Python plugin doesn't work with mult map

[VictorDenisov]

When mult handling is done by python plugin it breaks mult map. Invoking mult map shows an empty list of multipliers.

[airween]

Could you show your config to reproduce the issue?

[VictorDenisov]

Github doesn't allow me to attach python file or logcfg dat. I tried adding mult_list configuration option but it doesn't help because multipliers are processed by the python plugin and python plugin doesn't have any methods for returning full list of expected multipliers

[airween]

Github doesn't allow me to attach python file or logcfg dat.

You can copy the content of those files and paste here, into the comment field. Please enclose them by a ``` separator, like this:

\```
import re

# match trailing call modifier (e.g. /8, /P, /MM, /QRP, etc.)
MODIFIER_PATTERN = re.compile('/(\d|[A-Z]+)$')
...
\```

(Don't put the leading \ in front of ```)

For more info please take a look at the Github formatting.

[VictorDenisov]

Rules

########################
# General contest mode #
########################
#
CONTEST_MODE
LOGFILE=sst.log
CABRILLO=UNIVERSAL
#ONE_POINT
#SERIAL_OR_SECTION
GENERIC_MULT=BAND
MULT_LIST=sst_mults
#SECTION_MULT
NO_RST
PLUGIN_CONFIG=hello
#
##################################
#                                #
#  Messages F1= to F12=          #
#  Message CQ_TU_MSG=            #
#  Message S&P_TU_MSG=           #
#                                #
#  % = call                      #
#  @ = hiscall                   #
#  # = serial                    #
#  [ = RST                       #
#  + = increase cw speed         #
#  - = decrease cw speed         #
#                                #
##################################
#
F1=cq sst %
F2=@ DE %
F3=vic ca
F4=TU 
F5=@
F6=%
F7=@ SRI QSO B4 GL
F8=AGN
F9= ?
F10= QRZ?
F11= PSE K
F12=cq sst %
#
CQ_TU_MSG=TU %
S&P_TU_MSG=vic ca
#
#ALT_0=
ALT_1=ca
ALT_2=qth?
ALT_3=vic
ALT_4=name?
#ALT_5=
#ALT_6=
#ALT_7=
#ALT_8=
#ALT_9=
#
#SEND_DE
#
CABRILLO-QSO-FORMAT=SST
CABRILLO-EXCHANGE=vic ca
CABRILLO-CONTEST=
####### END #####################

[VictorDenisov]

Python code:

"""
NAQP contest
https://ncjweb.com/NAQP-Rules.pdf
"""

countries = ['CA', 'AL', 'AK', 'AZ', 'AR', 'CO', 'CT', 'DE', 'FL', 'GA', 'HI', 'ID', 'IL', 'IN', 'IA',
'KS', 'KY', 'LA', 'ME', 'MD', 'MA', 'MI', 'MN', 'MS', 'MO', 'MT', 'NE', 'NV', 'NH', 'NJ',
'NM', 'NY', 'NC', 'ND', 'OH', 'OK', 'OR', 'PA', 'RI', 'SC', 'SD', 'TN', 'TX', 'UT', 'VT',
'VA', 'WA', 'WV', 'WI', 'WY', 'DC',
# Canada
'NB', 'NL', 'NS', 'PE', 'QC', 'ON', 'MB', 'SK', 'AB', 'BC', 'NT', 'NU', 'YT',
# Other countries
'4U1/u', '6Y', '8P', 'C6', 'CM', 'CY9', 'CY0', 'FG', 'FJ', 'FM', 'FO', 'FP', 'FS',
'HH', 'HI', 'HK0', 'HP', 'HR', 'J3', 'J6', 'J7', 'J8', 'KG4', 'KP1', 'KP2', 'KP4',
'KP5', 'OX', 'PJ5', 'PJ7', 'TG', 'TI', 'TI9', 'V2', 'V3', 'V4', 'VP2E', 'VP2M', 'VP2V',
'VP5', 'VP9', 'XE', 'XF4', 'YN', 'YS', 'YV0', 'ZF']

def score(qso):
    return 1

def check_exchange(qso):
    parts = qso.exchange.split()

    file1 = open("myfile.txt" , "a" )
    file1.write(" ".join(parts))


    file1.close()

    mult = ''
    if len(parts) == 2:
        if parts[1] in countries:
            mult = parts[1]
        else:
            mult = ''
    else:
        mult = ''
    return {'mult1_value': mult}

