public static void initTR181()
{
try
{
if (SpeedportHybridAPI.getInstance().checkLogin().Equals(false))
{
return;
}
TR181PageModel tr181 = Application.Current.FindResource("TR181PageModel") as TR181PageModel;
string response = SpeedportHybridAPI.getInstance().sendEnryptedRequest("data/bonding_tr181.json");
if (response.IsNullOrEmpty())
{
return;
}
TR181PageModel obj = JsonConvert.DeserializeObject <TR181PageModel>(response);
response = null;
tr181.enable1 = obj.enable1;
tr181.status1 = obj.status1;
tr181.mode = obj.mode;
tr181.servername = obj.servername;
tr181.severip = obj.severip;
tr181.bw = obj.bw;
tr181.errorinfo = obj.errorinfo;
tr181.hellostatus = obj.hellostatus;
tr181.QueueSkbTimeOut = obj.QueueSkbTimeOut;
response = SpeedportHybridAPI.getInstance().sendEnryptedRequest("data/bonding_tunnel.json");
obj = JsonConvert.DeserializeObject <TR181PageModel>(response);
response = null;
tr181.lte_tunnel = obj.lte_tunnel;
tr181.dsl_tunnel = obj.dsl_tunnel;
tr181.bonding = obj.bonding;
response = SpeedportHybridAPI.getInstance().sendEnryptedRequest("data/bonding_client.json");
bonding_client obj2 = JsonConvert.DeserializeObject <bonding_client>(response);
tr181.bypass_up_bw = obj2.hybrid_show[4].bypass_up_bw;
tr181.bypass_dw_bw = obj2.hybrid_show[4].bypass_dw_bw;
tr181.bypass_up_rb = obj2.hybrid_show[4].bypass_up_rb;
tr181.bypass_dw_rb = obj2.hybrid_show[4].bypass_dw_rb;
tr181.bypass_check = obj2.hybrid_show[4].bypass_check;
DateTime time = DateTime.Now;
string format = "dd.MM.yyyy HH:mm:ss";
tr181.datetime = time.ToString(format);
obj = null;
obj2 = null;
}
catch (Exception ex)
{
LogManager.WriteToLog(ex.ToString());
}
}
public static void initInterface()
{
try
{
if (SpeedportHybridAPI.getInstance().checkLogin().Equals(false))
{
return;
}
InterfacePageModel IPM = Application.Current.FindResource("InterfacePageModel") as InterfacePageModel;
string response = SpeedportHybridAPI.getInstance().sendEnryptedRequest("data/interfaces.json");
if (response.IsNullOrEmpty())
{
return;
}
JToken jArray = JToken.Parse(response);
response = null;
List <InterfaceList> interfaceList = new List <InterfaceList>();
foreach (JToken jToken in jArray.SelectToken("line_status"))
{
string ifc = jToken.SelectToken("interface").ToString();
string mtu = jToken.SelectToken("MTU").ToString();
string tx_packets = jToken.SelectToken("tx_packets").ToString();
string tx_errors = jToken.SelectToken("tx_errors").ToString();
string rx_packets = jToken.SelectToken("rx_packets").ToString();
string rx_errors = jToken.SelectToken("rx_errors").ToString();
string collisions = jToken.SelectToken("collisions").ToString();
interfaceList.Add(new InterfaceList()
{
ifc = ifc, mtu = mtu, tx_packets = tx_packets, tx_errors = tx_errors, rx_packets = rx_packets, rx_errors = rx_errors, collisions = collisions
});
}
IPM.interfaceList = interfaceList;
interfaceList = null;
jArray = null;
DateTime time = DateTime.Now;
string format = "dd.MM.yyyy HH:mm:ss";
IPM.datetime = time.ToString(format);
}
catch (Exception ex)
{
LogManager.WriteToLog(ex.ToString());
}
}
public static void initDSL()
{
if (SpeedportHybridAPI.getInstance().checkLogin().Equals(false))
{
return;
}
