Naming sensors

Naming sensors#

The name of the sensor are defined in each unitary test located in the package p400qa.unitary_tests

field	grammar	example
sensor	{observable}_{designator}_{function}	`t_m13_die`
observable	the quantity evaluated by the test. More details below	`t` for temperature
position	the location of the sensor. Series of words seprated by underscore. MOre details below	`out0_1v0` `loss_signal`

observable	definition	type	exemple
b	BER counters	int	`b_u3_05_bits` `b_u3_05_errors`
c	component status	bool	`c_m13_configure` `c_m13_power_good` `c_u48_loss_lock` `c_u48_loss_signal`
d	DMA counters	int	`d_pcie0_bytes` `d_pcie0_errors`
f	frequency	float	`f_u48_4`
i	current	float	`i_m13_out1_0v9`
ping		str	`ping_m13`
rx	optical power Rx	float	`rx_u2_O5`
t	temperature	float	`t_m12x2_out1`
tx	optical power Tx	float	`tx_u3_O5`
v	voltage	float	`v_m13_out1_0v9`
v	voltage	float	`v_m13_out1_0v9`
nstatus	mailbox status	str	`nstatus_u1mlbx`
nconfig	mailbox status	str	`nsconfig_u1mlbx`
config_err	mailbox status	str	`config_err_u1mlbx`
cvp_done	mailbox status	str	`cvp_done_u1mlbx`
config_clk_src	mailbox status	str	`config_clk_src_u1mlbx`
msel	mailbox status	str	`msel_u1mlbx`
hps_cold	mailbox status	str	`hps_cold_u1mlbx`
hps_warm	mailbox status	str	`hps_warm_u1mlbx`
vid_status	mailbox status	str	`vid_status_u1mlbx`

function	exemple
channel	`out1`, `05`, `ch1`
channel_expected value	`out1_0v9,` in_p0v8gr1_vcclsdm_0v8`
counter	`bits`, `bytes`, `errors`
status	`configure`, `loss_lock`, `loss_signal`, `power_good`
empty string	remove underscore `ping_m13`