For this we used the KD8CEC UV-K5 Version v0.3V firmware found here and flashed it to the Quansheng K6 using the EGZUMER Web Flasher tool. After flashing the firmware we wired a straight key like so:
-----
When is comes to ham radio operators that use Morse code keys each has their favorite and none have just one. Morse keys can differ in many ways, but the bug key is typically the most expensive and the most difficult to learn. Real bugs mechanically (not electronically) "automate" the DITs while the DAHs are still produced manually. It's a throwback to the times when effortless high speed code was sent without the use of fancy electronics.
-----
That was then and this is now because with fancy electronics we can simulate things. BTW, if you are a SKCC member this isn't a 100% manual key so would not qualify as a bug for a Triple Key Award, but it gives a real bug key feel at price well under a six pack. This allows more OPs the experiment or practice with a bug key before having to lay out real folding money for the experience.
-----
We cobbled this together in a few hours with "stuff in the drawer". A C3 uController was used but any Arduino based device could work.
----
Video of our first try (we could benefit from a little bug practice):
Throw the whole enchilada in a 3D Printed case and it looks like this:
-----
To create your own, wire it up like this and upload the code below to the uController via the Arduino IDE. Presto, instant bug! Note; safety first: We used a PC817 to completely isolate and protect the ham radio rig from having any external voltages sent into it.
The Flex Radio 6400 is an amazing state of the art ham radio transceiver with so many modern bells and whistles than no normal human could ever get around to using them all. However, this can also put off many olde tyme hams that resist changes from the Golden Age of Radio. In an effort to ease this transition we had to create the Drifty Flex and Rotary Phone Interface application. As helpful as this has been, there was still the common complaint that "Dammit, real radios have knobs and buttons!". So, to assist again with the transition to Flex Radio we launched another project.
-----
The Stream Deck is a relatively common Flex Radio add on, but those things can cost over a hundred bucks and that money could be better spent on old J38 Morse keys, etc. In all seriousness, we don't miss the buttons and knobs at all on the Flex. However, we did find moving the mouse quickly to click the small RIT and XIT adjustment buttons in the Smart SDR interface a burden. After seeing this ESP32 Module with onboard 2.8 inch touchscreen 2.8 and WiFi (also called a CYD for "Cheap Yellow Display") for only $9 on AliExpress we got an idea.
-----
The code below splits the CYD touchscreen into four sections to adjust for RIT-, RIT+, XIT-, and XIT+. Adjustment are made in 10Hz steps. If no change is made for 60 minutes the values revert to 0. The rig connects to the Flex Radio over WiFi so only 5VDC power is needed. The IP address of the CYD is displayed in yellow in the bottom right.
-----
It works great. Here is a short video of the rig in action:
-----Want to build your own? It's easy and here is the code to make it happen. As with all programs written today AI both sped up and slowed down progress at times:
/*
* "CYD_StreamDeck" uses ESP32 with touchscreen "Cheap Yellow Display" to provide s
* RIT and XIT control to a FLEXRADIO. If no change for 60 both RIT and XIT
* reset to "0"; edit AUTO_RESET_TIMEOUT variable to adjust.
* Arduino IDE Board Setting: ESP32 Dev Module, 240MHz (WiFi/BT), 921600
* MAR2026
* Project details at: whiskeytangohotel.com
* Custom User_Setup.h for CYD library is:
//#define ILI9341_DRIVER
#define ILI9341_2_DRIVER // ← Uncomment / use this instead of above
#define TFT_WIDTH 240
#define TFT_HEIGHT 320
#define TFT_MISO 12
#define TFT_MOSI 13
#define TFT_SCLK 14
#define TFT_CS 15
#define TFT_DC 2
#define TFT_RST -1
#define TFT_BL 21 // Backlight Original = 21
#define TFT_BACKLIGHT_ON HIGH
#define SPI_FREQUENCY 40000000
#define LOAD_GLCD // Font 1. Original Adafruit 8 pixel font needs ~1820 bytes in FLASH
#define LOAD_FONT2 // Font 2. Small 16 pixel high font, needs ~3534 bytes in FLASH, 96 characters
#define LOAD_FONT4 // Font 4. Medium 26 pixel high font, needs ~5848 bytes in FLASH, 96 characters
#define LOAD_FONT6 // Font 6. Large 48 pixel font, needs ~2666 bytes in FLASH, only characters 1234567890:-.apm
#define LOAD_FONT7 // Font 7. 7 segment 48 pixel font, needs ~2438 bytes in FLASH, only characters 1234567890:.
#define LOAD_FONT8 // Font 8. Large 75 pixel font needs ~3256 bytes in FLASH, only characters 1234567890:-.
#define LOAD_GFXFF // FreeFonts. Include access to the 48 Adafruit_GFX free fonts FF1 to FF48
#define SMOOTH_FONT
*
*
*/
#include <WiFi.h>
#include <TFT_eSPI.h>
#include <XPT2046_Touchscreen.h>
#include <SPI.h>
#include <esp_wifi.h>
// WiFi and FlexRadio settings
const char* ssid = "ur-ssid";
const char* password = "ur-wifi-passowrd";
const char* flexIP = "192.168.1.2";
const int flexPort = 4992;
// Touch pins
#define XPT2046_IRQ -1
#define XPT2046_MOSI 32
#define XPT2046_MISO 39
#define XPT2046_CLK 25
#define XPT2046_CS 33
SPIClass touchSPI(VSPI);
XPT2046_Touchscreen ts(XPT2046_CS, XPT2046_IRQ);
// Display
TFT_eSPI tft = TFT_eSPI();
// Flex connection
WiFiClient flexClient;
unsigned long seq = 0;
int current_rit = 0;
int current_xit = 0;
const int step = 10;
// Button layout
#define BUTTON_WIDTH 160
#define BUTTON_HEIGHT 120
// Debounce
unsigned long lastTouchTime = 0;
const unsigned long touchDebounce = 250;
// Auto-reset timers (moved to global scope so parseStatus can see them)
static unsigned long lastRitChange = 0;
static unsigned long lastXitChange = 0;
// Timeout for auto-reset RIT and XIT to "0" if not changed
const unsigned long AUTO_RESET_TIMEOUT = 60UL * 60 * 1000; // 60UL = 60 mins, 30UL = 30 mins, etc.
// --- Display offsets centered on x-axis, narrow boxes for 4 chars, + for positive ---
void drawOffsets() {
tft.setTextColor(TFT_CYAN);
tft.setTextSize(2);
tft.setTextDatum(MC_DATUM); // Middle-center alignment
// Narrow rectangle just for 4 chars
const int rectWidth = 48;
const int rectHeight = 30;
// Horizontal center of the screen
int centerX = tft.width() / 2; // 160
// RIT - same vertical center
int ritY = 16;
// Format RIT: add "+" if positive
String ritStr = (current_rit > 0) ? "+" + String(current_rit) : String(current_rit);
tft.fillRect(centerX - rectWidth/2, ritY - rectHeight/2, rectWidth, rectHeight, TFT_BLACK);
//tft.drawRect(centerX - rectWidth/2, ritY - rectHeight/2, rectWidth, rectHeight, TFT_WHITE);
tft.drawString(ritStr, centerX, ritY);
// XIT - same vertical center
int xitY = 136;
// Format XIT: add "+" if positive
String xitStr = (current_xit > 0) ? "+" + String(current_xit) : String(current_xit);
tft.fillRect(centerX - rectWidth/2, xitY - rectHeight/2, rectWidth, rectHeight, TFT_BLACK);
//tft.drawRect(centerX - rectWidth/2, xitY - rectHeight/2, rectWidth, rectHeight, TFT_WHITE);
tft.drawString(xitStr, centerX, xitY);
}
// --- Display IP address in bottom-right corner ---
void drawIP() {
String ipStr = WiFi.localIP().toString();
tft.setTextColor(TFT_YELLOW, TFT_BLACK);
tft.setTextSize(1); // small text
tft.setTextDatum(BR_DATUM); // align to bottom-right
// Clear previous IP area (110 pixels wide, 20 tall — adjust if text overflows)
tft.fillRect(tft.width() - 120, tft.height() - 30, 110, 20, TFT_BLACK);
// Draw new IP with 5px padding from edges
tft.drawString(ipStr, tft.width() - 5, tft.height() - 5);
}
void drawButtons();
void connectToFlex();
void sendCommand(String cmd);
void parseStatus(String line);
void setup() {
Serial.begin(115200);
delay(200);
pinMode(21, OUTPUT);
digitalWrite(21, HIGH);
tft.init();
tft.setRotation(1);
tft.fillScreen(TFT_BLACK);
delay(50);
tft.writecommand(ILI9341_GAMMASET);
tft.writedata(2);
tft.writecommand(ILI9341_GAMMASET);
tft.writedata(1);
// Touch init
touchSPI.begin(XPT2046_CLK, XPT2046_MISO, XPT2046_MOSI, XPT2046_CS);
ts.begin(touchSPI);
ts.setRotation(2);
tft.invertDisplay(true);
drawButtons();
// Show initial offsets
drawOffsets();
// WiFi connect
WiFi.begin(ssid, password);
esp_wifi_set_ps(WIFI_PS_NONE); // no power saving at all
while (WiFi.status() != WL_CONNECTED) {
delay(500);
}
// Show IP once connected
drawIP();
connectToFlex();
// Initialize change timers
lastRitChange = millis();
lastXitChange = millis();
}
void loop() {
if (flexClient.available()) {
String line = flexClient.readStringUntil('\n');
parseStatus(line);
}
if (ts.touched()) {
TS_Point p = ts.getPoint();
if (p.z > 900 && p.z < 3800 && millis() - lastTouchTime > touchDebounce) {
int x = map(p.x, 200, 3700, 0, 320);
int y = map(p.y, 300, 3800, 0, 240);
x = constrain(x, 0, 319);
y = constrain(y, 0, 239);
bool changed = false;
// -------- BUTTON MAPPING --------
if (x < 160 && y < 120) {
current_rit += step;
sendCommand("slice s 0 rit_on=1 rit_freq=" + String(current_rit));
Serial.println("RIT +");
lastRitChange = millis(); // update on change
changed = true;
drawOffsets();
}
else if (x >= 160 && y < 120) {
current_xit += step;
sendCommand("slice s 0 xit_on=1 xit_freq=" + String(current_xit));
Serial.println("XIT +");
lastXitChange = millis();
changed = true;
drawOffsets();
}
else if (x < 160 && y >= 120) {
current_rit -= step;
sendCommand("slice s 0 rit_on=1 rit_freq=" + String(current_rit));
Serial.println("RIT -");
lastRitChange = millis();
changed = true;
drawOffsets();
}
else {
current_xit -= step;
sendCommand("slice s 0 xit_on=1 xit_freq=" + String(current_xit));
Serial.println("XIT -");
lastXitChange = millis();
changed = true;
drawOffsets();
}
if (changed) {
lastTouchTime = millis();
}
}
}
// Auto-reset both RIT and XIT to zero after 60 min of no change
unsigned long now = millis();
if ((now - lastRitChange >= AUTO_RESET_TIMEOUT) &&
(now - lastXitChange >= AUTO_RESET_TIMEOUT)) {
if (current_rit != 0 || current_xit != 0) {
current_rit = 0;
current_xit = 0;
sendCommand("slice s 0 rit_on=0 rit_freq=0");
sendCommand("slice s 0 xit_on=0 xit_freq=0");
Serial.println("Auto-reset: RIT and XIT set to 0 (no change for 60 min)");
drawOffsets();
lastRitChange = now;
lastXitChange = now;
}
}
if (!flexClient.connected()) {
connectToFlex();
}
// Optional: refresh IP every 5 mins = 300 seconds
static unsigned long lastIPRefresh = 0;
if (millis() - lastIPRefresh > 300000) {
drawIP();
lastIPRefresh = millis();
}
}
void drawButtons() {
tft.fillScreen(TFT_BLACK);
tft.setTextColor(TFT_WHITE);
tft.setTextSize(4);
tft.setTextDatum(MC_DATUM);
tft.drawRect(0,0,160,120,TFT_WHITE);
tft.drawString("RIT-",80,60);
tft.drawRect(160,0,160,120,TFT_WHITE);
tft.drawString("RIT+",240,60);
tft.drawRect(0,120,160,120,TFT_WHITE);
tft.drawString("XIT-",80,180);
tft.drawRect(160,120,160,120,TFT_WHITE);
tft.drawString("XIT+",240,180);
}
void connectToFlex() {
if (flexClient.connect(flexIP, flexPort)) {
sendCommand("client program CYD_Control");
sendCommand("sub slice all");
} else {
delay(2000);
}
}
void sendCommand(String cmd) {
String full = "C" + String(seq++) + "|" + cmd + "\n";
flexClient.print(full);
Serial.println(full);
}
void parseStatus(String line) {
if (line.startsWith("S")) {
int pos = line.indexOf("slice 0");
if (pos != -1) {
int ritPos = line.indexOf("rit_freq=", pos);
if (ritPos != -1) {
int end = line.indexOf(" ", ritPos + 9);
if (end == -1) end = line.length();
int newRit = line.substring(ritPos + 9, end).toInt();
if (newRit != current_rit) {
current_rit = newRit;
lastRitChange = millis(); // reset timer on change
}
}
int xitPos = line.indexOf("xit_freq=", pos);
if (xitPos != -1) {
int end = line.indexOf(" ", xitPos + 9);
if (end == -1) end = line.length();
int newXit = line.substring(xitPos + 9, end).toInt();
if (newXit != current_xit) {
current_xit = newXit;
lastXitChange = millis();
}
}
drawOffsets();
}
}
}
-----
-----
For ham radio operators that use Morse Code (CW) the Reverse Beacon Network is an amazing tool that does many things. However, one thing we wanted to know was what is the average WPM of the CQ calls the RBN reports.
