def analysisInfo(buffer, buffersize, nodenum, nodesize): "计步数据V1004解析" print "计步数据协议版本V1.0.04" i = 0 offset = 0 leftsize = buffersize for i in range(nodenum): if (leftsize < nodesize * 2): print "计步数据不完整" print buffer[offset:] break else: leftsize -= nodesize * 2 stepInfo[StepInfo.TIMESTAMP] = util.getUint32(buffer[offset + 0:offset + 8]) stepInfo[StepInfo.TIMEZONE] = util.getUint8(buffer[offset + 8:offset + 10]) stepInfo[StepInfo.SEDENTARYCOUNT] = util.getUint8(buffer[offset + 10:offset + 12]) stepInfo[StepInfo.REVERSE] = util.getUint16(buffer[offset + 12:offset + 16]) stepInfo[StepInfo.CALORIEBMR] = util.getUint32(buffer[offset + 16:offset + 24]) stepInfo[StepInfo.CALORIESPORT] = util.getUint32(buffer[offset + 24:offset + 32]) for j in range(24): start = offset + 32 + 8 * j end = offset + 36 + 8 * j stepInfo[StepInfo.STEPHOUR + j * 2] = util.getUint16(buffer[start:end]) stepInfo[StepInfo.DISTANCEHOUR + j * 2] = util.getUint16(buffer[end:end + 4]) offset += nodesize * 2 i info = copy.copy(stepInfo) stepData.append(info) print info
def analysisInfo(buffer, buffersize, nodenum, nodesize): "运动实时数据V1004解析" print "运动实时数据协议版本V1.0.04" offset = 0 leftsize = buffersize for i in range(nodenum): if (leftsize < nodesize * 2): print "运动实时数据不完整" print buffer[offset:] break else: leftsize -= nodesize * 2 realtimeInfo[RealtimeData.PAUSE] = util.getUint8(buffer[offset + 0:offset + 2]) realtimeInfo[RealtimeData.HR] = util.getUint8(buffer[offset + 2:offset + 4]) realtimeInfo[RealtimeData.LONGITUDE_EW] = util.getUint8(buffer[offset + 4:offset + 6]) realtimeInfo[RealtimeData.LATITUDE_NS] = util.getUint8(buffer[offset + 6:offset + 8]) realtimeInfo[RealtimeData.CADENCE] = util.getUint16(buffer[offset + 8:offset + 12]) realtimeInfo[RealtimeData.TEMPERATURE] = util.getUint16(buffer[offset + 12:offset + 16]) realtimeInfo[RealtimeData.PACE] = util.getUint32(buffer[offset + 16:offset + 24]) realtimeInfo[RealtimeData.LATITUDE] = util.getUint32(buffer[offset + 24:offset + 32]) realtimeInfo[RealtimeData.LONGITUDE] = util.getUint32(buffer[offset + 32:offset + 40]) realtimeInfo[RealtimeData.ATMOSPRESS] = util.getUint32(buffer[offset + 40:offset + 48]) offset += nodesize * 2 info = copy.copy(realtimeInfo) realtimeData.append(info) str(i)
def analysisCountCircleV1001(buffer): "运动计圈数据V1001解析" print "运动计圈数据协议版本V1.0.01(" + hex(dataInfo[DataHead.VERSION]) + ")" offset = 0 for i in range(dataInfo[DataHead.NODENUM]): countcircleInfo[CountCircleInfo.PACE] = util.getUint32(buffer[offset + 0:offset + 8]) countcircleInfo[CountCircleInfo.ELAPSETIME] = util.getUint32(buffer[offset + 8:offset + 16]) countcircleInfo[CountCircleInfo.PAUSETIME] = util.getUint32(buffer[offset + 16:offset + 24]) countcircleInfo[CountCircleInfo.UNIT] = util.getUint32(buffer[offset + 24:offset + 32]) offset += dataInfo[DataHead.NODESIZE] * 2 i info = copy.copy(countcircleInfo) countcircleData.append(info)
