Package kenozooid :: Package driver :: Module su

Module su

Driver for Reefnet Sensus Ultra dive logger.

It uses libdivecomputer library from

http://divesoftware.org/libdc/

Tested with libdivecomputer version: 781f0db71f7a06591e819f7960dd5b504b4f16a0.

Classes
	DCBuffer
	Pressure
	Event
	Vendor
	SampleValue
	SensusUltraDriver Sensus Ultra dive logger driver.
	SensusUltraDataParser Reefnet Sensus Ultra dive logger data parser.

Variables
	log = `logging.getLogger('kenozooid.driver.su')`
	SIZE_MEM_USER = `16384`
	SIZE_MEM_DATA = `2080768`
	SIZE_MEM_HANDSHAKE = `24`
	SIZE_MEM_SENSE = `6`
	START_HANDSHAKE = `0`
	START_USER = `24`
	END_HANDSHAKE = `24`
	START_DATA = `START_USER+ SIZE_MEM_USER`
	END_USER = `START_USER+ SIZE_MEM_USER`
	END_DATA = `START_DATA+ SIZE_MEM_DATA`
	HandshakeDump = `namedtuple('HandshakeDump', 'ver1 ver2 serial ...`
	FMT_HANDSHAKE = `'<bbHL'`
	DiveHeader = `namedtuple('DiveHeader', 'time interval threshold...`
	FMT_DIVE_HEADER = `'<4xL4H'`
	SampleType = `namedtuple('SampleType', 'time depth pressure tem...`
	FuncDive = `ct.CFUNCTYPE(ct.c_uint, ct.POINTER(ct.c_char), ct.c...`
	FuncSample = `ct.CFUNCTYPE(None, ct.c_int, SampleValue, ct.c_vo...`

Variables Details

Value:

namedtuple('HandshakeDump', 'ver1 ver2 serial time')

Value:

namedtuple('DiveHeader', 'time interval threshold' ' endcount averagin
g')

Value:

namedtuple('SampleType', 'time depth pressure temperature' ' event rbt
 heartbeat bearing vendor')._make(range(9))

Value:

ct.CFUNCTYPE(ct.c_uint, ct.POINTER(ct.c_char), ct.c_uint, ct.POINTER(c
t.c_char), ct.c_uint, ct.c_void_p)

Value:

ct.CFUNCTYPE(None, ct.c_int, SampleValue, ct.c_void_p)