One comment about ham radio before we continue. It's really a hobby with a few thousand hobbies embedded into it. Lately around here it's been about writing SW. Getting a license is easy and the hobby is great fun. With that advertisement out of the way....
-----
Our method to determine this average Morse Code (CW) WPM was to use a Python script that:
- Logs into via telnet to RBN at the top of each hour.
- Capture the data stream of every CW CQ the RBN sees for 60 seconds then logout.
- Parse the captured data to determine the Max WPM and Min WPM, plus calculate the average WPM.
- Create a rolling 24 hour graph to chart these results in 1) a terminal window, 2) a webpage viewable on your LAN (ex: 192.168.1.73), and/or 3) a public facing webpage via io.adafruit.com which for our project can be viewed here.
-----
Example screenshots of the three outputs listed above We are curious to see how these speeds increase during a contest weekend.
-----
The Flex Radio 6400 is an amazing state of the art ham radio transceiver with so many modern bells and whistles that no normal human could ever get around to using them all. One fantastic feature Flex provides is access to the rig API.
-----
If you don't have a FlexRadio or you are not a member of the Morse Code group "Straight Key Century Club" then this project will probably not interest you. The Straight Key Century Club promotes the use of Morse Code without the use of electronic or automatic keyers for sending. There are several well done software programs to log your SKCC contacts, see other SKCC members that are operating, etc.
-----
One wonderful program is SKCC Skimmer written by Mark K7MJG. SKCC Skimmer lets you customize options to suit the type of QSOs you are wanting to have. This is done by establishing TARGETS and GOALS of the QSOs you want to focus on. SKCC Skimmer then monitors the RBN clients of your choosing and alerts you when one of these TARGETS or GOALS are on the air.
-----
It all works great and the SKCC Skimmer program is remarkably well done. However, we wanted a less verbose output to the screen. We also wanted to quickly jump to the active frequency when SKCC Skimmer identified a TARGET or GOAL we set. We accomplished this by "butchering" Mark K7MJG's perfectly functioning code with our hack code for the Flex Radio 6400. The modified code shown below runs on an Ubuntu PC in the shack. When a TARGET or GOAL is found pressing the ENTER key sends commands to the FlexRadio to tune to the active frequency to ready for the QSO.
-----
Our hack job works perfectly with SKCC Skimmer, but a few comments are in order: The code below currently runs with SKCC Skimmer v6.0.7. Mark K7MJG updates the code from time to time and we have no idea if our hack will be forward compatible and if it isn't we may (or may not) update things on our end. Most importantly, don't ask Mark K7MJG for support if our adjusted code doesn't work for you. Mark was nice enough to OpenSource his code and he doesn't need to support versions like mine that break it.
-----
#!/usr/bin/python3
'''
The MIT License (MIT)
Copyright (c) 2015-2022 Mark J Glenn
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
Mark Glenn, 2015
mglenn@cox.net
'''
#
# FlexRadio Automation mods by W5WTH
# When a station is spotted pressing the ENTER key will tune to FLEX to that freq.
# Program runs only under Linux.
#
# W5WTH offers no SW support.
# In addition, apologies to Mark for my amateur hacks to his excellent code.
# Search the code for "W5WTH" to see where mods were made.
#
# skcc_skimmer.py
#
# A program that uses the Reverse Beacon Network (RBN)
# to locate unique, unworked SKCC members for the purpose of
# attaining SKCC award levels.
#
#
# Contact: mark@k7mjg.com
#
# Code and bug fix contributions by Jim - NM1W, Mark - NX1K, and Marty - N9SE.
#
# WAS-T and WAS-C changes contributed by Nick, KC0MYW.
#
#
# Quickstart:
#
# 1. Make sure that you have Python installed.
#
# 2. Prepare an ADI logfile with stations worked thus far.
#
# 3. Run this utility from the command line with Python.
#
# python skcc_skimmer.py [-c your-call-sign] [-a AdiFile] [-g "GoalString"] [-t "TargetString"] [-v]
#
# The callsign is required unless you've specified MY_CALLSIGN in the skcc_skimmer.cfg file.
#
# The ADI file is required unless you've specified ADI_FILE in the skcc_skimmer.cfg file.
#
# GoalString: Any or all of: C,T,S,CXN,TXN,SXN,WAS,WAS-C,WAS-T,WAS-S,ALL,K3Y,NONE.
#
# TargetString: Any or all of: C,T,S,CXN,TXN,SXN,ALL,NONE.
#
# (You must specify at least one GOAL or TARGET.)
#
#
# Portability:
#
# Requires Python version 3.8.10 or better. Also requires the following imports
# which may require a pip install.
#
from __future__ import annotations
from datetime import timedelta
from datetime import datetime
from typing import Any, NoReturn, Literal
from math import radians, sin, cos, atan2, sqrt
from Lib.cSocketLoop import cSocketLoop
from Lib.cStateMachine import cStateMachine
from Lib.cRBN import cRBN_Client
from Lib.cConfig import cConfig
from Lib.cCommon import cCommon
import signal
import time
import sys
import os
import re
import string
import textwrap
import calendar
import json
import requests
import socket
# >>>> Start W5WTH Code Mods <<<<<
import select # For Linux/macOS
# Debug toggle: Set to "ON" for status messages. "OFF" is normal run mode
DEBUG = "OFF"
# FLEX6400 Configuration Control
SLICE_INDEX = 0
MODE = "CW"
BANDWIDTH_HZ = 400
IP_ADDRESS = "192.168.1.2"
PORT = 4992
# >>>>>> End W5WTH Code Mods <<<<<<<<<
def Split(spaceSeparatedString: str) -> list[str | Any]:
return re.split('[, ][ ]*', spaceSeparatedString.strip())
def Effective(Date: str) -> str:
TodayGMT = time.strftime('%Y%m%d000000', time.gmtime())
if TodayGMT >= Date:
return Date
return ''
def Miles2Km(Miles: int) -> int:
return int((Miles * 1.609344) + .5)
def Stripped(text: str) -> str:
return ''.join([c for c in text if 31 < ord(c) < 127])
class cFastDateTime:
FastDateTime: str
MonthNames = 'January February March April May June July August September October November December'.split()
def __init__(self, Object: datetime | time.struct_time | tuple[int, int, int] | tuple[int, int, int, int, int, int] | str | None) -> None:
if isinstance(Object, datetime):
self.FastDateTime = Object.strftime('%Y%m%d%H%M%S')
elif isinstance(Object, time.struct_time):
self.FastDateTime = time.strftime('%Y%m%d%H%M%S', Object)
elif isinstance(Object, tuple):
if len(Object) == 3:
Year, Month, Day = Object
self.FastDateTime = f'{Year:0>4}{Month:0>2}{Day:0>2}000000'
elif len(Object) == 6:
Year, Month, Day, Hour, Minute, Second = Object
self.FastDateTime = f'{Year:0>4}{Month:0>2}{Day:0>2}{Hour:0>2}{Minute:0>2}{Second:0>2}'.format(Year, Month, Day, Hour, Minute, Second)
elif isinstance(Object, str):
self.FastDateTime = Object
else:
self.FastDateTime = ''
def SplitDateTime(self) -> list[int]:
List: list[int] = []
String = self.FastDateTime
for Width in (4, 2, 2, 2, 2, 2):
List.append(int(String[:Width]))
String = String[Width:]
return List
def StartOfMonth(self) -> cFastDateTime:
Year, Month, _Day, _Hour, _Minute, _Second = self.SplitDateTime()
return cFastDateTime(f'{Year:0>4}{Month:0>2}{1:0>2}000000')
def EndOfMonth(self) -> cFastDateTime:
Year, Month, _Day, _Hour, _Minute, _Second = self.SplitDateTime()
_, DaysInMonth = calendar.monthrange(Year, Month)
return cFastDateTime(f'{Year:0>4}{Month:0>2}{DaysInMonth:0>2}235959')
def Year(self) -> int:
return int(self.FastDateTime[0:4])
def Month(self) -> int:
return int(self.FastDateTime[4:6])
def ToDateTime(self) -> datetime:
return datetime.strptime(self.FastDateTime, '%Y%m%d%H%M%S')
def FirstWeekdayAfterDate(self, TargetWeekday: str) -> cFastDateTime:
TargetWeekdayNumber = time.strptime(TargetWeekday, '%a').tm_wday
DateTime = self.ToDateTime()
while True:
DateTime += timedelta(days=1)
if DateTime.weekday() == TargetWeekdayNumber:
return cFastDateTime(DateTime)
def __repr__(self) -> str:
return self.FastDateTime
def __lt__(self, Right: cFastDateTime) -> bool:
return self.FastDateTime < Right.FastDateTime
def __le__(self, Right: cFastDateTime) -> bool:
return self.FastDateTime <= Right.FastDateTime
def __gt__(self, Right: cFastDateTime) -> bool:
return self.FastDateTime > Right.FastDateTime
def __add__(self, Delta: timedelta) -> cFastDateTime:
return cFastDateTime(self.ToDateTime() + Delta)
@staticmethod
def NowGMT() -> cFastDateTime:
return cFastDateTime(time.gmtime())
class cDisplay(cStateMachine):
def __init__(self):
cStateMachine.__init__(self, self.STATE_Running, Debug = False)
self.DotsOutput = 0
self.Run()
def STATE_Running(self):
def ENTER():
if config.PROGRESS_DOTS.ENABLED:
self.TimeoutInSeconds(config.PROGRESS_DOTS.DISPLAY_SECONDS)
def PRINT(text: str):
if self.DotsOutput > 0:
print('')
text = Stripped(text)
print(text)
self.DotsOutput = 0
if config.PROGRESS_DOTS.ENABLED:
self.TimeoutInSeconds(config.PROGRESS_DOTS.DISPLAY_SECONDS)
def TIMEOUT():
sys.stdout.write('.')
sys.stdout.flush()
self.DotsOutput += 1
if self.DotsOutput > config.PROGRESS_DOTS.DOTS_PER_LINE:
print('')
self.DotsOutput = 0
if config.PROGRESS_DOTS.ENABLED:
self.TimeoutInSeconds(config.PROGRESS_DOTS.DISPLAY_SECONDS)
_ = ENTER, PRINT, TIMEOUT # Forced reference for type checking.
return locals()
def Print(self, text: str = ''):
self.SendEventArg('PRINT', text)
def Beep() -> None:
sys.stdout.write('\a')
sys.stdout.flush()
class cSked(cStateMachine):
RegEx = re.compile('<span class="callsign">(.*?)<span>(?:.*?<span class="userstatus">(.*?)</span>)?')
def __init__(self):
cStateMachine.__init__(self, self.STATE_Running, Debug = False)
self.SkedSite = None
self.PreviousLogins = {}
self.FirstPass = True
def STATE_Running(self):
def Common():
self.DisplayLogins()
self.TimeoutInSeconds(config.SKED.CHECK_SECONDS)
def ENTER():
Common()
def TIMEOUT():
Common()
_ = ENTER, TIMEOUT
return locals()
def HandleLogins(self, SkedLogins: list[tuple[str, str]], Heading: str):
SkedHit: dict[str, list[str]] = {}
GoalList: list[str] = []
TargetList: list[str] = []
for CallSign, Status in SkedLogins:
if CallSign == config.MY_CALLSIGN:
continue
CallSign = SKCC.ExtractCallSign(CallSign)
if not CallSign:
continue
if CallSign in config.EXCLUSIONS:
continue
Report: list[str] = [BuildMemberInfo(CallSign)]
if CallSign in RBN.LastSpotted:
fFrequency, StartTime = RBN.LastSpotted[CallSign]
Now = time.time()
DeltaSeconds = max(int(Now - StartTime), 1)
if DeltaSeconds > config.SPOT_PERSISTENCE_MINUTES * 60:
del RBN.LastSpotted[CallSign]
elif DeltaSeconds > 60:
DeltaMinutes = DeltaSeconds // 60
Units = 'minutes' if DeltaMinutes > 1 else 'minute'
Report.append(f'Last spotted {DeltaMinutes} {Units} ago on {fFrequency}')
else:
Units = 'seconds' if DeltaSeconds > 1 else 'second'
Report.append(f'Last spotted {DeltaSeconds} {Units} ago on {fFrequency}')
GoalList = []
if 'K3Y' in config.GOALS:
K3Y_Freq_RegEx = r'.*?K3Y[\/-]([0-9]|KH6|KL7|KP4|AF|AS|EU|NA|OC|SA)(?:.*?\b(\d+(?:\.\d+)?))?'
