def ProcessTM(self):
if self.messageReceivedType == i_Thrust_Update:
print "\n" + chr(
27) + "[32m" + "Received Telemetry: Thrust_Update" + chr(
27) + "[0m\n"
backup = self._pMem
# Read the data for param H
var_H = dataview_uniq_asn.MyReal()
var_H.SetData(self._pMem)
print "Parameter H:"
var_H.PrintAll()
print
# self._pMem = DV.MovePtrBySizeOf_MyReal(self._pMem)
# Revert the pointer to start of the data
self._pMem = backup
if self.messageReceivedType == i_dHeight:
print "\n" + chr(27) + "[32m" + "Received Telemetry: dHeight" + chr(
27) + "[0m\n"
backup = self._pMem
# Read the data for param dH
var_dH = dataview_uniq_asn.MyReal()
var_dH.SetData(self._pMem)
print "Parameter dH:"
var_dH.PrintAll()
print
# self._pMem = DV.MovePtrBySizeOf_MyReal(self._pMem)
# Revert the pointer to start of the data
self._pMem = backup
def decode_uPER(uPER_encodedBuffer):
''' Decode an uPER buffer and place it in a native Asn1Scc type '''
# Create a stream buffer, put the encoded data inside it, and decode it
buffer = ASN1.DataStream(DV.MyReal_REQUIRED_BYTES_FOR_ENCODING)
buffer.SetFromPyString(uPER_encodedBuffer)
decoded_value = ASN1.MyReal()
decoded_value.Decode(buffer)
return decoded_value
def ProcessTM(self):
if self.messageReceivedType == i_GetHeight:
print "\n" + chr(27) + "[32m" + "Received Telemetry: GetHeight" + chr(
27) + "[0m\n"
backup = self._pMem
# Read the data for param Height
var_Height = dataview_uniq_asn.MyReal()
var_Height.SetData(self._pMem)
print "Parameter Height:"
var_Height.PrintAll()
print
# self._pMem = DV.MovePtrBySizeOf_MyReal(self._pMem)
# Revert the pointer to start of the data
self._pMem = backup
def typeInstance():
# Create an intance of an ASN.1 ctype
return ASN1.MyReal()
def decode_TM(rawTM):
''' Decode a msgQ message (native encoding) '''
tm = ASN1.MyReal()
tm.SetData(rawTM)
return tm