[VictorDenisov]

RULES=sst
#
#################################
#                               #
#         LOGCFG.DAT            #
#                               #
#  Uncomment the options you    #
#  want to enable.              #
#  See 'man tlf'                #
#  for a description of the     #
#  options. You can keep diff-  #
#  erent versions for different #
#  contests. I keep separate    #
#  configuration files for      #
#  each contest. If you enable  #
#  more than 1 mutually exclu-  #
#  sive options, the last one   #
#  will be efective.            #
#                               #
#                               #
#################################
#
#CTCOMPATIBLE
#
#################################
#                               #
#   EDITOR                      #
#                               #
#################################
#
#EDITOR=nano
#EDITOR=joe
EDITOR=nvim
#EDITOR=e3
#EDITOR=mcedit
#
#################################
#                               #
#  CALL                         #
#                               #
#################################
#
CALL=N6DVS
#
#
#################################
#                               #
#  Time offset from UTC         #
#                               #
#################################
#
TIME_OFFSET=0
TIME_MASTER
#
#################################
#                               #
#  LAN PORT                     #
#                               #
#################################
#  use 'addnode' only for OTHER nodes !!
#
#ADDNODE=10.0.0.115
#ADDNODE=192.168.1.2
#
THISNODE=A
#
#LAN_DEBUG
#
#################################
#                               #
#  KEYERPORT                    #
#                               #
#################################
#
NETKEYER
#NETKEYERPORT=6789
#NETKEYERHOST=127.0.0.1
#
#################################
#                               #
#  KEYERPARAMETERS              #
#                               #
#################################
#---speed (6 ... 60 wpm)
CWSPEED=25
#---weight (-5 ... 5 ms)
WEIGHT=0
#---cq delay (in 0.5 s units)
CQDELAY=28
#---txdelay (ms)
TXDELAY=2
#---sidetone (200...800, 0 = mute)
CWTONE=400
#################################
#                               #
#  PACKET INTERFACE             #
#                               #
#################################
# Check the web for DX cluster nodes with telnet access
#TELNETHOST=aaa.bbb.ccc.ddd
#TELNETPORT=8000
# automatic login ###############
#CLUSTERLOGIN=yourcall
# write log to disk #############
#CLUSTER_LOG
#
# use tnc instead of telnet #####
#TNCPORT=/dev/ttyS0
#TNCPORT=/dev/ttyUSB1
#TNCSPEED=2400
#
# get clusterinfo from network ##
#FIFO_INTERFACE
#
#################################
#                               #
#  RADIO CONTROL                #
# (comment out if not present)  #
# Rigmodel = Hamlib index, here #
#           for ten tec OMNI VI #
#################################
#
RADIO_CONTROL
RIGMODEL=2045
RIGSPEED=38400
#RIGPORT=/dev/ttyS0
RIGPORT=/dev/ttyUSB0
#RIGPTT
#
#SSBMODE
#
#RIT_CLEAR
#
#################################
#                               #
#  INFORMATION WINDOWS          #
#                               #
#################################
#
#CLUSTER
BANDMAP=S,900  # skip dupes, 900s lifetime
#FILTER
#
SCOREWINDOW
#
CHECKWINDOW
#################################
#                               #
#  CHECK PARTIAL FUNCTION       #
#                               #
#################################
# 
PARTIALS
#USEPARTIALS
#
#################################
#                               #
#  CABRILLO                     #
#                               #
#################################
#
# Note: some of these logically
# belong to the rule file
#
#-------------------------------
# Example values for internal configs.
# These are not written to the Cabrillo file.
# Default value for all 3 fields below is empty (unset).
#
# The sent exchange. # stands for QSO number
CABRILLO-EXCHANGE= # trin
# Example for fixed exchange (e.g. CQ WW):
#CABRILLO-EXCHANGE= 14
#
# A template with fields having the semantics as below.
# The template is processed when the config is evaluated.
# Note that in Cabrillo file the separator is ':'.
#CABRILLO-TEMPLATE= station.cbr
#
# Format of QSO/QTC lines.
# Same as the CABRILLO keyword, but can also be used in a template.
CABRILLO-QSO-FORMAT= UNIVERSAL
# or alternatively
#CABRILLO= UNIVERSAL