DslPageModel dsl = Application.Current.FindResource("DslPageModel") as DslPageModel;
string response = SpeedportHybridAPI.getInstance().sendEnryptedRequest("data/dsl.json");
if (response.IsNullOrEmpty())
{
return;
}
try
{
DslPageModel obj = JsonConvert.DeserializeObject <DslPageModel>(response);
double difference = Math.Ceiling((DateTime.Now - SpeedportHybridAPI.getInstance().getLastReboot()).TotalSeconds) / 60;
obj.Line.uCRCsec = Math.Ceiling(obj.Line.uCRC / difference);
obj.Line.dCRCsec = Math.Ceiling(obj.Line.dCRC / difference);
obj.Line.uHECsec = Math.Ceiling(obj.Line.uHEC / difference);
obj.Line.dHECsec = Math.Ceiling(obj.Line.dHEC / difference);
obj.Line.uFECsec = Math.Ceiling(obj.Line.uFEC / difference);
obj.Line.dFECsec = Math.Ceiling(obj.Line.dFEC / difference);
dsl.Connection = obj.Connection;
dsl.Line = obj.Line;
DateTime time = DateTime.Now;
string format = "dd.MM.yyyy HH:mm:ss";
dsl.datetime = time.ToString(format);
obj = null;
}
catch (Exception ex)
{
LogManager.WriteToLog(ex.ToString());
}
response = null;
}
public static void initLtePopup()
{
try
{
if (SpeedportHybridAPI.getInstance().checkLogin().Equals(false))
{
return;
}
ltepopupModel lte = Application.Current.FindResource("ltepopupModel") as ltepopupModel;
string response = SpeedportHybridAPI.getInstance().sendEnryptedRequest("data/lteinfo.json");
if (response.IsNullOrEmpty())
{
return;
}
LteInfoModel obj = JsonConvert.DeserializeObject <LteInfoModel>(response);
response = null;
lte.phycellid = obj.phycellid;
lte.cellid = obj.cellid;
lte.rsrp = obj.rsrp;
lte.rsrp_bg = util.getRSRPColor(obj.rsrp.ToInt());
lte.rsrq = obj.rsrq;
lte.rsrq_bg = util.getRSRQColor(obj.rsrq.ToInt());
DateTime time = DateTime.Now;
string format = "dd.MM.yyyy HH:mm:ss";
lte.datetime = time.ToString(format);
obj = null;
}
catch (Exception ex)
{
LogManager.WriteToLog(ex.ToString());
}
}
public static void initLan()
{
try
{
if (SpeedportHybridAPI.getInstance().checkLogin().Equals(false))
{
return;
}
LanPageModel deviceData = Application.Current.FindResource("LanPageModel") as LanPageModel;
List <DeviceList> deviceList = new List <DeviceList>();
string response = SpeedportHybridAPI.getInstance().sendEnryptedRequest("data/LAN.json");
if (response.IsNullOrEmpty())
{
return;
}
JToken jArray = JToken.Parse(response);
response = null;
string ipv6_prefix = jArray.getVar("lan_ip_v6_prefix");
string ipv6_range = jArray.getVar("lan_ip_v6_range");
foreach (JToken jToken in jArray)
{
JToken varid = jToken["varid"];
if (varid.ToString().Equals("addmdevice"))
{
int id = jToken["varvalue"].getVar("id").ToInt();
string name = jToken["varvalue"].getVar("mdevice_name");
string mac = jToken["varvalue"].getVar("mdevice_mac");
int type = jToken["varvalue"].getVar("mdevice_type").ToInt(); // 0 = lan, 1/2 = wlan
int connected = jToken["varvalue"].getVar("mdevice_connected").ToInt();
string ipv4 = jToken["varvalue"].getVar("mdevice_ipv4");
string ipv6 = jToken["varvalue"].getVar("mdevice_ipv6");
int mstatic = jToken["varvalue"].getVar("mdevice_static").ToInt();
ipv6 = string.Concat(ipv6_prefix, ipv6_range, ":", ipv6);
deviceList.Add(new DeviceList()
{
id = id, name = name, mac = mac, type = type, connected = connected, ipv4 = ipv4, ipv6 = ipv6, mstatic = mstatic
