void enterShell(SerialCOM port)
{
// Enter debug
port.WriteWait("debug", "debug>", 3);
// Enter Shelf
port.WriteWait("sh", "#", 3);
}
void login(SerialCOM port)
{
fire_status("Wait for login...");
//port.WaitFor("login:"******"", "login:"******"Login");
port.WriteWait("root", "IRIS MFG Shell.*#", 10, isRegx: true);
}
void exitShell(SerialCOM port)
{
// Exit shell
port.WriteWait("exit", "debug>", 3);
// Exit debug
port.WriteWait("exit", "#", 3);
}
string setHubIpAddr(string ipaddr, string adapter = "eth0", string netmask = "255.255.0.0")
{
string data;
using (SerialCOM dutport = getDUTPort())
{
// Make sure we can talk to hub
dutport.WriteWait("", "#", 3);
enterShell(dutport);
try
{
string cmd = string.Format("ifconfig {0} {1} netmask {2}", adapter, ipaddr, netmask);
dutport.WriteWait(cmd, Regex.Escape(cmd) + ".*" + _shell_prompt, timeout_sec: 3, isRegx: true);
cmd = "ifconfig";
data = dutport.WriteWait(cmd, Regex.Escape(cmd) + ".*" + _shell_prompt, timeout_sec: 3, isRegx: true);
}
finally
{
exitShell(dutport);
}
}
return(data);
}
/// <summary>
/// Zeus certificate server: `172.24.32.6`
/// </summary>
public void Certificate()
{
using (SerialCOM dutport = getDUTPort())
{
// Make sure we can talk to hub
dutport.WriteWait("", "#", 3);
dutport.WriteWait("certificate " + _certificate_server + " skip_ca_check true", "Key install was successful", 5);
fire_status("Key install was successful");
}
}
public void BLETest()
{
using (SerialCOM dutport = getDUTPort())
using (SerialCOM bleport = getBLEPort())
{
// Make sure we can talk to hubs
dutport.WriteWait("", "#", 3);
Random rand = new Random(DateTime.Now.Second);
int channel = rand.Next(0, 27);
bleport.WriteLine("ble_rx " + channel.ToString() + " 3000");
dutport.WriteLine("ble_tx " + channel.ToString());
bleport.WaitFor("Packets received:", 5, clear_data: false);
string data = bleport.Data;
Match match = Regex.Match(data, @"Packets received: (\d*)", RegexOptions.Singleline);
if (!match.Success || match.Groups.Count < 2)
{
string emsg = string.Format("Unable to get packets received from BLE master.\r\nData was: {0}", data);
throw new Exception(emsg);
}
int packets_received = Convert.ToInt32(match.Groups[1].Value);
// if (packets_received < 1500)
if (packets_received < 800)
{
string emsg = string.Format("BLE packets received < 1500.\r\nPackets received were: {0}", packets_received);
throw new Exception(emsg);
}
string rmsg = string.Format("BLE packets received: {0}", packets_received);
fire_status(rmsg);
}
}
public void ShowRadios()
{
using (SerialCOM dutport = getDUTPort())
{
// Make sure we can talk to hub
dutport.WaitForPrompt();
dutport.WriteWait("show radios", "Zwave Stack Version", timeout_sec: 5, clear_data: false);
string data = dutport.Data;
Match m = Regex.Match(data, @"Z-Wave (\d+\.\d+)", RegexOptions.Singleline);
if (m.Success && m.Groups.Count > 1)
{
string verstr = m.Groups[1].Value;
fire_status("Zwave Stack Version: " + verstr);
bool needToUpdate = needsUpdate(verstr, _zwave_ver_major, _zwave_ver_minor);
if (needToUpdate)
{
throw new Exception("Unexpected Zwave version: " + verstr);
}
}
else
{
throw new Exception("Unable to detect Zwave version.\r\nData was: " + data);
}
}
}
/// <summary>
/// Based on test spec:LOWESHUB-65830935-070716-0910-4
///
/// And from Edgar:
/// "Zwave_test" is needed to verify Zwave version is equal or higher to 4.05,
/// if it is lower (all new components have lower version),
/// then you have to send "zwave_flash -w /data/firmware/zwave-firmware.bin\n".