# Cabrillo header fields
#   * value not in parentheses e.g. "9ACW" taken as-is
#   * value in parentheses e.g. "(YES,NO)" will be asked interactively with that hint
#   * a single dash "-" value disables the field (neither asked nor output)
#   * field name without equal sign just enables the field
#
# >>> The values below are the defaults. <<<
# The order of the fields follows the fixed output order.
#
CABRILLO-CONTEST=SST
# Callsign is the same as the one given by CALL. Can't be set or disabled.
CABRILLO-CATEGORY-ASSISTED=NON-ASSISTED
CABRILLO-CATEGORY-BAND=ALL
CABRILLO-CATEGORY-MODE=CW
CABRILLO-CATEGORY-OPERATOR=SINGLE-OP
CABRILLO-CATEGORY-POWER=LOW
CABRILLO-CATEGORY-STATION=FIXED
CABRILLO-CATEGORY-TIME= (6-HOURS, 12-HOURS, 24-HOURS)
CABRILLO-CATEGORY-TRANSMITTER=ONE
CABRILLO-CATEGORY-OVERLAY= (ROOKIE, TB-WIRES, NOVICE-TECH, OVER-50)
CABRILLO-CERTIFICATE= -
# Score is replaced with the calculated score. It can be disabled but not set.
CABRILLO-CLAIMED-SCORE= 0
CABRILLO-CLUB=
CABRILLO-LOCATION=CA
# Locator automatically filled, if enabled and MYQRA is set
CABRILLO-GRID-LOCATOR= -
CABRILLO-NAME=Vic
CABRILLO-EMAIL= -
# 3 generic address lines available
CABRILLO-ADDRESS=
CABRILLO-ADDRESS(2)= -
CABRILLO-ADDRESS(3)= -
CABRILLO-ADDRESS-CITY= -
CABRILLO-ADDRESS-STATE-PROVINCE= -
CABRILLO-ADDRESS-POSTALCODE= -
CABRILLO-ADDRESS-COUNTRY= -
CABRILLO-OPERATORS= (space delimited)
CABRILLO-OFFTIME= (yyyy-mm-dd hhmm yyyy-mm-dd hhmm)
# 3 soapbox lines available
CABRILLO-SOAPBOX= (use any text editor to include more lines)
CABRILLO-SOAPBOX(2)= -
CABRILLO-SOAPBOX(3)= -
#
#################################
#                               #
#  CONDX (info for muf calc.)   #
#                               #
#################################
#
SOUNDCARD
SUNSPOTS=30
SFI=100
# Note: set only one of them, preferred is SUNSPOTS
# These are initial values only,
# they get updated by WWV or WCY messages.
#
#################################
#                               #
#     Misc commands             #
#                               #
#################################
# No automatic 'qso before msg'
NOB4
#
# No automatic cq
#NOAUTOCQ
#
# Left/right arrows don't change band...
#NO_BANDSWITCH_ARROWKEYS
#
# Marker file for Xplanet
#MARKERS=tlfmarkers
# or for just dots
#MARKERDOTS=tlfmarkers
# or for dots+calss
#MARKERCALLS=tlfmarkers
#
#HAMLIB_KEYER
#############END#################

[VictorDenisov]

Maybe I should clarify that python plugin doesn't break the mult list feature. This feature just doesn't work with mults handled by python plugin. I renamed the ticket accordingly.