Matches = re.match(K3Y_Freq_RegEx, Status, re.IGNORECASE)
if Matches:
CallSignSuffix = Matches.group(1)
CallSignSuffix = CallSignSuffix.upper()
Freq = 0.0
if Matches.group(2):
FreqString = Matches.group(2)
# Group 1 examples: 7.055.5 14.055.5
# Group 2 examples: 7.055 14.055
# Group 3 examples: 7055.5 14055.5
# Group 4 examples: 7055 14055
Freq_RegEx = r"(\d{1,2}\.\d{3}\.\d{1})|(\d{1,2}\.\d{3})|(\d+\.\d{1})|(\d{4,5})"
FreqMatches = re.match(Freq_RegEx, FreqString)
if FreqMatches:
if FreqMatches.group(1):
FreqString = FreqString.replace('.', '', 1)
Freq = float(FreqString) * 1000
if FreqMatches.group(2):
Freq = float(FreqString) * 1000
elif FreqMatches.group(3) or FreqMatches.group(4):
Freq = float(FreqString)
Band = cSKCC.WhichBand(Freq)
if Band:
if (not CallSignSuffix in QSOs.ContactsForK3Y) or (not Band in QSOs.ContactsForK3Y[CallSignSuffix]):
GoalList.append(f'K3Y/{CallSignSuffix} ({Band}m)')
else:
GoalList.append(f'K3Y/{CallSignSuffix}')
GoalList = GoalList + QSOs.GetGoalHits(CallSign)
if GoalList:
Report.append(f'YOU need them for {",".join(GoalList)}')
TargetList = QSOs.GetTargetHits(CallSign)
if TargetList:
Report.append(f'THEY need you for {",".join(TargetList)}')
IsFriend = CallSign in config.FRIENDS
if IsFriend:
Report.append('friend')
if Status:
Report.append(f'STATUS: {Stripped(Status)}')
if TargetList or GoalList or IsFriend:
SkedHit[CallSign] = Report
if SkedHit:
GMT = time.gmtime()
ZuluTime = time.strftime('%H%MZ', GMT)
ZuluDate = time.strftime('%Y-%m-%d', GMT)
if self.FirstPass:
NewLogins = []
else:
NewLogins = list(set(SkedHit)-set(self.PreviousLogins))
Display.Print('=========== '+Heading+' Sked Page '+'=' * (16-len(Heading)))
for CallSign in sorted(SkedHit):
if CallSign in NewLogins:
if config.NOTIFICATION.ENABLED:
if (CallSign in config.FRIENDS and 'friends' in config.NOTIFICATION.CONDITION) or (GoalList and 'goals' in config.NOTIFICATION.CONDITION) or (TargetList and 'targets' in config.NOTIFICATION.CONDITION):
Beep()
NewIndicator = '+'
else:
NewIndicator = ' '
#OG SKCC Print statement
Out = f'{ZuluTime}{NewIndicator}{CallSign:<6} {"; ".join(SkedHit[CallSign])}'
Display.Print(Out)
Log(f'{ZuluDate} {Out}')
return SkedHit
def DisplayLogins(self) -> None:
try:
response = requests.get('http://sked.skccgroup.com/get-status.php')
if response.status_code != 200:
return
Content = response.text
Hits = {}
if Content:
try:
SkedLogins: list[tuple[str, str]] = json.loads(Content)
Hits = self.HandleLogins(SkedLogins, 'SKCC')
except Exception as ex:
with open('DEBUG.txt', 'a', encoding='utf-8') as File:
File.write(Content + '\n')
print(f"*** Problem parsing data sent from the SKCC Sked Page: '{Content}'. Details: '{ex}'.")
self.PreviousLogins = Hits
self.FirstPass = False
if Hits:
Display.Print('=======================================')
except:
print(f"\nProblem retrieving information from the Sked Page. Skipping...")
class cRBN_Filter(cRBN_Client):
LastSpotted: dict[str, tuple[float, float]]
Notified: dict[str, float]
Zulu_RegEx = re.compile(r'^([01]?[0-9]|2[0-3])[0-5][0-9]Z$')
dB_RegEx = re.compile(r'^\s{0,1}\d{1,2} dB$')
def __init__(self, SocketLoop: cSocketLoop, CallSign: str, Clusters: str):
cRBN_Client.__init__(self, SocketLoop, CallSign, Clusters)
self.Data = ''
self.LastSpotted = {}
self.Notified = {}
self.RenotificationDelay = config.NOTIFICATION.RENOTIFICATION_DELAY_SECONDS
def RawData(self, Data: str):
self.Data += Data
while '\r\n' in self.Data:
Line, self.Data = self.Data.split('\r\n', 1)
self.HandleSpot(Line)
@staticmethod
def ParseSpot(Line: str) -> None | tuple[str, str, float, str, str, int, int]:
# If the line isn't exactly 75 characters, something is wrong.
if len(Line) != 75:
LogError(Line)
return None
if not Line.startswith('DX de '):
LogError(Line)
return None
Spotter, Frequency = Line[6:24].split('-#:')
Frequency = float(Frequency.lstrip())
CallSign = Line[26:35].rstrip()
dB = int(Line[47:49].strip())
Zulu = Line[70:75]
CW = Line[41:47].rstrip()
Beacon = Line[62:68].rstrip()
if CW != 'CW':
return None
if Beacon == 'BEACON':
return None
if not cRBN_Filter.Zulu_RegEx.match(Zulu):
LogError(Line)
return None
if not cRBN_Filter.dB_RegEx.match(Line[47:52]):
LogError(Line)
return None
try:
WPM = int(Line[53:56])
except ValueError:
LogError(Line)
return None
try:
fFrequency = float(Frequency)
except ValueError:
LogError(Line)
return None
CallSignSuffix = ''
if '/' in CallSign:
CallSign, CallSignSuffix = CallSign.split('/', 1)
CallSignSuffix = CallSignSuffix.upper()
return Zulu, Spotter, fFrequency, CallSign, CallSignSuffix, dB, WPM
def HandleNotification(self, CallSign: str, GoalList: list[str], TargetList: list[str]) -> Literal['+', ' ']:
NotificationFlag = ' '
Now = time.time()
for Call in dict(self.Notified):
if Now > self.Notified[Call]:
del self.Notified[Call]
if CallSign not in self.Notified:
if config.NOTIFICATION.ENABLED:
if (CallSign in config.FRIENDS and 'friends' in config.NOTIFICATION.CONDITION) or (GoalList and 'goals' in config.NOTIFICATION.CONDITION) or (TargetList and 'targets' in config.NOTIFICATION.CONDITION):
Beep()
NotificationFlag = '+'
self.Notified[CallSign] = Now + self.RenotificationDelay
return NotificationFlag
def HandleSpot(self, Line: str) -> None:
if config.VERBOSE:
print(f' {Line}')
Spot = cRBN_Filter.ParseSpot(Line)
if not Spot:
return
Zulu, Spotter, fFrequency, CallSign, CallSignSuffix, dB, WPM = Spot
Report: list[str] = []
#-------------
CallSign = SKCC.ExtractCallSign(CallSign)
if not CallSign:
return
if CallSign in config.EXCLUSIONS:
return
#-------------
if not IsInBANDS(fFrequency):
return
#-------------
SpottedNearby = Spotter in SPOTTERS_NEARBY
if SpottedNearby or CallSign == config.MY_CALLSIGN:
if Spotter in Spotters.Spotters:
Miles = Spotters.GetDistance(Spotter)
MilesDisplay = f'{Miles}mi'
KilometersDisplay = f'{Miles2Km(Miles)}km'
Distance = MilesDisplay if config.DISTANCE_UNITS == 'mi' else KilometersDisplay
Report.append(f'by {Spotter}({Distance}, {int(dB)}dB)')
else:
Report.append(f'by {Spotter}({int(dB)}dB)')
#-------------
You = CallSign == config.MY_CALLSIGN
if You:
Report.append('(you)')
#-------------
OnFrequency = cSKCC.IsOnSkccFrequency(fFrequency, config.OFF_FREQUENCY.TOLERANCE)
if not OnFrequency:
if config.OFF_FREQUENCY.ACTION == 'warn':
Report.append('OFF SKCC FREQUENCY!')
elif config.OFF_FREQUENCY.ACTION == 'suppress':
return
#-------------
if config.HIGH_WPM.ACTION == 'always-display':
Report.append(f'{WPM} WPM')
else:
if WPM >= config.HIGH_WPM.THRESHOLD:
if config.HIGH_WPM.ACTION == 'warn':
Report.append(f'{WPM} WPM!')
elif config.HIGH_WPM.ACTION == 'suppress':
return
#-------------
IsFriend = CallSign in config.FRIENDS
if IsFriend:
Report.append('friend')
#-------------
GoalList = []
if 'K3Y' in config.GOALS and CallSign == 'K3Y':
if (CallSignSuffix != ''):
Band = cSKCC.WhichArrlBand(fFrequency)
if (not CallSignSuffix in QSOs.ContactsForK3Y) or (not Band in QSOs.ContactsForK3Y[CallSignSuffix]):
GoalList = [f'K3Y/{CallSignSuffix} ({Band}m)']
GoalList = GoalList + QSOs.GetGoalHits(CallSign, fFrequency)
if GoalList:
Report.append(f'YOU need them for {",".join(GoalList)}')
#-------------
TargetList = QSOs.GetTargetHits(CallSign)
if TargetList:
Report.append(f'THEY need you for {",".join(TargetList)}')
#-------------
if (SpottedNearby and (GoalList or TargetList)) or You or IsFriend:
RBN.LastSpotted[CallSign] = (fFrequency, time.time())
ZuluDate = time.strftime('%Y-%m-%d', time.gmtime())
FrequencyString = f'{fFrequency:.1f}'
'''
Now = time.time()
for Call in dict(self.Notified):
if Now > self.Notified[Call]:
del self.Notified[Call]
if CallSign not in self.Notified:
if NOTIFICATION['ENABLED']:
if (CallSign in FRIENDS and 'friends' in BeepCondition) or (GoalList and 'goals' in BeepCondition) or (TargetList and 'targets' in BeepCondition):
Beep()
NotificationFlag = '+'
self.Notified[CallSign] = Now + self.RenotificationDelay
'''
if CallSign == 'K3Y':
NotificationFlag = self.HandleNotification(f'K3Y/{CallSignSuffix}', GoalList, TargetList)
Out = f'{Zulu}{NotificationFlag}K3Y/{CallSignSuffix} on {FrequencyString:>8} {"; ".join(Report)}'
else:
MemberInfo = BuildMemberInfo(CallSign)
NotificationFlag = self.HandleNotification(CallSign, GoalList, TargetList)
#OG SKCC Skimmer Out =
Out = f'{Zulu}{NotificationFlag}{CallSign:<6} {MemberInfo} on {FrequencyString:>8} {"; ".join(Report)}'
# W5WTH Out = modification
# This mod chages how the spots are displayed. Basically, less is more.
#Out = f'{Zulu}{NotificationFlag}{CallSign:<6} {MemberInfo} on {FrequencyString:>8} {"; ".join(Report)}'
local_time = datetime.now().strftime('%H:%M:%S')
report_str = "; ".join(Report)
keyword = "YOU"
report_after_you = report_str[report_str.find(keyword):] if keyword in report_str else ""
Out = f'{local_time} {CallSign:<6} on {FrequencyString:>8} {report_after_you}'
Display.Print(Out)
Log(f'{ZuluDate} {Out}')
# >>>>> W5WTH Flex Control Mods <<<<<<
#FrequencyString = FrequencyString:>8 # Replace with your variable
#print (FrequencyString)
if FrequencyString.lower() == 'q':
print("Exiting program...")