});
id = 0;
name = null;
mac = null;
type = 0;
connected = 0;
ipv4 = null;
ipv6 = null;
mstatic = 0;
}
varid = null;
}
deviceData.deviceList = deviceList;
jArray = null;
ipv6_prefix = null;
ipv6_range = null;
deviceList = null;
DateTime time = DateTime.Now;
string format = "dd.MM.yyyy HH:mm:ss";
deviceData.datetime = time.ToString(format);
}
catch (Exception ex)
{
LogManager.WriteToLog(ex.ToString());
}
}
public static void initPhone()
{
try
{
if (SpeedportHybridAPI.getInstance().checkLogin().Equals(false))
{
return;
}
PhonePageModel phone = Application.Current.FindResource("PhonePageModel") as PhonePageModel;
List <PhoneCallList> missedCalls = new List <PhoneCallList>();
List <PhoneCallList> takenCalls = new List <PhoneCallList>();
List <PhoneCallList> dialedCalls = new List <PhoneCallList>();
string response = SpeedportHybridAPI.getInstance().sendEnryptedRequest("data/PhoneCalls.json");
if (response.IsNullOrEmpty())
{
return;
}
JToken jArray = JToken.Parse(response);
response = null;
foreach (JToken jToken in jArray)
{
JToken varid = jToken["varid"];
if (varid.ToString().Equals("addmissedcalls"))
{
JToken a = jToken["varvalue"];
int _id = a[0]["varvalue"].ToString().ToInt();
string _date = a[1]["varvalue"].ToString();
string _time = a[2]["varvalue"].ToString();
string _who = a[3]["varvalue"].ToString();
missedCalls.Add(new PhoneCallList()
{
id = _id, date = _date, time = _time, who = _who
});
a = null;
_id = 0;
_date = null;
_time = null;
_who = null;
}
else if (varid.ToString().Equals("addtakencalls"))
{
JToken a = jToken["varvalue"];
int _id = a[0]["varvalue"].ToString().ToInt();
string _date = a[1]["varvalue"].ToString();
string _time = a[2]["varvalue"].ToString();
string _who = a[3]["varvalue"].ToString();
string _duration = a[4]["varvalue"].ToString();
takenCalls.Add(new PhoneCallList()
{
id = _id, date = _date, time = _time, who = _who, duration = _duration
});
a = null;
_id = 0;
_date = null;
_time = null;
_who = null;
_duration = null;
}
else if (varid.ToString().Equals("adddialedcalls"))
{
JToken a = jToken["varvalue"];
int _id = a[0]["varvalue"].ToString().ToInt();
string _date = a[1]["varvalue"].ToString();
string _time = a[2]["varvalue"].ToString();
string _who = a[3]["varvalue"].ToString();
string _duration = a[4]["varvalue"].ToString();
dialedCalls.Add(new PhoneCallList()
{
id = _id, date = _date, time = _time, who = _who, duration = _duration
});
a = null;
_id = 0;
_date = null;
_time = null;
_who = null;
_duration = null;
}
varid = null;
}
// sort calls
missedCalls.Sort((x, y) => y.id.CompareTo(x.id));
takenCalls.Sort((x, y) => y.id.CompareTo(x.id));
dialedCalls.Sort((x, y) => y.id.CompareTo(x.id));
missedCalls.OrderBy(x => x.time).ThenBy(x => x.date);
phone.missedCalls = missedCalls;
phone.takenCalls = takenCalls;
phone.dialedCalls = dialedCalls;
missedCalls = null;
takenCalls = null;
dialedCalls = null;
jArray = null;
DateTime time = DateTime.Now;
string format = "dd.MM.yyyy HH:mm:ss";
phone.datetime = time.ToString(format);
}
catch (Exception ex)
{
LogManager.WriteToLog(ex.ToString());
}
}
public static void initSyslog(bool isLTE = false)
{
try
{
if (SpeedportHybridAPI.getInstance().checkLogin().Equals(false))