/// </summary>
public void ZWaveUpdate()
{
_zwave_updated = false;
using (SerialCOM dutport = getDUTPort())
{
// Make sure we can talk to hub
dutport.WriteWait("", "#", 3);
enterShell(dutport);
try
{
dutport.WriteWait("zwave_test -v", "Zwave Stack Version:", timeout_sec: 5, clear_data: false);
string data = dutport.Data;
Match m = Regex.Match(data, @"Z-Wave (\d+\.\d+)", RegexOptions.Singleline);
if (m.Success && m.Groups.Count > 1)
{
string verstr = m.Groups[1].Value;
fire_status("Zwave Stack Version: " + verstr);
bool needToUpdate = needsUpdate(verstr, _zwave_ver_major, _zwave_ver_minor);
if (needToUpdate)
{
fire_status("Zwave Updating...");
dutport.WriteWait(
"zwave_flash -w /data/firmware/zwave-firmware.bin",
"Flash programming complete", 60);
fire_status("Zwave Flash programming complete");
dutport.WriteWait("zwave_default", "Zwave module has been factory defaulted", 3);
fire_status("Zwave module has been factory defaulted");
_zwave_updated = true;
}
}
else
{
throw new Exception("Unable to extract Z-Wave version info.\r\nData was: " + data);
}
}
finally
{
exitShell(dutport);
}
}
}
public void SaveShowMfg()
{
using (SerialCOM dutport = getDUTPort())
{
// Make sure we can talk to hub
dutport.WriteWait("", "#", 3);
dutport.Data = "";
string mfg_data = dutport.WriteWait("show mfg", "Batch Number:", 3);
fire_status(mfg_data);
string fileloc = Path.Combine(this.LogFolder, "d" + SMT_Serial.ToString() + ".txt");
using (FileStream fs = new FileStream(fileloc, FileMode.Create, FileAccess.Write, FileShare.Read))
using (StreamWriter sw = new StreamWriter(fs))
{
sw.Write(mfg_data);
sw.Close();
}
}
}
public void Serialize()
{
using (CLStoreEntities cx = new CLStoreEntities())
using (SerialCOM port = getDUTPort())
{
// Make sure we can talk to hub
port.WriteLine();
port.WaitFor("#", 3);
LowesHub loweshub_data = new LowesHub();
// Gather info to serialize hub
int production_site_id = MACAddrUtils.ProductionSiteId();
while (production_site_id > byte.MaxValue)
{
production_site_id = production_site_id >> 1;
}
int test_station_id = MACAddrUtils.StationSiteId();
loweshub_data.test_station_id = test_station_id;
while (test_station_id > byte.MaxValue)
{
test_station_id = test_station_id >> 1;
}
int hw_ver = HW_Ver;
loweshub_data.hw_ver = HW_Ver;
while (hw_ver > byte.MaxValue)
{
hw_ver = hw_ver >> 1;
}
int operator_id = DataUtils.OperatorId(_tester);
loweshub_data.operator_id = operator_id;
while (operator_id > short.MaxValue)
{
operator_id = operator_id >> 1;
}
_lowes_serial = LowesSerial.GetSerial(
model: LowesSerial.Model.IH200,
hw_version: (byte)hw_ver,
datetime: DateTime.Now,
factory: (byte)production_site_id,
test_station: (byte)test_station_id,
tester: (short)operator_id);
int customer_id = cx.LowesCustomers.Where(c => c.Name == Customer.ToString()).Single().Id;
// See if this board already had a mac assigned
long mac = MACAddrUtils.INVALID_MAC;
var hubsq = cx.LowesHubs.Where(h => h.smt_serial == SMT_Serial).OrderByDescending(h => h.date);
if (hubsq.Any())
{
var hubs = hubsq.ToArray();