# W5 break
try: # Format the freq to a Flex friendly way
FREQUENCY_HZ = int(float(FrequencyString) / 1000 * 1_000_000)
if DEBUG == "ON":
print(f"Prepared settings:")
print(f" Frequency: {FREQUENCY_HZ / 1_000_000:.3f} MHz")
print(f" Mode: {MODE}")
print(f" Filter Bandwidth: {BANDWIDTH_HZ} Hz")
print(f" Slice: {SLICE_INDEX}")
except ValueError:
print("Invalid frequency input. Expected format like '14114.000'.")
# W5 continue
start_time = time.time()
timeout = 15 # How many secs to respond to the spot to send the Flex command
sendcommand_pressed = False
while True:
elapsed = time.time() - start_time
remaining = max(0, timeout - int(elapsed))
prompt = f"\rPress ENTER to send command to FLEX ({remaining} seconds remaining)..."
sys.stdout.write(prompt)
sys.stdout.flush()
r, _, _ = select.select([sys.stdin], [], [], 0.1)
if r:
key = sys.stdin.read(1)
if key == "\n": # ENTER Key for UNIX
#print("\n ")
sendcommand_pressed = True
break
if elapsed >= timeout:
#print("\nTimeout reached without ENTER")
break
time.sleep(0.1)
if sendcommand_pressed: # Now we change the Flex freq
sock = None
client_handle = None
sequence = 1
try:
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.settimeout(5)
sock.connect((IP_ADDRESS, PORT))
if DEBUG == "ON":
print(f"Connected to FlexRadio at {IP_ADDRESS}:{PORT}")
response = sock.recv(4096).decode()
for line in response.splitlines():
if line.startswith("H"):
client_handle = line[1:]
if DEBUG == "ON":
print(f"Client handle assigned: {client_handle}")
if not client_handle and DEBUG == "ON":
print("Warning: No client handle received.")
except Exception as e:
if DEBUG == "ON":
print(f"Connection failed: {e}")
sock = None
if sock and client_handle:
full_command = f"C{sequence}|slice list\n"
sock.send(full_command.encode())
sequence += 1
time.sleep(0.5)
response = sock.recv(4096).decode()
if DEBUG == "ON":
print(f"Sent: '{full_command.strip()}' | Response: '{response.strip()}'")
if "R" in response and "0" in response.split("|")[1] and str(SLICE_INDEX) not in response:
if DEBUG == "ON":
print(f"Slice {SLICE_INDEX} not found. Creating it.")
full_command = f"C{sequence}|slice create\n"
sock.send(full_command.encode())
sequence += 1
time.sleep(1)
response = sock.recv(4096).decode()
if DEBUG == "ON":
print(f"Sent: '{full_command.strip()}' | Response: '{response.strip()}'")
freq_mhz = FREQUENCY_HZ / 1_000_000
full_command = f"C{sequence}|slice tune {SLICE_INDEX} {freq_mhz:.6f}\n"
sock.send(full_command.encode())
sequence += 1
time.sleep(0.5)
response = sock.recv(4096).decode()
if DEBUG == "ON":
print(f"Sent: '{full_command.strip()}' | Response: '{response.strip()}'")
if "R" in response and "0" in response.split("|")[1]:
print(f"Set frequency of slice {SLICE_INDEX} to {FREQUENCY_HZ} Hz")
else:
print(f"Failed to set frequency")
full_command = f"C{sequence}|slice set {SLICE_INDEX} mode={MODE}\n"
sock.send(full_command.encode())
sequence += 1
time.sleep(0.5)
response = sock.recv(4096).decode()
if DEBUG == "ON":
print(f"Sent: '{full_command.strip()}' | Response: '{response.strip()}'")
if "R" in response and "0" in response.split("|")[1]:
print(f"Set mode of slice {SLICE_INDEX} to {MODE}")
else:
print(f"Failed to set mode")
full_command = f"C{sequence}|filter set {SLICE_INDEX} low=0 high={BANDWIDTH_HZ}\n"
sock.send(full_command.encode())
sequence += 1
time.sleep(0.5)
response = sock.recv(4096).decode()
if DEBUG == "ON":
print(f"Sent: '{full_command.strip()}' | Response: '{response.strip()}'")
if "R" in response and "0" in response.split("|")[1]:
print(f"Set filter bandwidth of slice {SLICE_INDEX} to {BANDWIDTH_HZ} Hz")
else:
print(f"Failed to set filter bandwidth")
full_command = f"C{sequence}|transmit set slice={SLICE_INDEX}\n"
sock.send(full_command.encode())
sequence += 1
time.sleep(0.5)
response = sock.recv(4096).decode()
if DEBUG == "ON":
print(f"Sent: '{full_command.strip()}' | Response: '{response.strip()}'")
if "R" in response and "0" in response.split("|")[1]:
print(f"Set slice {SLICE_INDEX} as transmit slice")
else:
print(f"Failed to set transmit slice")
full_command = f"C{sequence}|client disconnect {client_handle}\n"
sock.send(full_command.encode())
sequence += 1
time.sleep(0.5)
response = sock.recv(4096).decode()
if DEBUG == "ON":
print(f"Sent: '{full_command.strip()}' | Response: '{response.strip()}'")
print("Disconnected from radio")
sock.close()
print("Radio settings applied successfully!")
else:
print("Failed to connect to radio. Check IP address and network.")
print("Returning to Skimmer mode...\n")
# >>>>> End W5WTH Flex Control Mods <<<<<
class cQSO(cStateMachine):
MyMemberNumber: str
ContactsForC: dict[str, tuple[str, str, str]]
ContactsForT: dict[str, tuple[str, str, str]]
ContactsForS: dict[str, tuple[str, str, str]]
ContactsForWAS: dict[str, tuple[str, str, str]]
ContactsForWAS_C: dict[str, tuple[str, str, str]]
ContactsForWAS_T: dict[str, tuple[str, str, str]]
ContactsForWAS_S: dict[str, tuple[str, str, str]]
ContactsForP: dict[str, tuple[str, str, int, str]]
ContactsForK3Y: Any # Resolve this type
Brag: dict[str, tuple[str, str, str, float]]
QSOsByMemberNumber: dict[str, list[str]]
QSOs: list[tuple[str, str, str, float, str]]
Prefix_RegEx = re.compile(r'(?:.*/)?([0-9]*[a-zA-Z]+\d+)')
def __init__(self):
cStateMachine.__init__(self, self.STATE_Running, Debug = False)
self.QSOs = []
self.Brag = {}
self.ContactsForC = {}
self.ContactsForT = {}
self.ContactsForS = {}
self.ContactsForWAS = {}
self.ContactsForWAS_C = {}
self.ContactsForWAS_T = {}
self.ContactsForWAS_S = {}
self.ContactsForP = {}
self.ContactsForK3Y = []
self.QSOsByMemberNumber = {}
self.ReadQSOs()
self.RefreshPeriodSeconds = 3
MyMemberEntry = SKCC.Members[config.MY_CALLSIGN]
self.MyJoin_Date = Effective(MyMemberEntry['join_date'])
self.MyC_Date = Effective(MyMemberEntry['c_date'])
self.MyT_Date = Effective(MyMemberEntry['t_date'])
self.MyS_Date = Effective(MyMemberEntry['s_date'])
self.MyTX8_Date = Effective(MyMemberEntry['tx8_date'])
self.MyMemberNumber = MyMemberEntry['plain_number']
def STATE_Running(self) -> dict[str, Any]:
def ENTER():
self.TimeoutInSeconds(self.RefreshPeriodSeconds)
def TIMEOUT():
if os.path.getmtime(config.ADI_FILE) != self.AdiFileReadTimeStamp:
Display.Print(f"'{config.ADI_FILE}' file is changing. Waiting for write to finish...")
# Once we detect the file has changed, we can't necessarily read it
# immediately because the logger may still be writing to it, so we wait
# until the write is complete.
while True:
Size = os.path.getsize(config.ADI_FILE)
time.sleep(1)
if os.path.getsize(config.ADI_FILE) == Size:
break
QSOs.Refresh()
self.TimeoutInSeconds(self.RefreshPeriodSeconds)
_ = ENTER, TIMEOUT
return locals()
def AwardsCheck(self) -> None:
C_Level = len(self.ContactsForC) // Levels['C']
T_Level = len(self.ContactsForT) // Levels['T']
S_Level = len(self.ContactsForS) // Levels['S']
P_Level = self.CalcPrefixPoints() // Levels['P']
### C ###
if self.MyC_Date:
Award_C_Level = SKCC.CenturionLevel[self.MyMemberNumber]
while (C_Level > 10) and (C_Level % 5):
C_Level -= 1
if C_Level > Award_C_Level:
C_or_Cx = 'C' if Award_C_Level == 1 else f'Cx{Award_C_Level}'
print(f'FYI: You qualify for Cx{C_Level} but have only applied for {C_or_Cx}.')
else:
if C_Level == 1 and self.MyMemberNumber not in SKCC.CenturionLevel:
print('FYI: You qualify for C but have not yet applied for it.')
### T ###
if self.MyT_Date:
Award_T_Level = SKCC.TribuneLevel[self.MyMemberNumber]
while (T_Level > 10) and (T_Level % 5):
T_Level -= 1
if T_Level > Award_T_Level:
T_or_Tx = 'T' if Award_T_Level == 1 else f'Tx{Award_T_Level}'
print(f'FYI: You qualify for Tx{T_Level} but have only applied for {T_or_Tx}.')
else:
if T_Level == 1 and self.MyMemberNumber not in SKCC.TribuneLevel:
print('FYI: You qualify for T but have not yet applied for it.')
### S ###
if self.MyS_Date:
Award_S_Level = SKCC.SenatorLevel[self.MyMemberNumber]
if S_Level > Award_S_Level:
S_or_Sx = 'S' if Award_S_Level == 1 else f'Sx{Award_S_Level}'
print(f'FYI: You qualify for Sx{S_Level} but have only applied for {S_or_Sx}.')
else:
if S_Level == 1 and self.MyMemberNumber not in SKCC.SenatorLevel:
print('FYI: You qualify for S but have not yet applied for it.')
### WAS and WAS-C and WAS-T and WAS-S ###
if 'WAS' in config.GOALS:
if len(self.ContactsForWAS) == len(US_STATES) and config.MY_CALLSIGN not in SKCC.WasLevel:
print('FYI: You qualify for WAS but have not yet applied for it.')
if 'WAS-C' in config.GOALS:
if len(self.ContactsForWAS_C) == len(US_STATES) and config.MY_CALLSIGN not in SKCC.WasCLevel:
print('FYI: You qualify for WAS-C but have not yet applied for it.')
if 'WAS-T' in config.GOALS:
if len(self.ContactsForWAS_T) == len(US_STATES) and config.MY_CALLSIGN not in SKCC.WasTLevel:
print('FYI: You qualify for WAS-T but have not yet applied for it.')
if 'WAS-S' in config.GOALS:
if len(self.ContactsForWAS_S) == len(US_STATES) and config.MY_CALLSIGN not in SKCC.WasSLevel:
print('FYI: You qualify for WAS-S but have not yet applied for it.')
if 'P' in config.GOALS:
if config.MY_CALLSIGN in SKCC.PrefixLevel:
Award_P_Level = SKCC.PrefixLevel[config.MY_CALLSIGN]
if P_Level > Award_P_Level:
print(f'FYI: You qualify for Px{P_Level} but have only applied for Px{Award_P_Level}')
elif P_Level >= 1:
print(f'FYI: You qualify for Px{P_Level} but have not yet applied for it.')
