def populateMessage(message, count):
# Note: If a field of the same name is added to an existing message,
# the value passed when calling add_field will overwrite the existing
# value.
message.add_field("CHAR-FIELD", 'c')
message.add_field("BOOL-FIELD-TRUE", True)
message.add_field("BOOL-FIELD-FALSE", False)
message.add_field(libgmsec_python3.I8Field("I8-FIELD", count))
message.add_field(libgmsec_python3.I16Field("I16-FIELD", count))
message.add_field(libgmsec_python3.I32Field("I32-FIELD", count))
message.add_field(libgmsec_python3.I64Field("I64-FIELD", count))
message.add_field(libgmsec_python3.U8Field("U8-FIELD", count))
message.add_field(libgmsec_python3.U16Field("U16-FIELD", count))
message.add_field(libgmsec_python3.U32Field("U32-FIELD", count))
message.add_field(libgmsec_python3.U64Field("U64-FIELD", count))
message.add_field(libgmsec_python3.StringField("STRING-FIELD", "This is a test"))
message.add_field(libgmsec_python3.F32Field("F32-FIELD", (1 + 1. / count)))
message.add_field(libgmsec_python3.F64Field("F64-FIELD", (1 + 1. / count)))
message.add_field(libgmsec_python3.BinaryField("BIN-FIELD", "JLMNOPQ", 7))
def publishTestMessage(connMgr, subject):
i = 123
# Create a Message object
message = libgmsec_python3.Message(subject,
libgmsec_python3.Message.PUBLISH)
# Add fields to the Message
message.add_field("F", False)
message.add_field(libgmsec_python3.I32Field("I", i))
message.add_field(libgmsec_python3.U16Field("K", i))
message.add_field("S", "This is a test")
message.add_field(libgmsec_python3.F32Field("D", 1 + 1. / i))
message.add_field(libgmsec_python3.BinaryField("X", "JLMNOPQ", 7))
# Publish Message
connMgr.publish(message)
# Output the Message's XML string representation by invoking Log macro
libgmsec_python3.log_info("Sent:\n" + message.to_XML())
def populateMessage(message):
# Add Fields of varying data types to the Message
value = 1
message.add_field(libgmsec_python3.CharField("CHAR-FIELD", 'c'))
message.add_field(libgmsec_python3.BooleanField("BOOL-FIELD-TRUE", True))
message.add_field(libgmsec_python3.BooleanField("BOOL-FIELD-FALSE", False))
message.add_field(libgmsec_python3.I8Field("I8-FIELD", value))
message.add_field(libgmsec_python3.I16Field("I16-FIELD", value))
message.add_field(libgmsec_python3.I32Field("I32-FIELD", value))
message.add_field(libgmsec_python3.I64Field("I64-FIELD", value))
message.add_field(libgmsec_python3.U8Field("U8-FIELD", value))
message.add_field(libgmsec_python3.U16Field("U16-FIELD", value))
message.add_field(libgmsec_python3.U32Field("U32-FIELD", value))
message.add_field(libgmsec_python3.U64Field("U64-FIELD", value))
message.add_field(
libgmsec_python3.StringField("STRING-FIELD", "This is a test"))
message.add_field(libgmsec_python3.F32Field("F32-FIELD", (1 + 1. / value)))
message.add_field(libgmsec_python3.F64Field("F64-FIELD", (1 + 1. / value)))
message.add_field(libgmsec_python3.BinaryField("BIN-FIELD", "JLMNOPQ", 7))
def populateMessage(message, value):
# Note: Since C++ is a strongly-typed language, it is possible to use
# type casting to add Field objects to a Message without having to
# first create a Field object, then add it to the message.
message.add_field(libgmsec_python3.CharField("CHAR-FIELD", 'c'))
message.add_field(libgmsec_python3.BooleanField("BOOL-FIELD-TRUE", True))
message.add_field(libgmsec_python3.BooleanField("BOOL-FIELD-FALSE", False))
message.add_field(libgmsec_python3.I8Field("I8-FIELD", value % 128))
message.add_field(libgmsec_python3.I16Field("I16-FIELD", value))
message.add_field(libgmsec_python3.I32Field("I32-FIELD", value))
message.add_field(libgmsec_python3.I64Field("I64-FIELD", value))
message.add_field(libgmsec_python3.U8Field("U8-FIELD", value % 256))
message.add_field(libgmsec_python3.U16Field("U16-FIELD", value))
message.add_field(libgmsec_python3.U32Field("U32-FIELD", value))
message.add_field(libgmsec_python3.U64Field("U64-FIELD", value))
message.add_field(
libgmsec_python3.StringField("STRING-FIELD", "This is a test"))
message.add_field(libgmsec_python3.F32Field("F32-FIELD", (1 + 1. / value)))
message.add_field(libgmsec_python3.F64Field("F64-FIELD", (1 + 1. / value)))
message.add_field(libgmsec_python3.BinaryField("BIN-FIELD", "JLMNOPQ", 7))
1. Creating a BinaryField
2. Adding BinaryField to a Message
3. Retrieve BinaryField from the Message using Field Iterator
4. Verify BinaryField and Message Field are the same
"""
import libgmsec_python3 as lp
import binascii
# 1. Create BinaryField, and display information regarding it
#
blob = bytearray()
for i in range(0, 256):
blob.append(i)
binField = lp.BinaryField('BIN-FIELD-1', blob, len(blob))
print("\nBinaryField...\n")
print("Field Name is : " + binField.get_name())
print("Field Type is : " + str(binField.get_type()))
print("Field Len : " + str(binField.get_length()))
print("Field as string : ")
print(binField.get_string_value())
print("Field as raw data:")
binData = binField.get_value()
print(binascii.hexlify(binData))
print("\n")
# 2. Create Message and add existing BinaryField, and an anonymous one
#
msg = lp.Message('GMSEC.FOO.BAR', lp.Message.PUBLISH)