foreach (LowesHub hub in hubs)
{
long hubmac = hub.MacAddress.MAC;
if (MACAddrUtils.Inrange(hubmac))
{
mac = hubmac;
break;
}
}
}
if (mac == MACAddrUtils.INVALID_MAC)
{
mac = MACAddrUtils.GetNewMac();
}
int mac_id = MACAddrUtils.GetMacId(mac);
string macstr = MACAddrUtils.LongToStr(mac);
string cmd = string.Format("serialize {0} model {1} customer {2} hw_version {3} batch_no {4}",
macstr, Serialize_Model, Customer.ToString(), HW_Ver, Lowes_Serial);
fire_status(cmd);
port.WriteLine(cmd);
port.WaitFor("Device serialization is complete - please reboot", 5);
fire_status("Device serialization is complete.");
port.Data = "";
string mfg_data = port.WriteWait("show mfg", "Batch Number:", 3);
Regex regx = new Regex(@"HubID:\s+([A-Z]+-\d+)");
Match m = regx.Match(mfg_data);
if (!m.Success || m.Groups.Count < 2)
{
string emsg = string.Format("Unable to extract Hub id from data:{0}", mfg_data);
throw new Exception(emsg);
}
string hubid = m.Groups[1].Value;
fire_status("Hub ID: " + hubid);
// Insert the hub
loweshub_data.customer_id = customer_id;
loweshub_data.mac_id = mac_id;
loweshub_data.smt_serial = SMT_Serial.ToString().ToUpper();
loweshub_data.lowes_serial = Lowes_Serial;
loweshub_data.hub_id = hubid;
cx.LowesHubs.Add(loweshub_data);
cx.SaveChanges();
}
}
public void Diagnostics()
{
using (SerialCOM dutport = getDUTPort())
{
// Make sure we can talk to hub
//dutport.WriteWait("", "#", 3, clear_data:false);
dutport.WaitForPrompt();
// Diags
fire_status("Start diagnostics");
dutport.WriteWait("diagnostics", "Press the reset button...", 3);
fire_status("Press the reset button...");
write_SingleDIO(Relays.BUTTON, true);
dutport.WaitFor(@"Insert both USB drives and attach increased load to usb0. Press <enter> when ready...", 10);
fire_status("USB0 Test");
write_SingleDIO(Relays.USB1, true);
Thread.Sleep(500);
dutport.WriteLine();
dutport.WaitFor(@"Remove increased load from usb0 and attach load to usb1. Press <enter> when ready...", 5);
fire_status("USB1 Test");
write_SingleDIO(Relays.USB1, false);
write_SingleDIO(Relays.USB2, true);
Thread.Sleep(500);
dutport.WriteLine();
fire_status("Buzzer Test");
dutport.WaitFor("Buzzer on?", 3);
double val = -1.0;
double expval = 3.0;
for (int i = 0; i < 5; i++)
{
val = read_SingelAi(Sensors.BUZZER_AUDIO);
fire_status(string.Format("Buzzer Voltage: {0}", val.ToString("f2")));
if (val > expval)
{
break;
}
Thread.Sleep(1000);
}
if (val > 3.0)
{
dutport.WriteLine("y");
}
else
{
dutport.WriteLine("n");
string emsg = string.Format("Unable to detect buzzer. Volatgae was: {0}. Expected more than {1}",
val.ToString("f2"), expval.ToString("f2"));
throw new Exception(emsg);
}
fire_status("LED Tests");
led_test(Sensors.GREEN_LIGHT, LED_Green_Low_Value, LED_Green_High_Value, "green");
led_test(Sensors.RED_LIGHT, LED_Red_Low_Value, LED_Red_High_Value, "red");
led_test(Sensors.YELLOW_LIGHT, LED_Yellow_Low_Value, LED_Yellow_High_Value, "yellow");
// Other tests
fire_status("Other Built-in Tests...");
dutport.WaitFor("All Tests Passed", 20);
fire_status("All Tests Passed");
}
}