def analysisRealtimeV1004(buffer): "运动实时数据V1004解析" print "运动实时数据协议版本V1.0.04(" + hex(dataInfo[DataHead.VERSION]) + ")" offset = 0 for i in range(dataInfo[DataHead.NODENUM]): realtimeInfo[RealtimeData.PAUSE] = util.getUint8(buffer[offset + 0:offset + 2]) realtimeInfo[RealtimeData.HR] = util.getUint8(buffer[offset + 2:offset + 4]) realtimeInfo[RealtimeData.LONGITUDE_EW] = util.getUint8(buffer[offset + 4:offset + 6]) realtimeInfo[RealtimeData.LATITUDE_NS] = util.getUint8(buffer[offset + 6:offset + 8]) realtimeInfo[RealtimeData.CADENCE] = util.getUint16(buffer[offset + 8:offset + 12]) realtimeInfo[RealtimeData.TEMPERATURE] = util.getUint16(buffer[offset + 12:offset + 16]) realtimeInfo[RealtimeData.PACE] = util.getUint32(buffer[offset + 16:offset + 24]) realtimeInfo[RealtimeData.LATITUDE] = util.getUint32(buffer[offset + 24:offset + 32]) realtimeInfo[RealtimeData.LONGITUDE] = util.getUint32(buffer[offset + 32:offset + 40]) realtimeInfo[RealtimeData.ATMOSPRESS] = util.getUint32(buffer[offset + 40:offset + 48]) offset += dataInfo[DataHead.NODESIZE] * 2 i info = copy.copy(realtimeInfo) realtimeData.append(info)
def analysisInfo(buffer, buffersize, nodenum, nodesize): "运动计圈数据V1002解析" print "运动计圈数据协议版本V1.0.02" i = 0 leftsize = buffersize offset = 0 for i in range(nodenum): if (leftsize < nodesize * 2): print "运动计圈数据不完整" print buffer[offset:] break else: leftsize -= nodesize * 2 countcircleInfo[CountCircleInfo.PACE] = util.getUint32(buffer[offset + 0:offset + 8]) countcircleInfo[CountCircleInfo.ELAPSETIME] = util.getUint32(buffer[offset + 8:offset + 16]) countcircleInfo[CountCircleInfo.PAUSETIME] = util.getUint32(buffer[offset + 16:offset + 24]) countcircleInfo[CountCircleInfo.UNIT] = util.getUint32(buffer[offset + 24:offset + 32]) countcircleInfo[CountCircleInfo.LONGITUDE] = util.getUint32(buffer[offset + 32:offset + 40]) countcircleInfo[CountCircleInfo.LATITUDE] = util.getUint32(buffer[offset + 40:offset + 48]) countcircleInfo[CountCircleInfo.LONGITUDE_EW] = util.getUint8(buffer[offset + 48:offset + 50]) countcircleInfo[CountCircleInfo.LATITUDE_NS] = util.getUint8(buffer[offset + 50:offset + 52]) offset += nodesize * 2 info = copy.copy(countcircleInfo) countcircleData.append(info) str(i)
def analysisHeadInfo(buffer): "数据头信息解析" # print "RAW数据头" # print buffer # util.printDividingLine() dataInfo[DataHead.UUID] = util.getUint32(buffer[0:8]) dataInfo[DataHead.MODEL1] = util.getUint8(buffer[8:10]) dataInfo[DataHead.MODEL2] = util.getUint8(buffer[10:12]) dataInfo[DataHead.VERSION] = util.getUint16(buffer[12:16]) dataInfo[DataHead.NODESIZE] = util.getUint16(buffer[16:20]) dataInfo[DataHead.NODENUM] = util.getUint16(buffer[20:24])
def analysisStepV1004(buffer): "计步数据V1004解析" print "计步数据协议版本V1.0.04(" + hex(dataInfo[DataHead.VERSION]) + ")" offset = 0 for i in range(dataInfo[DataHead.NODENUM]): stepInfo[StepInfo.TIMESTAMP] = util.getUint32(buffer[offset + 0:offset + 8]) stepInfo[StepInfo.TIMEZONE] = util.getUint8(buffer[offset + 8:offset + 10]) stepInfo[StepInfo.SEDENTARYCOUNT] = util.getUint8(buffer[offset + 10:offset + 12]) stepInfo[StepInfo.REVERSE] = util.getUint16(buffer[offset + 12:offset + 16]) stepInfo[StepInfo.CALORIEBMR] = util.getUint32(buffer[offset + 16:offset + 24]) stepInfo[StepInfo.CALORIESPORT] = util.getUint32(buffer[offset + 24:offset + 32]) for j in range(24): start = offset + 32 + 8 * j end = offset + 36 + 8 * j stepInfo[StepInfo.STEPHOUR + j * 2] = util.getUint16(buffer[start:end]) stepInfo[StepInfo.DISTANCEHOUR + j * 2] = util.getUint16(buffer[end:end + 4]) offset += dataInfo[DataHead.NODESIZE] * 2 i info = copy.copy(stepInfo) stepData.append(info) print info
