
int deviceFd;
FMB_FUNC(TRUE);
deviceFd = SceGetDevHandle(sceHandle);
memset(&cmd_sys_info, 0, sizeof(cmd_sys_info));
cmd_sys_info.sync = FMB_MODE_ASYNC;
cmd_sys_info.id = (unsigned short)cmd;
cmd_sys_info.sub_id = (unsigned short)subCmd;
cmd_sys_info.body = (unsigned short)body;
LogFmbCmd("[cmd_send_sys]\tcmd\t0x%04x\tsub_cmd\t0x%04x\tbody\t0x%04x",
cmd_sys_info.id, cmd_sys_info.sub_id, cmd_sys_info.body);
DrvIoctl(deviceFd, FMB_API_SEND_SYS_CMD, &cmd_sys_info);
FMB_FUNC(FALSE);
return SceEnmResultSyncEnd;
}
/**
* @brief Send Video Command for the MB86 Linux driver::ioctl(FMB_API_SEND_SYS_CMD)
* @param[in] sceHandle Scenario handle
* @param[in] mode Written mode
* @param[in] subMode Written sub mode
* @param[in] vDispTime Written vDisptime
* @return scenario result
* @note None
* @attention None
*/
enum SceResultEnum CoreCmdSendVideo(HANDLE sceHandle, unsigned long mode, unsigned long subMode, unsigned long vDispTime)
{
unsigned short databuf[5];
unsigned long idbuf[5];
struct fmb_cmd_video_info cmd_video_info;
int deviceFd;
FMB_FUNC(TRUE);
deviceFd = SceGetDevHandle(sceHandle);
memset(&cmd_video_info, 0, sizeof(cmd_video_info));
idbuf[0] = 0x00060001; /* MODE */
databuf[0] = (unsigned short)mode;
idbuf[1] = 0x00060004; /* TFRFF */
databuf[1] = 0x02;
idbuf[2] = 0x00060006; /* VDISPTIME */
if(subMode == 1){ //If slow,
databuf[2] = (unsigned short)vDispTime;
}
else{ //else
databuf[2] = 0x0A;
}
idbuf[3] = 0x00060008; /* SUB_MODE */
databuf[3] = (unsigned short)subMode;
idbuf[4] = 0x00060009; /* VUDATA_LENGTH */
databuf[4] = 0;
cmd_video_info.cprm_num = 5;
cmd_video_info.cprm_id = idbuf;
cmd_video_info.cprm_data = databuf;
LogFmbCmd("[cmd_send_video]\tmode\t0x%04x\tsub_mode\t0x%04x\tvDispTime\t0x%04x", mode, subMode, databuf[2]);
DrvIoctl(deviceFd, FMB_API_SEND_VIDEO_CMD, &cmd_video_info);
FMB_FUNC(FALSE);
return SceEnmResultSyncEnd;
}
/**
* @brief Send audio Command for the MB86 Linux driver::ioctl(FMB_API_SEND_AUDIO_CMD)
* @param[in] sceHandle Scenario handle
* @param[in] mute Written mute
* @param[in] ch Written ch
* @param[in] dummy
* @return scenario result
* @note None
* @attention None
*/
enum SceResultEnum CoreCmdSendAudio(HANDLE sceHandle, unsigned long mute, unsigned long ch, unsigned long dummy)
{
unsigned short databuf[7];
unsigned long idbuf[7];
struct fmb_cmd_audio_info cmd_audio_info;
int deviceFd;
FMB_FUNC(TRUE);
deviceFd = SceGetDevHandle(sceHandle);
memset(&cmd_audio_info, 0, sizeof(cmd_audio_info));
idbuf[0] = 0x00070001; /* A_MUTE */
databuf[0] = (unsigned short)mute;
idbuf[1] = 0x00070002; /* A_CH */
databuf[1] = (unsigned short)ch;
idbuf[2] = 0x00070003; /* LCH_SCALE */
databuf[2] = 0x7FFF;
idbuf[3] = 0x00070004; /* RCH_SCALE */
databuf[3] = 0x7FFF;
idbuf[4] = 0x00070005; /* D_MP2_COMPRESSION */
databuf[4] = 0x02;
idbuf[5] = 0x00070006; /* D_MP2_DYNRNG_BOOST */
databuf[5] = 0x80;
idbuf[6] = 0x00070007; /* D_MP2_DYNRNG_CUT */
databuf[6] = 0x80;
cmd_audio_info.cprm_num = 7;
cmd_audio_info.cprm_id = idbuf;
cmd_audio_info.cprm_data = databuf;
LogFmbCmd("[cmd_send_audio]\ta_mode\t0x%04x\ta_ch\t0x%04x", mute, ch);
