public void GetDslStats(string sid, Config conf, ref DslInfo stats)
{
Dictionary<string, string> modemStats = getInformationFromFritzLuaQuery(sid, conf, "sar:status/ds_attenuation", "sar:status/ds_crc_minute", "sar:status/ds_crc_per15min", "sar:status/ds_delay", "sar:status/ds_es", "sar:status/ds_fec_minute", "sar:status/ds_fec_per15min", "sar:status/ds_margin", "sar:status/ds_path", "sar:status/ds_ses", "sar:status/dsl_ds_rate", "sar:status/dsl_tone_set", "sar:status/dsl_us_rate", "sar:status/exp_ds_inp_act", "sar:status/exp_ds_olr_Bitswap", "sar:status/exp_us_inp_act", "sar:status/exp_us_olr_Bitswap", "sar:status/us_attenuation", "sar:status/us_crc_minute", "sar:status/us_crc_per15min", "sar:status/us_delay", "sar:status/us_es", "sar:status/us_fec_minute", "sar:status/us_fec_per15min", "sar:status/us_margin", "sar:status/us_path", "sar:status/us_ses", "sar:status/vdsl_profile_string", "sar:status/dsl_train_state", "sar:status/dsl_carrier_state");
stats.BitswapDownstream = GetBool(modemStats["sar:status/ds_path"]);
stats.BitswapUpstream = GetBool(modemStats["sar:status/us_path"]);
stats.CRCPerMinDownstream = GetDouble(modemStats["sar:status/ds_crc_minute"]); //Downstream CRC errors
stats.CRCPerMinUpstream = GetDouble(modemStats["sar:status/us_crc_minute"]); // Upstream CRC errors
stats.CurrentDslSyncRateDownstream = GetLong(modemStats["sar:status/dsl_ds_rate"]);
stats.CurrentDslSyncRateUpstream = GetLong(modemStats["sar:status/dsl_us_rate"]);
stats.DslTrainedModulation = GetByte(modemStats["sar:status/dsl_train_state"]);
stats.DslTrainingState = GetByte(modemStats["sar:status/dsl_carrier_state"]);
stats.FECPerMinDownstream = GetDouble(modemStats["sar:status/ds_fec_minute"]);
stats.FECPerMinUpstream = GetDouble(modemStats["sar:status/us_fec_minute"]);
stats.INPDownstream = GetDouble(modemStats["sar:status/exp_ds_inp_act"]);
stats.INPUpstream = GetDouble(modemStats["sar:status/exp_us_inp_act"]);
stats.LatencyDelayDownstream = GetByte(modemStats["sar:status/ds_delay"]);
stats.LatencyModeDownstream = GetBool(modemStats["sar:status/ds_path"]); //might wanna change to a char...
stats.LatencyDelayUpstream = GetByte(modemStats["sar:status/us_delay"]);
stats.LatencyModeUpstream = GetBool(modemStats["sar:status/us_path"]);
stats.LineAttenuationDownstream = GetByte(modemStats["sar:status/ds_attenuation"]);
stats.LineAttenuationUpstream = GetByte(modemStats["sar:status/us_attenuation"]);//~not that it really matters.
