SW_ConfigParams

Module	Parameter	Default	Type or range	Comment
-	wru_id	[none]	string	Software-WRU-ID
-	debug	3	1 .... 5	Debug level (will be deprecated soon)
-	wru_replace_always	false	false / true	if true, always replace HW-WRU by $wru_id
-	continue_with_no_printer	true	false / true	if true, ignore missing / faulty printer device; if false, abort connections if teleprinter fails to start up
-	dial_timeout	2.0	'+‘ / float (0.0...55.0)	idle time after last dialled digit to start dial process; if ‚+‘, „plus-dialling“ selected, if ‚0‘, instant dialling is used (see documentation in txDevMCP.md)
-	wru_fallback			deprecated (replaced by wru_replace_always)
-	devices	{}	dict	Dictionary of device-node-IDs (modules)
Archive	path	"archive"	string	path to archive directory
CH340TTY	portname	"/dev/ttyUSB0"	string	serial port used
CH340TTY	baudrate	50	50, 75, 100	Baud rate
CH340TTY	bytesize	5	5 … 8	# of Databits
CH340TTY	stopbits	1.5	1, 1.5, 2	# of stopbits
CH340TTY	coding	0	0,1,2,3	0:ITA2=CCITT2, 1:US, 2:MKT2, 3:ZUSE (see txCode.md)
CH340TTY	loopback	true	false / true	if true, sent characters are removed from receive buffer
CH340TTY	loc_echo	false	false / true	if true, echo back all characters received from teleprinter
CH340TTY	inverse_dtr	false	false / true	If true, use inverted signal
CH340TTY	inverse_rts	false	false / true	If true, use inverted signal
ED1000SC	recv_squelch	100	positive integer	Defines the power threshold below which the filter output for A/Z level is ignored; if needed, can be determined experimentally using helper script ED1000/squelch_check.py (see docstring inside).
ED1000SC	recv_debug	false	false / true	If true, output recv_debug.log file inside which the repective filter power output levels for every sample are recorded. Use only for debugging (file will grow quickly).
ED1000SC	send_WB_pulse	false	false / true	If true, send pulse to signal ready-to-dial condition like with the current interface.
ED1000SC	unres_threshold	100	positive integer	Duration in ms that piTelex waits for the teleprinter, after it started sending Z level, until the teleprinter returns the Z level to signal readiness state. Raise if the teleprinter needs more time to start up for special setups, e.g. when switching mains using ESC-TP0/TP1 commands.
ED1000SC	recv_f0	2250	number	RX frequency 0 in Hz (A level)
ED1000SC	recv_f1	3150	number	RX frequency 1 in Hz (Z level)
ED1000SC	devindex	null	null or positive integer (0 included)	pyaudio‘s device index for the intended audio device; use ED1000/audiotest.py to list currently available devices.
ED1000SC	baudrate	50	50, 75, 100	Baud rate
ED1000SC	send_f0	500	number	TX frequency 0 in Hz (A level)
ED1000SC	send_f1	700	number	TX frequency 1 in Hz (Z level)
ED1000SC	zcarrier	false	false / true	If true, piTelex will send continous A level in idle state. Most teleprinters don‘t need this.
IRC	directed_only	false	false / true	?
IRC	irc_server	"irc.nerd2nerd.org"	string	Name or IPV4 address of IRC server
IRC	irc_port	6697	1024 ... 65535	IP port of IRC server
IRC	irc_nick	"telextest"	string	Nick name
IRC	irc_channel	"#tctesting"	string	IRC Channel to use
ITelexClient	tns_port	11811	number	TCP port number of tns_host (tns=“TeilNehmerServer“)
ITelexClient	userlist	"userlist.csv"	string	filename of file containing speed dials, syntax see userlist.csv.sample
ITelexSrv	port	2342	1024 ... 65535	TCP port number (ports <1024 are privileged and not accessible for normal users)
ITelexSrv	tns-dynip-number	0	positive integer	Initially 0 (disable dynamic IP update). Set to own i-Telex calling number to enable dynamic IP update – must be agreed on with i-Telex administrators.
ITelexSrv	number	0	positive integer	alias for tns-dynip-number, deprecated
ITelexSrv	tns-pin	None	positive integer < 65536	PIN for dynamic IP update; set according to i-Telex administrator‘s instructions
Log	filename	"log.txt"	string	path to logfile
News	newspath	"./news"	string	path to news file
News	print_path	false	false / true	If true, reformat newspath suitable for printing; no functionality by now due to internal affairs…
RPiCtrl	pin_number_switch	0	number	GPIO# of pin connected to number switch of FSG; if 0, use kbd dialling
RPiCtrl	inv_number_switch	true	false / true	If true, use inverted signal on pin
RPiCtrl	pin_button_1T	0	number	GPIO# of Single button (optional), press button 1T repeatedly to cycle through states Offline, Active, WB
RPiCtrl	pin_button_AT	0	number	GPIO# of button AT (optional) Button connects to GND
RPiCtrl	pin_button_ST	0	number	GPIO# of button ST (optional) Button connects to GND
RPiCtrl	pin_button_LT	0	number	GPIO# of button LT (optional) Button connects to GND
RPiCtrl	pin_button_U1	0	number	GPIO# of button user1 (optional) Button connects to GND
RPiCtrl	text_button_U1	"RY"	string	cmd associated with button user1
RPiCtrl	pin_button_U2	0	number	GPIO# of button user2 (optional) Button connects to GND
RPiCtrl	text_button_U2	"RYRY ... RY"	string	Cmd associated with button user2
RPiCtrl	pin_button_U3	0	number	GPIO# of button user3 (optional) Button connects to GND
RPiCtrl	text_button_U3	"#"	string	Cmd associated with button user3
RPiCtrl	pin_button_U4	0	number	GPIO# of button user4 (optional) Button connects to GND
RPiCtrl	text_button_U4	"@"	string	Cmd associated with button user4
RPiCtrl	pin_LED_A	0	number	GPIO# of LED indicating state „A“ ; LED connects to GND (1kOhm in series!)
