/**************************************************************************** * This file is part of the project AqHome. * AqHome (c) by 2025 Martin Preuss, all rights reserved. * * The license for this file can be found in the file COPYING which you * should have received along with this file. ****************************************************************************/ #ifdef HAVE_CONFIG_H # include #endif #include "./devicestate.h" #include "../utils.h" #include "aqhome/aqhome.h" #include "aqhome/dataclient/client.h" #include "aqhome/msg/ipc/m_ipc.h" #include "aqhome/msg/ipc/m_ipc_result.h" #include "aqhome/msg/ipc/data/m_ipcd.h" #include "aqhome/msg/ipc/data/m_ipcd_getdata.h" #include "aqhome/msg/ipc/data/m_ipcd_multidata.h" #include #include #include #include #include #include /* ------------------------------------------------------------------------------------------------ * defs * ------------------------------------------------------------------------------------------------ */ #define I18S(msg) msg #define I18N(msg) GWEN_I18N_Translate(PACKAGE, msg) #define A_ARG GWEN_ARGS_FLAGS_HAS_ARGUMENT #define A_END (GWEN_ARGS_FLAGS_HELP | GWEN_ARGS_FLAGS_LAST) #define A_CHAR GWEN_ArgsType_Char #define A_INT GWEN_ArgsType_Int /* ------------------------------------------------------------------------------------------------ * forward declarations * ------------------------------------------------------------------------------------------------ */ static int _runCommand(AQH_DATACLIENT *dc); static void _handleDevice(AQH_DATACLIENT *dc, const AQH_DEVICE *device); static void _handleValue(AQH_DATACLIENT *dc, const AQH_VALUE *value); static void _printDataPoints(const uint64_t *dataPoints, uint32_t numValues); static void _printSingleDataPoint(uint64_t timestamp, double data); /* ------------------------------------------------------------------------------------------------ * code * ------------------------------------------------------------------------------------------------ */ int AQH_Tool_DeviceState(GWEN_DB_NODE *dbGlobalArgs, int argc, char **argv) { AQH_EVENT_LOOP *eventLoop; AQH_DATACLIENT *dc; int rv; const GWEN_ARGS args[]= { /* flags type name min max s long short_descr, long_descr */ { A_ARG, A_CHAR, "brokerAddress", 0, 1, "t", "tcpaddress", I18S("TCP address to connect to [127.0.0.1]"), NULL}, { A_ARG, A_INT, "brokerPort", 0, 1, "P", "tcpport", I18S("Specify the TCP port to listen on"), NULL}, { A_ARG, A_INT, "timeout", 0, 1, "T", NULL, I18S("Specify timeout in seconds for response"), NULL}, { A_ARG, A_CHAR, "brokerClientId", 0, 1, "c", "clientid", I18S("Specify CLIENTID"), NULL}, { A_ARG, A_CHAR, "userId", 0, 1, "u", "userid", I18S("Specify user id"), NULL}, { A_ARG, A_CHAR, "password", 0, 1, "p", "password", I18S("Specify service password"), NULL}, { A_ARG, A_CHAR, "device", 1, 1, "d", "device", I18S("device name"), NULL}, { A_ARG, A_CHAR, "valueName", 0, 1, "N", "valuename", I18S("Value name for device(e.g. LIGHT)"), NULL}, { A_ARG, A_INT, "numOfDatapoints", 0, 1, "n", NULL, I18S("Get up to n datapoints"), NULL}, { A_END, A_INT, "help", 0, 0, "h", "help", I18S("Show this help