diameter.AVP_Time

Classes
		diameter.AVP_Unsigned32.AVP_Unsigned32(diameter.AVP.AVP) AVP_Time class AVP_Time(diameter.AVP_Unsigned32.AVP_Unsigned32)     A timestamp AVP. AVP_Time contains a second count since 1900. You can get the raw second count using AVP_Unsigned32.queryValue but this class' method querySecondsSince1970() is probably more useful in your program.   Diameter does not have any base AVPs (RFC3588) with finer granularity than seconds.     Method resolution order: AVP_Time diameter.AVP_Unsigned32.AVP_Unsigned32 diameter.AVP.AVP Methods defined here: __init__(self, code, seconds_since_1970, vendor_id=0) __str__(self) querySecondsSince1970(self) setSecondsSince1970(self, seconds_since_1970) Static methods defined here: narrow(avp) Convert generic AVP to AVP_Float64 Raises: InvalidAVPLengthError Data and other attributes defined here: seconds_between_1900_and_1970 = 2208988800 Methods inherited from diameter.AVP_Unsigned32.AVP_Unsigned32: queryValue(self) Returns the payload as a 32-bit unsigned value. setValue(self, value) Sets the payload to the specified 32-bit unsigned value. Methods inherited from diameter.AVP.AVP: decode(self, unpacker, bytes) encode(self, packer) encodeSize(self) isMandatory(self) Returns if the mandatory (M) flag is set isPrivate(self) Returns if the private (P) flag is set isVendorSpecific(self) Returns if the AVP is vendor-specific (has non-zero vendor_id) setM(self) Sets the M-bit and returns the instance setMandatory(self, f) Sets/unsets the mandatory (M) flag setPrivate(self, f) Sets/unsets the private (P) flag str_prefix__(self) Return a string prefix suitable for building a __str__ result Static methods inherited from diameter.AVP.AVP: decodeSize(unpacker, bytes) Data and other attributes inherited from diameter.AVP.AVP: avp_flag_mandatory = 64 avp_flag_private = 32 avp_flag_vendor = 128

Functions
		calcsize(...) Return size of C struct described by format string fmt. pack(...) Return string containing values v1, v2, ... packed according to fmt. pack_into(...) Pack the values v1, v2, ... according to fmt. Write the packed bytes into the writable buffer buf starting at offset. unpack(...) Unpack the string containing packed C structure data, according to fmt. Requires len(string) == calcsize(fmt). unpack_from(...) Unpack the buffer, containing packed C structure data, according to fmt, starting at offset. Requires len(buffer[offset:]) >= calcsize(fmt).

Data
		__package__ = 'diameter'