RPiCtrl	pin_LED_WB	0	number	GPIO# of LED indicating state „WB“ ; LED connects to GND
RPiCtrl	pin_LED_WB_A	0	number	GPIO# of LED indicating state „WB_A“ ; LED connects to GND (1kOhm in series!)
RPiCtrl	pin_LED_status_R	0	number	GPIO# of RED status LED ; LED connects to GND (330Ohm in series!)
RPiCtrl	pin_LED_status_G	0	number	GPIO# of GREEN status LED ; LED connects to GND (330Ohm in series!)
RPiCtrl	pin_power	0	number	GPIO# of pin used to switch off teletype power for power saving
RPiCtrl	inv_power	false	false / true	If true, use inverted signal on pin
RPiTTY	mode	"TW39"	"TW39" / "V10"	TW39 for all TTY‘s with high voltage current loop; V10 for machines with V.10 interface (mainly TeKaDe FS200 / FS220)
RPiTTY	baudrate	50	38 ... 50 … 200	Baud rate
RPiTTY	bytesize	5	5 … 8	# of databits
RPiTTY	stopbits	1.5	1 / 1.5 / 2	# of stopbits
RPiTTY	pin_txd	17	number	GPIO# of TX-Data pin
RPiTTY	inv_txd	false	false / true	If true, use inverted signal on TX-Data pin, not possible with PIGPIO
RPiTTY	pin_dir	0	number	GPIO# of DIR pin. This pin is set to 1 on transmitting each byte for hardware loopback supression
RPiTTY	pin_rxd	27	number	GPIO# of RX-Data pin
RPiTTY	inv_rxd	false	false / true	If true, use inverted signal on RX-Data pin
RPiTTY	pin_relay	22	number	GPIO# of relay coil pin; in non-FSG mode used to switch the line power of the teletype; in FSG mode, relay is used to invert the polarity of the current loop when a connection is established; see corresponding hardware description
RPiTTY	inv_relay	false	false / true	If true, use inverted signal on pin
RPiTTY	pin_power	0	number	GPIO# of pin used to switch off current loop
RPiTTY	inv_power	false	false / true	If true, use inverted signal on pin
RPiTTY	pin_number_switch	6	number	GPIO# of pin connected to the number switch; typically wired to pin_rxd. Use -1 if pin_number_switch in module RPiCtrl is used
RPiTTY	pin_fsg_ns	6	number	GPIO# of pin connected to the number switch; typically wired to pin_rxd, deprecated
RPiTTY	inv_number_switch	false	false / true	If true, use inverted signal on pin
RPiTTY	use_observe_line	true	false / true	If true, monitor pin_observe_line for state changes of >0,5s
RPiTTY	pin_observe_line	[pin_rxd]	number	GPIO# of pin to observe
RPiTTY	inv_observe_line	[inv_rxd]	false / true	If true, use inverted signal on pin
RPiTTY	coding	0	0,1,2,3	0:ITA2=CCITT2, 1:US, 2:MKT2, 3:ZUSE (see txCode.md)
RPiTTY	loopback	true	false / true	if true, sent characters are removed from receive buffer
RPiTTY	timing_rxd	false	false / true	?
RPiTTY	WB_pulse_length	40	number	set length of WB pulse in milliseconds
RPiTTY	double_WR	false	false / true	if true, add an extra <CR> to give the old machines more time to move to the start of the line
Screen	show_BuZi	true	false / true	If true, show special characters for Bu / Zi on Screen
Screen	show_capital	false	false / true	if true, use capital letters on screen
Screen	show_ctrl	true	false / true	if true, show control sequences on screen
Screen	show_info	false	false / true	if true, show additional info on screen
Screen	show_line	true	false / true	if true, show vertical border line „|“ on screen
ShellCmd	LUT	{}	dict	List of user defined commands to be executed in response to piTelex ESC commands; form: {„key1“: „cmd1“, „key2“: „cmd2“,..,..}. „cmd1“ will be executed after typing key1 a.s.o.. example: {„quick“: „echo the quick brown fox jumps“}; quick gives the output „the quick brown fox jumps“; can be used for predefined commands like TP0/TP1 (turn off/on power for teleprinter)
Terminal	portname	"/dev/ttyUSB0"	string	serial port used
Terminal	baudrate	300	number	Baud rate
Terminal	bytesize	8	number	# of Databits
Terminal	stopbits	1	1, 1.5, 2	# of stopbits
Terminal	parity	"NONE"	"NONE" / "ODD" / "EVEN"	parity bit
Terminal	loc_echo	true	false / true	if true, echo back all characters
Twitter	consumer_key			?
Twitter	consumer_secret			?
Twitter	access_token_key			?
Twitter	access_token_secret			?
Twitter	follow			?
Twitter	track			?
Twitter	languages			?
Twitter	url			?
Twitter	host			?
Twitter	port			?