{
return;
}
SyslogPageModel syslog = Application.Current.FindResource("SyslogPageModel") as SyslogPageModel;
string response = SpeedportHybridAPI.getInstance().sendEnryptedRequest("data/Syslog.json", string.Concat("csrf_token=", SpeedportHybridAPI.getInstance().getToken(), "&exporttype=0"));
if (response.IsNullOrEmpty())
{
return;
}
string[] lines = response.Split(new string[] { "\r\n", "\r", "\n" }, StringSplitOptions.None);
List <SyslogList> syslogList = new List <SyslogList>();
foreach (string line in lines)
{
// first line / last line
if ((line.Contains("Datum/Uhrzeit") && line.Contains("Meldung")) || line.IsNullOrEmpty())
{
continue;
}
// login
if (line.Contains("(G101)").Equals(true))
{
continue;
}
// logout
if (line.Contains("(G102)").Equals(true))
{
continue;
}
// session timeout
if (line.Contains("(G103)").Equals(true))
{
continue;
}
// dnsv6 error
if (line.Contains("(P008)").Equals(true))
{
continue;
}
string[] parts;
// Funkzellen Info
if (line.Contains("(LT004)") && isLTE.Equals(true))
{
//2016-09-01 17:15:20: LTE-ZellInfo: PLMN = 26201, CellID = 25721859, Band = LTE1800, RSRP = -90dBm, RSRQ = -8dB (LT004)
//01.09.2016 19:44:48: Funkzellen Info: 26201,34701569,3,-96,-11 (LT004)
LteInfoModel lte = Application.Current.FindResource("LteInfoModel") as LteInfoModel;
parts = line.Split(',');
string frequenz = parts[2];
if (line.Contains("Band = LTE"))
{
lte.frequenz = string.Concat(frequenz.Substring(10, frequenz.Length - 10), " MHz");
}
else
{
if (frequenz.Equals("20"))
{
frequenz = "800 MHz";
}
else if (frequenz.Equals("3"))
{
frequenz = "1800 MHz";
}
else if (frequenz.Equals("7"))
{
frequenz = "2600 MHz";
}
lte.frequenz = frequenz;
}
syslogList = null;
return;
}
parts = line.Split(new string[] { " " }, 3, StringSplitOptions.None);
syslogList.Add(new SyslogList()
{
timestamp = string.Concat(parts[0], " ", parts[1]), message = parts[2]
});
}
syslog.syslogList = syslogList;
syslogList = null;
DateTime time = DateTime.Now;
string format = "dd.MM.yyyy HH:mm:ss";
syslog.datetime = time.ToString(format);
syslog = null;
}
catch (Exception ex)
{
LogManager.WriteToLog(ex.ToString());
}
}
public static void initStatus()
{
try
{
StatusPageModel status = Application.Current.FindResource("StatusPageModel") as StatusPageModel;
string response = SpeedportHybridAPI.getInstance().sendRequest("data/status.json");
if (response.IsNullOrEmpty())
{
return;
}
JToken jArray = JToken.Parse(response);
response = null;
DateTime time = DateTime.Now;
string format = "dd.MM.yyyy HH:mm:ss";
string ltesignal = jArray.getVar("lte_signal");
status.device_name = jArray.getVar("device_name");
if (jArray.getVar("use_lte").Equals("0"))
{
status.lte_status = "Deaktiviert";
}
else
{
if (jArray.getVar("lte_status").Equals("10") || jArray.getVar("lte_status").Equals("11"))
{
status.lte_status = "Aktiv";
}
else
{
status.lte_status = "Nicht aktiv";
}
}
status.lte_signal = string.Concat(ltesignal.ToInt() * 20, " %");
status.lte_image = string.Concat("../assets/lte", ltesignal, ".png");
status.datetime = time.ToString(format);
status.imei = jArray.getVar("imei");
if (jArray.getVar("dsl_link_status").Equals("online"))
{
status.dsl_link_status = "Synchron";
}
else
{