stats.SignalNoiseRatioDownstream = GetByte(modemStats["sar:status/ds_margin"]);
stats.SignalNoiseRatioUpstream = GetByte(modemStats["sar:status/us_margin"]);
stats.TextualLineProfile = modemStats["sar:status/vdsl_profile_string"];
stats.CalcuateDLM();
modemStats = getInformationFromFritzLuaQuery(sid, conf, "sar:status/ATUC_vendor_ID", "sar:status/ATUC_vendor_version", "sar:status/dslam_VendorID", "sar:status/dslam_VendorID", "sar:status/dslam_VersionNumber", "sar:status/dslam_SerialNumber", "sar:status/DSP_Datapump_ver");
stats.ATCUId = modemStats["sar:status/ATUC_vendor_ID"];
stats.ATCUVendor = modemStats["sar:status/ATUC_vendor_version"];
stats.DSLAMId = modemStats["sar:status/dslam_VendorID"];
stats.DSLAMVersion = modemStats["sar:status/dslam_VersionNumber"];
stats.DSLAMSerial = modemStats["sar:status/dslam_SerialNumber"];
stats.DSLVersion = modemStats["sar:status/DSP_Datapump_ver"];
modemStats = getInformationFromFritzLuaQuery(sid, conf, "sar:status/ds_snrArrayXML", "sar:status/bitsArrayXML", "sar:status/pilot");
stats.SNRGraph = modemStats["sar:status/ds_snrArrayXML"];
stats.BitLoaderGraph = modemStats["sar:status/bitsArrayXML"];
stats.BitPilotReference = (int)GetLong(modemStats["sar:status/pilot"]);
modemStats = getInformationFromFritzLuaQuery(sid, conf, "box:status/localtime", "sar:settings/Annex", "sar:settings/DownstreamMarginOffset", "sar:settings/DsINP", "sar:settings/RFI_mode", "sar:settings/UsNoiseBits", "sar:status/AdvisedDownstreamMarginOffset", "sar:status/AdvisedDsINP", "sar:status/AdvisedRFI_mode", "sar:status/AdvisedUsNoiseBits", "sar:status/gui_version_number", "tr069:settings/UpgradesManaged", "logic:status/nspver", "logic:status/uptime_hours", "logic:status/uptime_minutes", "sar:status/modem_ShowtimeSecs");
stats.DeviceCurrentTime = modemStats["box:status/localtime"];
stats.Annex = modemStats["sar:settings/Annex"];
stats.DownstreamMarginOffset = modemStats["sar:settings/DownstreamMarginOffset"];
stats.DsINP = modemStats["sar:settings/DsINP"];
stats.RFI_mode = modemStats["sar:settings/RFI_mode"];
stats.UsNoiseBits = modemStats["sar:settings/UsNoiseBits"];
stats.AdvisedDownstreamMarginOffset = modemStats["sar:status/AdvisedDownstreamMarginOffset"];
stats.AdvisedDsINP = modemStats["sar:status/AdvisedDsINP"];
stats.AdvisedRFIMode = modemStats["sar:status/AdvisedRFI_mode"];
stats.AdvisedUsNoiseBits = modemStats["sar:status/AdvisedUsNoiseBits"];
stats.FritzGuiVersion = modemStats["sar:status/gui_version_number"];
stats.UpgradesManaged = GetBool(modemStats["tr069:settings/UpgradesManaged"]);
stats.NspVersion = modemStats["logic:status/nspver"];
DateTime local = DateTime.Now;
try
{
local = Convert.ToDateTime(stats.DeviceCurrentTime);
}
catch (Exception)
{
//couldnt convert, using system time.
}
TimeSpan timediff = DateTime.Now - local;
TimeSpan ts = new TimeSpan(Convert.ToInt32(GetLong(modemStats["logic:status/uptime_hours"])), Convert.ToInt32(GetLong(modemStats["logic:status/uptime_hours"])), 0);
DateTime BootTime = local - ts;
stats.DslUptimeTotalSeconds = ts.TotalSeconds;
stats.DeviceBootTime = BootTime.ToString("HH:mm:ss dd.MM.yyyy");
ts = new TimeSpan(0, 0, Convert.ToInt32(modemStats["sar:status/modem_ShowtimeSecs"]));
DateTime ConnUpTime = local - ts;
stats.DslConnectedSince = ConnUpTime.ToString("HH:mm:ss dd.MM.yyyy");
if (timediff.Minutes > 5)
conf.TimeOutOfAlignment = true;
modemStats = getInformationFromFritzLuaQuery(sid, conf, "sar:status/ds_los", "sar:status/us_los", "sar:status/ds_sef", "sar:status/us_sef", "sar:status/ds_fec", "sar:status/us_fec", "sar:status/ds_crc", "sar:status/us_crc", "sar:status/ds_es", "sar:status/us_es", "sar:status/ds_ses", "sar:status/us_ses", "sar:status/vdsl_profile", "sar:status/vdsl_transfer_mode");