screen"), NULL} }; eventLoop=AQH_EventLoop_new(); dc=AQH_DataClient_new(eventLoop, AQH_IPC_PROTOCOL_DATA_ID, AQH_IPC_PROTOCOL_DATA_VERSION); rv=AQH_DataClient_ReadLocalArgs(dc, dbGlobalArgs, args, argc, argv); if (rv<0) { DBG_ERROR(NULL, "here (%d)", rv); AQH_DataClient_free(dc); AQH_EventLoop_free(eventLoop); return 2; } rv=AQH_DataClient_ConnectWithArgs(dc, 0); if (rv<0) { DBG_ERROR(NULL, "Error connecting (%d)", rv); AQH_DataClient_free(dc); AQH_EventLoop_free(eventLoop); return 2; } rv=_runCommand(dc); if (rv<0) { DBG_ERROR(NULL, "Error running (%d)", rv); AQH_DataClient_free(dc); AQH_EventLoop_free(eventLoop); return 2; } AQH_DataClient_free(dc); AQH_EventLoop_free(eventLoop); return 0; } int _runCommand(AQH_DATACLIENT *dc) { GWEN_DB_NODE *dbLocalArgs; const char *deviceName; AQH_DEVICE_LIST *deviceList; AQH_DEVICE *device; dbLocalArgs=AQH_DataClient_GetDbLocalArgs(dc); deviceName=GWEN_DB_GetCharValue(dbLocalArgs, "device", 0, "*"); deviceList=AQH_DataClient_GetDevices(dc, deviceName); if (deviceList==NULL) { DBG_ERROR(NULL, "Error getting devices"); return GWEN_ERROR_GENERIC; } device=AQH_Device_List_First(deviceList); while(device) { const char *s; s=AQH_Device_GetNameForSystem(device); if (s && *s && -1!=GWEN_Text_ComparePattern(s, deviceName, 0)) { _handleDevice(dc, device); } device=AQH_Device_List_Next(device); } AQH_Device_List_free(deviceList); return 0; } void _handleDevice(AQH_DATACLIENT *dc, const AQH_DEVICE *device) { AQH_VALUE_LIST *valueList; const char *devName; const char *roomName; const char *location; const char *descr; devName=AQH_Device_GetNameForSystem(device); roomName=AQH_Device_GetRoomName(device); location=AQH_Device_GetLocation(device); descr=AQH_Device_GetDescription(device); fprintf(stdout, "%s (room: %s, loc: %s, descr: %s)\n", devName, roomName?roomName:"--", location?location:"--", descr?descr:"--"); valueList=AQH_DataClient_GetValues(dc, devName, 0); if (valueList) { const AQH_VALUE *value; value=AQH_Value_List_First(valueList); while(value) { if (AQH_Value_GetValueType(value)==AQH_ValueType_Sensor) _handleValue(dc, value); value=AQH_Value_List_Next(value); } } AQH_Value_List_free(valueList); } void _handleValue(AQH_DATACLIENT *dc, const AQH_VALUE *value) { GWEN_DB_NODE *dbLocalArgs; const char *wantedValueName; const char *valueName; int numDataPoints; dbLocalArgs=AQH_DataClient_GetDbLocalArgs(dc); numDataPoints=GWEN_DB_GetIntValue(dbLocalArgs, "numOfDatapoints", 0, 5); wantedValueName=GWEN_DB_GetCharValue(dbLocalArgs, "valueName", 0, "*"); valueName=AQH_Value_GetName(value); if (valueName && -1==GWEN_Text_ComparePattern(valueName, "stats_*", 0) && -1!=GWEN_Text_ComparePattern(valueName, wantedValueName, 0)) { const char *valueNameForSystem; uint64_t *dataPoints; uint64_t recvdNum; valueNameForSystem=AQH_Value_GetNameForSystem(value); fprintf(stdout, " %s: ", valueName?valueName:""); dataPoints=malloc(numDataPoints*sizeof(uint64_t)*2); recvdNum=AQH_DataClient_GetLastData(dc, valueNameForSystem, dataPoints, numDataPoints); if (recvdNum>0) _printDataPoints(dataPoints, recvdNum); free(dataPoints); fprintf(stdout, "\n"); } } void _printDataPoints(const uint64_t *dataPoints, uint32_t numValues) { uint32_t i; for(i=0; i