DrvIoctl(deviceFd, FMB_API_SEND_AUDIO_CMD, &cmd_audio_info);
FMB_FUNC(FALSE);
return SceEnmResultSyncEnd;
}
/**
* @brief Set parameter for the MB86 Linux driver::ioctl(FMB_API_SET_PARAM)
* @param[in] sceHandle Scenario handle
* @param[in] id Parameter identification
* @param[in] valuep Written value (pointer)
* @param[in] dummy
* @return scenario result
* @note None
* @attention None
*/
enum SceResultEnum CoreParamSetPtr(HANDLE sceHandle, unsigned long id, unsigned long valuep, unsigned long dummy)
{
unsigned long prm_id;
unsigned short prm_data;
struct fmb_param_info param_info;
int deviceFd;
FMB_FUNC(TRUE);
deviceFd = SceGetDevHandle(sceHandle);
prm_id = id;
prm_data = (unsigned short)*(unsigned long*)valuep;
memset(¶m_info, 0, sizeof(struct fmb_param_info));
param_info.prm_id = &prm_id;
param_info.prm_data = &prm_data;
param_info.prm_num = 1;
LogFmb("[param_set]\tid\t0x%08x\tvalue\t0x%08x",
*param_info.prm_id, *param_info.prm_data);
DrvIoctl(deviceFd, FMB_API_SET_PARAM, ¶m_info);
FMB_FUNC(FALSE);
return SceEnmResultSyncEnd;
}
/**
* @brief Send System Command for the MB86 Linux driver::ioctl(FMB_API_SEND_SYS_CMD)
* @param[in] sceHandle Scenario handle
* @param[in] cmd Written command.
* @param[in] subCmd Written sub command.
* @param[in] bodyp Written body. (pointer)
* @return scenario result
* @note None
* @attention None
*/
enum SceResultEnum CoreCmdSendSysPtr(HANDLE sceHandle, unsigned long cmd, unsigned long subCmd, unsigned long bodyp)
{
struct fmb_cmd_sys_info cmd_sys_info;
int deviceFd;
FMB_FUNC(TRUE);
deviceFd = SceGetDevHandle(sceHandle);
memset(&cmd_sys_info, 0, sizeof(cmd_sys_info));
cmd_sys_info.sync = FMB_MODE_ASYNC;
cmd_sys_info.id = (unsigned short)cmd;
cmd_sys_info.sub_id = (unsigned short)subCmd;
cmd_sys_info.body = (unsigned short)*(unsigned long*)bodyp;
LogFmbCmd("[cmd_send_sys]\tcmd\t0x%04x\tsub_cmd\t0x%04x\tbody\t0x%04x",
cmd_sys_info.id, cmd_sys_info.sub_id, cmd_sys_info.body);
DrvIoctl(deviceFd, FMB_API_SEND_SYS_CMD, &cmd_sys_info);
FMB_FUNC(FALSE);
return SceEnmResultSyncEnd;
}
/**
* @brief Set parameter for the MB86 Linux driver::ioctl(FMB_API_SET_PARAM)
* @param[in] sceHandle Scenario handle
* @param[in] id Parameter identification
* @param[in] valuepp Written value (a pointer to a pointer to a short)
* @param[in] dummy
* @return scenario result
* @note None
* @attention None
*/
enum SceResultEnum CoreParamSetPtrPtr(HANDLE sceHandle, unsigned long id, unsigned long valuepp, unsigned long dummy)
{
unsigned long prm_id;
unsigned short prm_data;
struct fmb_param_info param_info;
int deviceFd;
FMB_FUNC(TRUE);
deviceFd = SceGetDevHandle(sceHandle);
prm_id = id;
prm_data = (unsigned short)**(unsigned long**)valuepp;
memset(¶m_info, 0, sizeof(struct fmb_param_info));
param_info.prm_id = &prm_id;
param_info.prm_data = &prm_data;
param_info.prm_num = 1;
LogFmb("[param_set]\tid\t0x%08x\tvalue\t0x%08x",
*param_info.prm_id, *param_info.prm_data);
DrvIoctl(deviceFd, FMB_API_SET_PARAM, ¶m_info);
FMB_FUNC(FALSE);
return SceEnmResultSyncEnd;
}
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