stats.LossOfSignalDownstream = GetLong(modemStats["sar:status/ds_los"]);
stats.LossOfSignalUpstream = GetLong(modemStats["sar:status/us_los"]);
stats.LossOfFrameDownstream = GetLong(modemStats["sar:status/ds_sef"]);
stats.LossOfFrameUpstream = GetLong(modemStats["sar:status/us_sef"]);
stats.FECDownstreamTotal = GetLong(modemStats["sar:status/ds_fec"]);
stats.FECUpstreamTotal = GetLong(modemStats["sar:status/us_fec"]);
stats.CRCDownstreamTotal = GetLong(modemStats["sar:status/ds_crc"]);
stats.CRCUpstreamTotal = GetLong(modemStats["sar:status/us_crc"]);
stats.ErroredSecondsDownstream = GetLong(modemStats["sar:status/ds_es"]);
stats.ErroredSecondsUpstream = GetLong(modemStats["sar:status/us_es"]);
stats.SeverelyErroredSecondsDownstream = GetLong(modemStats["sar:status/ds_ses"]);
stats.SeverelyErroredSecondsUpstream = GetLong(modemStats["sar:status/us_ses"]);
stats.VdslLineProfile = (DslInfo.VdslProfiles)GetByte(modemStats["sar:status/vdsl_profile"]);
stats.VdslTransferMode = (DslInfo.VdslTransferModes)GetByte(modemStats["sar:status/vdsl_transfer_mode"]);
stats.CalcuatedFECsPerMinDownstream = Math.Round(stats.FECDownstreamTotal / (stats.DslUptimeTotalSeconds / 60), 4);
stats.CalcuatedFECsPerMinUpstream = Math.Round(stats.FECUpstreamTotal / (stats.DslUptimeTotalSeconds / 60), 4);
stats.CalcuatedCRCsPerMinDownstream = Math.Round(stats.CRCDownstreamTotal / (stats.DslUptimeTotalSeconds / 60), 4);
stats.CalcuatedCRCsPerMinUpstream = Math.Round(stats.CRCPerMinUpstream / (stats.DslUptimeTotalSeconds / 60), 4);
}
public void GetDslStats(string sid, Config conf, ref DslInfo stats)
{
Dictionary <string, string> modemStats = getInformationFromFritzLuaQuery(sid, conf, "sar:status/ds_attenuation", "sar:status/ds_crc_minute", "sar:status/ds_crc_per15min", "sar:status/ds_delay", "sar:status/ds_es", "sar:status/ds_fec_minute", "sar:status/ds_fec_per15min", "sar:status/ds_margin", "sar:status/ds_path", "sar:status/ds_ses", "sar:status/dsl_ds_rate", "sar:status/dsl_tone_set", "sar:status/dsl_us_rate", "sar:status/exp_ds_inp_act", "sar:status/exp_ds_olr_Bitswap", "sar:status/exp_us_inp_act", "sar:status/exp_us_olr_Bitswap", "sar:status/us_attenuation", "sar:status/us_crc_minute", "sar:status/us_crc_per15min", "sar:status/us_delay", "sar:status/us_es", "sar:status/us_fec_minute", "sar:status/us_fec_per15min", "sar:status/us_margin", "sar:status/us_path", "sar:status/us_ses", "sar:status/vdsl_profile_string", "sar:status/dsl_train_state", "sar:status/dsl_carrier_state");
stats.BitswapDownstream = GetBool(modemStats["sar:status/ds_path"]);
stats.BitswapUpstream = GetBool(modemStats["sar:status/us_path"]);
stats.CRCPerMinDownstream = GetDouble(modemStats["sar:status/ds_crc_minute"]); //Downstream CRC errors
stats.CRCPerMinUpstream = GetDouble(modemStats["sar:status/us_crc_minute"]); // Upstream CRC errors
stats.CurrentDslSyncRateDownstream = GetLong(modemStats["sar:status/dsl_ds_rate"]);
stats.CurrentDslSyncRateUpstream = GetLong(modemStats["sar:status/dsl_us_rate"]);
stats.DslTrainedModulation = GetByte(modemStats["sar:status/dsl_train_state"]);
stats.DslTrainingState = GetByte(modemStats["sar:status/dsl_carrier_state"]);
stats.FECPerMinDownstream = GetDouble(modemStats["sar:status/ds_fec_minute"]);
stats.FECPerMinUpstream = GetDouble(modemStats["sar:status/us_fec_minute"]);
stats.INPDownstream = GetDouble(modemStats["sar:status/exp_ds_inp_act"]);
stats.INPUpstream = GetDouble(modemStats["sar:status/exp_us_inp_act"]);
stats.LatencyDelayDownstream = GetByte(modemStats["sar:status/ds_delay"]);
stats.LatencyModeDownstream = GetBool(modemStats["sar:status/ds_path"]); //might wanna change to a char...