def analysisStatisticsV1003(buffer): "运动统计数据V1003解析" print "运动统计数据协议版本V1.0.03(" + hex(dataInfo[DataHead.VERSION]) + ")" statisticsData[Statistics.MODE] = util.getUint8(buffer[0:2]) statisticsData[Statistics.AVERAGEHR] = util.getUint8(buffer[2:4]) statisticsData[Statistics.MAXHR] = util.getUint8(buffer[4:6]) statisticsData[Statistics.TIMEZONE] = util.getUint8(buffer[6:8]) statisticsData[Statistics.DISTRIBUTED1] = util.getUint16(buffer[8:12]) statisticsData[Statistics.DISTRIBUTED2] = util.getUint16(buffer[12:16]) statisticsData[Statistics.DISTRIBUTED3] = util.getUint16(buffer[16:20]) statisticsData[Statistics.DISTRIBUTED4] = util.getUint16(buffer[20:24]) statisticsData[Statistics.DISTRIBUTED5] = util.getUint16(buffer[24:28]) statisticsData[Statistics.MAXCADENCE] = util.getUint16(buffer[28:32]) statisticsData[Statistics.RISEATMOSPRESS] = util.getUint32(buffer[32:40]) statisticsData[Statistics.DROPATMOSPRESS] = util.getUint32(buffer[40:48]) statisticsData[Statistics.MAXATMOSPRESS] = util.getUint32(buffer[48:56]) statisticsData[Statistics.MINATMOSPRESS] = util.getUint32(buffer[56:64]) statisticsData[Statistics.ATMOSPRESS] = util.getUint32(buffer[64:72]) statisticsData[Statistics.CALORIE] = util.getUint32(buffer[72:80]) statisticsData[Statistics.BESTPACE] = util.getUint32(buffer[80:88]) statisticsData[Statistics.TIMESTAMP] = util.getUint32(buffer[88:96]) statisticsData[Statistics.ACCOMPLISHTIME] = util.getUint32(buffer[96:104]) statisticsData[Statistics.PAUSETIME] = util.getUint32(buffer[104:112]) statisticsData[Statistics.DISTANCE] = util.getUint32(buffer[112:120]) statisticsData[Statistics.CALIDISTANCE] = util.getUint32(buffer[120:128]) statisticsData[Statistics.STEP] = util.getUint32(buffer[128:136])
def analysisInfo(buffer, buffersize, nodenum, nodesize): "运动统计数据V1004解析" print "运动统计数据协议版本V1.0.04" if (buffersize < nodesize * 2): print "运动统计数据不完整" print buffer return statisticsData[Statistics.MODE] = util.getUint8(buffer[0:2]) statisticsData[Statistics.AVERAGEHR] = util.getUint8(buffer[2:4]) statisticsData[Statistics.MAXHR] = util.getUint8(buffer[4:6]) statisticsData[Statistics.TIMEZONE] = util.getUint8(buffer[6:8]) statisticsData[Statistics.DISTRIBUTED1] = util.getUint16(buffer[8:12]) statisticsData[Statistics.DISTRIBUTED2] = util.getUint16(buffer[12:16]) statisticsData[Statistics.DISTRIBUTED3] = util.getUint16(buffer[16:20]) statisticsData[Statistics.DISTRIBUTED4] = util.getUint16(buffer[20:24]) statisticsData[Statistics.DISTRIBUTED5] = util.getUint16(buffer[24:28]) statisticsData[Statistics.MAXCADENCE] = util.getUint16(buffer[28:32]) statisticsData[Statistics.RISEALTITUDE] = util.getUint32(buffer[32:40]) statisticsData[Statistics.DROPALTITUDE] = util.getUint32(buffer[40:48]) statisticsData[Statistics.MAXALTITUDE] = util.getUint32(buffer[48:56]) statisticsData[Statistics.MINALTITUDE] = util.getUint32(buffer[56:64]) statisticsData[Statistics.ALTITUDE] = util.getUint32(buffer[64:72]) statisticsData[Statistics.CALORIE] = util.getUint32(buffer[72:80]) statisticsData[Statistics.BESTPACE] = util.getUint32(buffer[80:88]) statisticsData[Statistics.TIMESTAMP] = util.getUint32(buffer[88:96]) statisticsData[Statistics.ACCOMPLISHTIME] = util.getUint32(buffer[96:104]) statisticsData[Statistics.PAUSETIME] = util.getUint32(buffer[104:112]) statisticsData[Statistics.DISTANCE] = util.getUint32(buffer[112:120]) statisticsData[Statistics.CALIDISTANCE] = util.getUint32(buffer[120:128]) statisticsData[Statistics.STEP] = util.getUint32(buffer[128:136]) statisticsData[Statistics.OLONGITUDE] = util.getUint32(buffer[136:144]) statisticsData[Statistics.OLATITUDE] = util.getUint32(buffer[144:152]) statisticsData[Statistics.TLONGITUDE] = util.getUint32(buffer[152:160]) statisticsData[Statistics.TLATITUDE] = util.getUint32(buffer[160:168]) statisticsData[Statistics.OLONGITUDE_EW] = util.getUint8(buffer[168:170]) statisticsData[Statistics.OLATITUDE_NS] = util.getUint8(buffer[170:172]) statisticsData[Statistics.TLONGITUDE_EW] = util.getUint8(buffer[172:174]) statisticsData[Statistics.TLATITUDE_NS] = util.getUint8(buffer[174:176]) statisticsData[Statistics.UNITTYPE] = util.getUint8(buffer[176:178]) statisticsData[Statistics.WEATHER] = util.getUint8(buffer[178:180]) statisticsData[Statistics.TEMPERATURE] = util.getUint16(buffer[180:184]) info.mode = statisticsData[Statistics.MODE] info.uuid = statisticsData[Statistics.TIMESTAMP]
def analysisInfo(buffer, buffersize, nodenum, nodesize): "运动统计数据V1003解析" print "运动统计数据协议版本V1.0.03" if (buffersize < nodesize * 2): print "运动统计数据不完整" print buffer return statisticsData[Statistics.MODE] = util.getUint8(buffer[0:2]) statisticsData[Statistics.AVERAGEHR] = util.getUint8(buffer[2:4]) statisticsData[Statistics.MAXHR] = util.getUint8(buffer[4:6]) statisticsData[Statistics.TIMEZONE] = util.getUint8(buffer[6:8]) statisticsData[Statistics.DISTRIBUTED1] = util.getUint16(buffer[8:12]) statisticsData[Statistics.DISTRIBUTED2] = util.getUint16(buffer[12:16]) statisticsData[Statistics.DISTRIBUTED3] = util.getUint16(buffer[16:20]) statisticsData[Statistics.DISTRIBUTED4] = util.getUint16(buffer[20:24]) statisticsData[Statistics.DISTRIBUTED5] = util.getUint16(buffer[24:28]) statisticsData[Statistics.MAXCADENCE] = util.getUint16(buffer[28:32]) statisticsData[Statistics.RISEATMOSPRESS] = util.getUint32(buffer[32:40]) statisticsData[Statistics.DROPATMOSPRESS] = util.getUint32(buffer[40:48]) statisticsData[Statistics.MAXATMOSPRESS] = util.getUint32(buffer[48:56]) statisticsData[Statistics.MINATMOSPRESS] = util.getUint32(buffer[56:64]) statisticsData[Statistics.ATMOSPRESS] = util.getUint32(buffer[64:72]) statisticsData[Statistics.CALORIE] = util.getUint32(buffer[72:80]) statisticsData[Statistics.BESTPACE] = util.getUint32(buffer[80:88]) statisticsData[Statistics.TIMESTAMP] = util.getUint32(buffer[88:96]) statisticsData[Statistics.ACCOMPLISHTIME] = util.getUint32(buffer[96:104]) statisticsData[Statistics.PAUSETIME] = util.getUint32(buffer[104:112]) statisticsData[Statistics.DISTANCE] = util.getUint32(buffer[112:120]) statisticsData[Statistics.CALIDISTANCE] = util.getUint32(buffer[120:128]) statisticsData[Statistics.STEP] = util.getUint32(buffer[128:136]) info.mode = statisticsData[Statistics.MODE] info.uuid = statisticsData[Statistics.TIMESTAMP]