status.dsl_link_status = "Nicht synchron"; // check size
}
if (jArray.getVar("status").Equals("online"))
{
status.status = "Aktiv";
}
else
{
status.status = "Getrennt";
}
status.dsl_downstream = string.Concat(jArray.getVar("dsl_downstream"), " kBit/s");
status.dsl_upstream = string.Concat(jArray.getVar("dsl_upstream"), " kBit/s");
List <StatusPhoneList> statusPhoneList = new List <StatusPhoneList>();
status.addphonenumber = null;
foreach (JToken jToken in jArray)
{
JToken varid = jToken["varid"];
if (varid.ToString().Equals("addphonenumber"))
{
string pnumber = jToken["varvalue"].getVar("phone_number");
string pstatus = string.Empty;
if (jToken["varvalue"].getVar("status").Equals("ok"))
{
pstatus = "Aktiv";
}
else
{
pstatus = "Nicht aktiv";
}
statusPhoneList.Add(new StatusPhoneList()
{
number = pnumber, status = pstatus
});
}
}
status.addphonenumber = statusPhoneList;
if (jArray.getVar("use_dect").Equals("0"))
{
status.use_dect = "Nicht aktiv";
}
else
{
status.use_dect = "Aktiv";
}
int c = 0;
foreach (JToken jToken in jArray)
{
JToken varid = jToken["varid"];
if (varid.ToString().Equals("adddect"))
{
c++;
}
}
status.dect_devices = c.ToString();
status.wlan_ssid = jArray.getVar("wlan_ssid");
status.wlan_5ghz_ssid = jArray.getVar("wlan_5ghz_ssid");
if (jArray.getVar("use_wlan").Equals("0"))
{
status.use_wlan = "Aus";
}
else
{
status.use_wlan = "Eingeschaltet";
}
if (jArray.getVar("use_wlan_5ghz").Equals("0"))
{
status.use_wlan_5ghz = "Aus";
}
else
{
status.use_wlan_5ghz = "Eingeschaltet";
}
status.wlan_devices = jArray.getVar("wlan_devices");
status.wlan_5ghz_devices = jArray.getVar("wlan_5ghz_devices");
if (jArray.getVar("lan1_device").Equals("1"))
{
status.lan1_device = "../assets/check.png";
}
else
{
status.lan1_device = "../assets/x.png";
}
if (jArray.getVar("lan2_device").Equals("1"))
{
status.lan2_device = "../assets/check.png";
}
else
{
status.lan2_device = "../assets/x.png";
}
if (jArray.getVar("lan3_device").Equals("1"))
{
status.lan3_device = "../assets/check.png";
}
else
{
status.lan3_device = "../assets/x.png";
}
if (jArray.getVar("lan4_device").Equals("1"))
{
status.lan4_device = "../assets/check.png";
}
else
{
status.lan4_device = "../assets/x.png";
}
if (jArray.getVar("hsfon_status").Equals("2"))
{
status.hsfon_status = "Aktiv";
}
else
{
status.hsfon_status = "Aus";
}
status.firmware_version = jArray.getVar("firmware_version");
status.serial_number = jArray.getVar("serial_number");
double difference = (DateTime.Now - SpeedportHybridAPI.getInstance().getLastReboot()).TotalSeconds;
TimeSpan uptime = TimeSpan.FromSeconds(difference);
status.uptime = string.Format("{0:00}:{1:00}:{2:00}:{3:00}", uptime.Days, uptime.Hours, uptime.Minutes, uptime.Seconds);
jArray = null;
statusPhoneList = null;
}
catch (Exception ex)
{
LogManager.WriteToLog(ex.ToString());
}
}
public static void initLTE()
{
try
{
if (SpeedportHybridAPI.getInstance().checkLogin().Equals(false))
{
return;
}
LteInfoModel lte = Application.Current.FindResource("LteInfoModel") as LteInfoModel;
string response = SpeedportHybridAPI.getInstance().sendEnryptedRequest("data/lteinfo.json");
if (response.IsNullOrEmpty())
{
return;
}
LteInfoModel obj = JsonConvert.DeserializeObject <LteInfoModel>(response);