@staticmethod
def CalculateNumerics(Class: str, Total: int) -> tuple[int, int]:
Increment = Levels[Class]
SinceLastAchievement = Total % Increment
Remaining = Increment - SinceLastAchievement
X_Factor = (Total + Increment) // Increment
return Remaining, X_Factor
def ReadQSOs(self) -> None:
Display.Print(f'Reading QSOs from {config.ADI_FILE}...')
self.QSOs = []
self.AdiFileReadTimeStamp = os.path.getmtime(config.ADI_FILE)
with open(config.ADI_FILE, 'rb') as File:
Contents = File.read().decode('utf-8', 'ignore')
_Header, Body = re.split(r'<eoh>', Contents, 0, re.I|re.M)
Body = Body.strip(' \t\r\n\x1a') # Include CNTL-Z
RecordTextList = re.split(r'<eor>', Body, 0, re.I|re.M)
Adi_RegEx = re.compile(r'<(\w+?):\d+(?::.*?)*>(.*?)\s*(?=<(?:\w+?):\d+(?::.*?)*>|$)', re.I | re.M | re.S)
for RecordText in RecordTextList:
RecordText = RecordText.strip()
if not RecordText:
continue
AdiFileMatches = Adi_RegEx.findall(RecordText)
Record: dict[str, str] = {}
for Key, Value in AdiFileMatches:
Record[Key.upper()] = Value
#
# ADIF allows for QSO_DATE_OFF without QSO_DATE & TIME_OFF without TIME_ON.
#
# The Skimmer really doesn't care, so lets normalize and convert QSO_DATE_OFF to QSO_DATE
# and TIME_OFF to TIME_ON.
#
if ('QSO_DATE' not in Record) and ('QSO_DATE_OFF' in Record):
Record['QSO_DATE'] = Record['QSO_DATE_OFF']
del Record['QSO_DATE_OFF']
if ('TIME_ON' not in Record) and ('TIME_OFF' in Record):
Record['TIME_ON'] = Record['TIME_OFF']
del Record['TIME_OFF']
if not all(x in Record for x in ('CALL', 'QSO_DATE', 'TIME_ON')):
print('Warning: ADI record must have CALL, QSO_DATE, and TIME_ON fields. Skipping:')
print(RecordText)
continue
if 'MODE' in Record and Record['MODE'] != 'CW':
continue
fFrequency = 0.0
if 'FREQ' in Record:
try:
fFrequency = float(Record['FREQ']) * 1000 # kHz
except ValueError:
pass
QsoCallSign = Record['CALL']
QsoDate = Record['QSO_DATE']+Record['TIME_ON']
QsoSPC = Record['STATE'] if 'STATE' in Record else ''
QsoFreq = fFrequency
QsoComment = Record['COMMENT'] if 'COMMENT' in Record else ''
self.QSOs.append((QsoDate, QsoCallSign, QsoSPC, QsoFreq, QsoComment))
self.QSOs = sorted(self.QSOs, key=lambda QsoTuple: QsoTuple[0])
for QsoDate, CallSign, _SPC, _Freq, _Comment in self.QSOs:
CallSign = SKCC.ExtractCallSign(CallSign)
if not CallSign or CallSign == 'K3Y':
continue
MemberNumber = SKCC.Members[CallSign]['plain_number']
if MemberNumber not in self.QSOsByMemberNumber:
self.QSOsByMemberNumber[MemberNumber] = [QsoDate]
else:
self.QSOsByMemberNumber[MemberNumber].append(QsoDate)
def CalcPrefixPoints(self) -> int:
iPoints = 0
for _, Value in self.ContactsForP.items():
_, _, iMemberNumber, _FirstName = Value
iPoints += iMemberNumber
return iPoints
def PrintProgress(self) -> None:
def PrintRemaining(Class: str, Total: int):
Remaining, X_Factor = cQSO.CalculateNumerics(Class, Total)
if Class in config.GOALS:
Abbrev = AbbreviateClass(Class, X_Factor)
print(f'Total worked towards {Class}: {Total:,}, only need {Remaining:,} more for {Abbrev}.')
print('')
if config.GOALS:
print(f'GOAL{"S" if len(config.GOALS) > 1 else ""}: {", ".join(config.GOALS)}')
if config.TARGETS:
print(f'TARGET{"S" if len(config.TARGETS) > 1 else ""}: {", ".join(config.TARGETS)}')
print(f'BANDS: {", ".join(str(Band) for Band in config.BANDS)}')
print('')
PrintRemaining('C', len(self.ContactsForC))
if QSOs.MyC_Date:
PrintRemaining('T', len(self.ContactsForT))
if QSOs.MyTX8_Date:
PrintRemaining('S', len(self.ContactsForS))
PrintRemaining('P', self.CalcPrefixPoints())
def RemainingStates(Class: str, QSOs: dict[str, tuple[str, str, str]]) -> None:
if len(QSOs) == len(US_STATES):
Need = 'none needed'
else:
RemainingStates = [State for State in US_STATES if State not in QSOs]
if len(RemainingStates) > 14:
Need = f'only need {len(RemainingStates)} more'
else:
Need = f'only need {",".join(RemainingStates)}'
print(f'Total worked towards {Class}: {len(QSOs)}, {Need}.')
if 'WAS' in config.GOALS:
RemainingStates('WAS', self.ContactsForWAS)
if 'WAS-C' in config.GOALS:
RemainingStates('WAS-C', self.ContactsForWAS_C)
if 'WAS-T' in config.GOALS:
RemainingStates('WAS-T', self.ContactsForWAS_T)
if 'WAS-S' in config.GOALS:
RemainingStates('WAS-S', self.ContactsForWAS_S)
if 'BRAG' in config.GOALS:
NowGMT = cFastDateTime.NowGMT()
MonthIndex = NowGMT.Month()-1
MonthName = cFastDateTime.MonthNames[MonthIndex]
print(f'Total worked towards {MonthName} Brag: {len(self.Brag)}')
def GetGoalHits(self, TheirCallSign: str, fFrequency: float | None = None) -> list[str]:
if TheirCallSign not in SKCC.Members:
return []
if TheirCallSign == config.MY_CALLSIGN:
return []
TheirMemberEntry = SKCC.Members[TheirCallSign]
TheirC_Date = Effective(TheirMemberEntry['c_date'])
TheirT_Date = Effective(TheirMemberEntry['t_date'])
TheirS_Date = Effective(TheirMemberEntry['s_date'])
TheirMemberNumber = TheirMemberEntry['plain_number']
List: list[str] = []
if 'BRAG' in config.GOALS:
if TheirMemberNumber not in self.Brag:
NowGMT = cFastDateTime.NowGMT()
DuringSprint = cSKCC.DuringSprint(NowGMT)
if fFrequency:
OnWarcFreq = cSKCC.IsOnWarcFrequency(fFrequency)
BragOkay = OnWarcFreq or (not DuringSprint)
else:
BragOkay = not DuringSprint
if BragOkay:
List.append('BRAG')
if 'C' in config.GOALS and not self.MyC_Date:
if TheirMemberNumber not in self.ContactsForC:
List.append('C')
if 'CXN' in config.GOALS and self.MyC_Date:
if TheirMemberNumber not in self.ContactsForC:
_, X_Factor = cQSO.CalculateNumerics('C', len(self.ContactsForC))
List.append(AbbreviateClass('C', X_Factor))
if 'T' in config.GOALS and self.MyC_Date and not self.MyT_Date:
if TheirC_Date and TheirMemberNumber not in self.ContactsForT:
List.append('T')
if 'TXN' in config.GOALS and self.MyT_Date:
if TheirC_Date and TheirMemberNumber not in self.ContactsForT:
_Remaining, X_Factor = cQSO.CalculateNumerics('T', len(self.ContactsForT))
List.append(AbbreviateClass('T', X_Factor))
if 'S' in config.GOALS and self.MyTX8_Date and not self.MyS_Date:
if TheirT_Date and TheirMemberNumber not in self.ContactsForS:
List.append('S')
if 'SXN' in config.GOALS and self.MyS_Date:
if TheirT_Date and TheirMemberNumber not in self.ContactsForS:
_Remaining, X_Factor = cQSO.CalculateNumerics('S', len(self.ContactsForS))
List.append(AbbreviateClass('S', X_Factor))
if 'WAS' in config.GOALS:
SPC = TheirMemberEntry['spc']
if SPC in US_STATES and SPC not in self.ContactsForWAS:
List.append('WAS')
if 'WAS-C' in config.GOALS:
if TheirC_Date:
SPC = TheirMemberEntry['spc']
if SPC in US_STATES and SPC not in self.ContactsForWAS_C:
List.append('WAS-C')
if 'WAS-T' in config.GOALS:
if TheirT_Date:
SPC = TheirMemberEntry['spc']
if SPC in US_STATES and SPC not in self.ContactsForWAS_T:
List.append('WAS-T')
if 'WAS-S' in config.GOALS:
if TheirS_Date:
SPC = TheirMemberEntry['spc']
if SPC in US_STATES and SPC not in self.ContactsForWAS_S:
List.append('WAS-S')
if 'P' in config.GOALS:
Match = cQSO.Prefix_RegEx.match(TheirCallSign)
if Match:
Prefix = Match.group(1)
iTheirMemberNumber = int(TheirMemberNumber)
_Remaining, X_Factor = cQSO.CalculateNumerics('P', self.CalcPrefixPoints())
if Prefix in self.ContactsForP:
iCurrentMemberNumber = self.ContactsForP[Prefix][2]
if iTheirMemberNumber > iCurrentMemberNumber:
List.append(f'{AbbreviateClass("P", X_Factor)}(+{iTheirMemberNumber - iCurrentMemberNumber})')
else:
List.append(f'{AbbreviateClass("P", X_Factor)}(new +{iTheirMemberNumber})')
return List
def GetTargetHits(self, TheirCallSign: str) -> list[str]:
if TheirCallSign not in SKCC.Members:
return []
if TheirCallSign == config.MY_CALLSIGN:
return []
TheirMemberEntry = SKCC.Members[TheirCallSign]
TheirJoin_Date = Effective(TheirMemberEntry['join_date'])
TheirC_Date = Effective(TheirMemberEntry['c_date'])
TheirT_Date = Effective(TheirMemberEntry['t_date'])
TheirTX8_Date = Effective(TheirMemberEntry['tx8_date'])
TheirS_Date = Effective(TheirMemberEntry['s_date'])
TheirMemberNumber = TheirMemberEntry['plain_number']
List: list[str] = []
if 'C' in config.TARGETS and not TheirC_Date:
if TheirMemberNumber in self.QSOsByMemberNumber:
for QsoDate in self.QSOsByMemberNumber[TheirMemberNumber]:
if QsoDate > TheirJoin_Date and QsoDate > self.MyJoin_Date:
break
else:
List.append('C')
else:
List.append('C')
if 'CXN' in config.TARGETS and TheirC_Date:
NextLevel = SKCC.CenturionLevel[TheirMemberNumber]+1
if NextLevel <= 10:
if TheirMemberNumber in self.QSOsByMemberNumber:
for QsoDate in self.QSOsByMemberNumber[TheirMemberNumber]:
if QsoDate > TheirJoin_Date and QsoDate > self.MyJoin_Date:
break
else:
List.append(f'Cx{NextLevel}')
else:
List.append(f'Cx{NextLevel}')
if 'T' in config.TARGETS and TheirC_Date and not TheirT_Date and self.MyC_Date:
if TheirMemberNumber in self.QSOsByMemberNumber:
for QsoDate in self.QSOsByMemberNumber[TheirMemberNumber]:
if QsoDate > TheirC_Date and QsoDate > self.MyC_Date:
break
else:
List.append('T')
else:
List.append('T')
if 'TXN' in config.TARGETS and TheirT_Date and self.MyC_Date:
NextLevel = SKCC.TribuneLevel[TheirMemberNumber]+1
if NextLevel <= 10:
if TheirMemberNumber in self.QSOsByMemberNumber:
for QsoDate in self.QSOsByMemberNumber[TheirMemberNumber]:
if QsoDate > TheirC_Date and QsoDate > self.MyC_Date:
break
else:
List.append(f'Tx{NextLevel}')
else:
List.append(f'Tx{NextLevel}')
if 'S' in config.TARGETS and TheirTX8_Date and not TheirS_Date and self.MyT_Date:
if TheirMemberNumber in self.QSOsByMemberNumber:
for QsoDate in self.QSOsByMemberNumber[TheirMemberNumber]:
if QsoDate > TheirTX8_Date and QsoDate > self.MyT_Date:
break
else:
List.append('S')
else:
List.append('S')
if 'SXN' in config.TARGETS and TheirS_Date and self.MyT_Date:
NextLevel = SKCC.SenatorLevel[TheirMemberNumber]+1
if NextLevel <= 10:
if TheirMemberNumber in self.QSOsByMemberNumber:
for QsoDate in self.QSOsByMemberNumber[TheirMemberNumber]:
if QsoDate > TheirTX8_Date and QsoDate > self.MyT_Date:
break
else:
List.append(f'Sx{NextLevel}')
else:
List.append(f'Sx{NextLevel}')
return List
def Refresh(self) -> None:
self.ReadQSOs()
QSOs.GetGoalQSOs()
self.PrintProgress()
def GetBragQSOs(self, PrevMonth: int = 0, Print: bool = False) -> None:
self.Brag = {}
DateOfInterestGMT = cFastDateTime.NowGMT()
if PrevMonth > 0:
Year, Month, Day, _Hour, _Minute, _Second = DateOfInterestGMT.SplitDateTime()
YearsBack = int(PrevMonth / 12)
MonthsBack = PrevMonth % 12
Year -= YearsBack
Month -= MonthsBack
if Month <= 0:
Year -= 1
Month += 12
DateOfInterestGMT = cFastDateTime((Year, Month, Day))
fastStartOfMonth = DateOfInterestGMT.StartOfMonth()
fastEndOfMonth = DateOfInterestGMT.EndOfMonth()
for Contact in self.QSOs:
QsoDate, QsoCallSign, _QsoSPC, QsoFreq, _QsoComment = Contact
if QsoCallSign in ('K9SKC'):
continue
QsoCallSign = SKCC.ExtractCallSign(QsoCallSign)
if not QsoCallSign or QsoCallSign == 'K3Y':
continue
MainCallSign = SKCC.Members[QsoCallSign]['main_call']
TheirMemberEntry = SKCC.Members[MainCallSign]
TheirMemberNumber = TheirMemberEntry['plain_number']
fastQsoDate = cFastDateTime(QsoDate)
if fastStartOfMonth < fastQsoDate < fastEndOfMonth:
TheirJoin_Date = Effective(TheirMemberEntry['join_date'])
if TheirJoin_Date and TheirJoin_Date < QsoDate:
DuringSprint = cSKCC.DuringSprint(fastQsoDate)
if not QsoFreq:
continue
OnWarcFreq = cSKCC.IsOnWarcFrequency(QsoFreq)
BragOkay = OnWarcFreq or (not DuringSprint)
#print(BragOkay, DuringSprint, OnWarcFreq, QsoFreq, QsoDate)
if TheirMemberNumber not in self.Brag and BragOkay:
self.Brag[TheirMemberNumber] = (QsoDate, TheirMemberNumber, MainCallSign, QsoFreq)
#print('Brag contact: {} on {} {}'.format(QsoCallSign, QsoDate, QsoFreq))
else:
#print('Not brag eligible: {} on {} {} warc: {} sprint: {}'.format(QsoCallSign, QsoDate, QsoFreq, OnWarcFreq, DuringSprint))
pass
if Print and 'BRAG' in config.GOALS:
Year = DateOfInterestGMT.Year()
MonthIndex = DateOfInterestGMT.Month()-1
MonthAbbrev = cFastDateTime.MonthNames[MonthIndex][:3]
print(f'Total Brag contacts in {MonthAbbrev} {Year}: {len(self.Brag)}')
def GetGoalQSOs(self) -> None:
def Good(QsoDate: str, MemberDate: str, MyDate: str, EligibleDate: str | None = None):
if MemberDate == '' or MyDate == '':
return False
if EligibleDate and QsoDate < EligibleDate:
return False
return QsoDate >= MemberDate and QsoDate >= MyDate
self.ContactsForC = {}
self.ContactsForT = {}
self.ContactsForS = {}
self.ContactsForWAS = {}
self.ContactsForWAS_C = {}
self.ContactsForWAS_T = {}
self.ContactsForWAS_S = {}
self.ContactsForP = {}
self.ContactsForK3Y = {}
#TodayGMT = cFastDateTime.NowGMT()
#fastStartOfMonth = TodayGMT.StartOfMonth()
#fastEndOfMonth = TodayGMT.EndOfMonth()
if 'BRAG_MONTHS' in globals() and 'BRAG' in config.GOALS:
for PrevMonth in range(abs(config.BRAG_MONTHS), 0, -1):
QSOs.GetBragQSOs(PrevMonth = PrevMonth, Print=True)
