getall

>> getall
<< serial baudrate = 115200, mode = rs232, availablebaudrates = 115200|19200|9600|4800|2400|1200|230400|460800, availablemodes = rs232|rs485f|uart|uart_idlelow
prompt state = on
confirmation state = on
link type = usb
streamusb state = off
streamserial state = off, aux1_enabled = false, aux1_setup = 1000, aux1_hold = 1000, aux1_active = high, aux1_sleep = tristate
power source = usb, int = 0.00, ext = 0.00
powerinternal batterytype = none, capacity = 0.000e+000, used = 0.000e+000
powerexternal batterytype = other, capacity = 0.000e+000, used = 0.000e+000
meminfo used = 834, remaining = 1056963096, size = 1056964608
memformat type = rawbin00, newtype = calbin00
settings fetchpoweroffdelay = 8000, sensorpoweralwayson = off, temperature = 15.0000, atmosphere = 10.1325010, pressure = 10.1325, density = 1.0260209, speccondtempco = 0.0191, salinity = 35.0000, avgsoundspeed = 1506.8000, altitude = 0.0000, castdetection = off, inputtimeout = 10000
clock datetime = 20000101041228, offsetfromutc = unknown
sampling mode = continuous, period = 20000, burstlength = 10, burstinterval = 300000, gate = none, userperiodlimit = 500, availablefastperiods = 500
twistactivation enabled = false, state = n/a
ddsampling direction = ascending, fastperiod = 1000, slowperiod = 5000, fastthreshold = 3.0, slowthreshold = 3.0
deployment starttime = 20000101000000, endtime = 20991231235959, status = stopped
calibration 1 label = temperature_00, datetime = 20000401000000, c0 = 3.5000000e-003, c1 = -250.00002e-006, c2 = 2.7000000e-006, c3 = 23.000000e-009 || calibration 2 label = pressure_00, datetime = 20000401000000, c0 = 0.0000000e+000, c1 = 1.0000000e+000, c2 = 0.0000000e+000, c3 = 0.0000000e+000, x0 = 0.0000000e+000, x1 = 0.0000000e+000, x2 = 0.0000000e+000, x3 = 0.0000000e+000, x4 = 0.0000000e+000, x5 = 0.0000000e+000, n0 = value || calibration 3 label = phycoerythrin_00, datetime = 20000401000000, c0 = 0.0000000e+000, c1 = 1.0000000e+000 || calibration 4 label = seapressure_00, datetime = 20000401000000, n0 = value, n1 = value || calibration 5 label = depth_00, datetime = 20000401000000, n0 = value, n1 = value
outputformat type = caltext01, availabletypes = caltext01|caltext02|caltext03|caltext04|caltext07, labelslist = temperature_00|pressure_00|phycoerythrin_00|seapressure_00|depth_00
simulation state = off, period = 3600000
id model = RBRconcerto3, version = 1.000, serial = 999999, fwtype = 104
info pn = n/a
hwrev pcb = J, cpu = 5659A, bsl = A
channels count = 5, on = 5, settlingtime = 600, readtime = 350, minperiod = 500
channel 1 type = temp09, module = 1, status = on, settlingtime = 50, readtime = 260, equation = tmp, userunits = C, label = temperature_00 || channel 2 type = pres24, module = 2, status = on, settlingtime = 50, readtime = 290, equation = corr_pres2, userunits = dbar, label = pressure_00 || channel 3 type = fluo00, module = 40, status = on, settlingtime = 600, readtime = 350, equation = lin, userunits = ug/L, label = phycoerythrin_00 || channel 4 type = pres08, module = 240, status = on, settlingtime = 0, readtime = 0, equation = deri_seapres, userunits = dbar, label = seapressure_00 || channel 5 type = dpth01, module = 241, status = on, settlingtime = 0, readtime = 0, equation = deri_depth, userunits = m, label = depth_00
sensor 1 || sensor 2 || sensor 3 || sensor 4 || sensor 5
wifi enabled = false, state = n/a, timeout = 60, commandtimeout = 60, baudrate = 921600
postprocessing status = idle, channels = mean(pressure_00)|mean(temperature_00)|mean(phycoerythrin_00), tstamp_min = 20000101000000, tstamp_max = 20991231235959, binsize = 1.0, binreference = tstamp, depth_min = -10.0, depth_max= 15000.0, binfilter = none