response = null;
lte.imei = obj.imei;
lte.imsi = obj.imsi;
lte.device_status = obj.device_status;
lte.card_status = obj.card_status;
lte.antenna_mode = obj.antenna_mode;
if (obj.antenna_mode.Equals("Antennal set to internal"))
{
lte.antenna_mode2 = "Inner";
}
else if (obj.antenna_mode.Equals("Antennal set to external"))
{
lte.antenna_mode2 = "Outer";
}
else
{
lte.antenna_mode2 = "Auto";
}
lte.phycellid = obj.phycellid;
lte.cellid = obj.cellid;
lte.rsrp = obj.rsrp;
lte.rsrp_bg = util.getRSRPColor(obj.rsrp.ToInt());
lte.rsrq = obj.rsrq;
lte.rsrq_bg = util.getRSRQColor(obj.rsrq.ToInt());
lte.service_status = obj.service_status;
lte.tac = obj.tac;
DateTime time = DateTime.Now;
string format = "dd.MM.yyyy HH:mm:ss";
lte.datetime = time.ToString(format);
initSyslog(true);
obj = null;
}
catch (Exception ex)
{
LogManager.WriteToLog(ex.ToString());
}
}
public static void initOverview()
{
try
{
if (SpeedportHybridAPI.getInstance().checkLogin().Equals(false))
{
return;
}
OverviewPageModel overview = Application.Current.FindResource("OverviewPageModel") as OverviewPageModel;
string response = SpeedportHybridAPI.getInstance().sendEnryptedRequest("data/Overview.json");
if (response.IsNullOrEmpty())
{
return;
}
JToken jArray = JToken.Parse(response);
response = null;
DateTime time = DateTime.Now;
string format = "dd.MM.yyyy HH:mm:ss";
string onlinestatus = jArray.getVar("onlinestatus");
if (onlinestatus.Equals("offline"))
{
overview.onlinestatus = "DSL-Verbindung getrennt";
}
else if (onlinestatus.Equals("disabled"))
{
overview.onlinestatus = "DSL-Verbindung gesperrt";
}
else if (onlinestatus.Equals("online"))
{
overview.onlinestatus = "DSL-Verbindung aktiv";
}
else if (onlinestatus.Equals("fail"))
{
overview.onlinestatus = "DSL-Verbindung getrennt";
}
else
{
overview.onlinestatus = "DSL-Verbindung nicht eingerichtet";
}
if (jArray.getVar("dsl_link_status").Equals("online"))
{
overview.dsl_link_status = "DSL-Link synchron";
}
else
{
overview.dsl_link_status = "DSL-Link nicht synchron";
}
overview.lte_image = string.Concat("../assets/lte", jArray.getVar("lte_signal"), ".png");
if (onlinestatus.Equals("online") || jArray.getVar("gre_status").Equals("1"))
{
bool chk = true;
foreach (JToken jToken in jArray)
{
JToken varid = jToken["varid"];
if (varid.ToString().Equals("addipnumber"))
{
if (jToken["varvalue"].getVar("number_status").Equals("ok").Equals(false))
{
chk = false;
}
}
varid = null;
}
if (chk.Equals(true))
{
overview.number_status = "Internet Telefonie aktiv";
}
else
{
overview.number_status = "Internet Telefonie aus";
}
}
else
{
overview.number_status = "Telefonie nicht nutzbar";
}
if (jArray.getVar("use_dect").Equals("0"))
{
overview.use_dect = "DECT-Basisstation aus";
}
else
{
overview.use_dect = "DECT-Basisstation an";
}
int c = 0;
foreach (JToken jToken in jArray)
{
JToken varid = jToken["varid"];
if (varid.ToString().Equals("adddect"))
{
c++;
}
varid = null;
}
if (c.Equals(1))
{
overview.dect_devices = "1 angemeldetes Schnurlostelefon";
}
else
{
overview.dect_devices = string.Concat(c.ToString(), " angemeldete Schnurlostelefone");
}
int wc = 0;
if (jArray.getVar("use_wlan").Equals("1"))
{
foreach (JToken jToken in jArray)
{
