FunctionGenCommands.h

00001 //---------------------------------------------------------
00002 /**
00003  * FunctionGenCommands.h
00004  */
00005 //---------------------------------------------------------
00006 
00007 #define FGC_BUFFERTRANSFER_MAX  16
00008 
00009 typedef enum {
00010     // commands
00011     FGCommand_Non = 0x00,
00012     FGCommand_Device,
00013     FGCommand_Output,
00014     FGCommand_Frequency,
00015     FGCommand_WaveformInfo,
00016     FGCommand_WaveformBlock,
00017     FGCommand_WaveformToBuffer,
00018 
00019     // status
00020     FGStatus_Device    = 0x80 | FGCommand_Device,
00021     FGStatus_Output    = 0x80 | FGCommand_Output,
00022     FGStatus_Frequency = 0x80 | FGCommand_Frequency,
00023 
00024     // special
00025     FGCommand_Reset = 0xff,  
00026     
00027 } enumFGCommand;
00028 
00029 
00030 // Characteristics
00031 #define CHARACTERISTICS_UUID_RESET              0xA100
00032 #define CHARACTERISTICS_UUID_DEVICE             0xA101
00033 #define CHARACTERISTICS_UUID_OUTPUT             0xA102
00034 #define CHARACTERISTICS_UUID_FREQUENCY          0xA103
00035 #define CHARACTERISTICS_UUID_WAVEFORMINFO       0xA110
00036 #define CHARACTERISTICS_UUID_WAVEFORMBLOCK      0xA111
00037 #define CHARACTERISTICS_UUID_WAVEFORMTOBUFFER   0xA112
00038 
00039 //---------------------------------------------------------
00040 #pragma pack(1)
00041 // for BLE waveform transfer format
00042 
00043 typedef struct {
00044     uint16_t    waveSize;       // Waveform全体のデータ長(byte)  = blockSize * blockMaxNum
00045     uint8_t     bitPerData;     // 1データあたりのbit数 (8, 10, 12 or 16bit)
00046 
00047     uint8_t     blockSize;      // 1ブロックあたりのデータ転送サイズ(byte) (通常16bytes)
00048     uint8_t     blockMaxNum;    // ブロックの最大数  = (waveSize + 1) / blockSize
00049 } WaveformInfo, FGCommandWaveformInfo;
00050 
00051 typedef struct {
00052     uint16_t   blockNo;     // ブロックNo. 0 〜 (WaveformInfo.blockMaxNum - 1)
00053     uint8_t    length;      // WaveformBlock.bufferの有効な長さ
00054     uint8_t    buffer[FGC_BUFFERTRANSFER_MAX];  // 実際のデータ
00055 } WaveformBlock, FGCommandWaveformBlock;
00056 
00057 //---------------------------------------------------------
00058 // for I2C packet format
00059 
00060 // header
00061 typedef struct {
00062     uint8_t     command;
00063     uint8_t     length;
00064 } FGHeader;
00065 
00066 // command bodys
00067 typedef struct {
00068     uint8_t    device;
00069 } FGCommandDevice;
00070 
00071 typedef struct {
00072     uint8_t    on;
00073 } FGCommandOutput;
00074 
00075 typedef struct {
00076     uint32_t   frequency;
00077 } FGCommandFrequency;
00078 
00079 //#define FGCommandWaveformInfo  WaveformInfo
00080 //#define FGCommandWaveformBlock WaveformInfoBlock
00081 
00082 typedef struct {
00083 } FGCommandWaveformToBuffer;
00084 
00085 typedef struct {
00086 } FGCommandReset;
00087 
00088 // status bodys
00089 typedef struct {
00090     uint8_t    device;
00091 } FGStatusDevice;
00092 
00093 typedef struct {
00094     uint8_t    xxx;
00095 } FGStatusOutput;
00096 
00097 typedef struct {
00098     uint8_t    xxx;
00099 } FGStatusFrequency;
00100 
00101 
00102 
00103 // command Packet format
00104 typedef struct {
00105     FGHeader    header;
00106     union {
00107         FGCommandDevice             commandDevice;
00108         FGCommandOutput             commandOutput;
00109         FGCommandFrequency          commandFrequency;
00110         FGCommandWaveformInfo       commandWaveformInfo;
00111         FGCommandWaveformBlock      commandWaveformBlock;
00112         FGCommandWaveformToBuffer   commandWaveformToBuffer;
00113 
00114         FGCommandReset           commandReset;
00115 
00116         FGStatusDevice           statusDevice;
00117         FGStatusOutput           statusOutput;
00118         FGStatusFrequency        statusFrequency;
00119     } body;
00120 } FGPacket;
00121 
00122 #pragma pack()