quarchpy.connection_specific package

Subpackages

Submodules

quarchpy.connection_specific.connection_QIS module

class quarchpy.connection_specific.connection_QIS.QisInterface(host='127.0.0.1', port=9722, connectionMessage=True)

Bases: object

GetQisModuleSelection(favouriteOnly=True, additionalOptions=[], scan=True)
averageStripes(leftover, streamAverage, newStripes, f, remainingStripes=[])
avgStringFromPwr(avgPwrTwo)
connect(connectionMessage=True)
convertStreamAverage(streamAveraging)
deviceDictSetup(module)
deviceMulti(device)
disconnect()
getCanStream(module)
getDeviceList(sock=None)
interruptList()
rxBytes(sock)
sendAndReceiveCmd(sock=None, cmd='$help', device='', readUntilCursor=True, betweenCommandDelay=0.0)
sendAndReceiveText(sock, sentText='$help', device='', readUntilCursor=True)
sendCmd(device='', cmd='$help', sock=None, readUntilCursor=True, betweenCommandDelay=0.0, expectedResponse=True)
sendText(sock, message='$help', device='')
sortFavourite(foundDevices)
startStream(module, fileName, fileMaxMB, streamName, streamAverage, releaseOnData, separator)
startStreamThread(module, fileName, fileMaxMB, streamName, streamAverage, releaseOnData, separator)
stopStream(module, blocking=True)
streamBufferStatus(device, sock=None)
streamGetStripesText(sock, device, numStripes=4096, skipStatusCheck=False)
streamHeaderAverage(device, sock=None)
streamHeaderFormat(device, sock=None)
streamHeaderVersion(device, sock=None)
streamInterrupt()
streamRunningStatus(device, sock=None)
waitStop()

quarchpy.connection_specific.connection_QPS module

class quarchpy.connection_specific.connection_QPS.QpsInterface(host='127.0.0.1', port=9822)

Bases: object

connect(targetDevice)
disconnect(targetDevice)
getDeviceList(scan=True)
recv()
send(data)
sendCmdVerbose(cmd)

quarchpy.connection_specific.connection_ReST module

class quarchpy.connection_specific.connection_ReST.ReSTConn(ConnTarget)

Bases: object

close()
sendCommand(Command, expectedResponse=True)

quarchpy.connection_specific.connection_Serial module

class quarchpy.connection_specific.connection_Serial.SerialConn(ConnTarget)

Bases: object

close()
sendCommand(Command, expectedResponse=True)
quarchpy.connection_specific.connection_Serial.serial_read_until(Port, Char, Timeout)

quarchpy.connection_specific.connection_TCP module

class quarchpy.connection_specific.connection_TCP.TCPConn(ConnTarget)

Bases: object

close()
sendCommand(Command, readUntilCursor=True, expectedResponse=True)

quarchpy.connection_specific.connection_Telnet module

class quarchpy.connection_specific.connection_Telnet.TelnetConn(ConnTarget)

Bases: object

close()
sendCommand(Command, expectedResponse=True)

quarchpy.connection_specific.connection_USB module

class quarchpy.connection_specific.connection_USB.TQuarchUSB_IF(context)

Bases: object

BulkRead()
BulkReadEP(ep, n)
BulkReadEPTout(ep, n, timeOut)
BulkReadN(n)
CheckComms()
ClosePort()
DebugDump()
FetchCmdReply()
FetchCmdReplyTOut(timeout)
GetExtendedInfo()
GetIdn()
GetLastError()
GetSerialNumber()
IsPortOpen()
OpenPort()
RunCommand(command, expectedResponse=True)
SendCommand(command)
SetTimeout(timeout)
VerboseSendCmd(cmd)
WriteZeroPacketCmd()
clean_and_flush_stuck_usb_comms()

USB comms can become stuck if a command is sent out too quickly after the end of the previous one If this is the case, the module response buffer contains data which needs flushed. This command triggers a buffer return and performs a full read of all data. If possible, it returns the response of the previous command which caused the stuck buffer.

lockUSBStr = '\x02\x00\x00\x01\x04\x01'
unlockUSBStr = '\x02\x00\x00\x01\x03\x00'
quarchpy.connection_specific.connection_USB.USB(SerID='')
class quarchpy.connection_specific.connection_USB.USBConn(ConnTarget)

Bases: object

close()
sendCommand(Command, expectedResponse=True)
quarchpy.connection_specific.connection_USB.getUSBDeviceSerialNo(context, device)
quarchpy.connection_specific.connection_USB.importUSB(version='None')

Module contents