JToken varid = jToken["varid"];
if (varid.ToString().Equals("addmdevice"))
{
if (jToken["varvalue"].getVar("mdevice_type").Equals("1") && jToken["varvalue"].getVar("mdevice_connected").Equals("1"))
{
wc++;
}
}
varid = null;
}
}
if (jArray.getVar("use_wlan_5ghz").Equals("1"))
{
foreach (JToken jToken in jArray)
{
JToken varid = jToken["varid"];
if (varid.ToString().Equals("addmdevice"))
{
if (jToken["varvalue"].getVar("mdevice_type").Equals("2") && jToken["varvalue"].getVar("mdevice_connected").Equals("1"))
{
wc++;
}
}
varid = null;
}
}
int lc = 0;
foreach (JToken jToken in jArray)
{
JToken varid = jToken["varid"];
if (varid.ToString().Equals("addmdevice"))
{
if (jToken["varvalue"].getVar("mdevice_type").Equals("0") && jToken["varvalue"].getVar("mdevice_connected").Equals("1"))
{
lc++;
}
}
varid = null;
}
int uc = 0;
foreach (JToken jToken in jArray)
{
JToken varid = jToken["varid"];
if (varid.ToString().Equals("addotherdevice"))
{
if (jToken["varvalue"].getVar("nas_device_connection").Equals("USB"))
{
uc++;
}
}
varid = null;
}
overview.devices = string.Concat(wc.ToString(), " an WLAN, ", lc.ToString(), " an LAN, ", uc.ToString(), " an USB");
if (jArray.getVar("use_wlan").Equals("1"))
{
overview.use_wlan = "2,4-GHz-Frequenzband an";
}
else
{
overview.use_wlan = "2,4-GHz-Frequenzband aus";
}
if (jArray.getVar("use_wlan_5ghz").Equals("1"))
{
overview.use_wlan_5ghz = "5-GHz-Frequenzband an";
}
else
{
overview.use_wlan_5ghz = "5-GHz-Frequenzband aus";
}
if (jArray.getVar("wlan_enc").Equals("0"))
{
overview.wlan_enc = "WLAN unverschlüsselt";
}
else
{
overview.wlan_enc = "WLAN verschlüsselt";
}
if (jArray.getVar("wlan_power").Equals("0"))
{
overview.wlan_power = "Sendeleistung hoch";
}
else if (jArray.getVar("wlan_power").Equals("1"))
{
overview.wlan_power = "Sendeleistung mittel";
}
else
{
overview.wlan_power = "Sendeleistung niedrig";
}
int ec = 0;
foreach (JToken jToken in jArray)
{
JToken varid = jToken["varid"];
if (varid.ToString().Equals("addotherdevice"))
{
if (jToken["varvalue"].getVar("nas_device_type").Equals("NAS"))
{
ec++;
}
}
varid = null;
}
if (ec.Equals(1))
{
overview.external_devices = "1 externer Datenträger verfügbar";
}
else
{
overview.external_devices = string.Concat(ec.ToString(), " externe Datenträger verfügbar");
}
if (jArray.getVar("nas_sync_active").Equals("true"))
{
overview.nas_sync_active = "Ordner synchronisieren an";
}
else
{
overview.nas_sync_active = "Ordner synchronisieren aus";
}
if (jArray.getVar("nas_backup_active").Equals("true"))
{
overview.nas_backup_active = "Daten sichern an";
}
else
{
overview.nas_backup_active = "Daten sichern aus";
}
if (jArray.getVar("mc_password").IsNullOrEmpty())
{
overview.mc_state = "Verbindung mit Mediencenter nicht eingerichtet";
}
else
{
if (jArray.getVar("mc_allow_connect").Equals("0"))
{
overview.mc_state = "Verbindung mit Mediencenter nicht erlaubt";
}
else
{
if (jArray.getVar("mc_login_success").Equals("1"))
{
overview.mc_state = "Verbindung mit Mediencenter eingerichtet";
}
else
{
overview.mc_state = "Verbindung mit Mediencenter fehlgeschlagen";
}
}
}
overview.datetime = time.ToString(format);
jArray = null;
}
catch (Exception ex)
{
LogManager.WriteToLog(ex.ToString());
}
}