# MWS - Process current month as well.
QSOs.GetBragQSOs(PrevMonth=0, Print=False)
for Contact in self.QSOs:
QsoDate, QsoCallSign, QsoSPC, QsoFreq, QsoComment = Contact
if QsoCallSign in ('K9SKC', 'K3Y'):
continue
QsoCallSign = SKCC.ExtractCallSign(QsoCallSign)
if not QsoCallSign:
continue
MainCallSign = SKCC.Members[QsoCallSign]['main_call']
TheirMemberEntry = SKCC.Members[MainCallSign]
TheirJoin_Date = Effective(TheirMemberEntry['join_date'])
TheirC_Date = Effective(TheirMemberEntry['c_date'])
TheirT_Date = Effective(TheirMemberEntry['t_date'])
TheirS_Date = Effective(TheirMemberEntry['s_date'])
TheirMemberNumber = TheirMemberEntry['plain_number']
#fastQsoDate = cFastDateTime(QsoDate)
# K3Y
if 'K3Y' in config.GOALS:
StartDate = f'{K3Y_YEAR}0102000000'
EndDate = f'{K3Y_YEAR}0201000000'
if QsoDate >= StartDate and QsoDate < EndDate:
K3Y_RegEx = r'.*?K3Y[\/-]([0-9]|KH6|KL7|KP4|AF|AS|EU|NA|OC|SA)'
Matches = re.match(K3Y_RegEx, QsoComment, re.IGNORECASE)
if Matches:
Suffix = Matches.group(1)
Suffix = Suffix.upper()
Band = cSKCC.WhichArrlBand(QsoFreq)
if Band:
if not Suffix in self.ContactsForK3Y:
self.ContactsForK3Y[Suffix] = {}
self.ContactsForK3Y[Suffix][Band] = QsoCallSign
# Prefix
if Good(QsoDate, TheirJoin_Date, self.MyJoin_Date, '20130101000000'):
if TheirMemberNumber != self.MyMemberNumber:
Match = cQSO.Prefix_RegEx.match(QsoCallSign)
if Match:
Prefix = Match.group(1)
iTheirMemberNumber = int(TheirMemberNumber)
if Prefix not in self.ContactsForP or iTheirMemberNumber > self.ContactsForP[Prefix][2]:
FirstName = SKCC.Members[QsoCallSign]['name']
self.ContactsForP[Prefix] = (QsoDate, Prefix, iTheirMemberNumber, FirstName)
# Centurion
if Good(QsoDate, TheirJoin_Date, self.MyJoin_Date):
if TheirMemberNumber not in self.ContactsForC:
self.ContactsForC[TheirMemberNumber] = (QsoDate, TheirMemberNumber, MainCallSign)
# Tribune
if Good(QsoDate, TheirC_Date, self.MyC_Date, '20070301000000'):
if TheirMemberNumber not in self.ContactsForT:
self.ContactsForT[TheirMemberNumber] = (QsoDate, TheirMemberNumber, MainCallSign)
# Senator
if Good(QsoDate, TheirT_Date, self.MyTX8_Date, '20130801000000'):
if TheirMemberNumber not in self.ContactsForS:
self.ContactsForS[TheirMemberNumber] = (QsoDate, TheirMemberNumber, MainCallSign)
if QsoSPC in US_STATES:
# WAS
if TheirJoin_Date and QsoDate >= TheirJoin_Date and QsoDate >= self.MyJoin_Date:
if QsoSPC not in self.ContactsForWAS:
self.ContactsForWAS[QsoSPC] = (QsoSPC, QsoDate, QsoCallSign)
# WAS_C
if QsoDate >= '20110612000000':
if TheirC_Date and QsoDate >= TheirC_Date:
if QsoSPC not in self.ContactsForWAS_C:
self.ContactsForWAS_C[QsoSPC] = (QsoSPC, QsoDate, QsoCallSign)
# WAS_T
if QsoDate >= '20160201000000':
if TheirT_Date and QsoDate >= TheirT_Date:
if QsoSPC not in self.ContactsForWAS_T:
self.ContactsForWAS_T[QsoSPC] = (QsoSPC, QsoDate, QsoCallSign)
# WAS_S
if QsoDate >= '20160201000000':
if TheirS_Date and QsoDate >= TheirS_Date:
if QsoSPC not in self.ContactsForWAS_S:
self.ContactsForWAS_S[QsoSPC] = (QsoSPC, QsoDate, QsoCallSign)
def AwardP(QSOs: dict[str, tuple[str, str, int, str]]) -> None:
PrefixList = QSOs.values()
PrefixList = sorted(PrefixList, key=lambda QsoTuple: QsoTuple[1])
with open(f'{QSOs_Dir}/{config.MY_CALLSIGN}-P.txt', 'w', encoding='utf-8') as File:
iPoints = 0
for Index, (_QsoDate, Prefix, iMemberNumber, FirstName) in enumerate(PrefixList):
iPoints += iMemberNumber
File.write(f'{Index+1:>4} {iMemberNumber:>8} {FirstName:<10.10} {Prefix:<6} {iPoints:>12,}\n')
def AwardCTS(Class: str, QSOs_dict: dict[str, tuple[str, str, str]]) -> None:
QSOs = QSOs_dict.values()
QSOs = sorted(QSOs, key=lambda QsoTuple: (QsoTuple[0], QsoTuple[2]))
with open(f'{QSOs_Dir}/{config.MY_CALLSIGN}-{Class}.txt', 'w', encoding='utf-8') as File:
for Count, (QsoDate, TheirMemberNumber, MainCallSign) in enumerate(QSOs):
Date = f'{QsoDate[0:4]}-{QsoDate[4:6]}-{QsoDate[6:8]}'
File.write(f'{Count+1:<4} {Date} {MainCallSign:<9} {TheirMemberNumber:<7}\n')
def AwardWAS(Class: str, QSOs_dict: dict[str, tuple[str, str, str]]) -> None:
QSOs = QSOs_dict.values()
QSOs = sorted(QSOs, key=lambda QsoTuple: QsoTuple[0])
QSOsByState = {QsoSPC: (QsoSPC, QsoDate, QsoCallsign) for QsoSPC, QsoDate, QsoCallsign in QSOs}
with open(f'{QSOs_Dir}/{config.MY_CALLSIGN}-{Class}.txt', 'w', encoding='utf-8') as File:
for State in US_STATES:
if State in QSOsByState:
QsoSPC, _, QsoCallSign = QSOsByState[State]
FormattedDate = f'{QsoDate[0:4]}-{QsoDate[4:6]}-{QsoDate[6:8]}'
File.write(f'{QsoSPC} {QsoCallSign:<12} {FormattedDate}\n')
else:
File.write(f'{State}\n')
def TrackBRAG(QSOs: Any) -> None:
QSOs = QSOs.values()
QSOs = sorted(QSOs)
with open(f'{QSOs_Dir}/{config.MY_CALLSIGN}-BRAG.txt', 'w', encoding='utf-8') as File:
for Count, (QsoDate, TheirMemberNumber, MainCallSign, QsoFreq) in enumerate(QSOs):
Date = f'{QsoDate[0:4]}-{QsoDate[4:6]}-{QsoDate[6:8]}'
if QsoFreq:
File.write(f'{Count+1:<4} {Date} {TheirMemberNumber:<6} {MainCallSign} {QsoFreq / 1000:.3f}\n')
else:
File.write(f'{Count+1:<4} {Date} {TheirMemberNumber:<6} {MainCallSign}\n')
QSOs_Dir = 'QSOs'
if not os.path.exists(QSOs_Dir):
os.makedirs(QSOs_Dir)
AwardCTS('C', self.ContactsForC)
AwardCTS('T', self.ContactsForT)
AwardCTS('S', self.ContactsForS)
AwardWAS('WAS', self.ContactsForWAS)
AwardWAS('WAS-C', self.ContactsForWAS_C)
AwardWAS('WAS-T', self.ContactsForWAS_T)
AwardWAS('WAS-S', self.ContactsForWAS_S)
AwardP(self.ContactsForP)
TrackBRAG(self.Brag)
def PrintK3Y_Contacts():