stats.LatencyDelayUpstream = GetByte(modemStats["sar:status/us_delay"]);
stats.LatencyModeUpstream = GetBool(modemStats["sar:status/us_path"]);
stats.LineAttenuationDownstream = GetByte(modemStats["sar:status/ds_attenuation"]);
stats.LineAttenuationUpstream = GetByte(modemStats["sar:status/us_attenuation"]);//~not that it really matters.
stats.SignalNoiseRatioDownstream = GetByte(modemStats["sar:status/ds_margin"]);
stats.SignalNoiseRatioUpstream = GetByte(modemStats["sar:status/us_margin"]);
stats.TextualLineProfile = modemStats["sar:status/vdsl_profile_string"];
stats.CalcuateDLM();
modemStats = getInformationFromFritzLuaQuery(sid, conf, "sar:status/ATUC_vendor_ID", "sar:status/ATUC_vendor_version", "sar:status/dslam_VendorID", "sar:status/dslam_VendorID", "sar:status/dslam_VersionNumber", "sar:status/dslam_SerialNumber", "sar:status/DSP_Datapump_ver");
stats.ATCUId = modemStats["sar:status/ATUC_vendor_ID"];
stats.ATCUVendor = modemStats["sar:status/ATUC_vendor_version"];
stats.DSLAMId = modemStats["sar:status/dslam_VendorID"];
stats.DSLAMVersion = modemStats["sar:status/dslam_VersionNumber"];
stats.DSLAMSerial = modemStats["sar:status/dslam_SerialNumber"];
stats.DSLVersion = modemStats["sar:status/DSP_Datapump_ver"];
modemStats = getInformationFromFritzLuaQuery(sid, conf, "sar:status/ds_snrArrayXML", "sar:status/bitsArrayXML", "sar:status/pilot");
stats.SNRGraph = modemStats["sar:status/ds_snrArrayXML"];
stats.BitLoaderGraph = modemStats["sar:status/bitsArrayXML"];
stats.BitPilotReference = (int)GetLong(modemStats["sar:status/pilot"]);
modemStats = getInformationFromFritzLuaQuery(sid, conf, "box:status/localtime", "sar:settings/Annex", "sar:settings/DownstreamMarginOffset", "sar:settings/DsINP", "sar:settings/RFI_mode", "sar:settings/UsNoiseBits", "sar:status/AdvisedDownstreamMarginOffset", "sar:status/AdvisedDsINP", "sar:status/AdvisedRFI_mode", "sar:status/AdvisedUsNoiseBits", "sar:status/gui_version_number", "tr069:settings/UpgradesManaged", "logic:status/nspver", "logic:status/uptime_hours", "logic:status/uptime_minutes", "sar:status/modem_ShowtimeSecs");
stats.DeviceCurrentTime = modemStats["box:status/localtime"];
stats.Annex = modemStats["sar:settings/Annex"];
stats.DownstreamMarginOffset = modemStats["sar:settings/DownstreamMarginOffset"];
stats.DsINP = modemStats["sar:settings/DsINP"];
stats.RFI_mode = modemStats["sar:settings/RFI_mode"];
stats.UsNoiseBits = modemStats["sar:settings/UsNoiseBits"];
stats.AdvisedDownstreamMarginOffset = modemStats["sar:status/AdvisedDownstreamMarginOffset"];
stats.AdvisedDsINP = modemStats["sar:status/AdvisedDsINP"];
stats.AdvisedRFIMode = modemStats["sar:status/AdvisedRFI_mode"];
stats.AdvisedUsNoiseBits = modemStats["sar:status/AdvisedUsNoiseBits"];
stats.FritzGuiVersion = modemStats["sar:status/gui_version_number"];
stats.UpgradesManaged = GetBool(modemStats["tr069:settings/UpgradesManaged"]);
stats.NspVersion = modemStats["logic:status/nspver"];
DateTime local = DateTime.Now;
try
{
local = Convert.ToDateTime(stats.DeviceCurrentTime);
}
catch (Exception)
{
//couldnt convert, using system time.
}
TimeSpan timediff = DateTime.Now - local;
TimeSpan ts = new TimeSpan(Convert.ToInt32(GetLong(modemStats["logic:status/uptime_hours"])), Convert.ToInt32(GetLong(modemStats["logic:status/uptime_hours"])), 0);
DateTime BootTime = local - ts;
stats.DslUptimeTotalSeconds = ts.TotalSeconds;
stats.DeviceBootTime = BootTime.ToString("HH:mm:ss dd.MM.yyyy");
ts = new TimeSpan(0, 0, Convert.ToInt32(modemStats["sar:status/modem_ShowtimeSecs"]));
DateTime ConnUpTime = local - ts;
stats.DslConnectedSince = ConnUpTime.ToString("HH:mm:ss dd.MM.yyyy");
if (timediff.Minutes > 5)
{
conf.TimeOutOfAlignment = true;
}
modemStats = getInformationFromFritzLuaQuery(sid, conf, "sar:status/ds_los", "sar:status/us_los", "sar:status/ds_sef", "sar:status/us_sef", "sar:status/ds_fec", "sar:status/us_fec", "sar:status/ds_crc", "sar:status/us_crc", "sar:status/ds_es", "sar:status/us_es", "sar:status/ds_ses", "sar:status/us_ses", "sar:status/vdsl_profile", "sar:status/vdsl_transfer_mode");
stats.LossOfSignalDownstream = GetLong(modemStats["sar:status/ds_los"]);
stats.LossOfSignalUpstream = GetLong(modemStats["sar:status/us_los"]);
stats.LossOfFrameDownstream = GetLong(modemStats["sar:status/ds_sef"]);
stats.LossOfFrameUpstream = GetLong(modemStats["sar:status/us_sef"]);
stats.FECDownstreamTotal = GetLong(modemStats["sar:status/ds_fec"]);
stats.FECUpstreamTotal = GetLong(modemStats["sar:status/us_fec"]);
stats.CRCDownstreamTotal = GetLong(modemStats["sar:status/ds_crc"]);
stats.CRCUpstreamTotal = GetLong(modemStats["sar:status/us_crc"]);
stats.ErroredSecondsDownstream = GetLong(modemStats["sar:status/ds_es"]);
stats.ErroredSecondsUpstream = GetLong(modemStats["sar:status/us_es"]);
stats.SeverelyErroredSecondsDownstream = GetLong(modemStats["sar:status/ds_ses"]);
stats.SeverelyErroredSecondsUpstream = GetLong(modemStats["sar:status/us_ses"]);
stats.VdslLineProfile = (DslInfo.VdslProfiles)GetByte(modemStats["sar:status/vdsl_profile"]);
stats.VdslTransferMode = (DslInfo.VdslTransferModes)GetByte(modemStats["sar:status/vdsl_transfer_mode"]);
stats.CalcuatedFECsPerMinDownstream = Math.Round(stats.FECDownstreamTotal / (stats.DslUptimeTotalSeconds / 60), 4);
stats.CalcuatedFECsPerMinUpstream = Math.Round(stats.FECUpstreamTotal / (stats.DslUptimeTotalSeconds / 60), 4);
stats.CalcuatedCRCsPerMinDownstream = Math.Round(stats.CRCDownstreamTotal / (stats.DslUptimeTotalSeconds / 60), 4);
stats.CalcuatedCRCsPerMinUpstream = Math.Round(stats.CRCPerMinUpstream / (stats.DslUptimeTotalSeconds / 60), 4);
}