[VictorDenisov]

I checked code that prints out multipliers and it looks like it only works if it's ARRL sweepstakes contest and section list is a multiplier: https://github.com/Tlf/tlf/blob/master/src/changepars.c#L763

[VictorDenisov]

@zcsahok Do you have any proposals as to the best way to implement multiplier list feature for python plugin? My first thought is to add a standard method that python plugins should implement to return full list of multipliers.

[zcsahok]

@VictorDenisov Thanks for bringing up this issue.
When designing the plugin concept the main focus was on the ability to provide correct scoring capability. Multiplier screen was regarded as a prio 2 feature and thus postponed for later. There are a bunch of cans of worms here, so let's just open them one at a time.

There are three flavors of multiplier summary screens:

• :MUL executes multiplierinfo() which handles Sweepstakes and section configuration. All other cases result in an empty screen. This is what you were experiencing.
• Alt-M or :CTY calls show_mults() which after handling FOCM and CQWW falls back to multiplierinfo().
  :CTY is supposed to show countries, but it does this only for FOCM and CQWW.
• Alt-Z: shows zones for CQWW. For other contests it falls back to :MUL.

For sections multiplierinfo() uses strstr() for comparison, which leads to false evaluation when a multiplier string is part of another mult.
It shows only the first 4 characters of the multiplier, which again shows false results for say NAQP that uses 5-char multipliers.
So there are enough issues to fix, even without the plugin story.

But back to the original issue: how about this solution?
Plugin would provide an optional function get_multiplier_info() that returns a (potentially multi-line) string.
This string serves either as just a list of all mults to be handled by the legacy section code part,
or it contains a sort of a simple template that is interpreted and then shown to the user.

The two cases are -

• no formatting ('{' char) detected:
  • interpret the value as a whitespace separated list of multipliers and show them in the legacy format
  • note: mults are not sorted, they are shown in the order specified
• else:
  {@n} - evaluate further mults on band N only (default: any band), no output is generated
  {ABC} - if not yet worked according the current band selection then show the value, else show as dots.
  - for the "any band" evaluation the legacy 6-char */- string is appended
  • center the whole multi-line string vertically and per line horizontally
  • if text doesn't fit vertically on one screen then allow scrolling
  • lines longer than 80 chars are silently truncated

This would allow to specify for a 2-band contest the info like this:

Band A B C
40m{@40}  {A} {B} {C}
80m{@80}  {A} {B} {C}

with the resulting output if B has been worked on both bands and C only on 80:

   Band A B C
   40m  A . C
   80m  A . .

[VictorDenisov]

Yes. get_multiplier_info() makes sense to me. Can you clarify the second format. Is this exact format that you propose:

Band A B C
40m{@40}  {A} {B} {C}
80m{@80}  {A} {B} {C}

And we detect if this format is used by checking if {} symbols are present in the returned string at all?

[zcsahok]

Yes, that woud be the multiline-string returned by get_multiplier_info(). The easiest way to recognize if it's a template string is just look for '{'. Of course, then '{' shall not be used in plain strings. But as the plain strings contain just the multipliers this is not an issue.

[zcsahok]

https://github.com/zcsahok/tlf/tree/poc_show_mults has the first draft of get_multiplier_info() support.

Added examples for NAQP and MWC.

• NAQP uses the simple interface by providing the list of multipliers. The use of some basic formatting (line breaks and alignment) is also demonstrated.
  

• MWC shows the template approach as this contest runs on 2 bands only.
  

[df7cb]

The multiplier markings in the bandmap also ignore the multiplier info from python.