# Could be cleaner, but want to match order on the SKCC K3Y website.
print('')
print(f'K3Y {K3Y_YEAR}')
print('========')
print(f'{"Station": <8}|', end = '')
print(f'{"160m": ^7}|', end = '')
print(f'{"80m": ^7}|', end = '')
print(f'{"40m": ^7}|', end = '')
print(f'{"30m": ^7}|', end = '')
print(f'{"20m": ^7}|', end = '')
print(f'{"17m": ^7}|', end = '')
print(f'{"15m": ^7}|', end = '')
print(f'{"12m": ^7}|', end = '')
print(f'{"10m": ^7}|', end = '')
print(f'{"6m": ^7}|', end = '')
print()
def PrintStation(Station: str):
def PrintBand(Band: int):
if (Station in self.ContactsForK3Y) and (Band in self.ContactsForK3Y[Station]):
print(f'{" " + self.ContactsForK3Y[Station][Band]: <7}|', end = '')
else:
print(f'{"": <7}|', end = '')
print(f'{"K3Y/"+Station: <8}|', end = '')
PrintBand(160)
PrintBand(80)
PrintBand(40)
PrintBand(30)
PrintBand(20)
PrintBand(17)
PrintBand(15)
PrintBand(12)
PrintBand(10)
PrintBand(6)
print()
PrintStation('0')
PrintStation('1')
PrintStation('2')
PrintStation('3')
PrintStation('4')
PrintStation('5')
PrintStation('6')
PrintStation('7')
PrintStation('8')
PrintStation('9')
PrintStation('KH6')
PrintStation('KL7')
PrintStation('KP4')
PrintStation('AF')
PrintStation('AS')
PrintStation('EU')
PrintStation('NA')
PrintStation('OC')
PrintStation('SA')
if 'K3Y' in config.GOALS:
PrintK3Y_Contacts()
class cSpotters:
def __init__(self):
self.Spotters: dict[str, tuple[int, list[int]]] = {}
@staticmethod
def locator_to_latlong(locator: str) -> tuple[float, float | int]:
''' From pyhamtools '''
'''
The MIT License (MIT)
Copyright (c) 2014 Tobias Wellnitz
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
'''
'''converts Maidenhead locator in the corresponding WGS84 coordinates
Args:
locator (string): Locator, either 4 or 6 characters
Returns:
tuple (float, float): Latitude, Longitude
Raises:
ValueError: When called with wrong or invalid input arg
TypeError: When arg is not a string
Example:
The following example converts a Maidenhead locator into Latitude and Longitude
>>> from pyhamtools.locator import locator_to_latlong
>>> latitude, longitude = locator_to_latlong("JN48QM")
>>> print latitude, longitude
48.5208333333 9.375
Note:
Latitude (negative = West, positive = East)
Longitude (negative = South, positive = North)
'''
locator = locator.upper()
if len(locator) == 5 or len(locator) < 4:
raise ValueError
if ord(locator[0]) > ord('R') or ord(locator[0]) < ord('A'):
raise ValueError
if ord(locator[1]) > ord('R') or ord(locator[1]) < ord('A'):
raise ValueError
if ord(locator[2]) > ord('9') or ord(locator[2]) < ord('0'):
raise ValueError
if ord(locator[3]) > ord('9') or ord(locator[3]) < ord('0'):
raise ValueError
if len(locator) == 6:
if ord(locator[4]) > ord('X') or ord(locator[4]) < ord('A'):
raise ValueError
if ord(locator[5]) > ord('X') or ord(locator[5]) < ord('A'):
raise ValueError
longitude = (ord(locator[0]) - ord('A')) * 20 - 180
latitude = (ord(locator[1]) - ord('A')) * 10 - 90
longitude += (ord(locator[2]) - ord('0')) * 2
latitude += (ord(locator[3]) - ord('0'))
if len(locator) == 6:
longitude += ((ord(locator[4])) - ord('A')) * (2 / 24)
latitude += ((ord(locator[5])) - ord('A')) * (1 / 24)
# move to center of subsquare
longitude += 1 / 24.0
latitude += 0.5 / 24.0
else:
# move to center of square
longitude += 1
latitude += 0.5
return latitude, longitude
@staticmethod
def calculate_distance(locator1: str, locator2: str) -> float:
''' From pyhamtools '''
'''
The MIT License (MIT)
Copyright (c) 2014 Tobias Wellnitz
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
'''
'''calculates the (shortpath) distance between two Maidenhead locators
Args:
locator1 (string): Locator, either 4 or 6 characters
locator2 (string): Locator, either 4 or 6 characters
Returns:
float: Distance in km
Raises:
ValueError: When called with wrong or invalid input arg
AttributeError: When args are not a string
Example:
The following calculates the distance between two Maidenhead locators in km
>>> from pyhamtools.locator import calculate_distance
>>> calculate_distance("JN48QM", "QF67bf")
16466.413
'''
R = 6371 #earth radius
lat1, long1 = cSpotters.locator_to_latlong(locator1)
lat2, long2 = cSpotters.locator_to_latlong(locator2)
d_lat = radians(lat2) - radians(lat1)
d_long = radians(long2) - radians(long1)
r_lat1 = radians(lat1)
#r_long1 = radians(long1)
r_lat2 = radians(lat2)
#r_long2 = radians(long2)
a = sin(d_lat/2) * sin(d_lat/2) + cos(r_lat1) * cos(r_lat2) * sin(d_long/2) * sin(d_long/2)
c = 2 * atan2(sqrt(a), sqrt(1-a))
d = R * c #distance in km
return d
def GetSpotters(self) -> None:
def ParseBands(bandStringCsv: str):
# Each band ends with an 'm'.
BandList = [int(x[:-1]) for x in bandStringCsv.split(',') if x in '160m 80m 60m 40m 30m 20m 17m 15m 12m 10m 6m'.split()]
return BandList
print('')
print(f"Finding RBN Spotters within {config.SPOTTER_RADIUS} miles of '{config.MY_GRIDSQUARE}'...")
response = requests.get('https://reversebeacon.net/cont_includes/status.php?t=skt')
if response.status_code != 200:
print('*** Fatal Error: Unable to retrieve spotters from RBN. Is RBN down?')
sys.exit()
HTML = response.text
Rows: list[str] = []
while HTML.find('online24h online7d total">') != -1:
EndIndex = HTML.find('</tr>')
FullIndex = EndIndex+len('</tr>')
Row = HTML[:FullIndex]
Rows.append(Row)
HTML = HTML[FullIndex:]
Columns_RegEx = re.compile(r'<td.*?><a href="/dxsd1.php\?f=.*?>\s*(.*?)\s*</a>.*?</td>\s*<td.*?>\s*(.*?)</a></td>\s*<td.*?>(.*?)</td>', re.M|re.I|re.S)
for Row in Rows:
ColumnMatches = Columns_RegEx.findall(Row)
for Column in (x for _, x in enumerate(ColumnMatches)):
Spotter, csvBands, Grid = Column
if Grid == 'XX88LL':
continue
try:
fKilometers = cSpotters.calculate_distance(config.MY_GRIDSQUARE, Grid)
except ValueError:
#print('Bad GridSquare {} for Spotter {}'.format(Grid, Spotter))
continue
fMiles = fKilometers * 0.62137
Miles = int(fMiles)
BandList = ParseBands(csvBands)
self.Spotters[Spotter] = (Miles, BandList)
def GetNearbySpotters(self) -> list[tuple[str, int]]:
List: list[tuple[str, int, list[int]]] = []
for Spotter, Value in self.Spotters.items():
Miles, Bands = Value
List.append((Spotter, Miles, Bands))
List = sorted(List, key=lambda Tuple: Tuple[1])
NearbyList: list[tuple[str, int]] = []
for Spotter, Miles, Bands in List:
if Miles <= config.SPOTTER_RADIUS:
NearbyList.append((Spotter, Miles))
return NearbyList
def GetDistance(self, Spotter: str) -> int:
Miles, _ = self.Spotters[Spotter]
return Miles
class cSKCC:
CenturionLevel: dict[str, int]
TribuneLevel: dict[str, int]
SenatorLevel: dict[str, int]
MonthAbbreviations = {
'Jan':1, 'Feb':2, 'Mar':3, 'Apr':4, 'May':5, 'Jun':6,
'Jul':7, 'Aug':8, 'Sep':9, 'Oct':10, 'Nov':11, 'Dec':12
}
Frequencies = {
160 : [1813],
80 : [3530, 3550],
60 : [],
40 : [7055, 7120],
30 : [10120],
20 : [14050, 14114],
17 : [18080],
15 : [21050, 21114],
12 : [24910],
10 : [28050, 28114],
6 : [50090]
}
def __init__(self):
self.Members: dict[str, dict[str, str]] = {}
self.ReadSkccData()
self.CenturionLevel = cSKCC.ReadLevelList('Centurion', 'centurionlist.txt')
self.TribuneLevel = cSKCC.ReadLevelList('Tribune', 'tribunelist.txt')
self.SenatorLevel = cSKCC.ReadLevelList('Senator', 'senator.txt')
self.WasLevel = cSKCC.ReadRoster('WAS', 'operating_awards/was/was_roster.php')
self.WasCLevel = cSKCC.ReadRoster('WAS-C', 'operating_awards/was-c/was-c_roster.php')
self.WasTLevel = cSKCC.ReadRoster('WAS-T', 'operating_awards/was-t/was-t_roster.php')
self.WasSLevel = cSKCC.ReadRoster('WAS-S', 'operating_awards/was-s/was-s_roster.php')
self.PrefixLevel = cSKCC.ReadRoster('PFX', 'operating_awards/pfx/prefix_roster.php')
@staticmethod
def WES(Year: int, Month: int) -> tuple[cFastDateTime, cFastDateTime]:
FromDate = cFastDateTime((Year, Month, 6))
StartDate = FromDate.FirstWeekdayAfterDate('Sat')
StartDateTime = StartDate + timedelta(hours=12)
EndDateTime = StartDateTime + timedelta(hours=35, minutes=59, seconds=59)
return StartDateTime, EndDateTime
@staticmethod
def SKS(Year: int, Month: int) -> tuple[cFastDateTime, cFastDateTime]:
FromDate = cFastDateTime((Year, Month, 1))
StartDate = cFastDateTime(None)
for _ in range(1, 4+1):
StartDate = FromDate.FirstWeekdayAfterDate('Wed')
FromDate = StartDate
StartDateTime = StartDate + timedelta(hours=0)
EndDateTime = StartDateTime + timedelta(hours=2)
return StartDateTime, EndDateTime
@staticmethod
def SKSE(Year: int, Month: int) -> tuple[cFastDateTime, cFastDateTime]:
FromDate = cFastDateTime((Year, Month, 1))
StartDate = FromDate.FirstWeekdayAfterDate('Thu')
StartDateTime = StartDate + timedelta(hours=20)
EndDateTime = StartDateTime + timedelta(hours=2)
return StartDateTime, EndDateTime
@staticmethod
def DuringSprint(fastDateTime: cFastDateTime) -> bool:
Year = fastDateTime.Year()
Month = fastDateTime.Month()
fastWesDateTimeStart, fastWesDateTimeEnd = cSKCC.WES(Year, Month)
if fastWesDateTimeStart <= fastDateTime <= fastWesDateTimeEnd:
return True
fastSksDateTimeStart, fastSksDateTimeEnd = cSKCC.SKS(Year, Month)
if fastSksDateTimeStart <= fastDateTime <= fastSksDateTimeEnd:
return True
fastSkseDateTimeStart, fastSkseDateTimeEnd = cSKCC.SKSE(Year, Month)
if fastSkseDateTimeStart <= fastDateTime <= fastSkseDateTimeEnd:
return True
return False
@staticmethod
def BlockDuringUpdateWindow() -> None:
def TimeNowGMT():
TimeNowGMT = time.strftime('%H%M00', time.gmtime())
return int(TimeNowGMT)
if TimeNowGMT() % 20000 == 0:
print('The SKCC website updates files every even UTC hour.')
print('SKCC Skimmer will start when complete. Please wait...')
while TimeNowGMT() % 20000 == 0:
time.sleep(2)
sys.stderr.write('.')
else:
print('')
''' The SKCC month abbreviations are always in US format. We
don't want to use the built in date routines because they are
locale sensitive and could be misinterpreted in other countries.
'''
@staticmethod
def NormalizeSkccDate(Date: str) -> str:
if not Date:
return ''
sDay, sMonthAbbrev, sYear = Date.split()
iMonth = cSKCC.MonthAbbreviations[sMonthAbbrev]
return f'{sYear:0>4}{iMonth:0>2}{sDay:0>2}000000'
def ExtractCallSign(self, CallSign: str) -> str | None:
#
# Strip any punctuation other than '/'.
#
CallSign = CallSign.strip(string.punctuation.strip('/'))
if '/' in CallSign:
if CallSign in self.Members:
return CallSign
Parts = CallSign.split('/')
if len(Parts) == 2:
Prefix, Suffix = Parts
elif len(Parts) == 3:
Prefix, Suffix, _ = Parts
else:
return None
if Prefix in self.Members:
return Prefix
if Suffix in self.Members:
return Suffix
elif CallSign in self.Members or CallSign == 'K3Y':
return CallSign
return None
@staticmethod
def ReadLevelList(Type: str, URL: str) -> dict[str, int] | NoReturn:
print(f'Retrieving SKCC award info from {URL}...')
try:
response = requests.get(f'https://www.skccgroup.com/{URL}')
if response.status_code != 200:
return {}
LevelList = response.text
Level: dict[str, int] = {}
TodayGMT = time.strftime('%Y%m%d000000', time.gmtime())
for Line in (x for I, x in enumerate(LevelList.splitlines()) if I > 0):
CertNumber, CallSign, MemberNumber,_FirstName,_City,_SPC,EffectiveDate,Endorsements = Line.split('|')
if ' ' in CertNumber:
CertNumber, X_Factor = CertNumber.split()
X_Factor = int(X_Factor[1:])
else:
X_Factor = 1
Level[MemberNumber] = X_Factor
SkccEffectiveDate = cSKCC.NormalizeSkccDate(EffectiveDate)
if TodayGMT < SkccEffectiveDate:
print(f' FYI: Brand new {Type}, {CallSign}, will be effective 00:00Z {EffectiveDate}')
elif Type == 'Tribune':
Match = re.search(r'\*Tx8: (.*?)$', Endorsements)
if Match:
Tx8_Date = Match.group(1)
SkccEffectiveTx8_Date = cSKCC.NormalizeSkccDate(Tx8_Date)
if TodayGMT < SkccEffectiveTx8_Date:
print(f' FYI: Brand new Tx8, {CallSign}, will be effective 00:00Z {Tx8_Date}')
return Level
except:
print(f"Unable to retrieve award info from main SKCC website. Unable to continue.")
sys.exit()
@staticmethod
def ReadRoster(Name: str, URL: str) -> dict[str, int] | NoReturn:
print(f'Retrieving SKCC {Name} roster...')
try:
response = requests.get(f'https://www.skccgroup.com/{URL}')
if response.status_code != 200:
return {}
HTML = response.text
Rows_RegEx = re.compile(r'<tr.*?>(.*?)</tr>', re.M|re.I|re.S)
Columns_RegEx = re.compile(r'<td.*?>(.*?)</td>', re.M|re.I|re.S)
RowMatches = Rows_RegEx.findall(HTML)
Roster: dict[str, int] = {}
for Row in (x for I, x in enumerate(RowMatches) if I > 0):
ColumnMatches = Columns_RegEx.findall(Row)
CertNumber = ColumnMatches[0]
CallSign = ColumnMatches[1]
if ' ' in CertNumber:
CertNumber, X_Factor = CertNumber.split()
X_Factor = int(X_Factor[1:])
else:
X_Factor = 1
Roster[CallSign] = X_Factor
return Roster
except:
print("Unable to retrieve an award roster from the main SKCC site. Unable to continue.")
sys.exit()
def ReadSkccData(self) -> None | NoReturn:
print('Retrieving SKCC award dates...')
try:
response = requests.get('https://www.skccgroup.com/membership_data/skccdata.txt')
if response.status_code != 200:
return
SkccList = response.text
Lines = SkccList.splitlines()
for Line in (x for I, x in enumerate(Lines) if I > 0):
_Number,CurrentCall,Name,_City,SPC,OtherCalls,PlainNumber,_,Join_Date,C_Date,T_Date,TX8_Date,S_Date,_Country = Line.split('|')
if OtherCalls:
OtherCallList = [x.strip() for x in OtherCalls.split(',')]
else:
OtherCallList = []
AllCalls = [CurrentCall] + OtherCallList
for Call in AllCalls:
self.Members[Call] = {
'name' : Name,
'plain_number' : PlainNumber,
'spc' : SPC,
'join_date' : cSKCC.NormalizeSkccDate(Join_Date),
'c_date' : cSKCC.NormalizeSkccDate(C_Date),
't_date' : cSKCC.NormalizeSkccDate(T_Date),
'tx8_date' : cSKCC.NormalizeSkccDate(TX8_Date),
's_date' : cSKCC.NormalizeSkccDate(S_Date),
'main_call' : CurrentCall,
}
except:
print(f"Unable to retrieve award dates from main SKCC website. Exiting.")
sys.exit()
@staticmethod
def IsOnSkccFrequency(fFrequency: float, Tolerance: int = 10) -> bool:
for Band, Value in cSKCC.Frequencies.items():
if Band == 60 and fFrequency >= 5332-1.5 and fFrequency <= 5405+1.5:
return True
MidPoints = Value
for MidPoint in MidPoints:
if fFrequency >= MidPoint-Tolerance and fFrequency <= MidPoint+Tolerance:
return True
return False
@staticmethod
def WhichBand(fFrequency: float, Tolerance: int = 10) -> None | int:
for Band, Value in cSKCC.Frequencies.items():
MidPoints = Value
for MidPoint in MidPoints:
if fFrequency >= MidPoint-Tolerance and fFrequency <= MidPoint+Tolerance:
return Band
return None
@staticmethod
def WhichArrlBand(fFrequency: float) -> int | None:
if fFrequency > 1800 and fFrequency < 2000:
return 160
if fFrequency > 3500 and fFrequency < 3600:
return 80
if fFrequency > 7000 and fFrequency < 7125:
return 40
if fFrequency > 10100 and fFrequency < 10150:
return 30
if fFrequency > 14000 and fFrequency < 14150:
return 20
if fFrequency > 18068 and fFrequency < 18168:
return 17
if fFrequency > 21000 and fFrequency < 21450:
return 15
if fFrequency > 24890 and fFrequency < 24990:
return 12
if fFrequency > 28000 and fFrequency < 29700:
return 10
if fFrequency > 50000 and fFrequency < 54000:
return 6
return None
@staticmethod
def IsOnWarcFrequency(fFrequency: float, Tolerance: int = 10) -> bool:
WarcBands = [30, 17, 12]
for Band in WarcBands:
MidPoints = cSKCC.Frequencies[Band]
for MidPoint in MidPoints:
if fFrequency >= MidPoint-Tolerance and fFrequency <= MidPoint+Tolerance:
return True
return False
def GetFullMemberNumber(self, CallSign: str) -> tuple[str, str]:
Entry = self.Members[CallSign]
MemberNumber = Entry['plain_number']
Suffix = ''
Level = 1
if Effective(Entry['s_date']):
Suffix = 'S'
Level = self.SenatorLevel[MemberNumber]
elif Effective(Entry['t_date']):
Suffix = 'T'
Level = self.TribuneLevel[MemberNumber]
if Level == 8 and not Effective(Entry['tx8_date']):
Level = 7
elif Effective(Entry['c_date']):
Suffix = 'C'
Level = self.CenturionLevel[MemberNumber]
if Level > 1:
Suffix += f'x{Level}'
return (MemberNumber, Suffix)
def Log(Line: str) -> None:
if config.LOG_FILE.ENABLED:
with open(config.LOG_FILE.FILE_NAME, 'a', encoding='utf-8') as File:
File.write(Line + '\n')
def LogError(Line: str) -> None:
if config.LOG_BAD_SPOTS:
with open('Bad_RBN_Spots.log', 'a', encoding='utf-8') as File:
File.write(Line + '\n')
def signal_handler(_signal: Any, _frame: Any):
sys.exit()
def AbbreviateClass(Class: str, X_Factor: int) -> str:
if X_Factor > 1:
return f'{Class}x{X_Factor}'
return Class
def BuildMemberInfo(CallSign: str) -> str:
Entry = SKCC.Members[CallSign]
Number, Suffix = SKCC.GetFullMemberNumber(CallSign)
Name = Entry['name']
SPC = Entry['spc']
return f'({Number:>5} {Suffix:<4} {Name:<9.9} {SPC:>3})'
def IsInBANDS(Frequency: float) -> bool:
def InRange(Band: int, fFrequency: float, Low: float, High: float) -> bool:
return Band in config.BANDS and fFrequency >= Low and fFrequency <= High
if InRange(160, Frequency, 1800, 2000):
return True
if InRange(80, Frequency, 3500, 4000):
return True
if InRange(60, Frequency, 5330.5-1.5, 5403.5+1.5):
return True
if InRange(40, Frequency, 7000, 7300):
return True
if InRange(30, Frequency, 10100, 10150):
return True
if InRange(20, Frequency, 14000, 14350):
return True
if InRange(17, Frequency, 18068, 18168):
return True
if InRange(15, Frequency, 21000, 21450):
return True
if InRange(12, Frequency, 24890, 24990):
return True
if InRange(10, Frequency, 28000, 29700):
return True
if InRange(6, Frequency, 50000, 50100):
return True
return False
def Lookups(LookupString: str) -> None:
def PrintCallSign(CallSign: str):
Entry = SKCC.Members[CallSign]
MyNumber = SKCC.Members[config.MY_CALLSIGN]['plain_number']
Report = [BuildMemberInfo(CallSign)]
if Entry['plain_number'] == MyNumber:
Report.append('(you)')
else:
GoalList = QSOs.GetGoalHits(CallSign)
if GoalList:
Report.append(f'YOU need them for {",".join(GoalList)}')
TargetList = QSOs.GetTargetHits(CallSign)
if TargetList:
Report.append(f'THEY need you for {",".join(TargetList)}')
# NX1K 12-Nov-2017 Put in check for friend.
IsFriend = CallSign in config.FRIENDS
if IsFriend:
Report.append('friend')
if not GoalList and not TargetList:
Report.append("You don't need to work each other.")
print(f' {CallSign} - {"; ".join(Report)}')
LookupList = cCommon.Split(LookupString.upper())
for Item in LookupList:
Match = re.match(r'^([0-9]+)[CTS]{0,1}$', Item)
if Match:
Number = Match.group(1)
for CallSign, Value in SKCC.Members.items():
Entry = Value
if Entry['plain_number'] == Number:
if CallSign == Entry['main_call'] == CallSign:
break
else:
print(f' No member with the number {Number}.')
continue
PrintCallSign(CallSign)
else:
CallSign = SKCC.ExtractCallSign(Item)
if not CallSign:
print(f' {Item} - not an SKCC member.')
continue
PrintCallSign(CallSign)
print('')
def FileCheck(Filename: str) -> None | NoReturn:
if os.path.exists(Filename):
return
print('')
print(f"File '{Filename}' does not exist.")
print('')
sys.exit()
#
# Main
#
#
# cVersion is an uncontrolled file (not committed to Git). It is created by
# a release script to properly identify the version stamp of the release, so
# this code imports the file if it exists or, if it does not, reverts to a
# generic string.
#
try:
# pyright: reportMissingImports=false
import Lib.cVersion
# pyright: reportUnknownVariableType=false
# pyright: reportUnknownMemberType=false
VERSION = Lib.cVersion.VERSION
except:
VERSION = '<dev>'
print(f'SKCC Skimmer version {VERSION}\n')
US_STATES = 'AK AL AR AZ CA CO CT DE FL GA HI IA ID IL IN KS KY LA MA MD ME MI MN MO MS MT NC ND NE NH NJ NM NV NY OH OK OR PA RI SC SD TN TX UT VA VT WA WI WV WY'.split(' ')
ArgV = sys.argv[1:]
config = cConfig(ArgV)
# Default the K3Y_YEAR in case it isn't set in the config file.
K3Y_YEAR = datetime.now().year
CLUSTERS = 'SKCC RBN'
cSKCC.BlockDuringUpdateWindow()
config.MY_CALLSIGN = config.MY_CALLSIGN.upper()
Levels = {
'C' : 100,
'T' : 50,
'S' : 200,
'P' : 500000,
}
if config.VERBOSE:
config.PROGRESS_DOTS.ENABLED = False
signal.signal(signal.SIGINT, signal_handler)
FileCheck(config.ADI_FILE)
Display = cDisplay()
SKCC = cSKCC()
if config.MY_CALLSIGN not in SKCC.Members:
print(f"'{config.MY_CALLSIGN}' is not a member of SKCC.")
sys.exit()
QSOs = cQSO()
QSOs.GetGoalQSOs()
QSOs.PrintProgress()
print('')
QSOs.AwardsCheck()
if config.INTERACTIVE:
print('')
print('Interactive mode. Enter one or more comma or space separated callsigns.')
print('')
print("(Enter 'q' to quit, 'r' to refresh)")
print('')
while True:
sys.stdout.write('> ')
sys.stdout.flush()
Line = sys.stdin.readline().strip().lower()
if Line in ('q', 'quit'):
sys.exit()
elif Line in ('r', 'refresh'):
QSOs.Refresh()
elif Line == '':
continue
else:
print('')
Lookups(Line)
Spotters = cSpotters()
Spotters.GetSpotters()
def FormatDistance(Miles: int) -> str:
if config.DISTANCE_UNITS == "mi":
return f'{Miles}mi'
return f'{Miles2Km(Miles)}km'
NearbyList = Spotters.GetNearbySpotters()
SpotterList = [f'{Spotter}({FormatDistance(Miles)})' for Spotter, Miles in NearbyList]
SPOTTERS_NEARBY = [Spotter for Spotter, _ in NearbyList]
print(f' Found {len(SpotterList)} spotters:')
List = textwrap.wrap(', '.join(SpotterList), width=80)
for Element in List:
print(f' {Element}')
if config.LOG_FILE.DELETE_ON_STARTUP:
Filename = config.LOG_FILE.FILE_NAME
if os.path.exists(Filename):
os.remove(Filename)
print('')
print('Running...')
print('')
SocketLoop = cSocketLoop()
RBN = cRBN_Filter(SocketLoop, CallSign=config.MY_CALLSIGN, Clusters=CLUSTERS)
if config.SKED.ENABLED:
cSked()
SocketLoop.Run()
-----