Multi-platform "Fast Log Entry"(FLE) processing tool
You can not select more than 25 topics Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
 
 
 
 
Go to file
Jean-Marc MEESSEN 884631a29b
Fix time gap issues
4 years ago
.github Implement end-to-end tests 4 years ago
.vscode fixed Band Parsing 4 years ago
doc Fix time gap issues 4 years ago
docker Fix time gap issues 4 years ago
flecmd Refactor ADIF processing and improve tests 4 years ago
fleprocess Fix time gap issues 4 years ago
notes Enable makefile as a multi-purpose tool 4 years ago
test Fix docker script to work with current directory containing spaces (#56) 4 years ago
.gitignore Enable makefile as a multi-purpose tool 4 years ago
.goreleaser.yml Add custom release notes 4 years ago
LICENSE Skeleton complete 5 years ago
Makefile Implement end-to-end tests 4 years ago
README.md Enable makefile as a multi-purpose tool 4 years ago
go.mod Adding GridLocator and MyGrid support 4 years ago
go.sum Adding GridLocator and MyGrid support 4 years ago
main.go Simplify CLI user interface 4 years ago

README.md

FLEcli

Multi-platform "Fast Log Entry"(FLE) processing tool.

Go Build & Test codecov

"Fast Log Entry" is a nifty tool, written by DF3CB. It allows quick and efficient entry of radio amateur contacts made during DXpeditions, contests or SOTA/WWFF activation. It can export the listed contacts in ADIF format ready to be uploaded to eQSL/LOTW or submitted for SOTA and WWFF. The program is only available as a Windows executable which leaves the Mac or Linux users (like me) in the cold.

This tool is intended to process FLE formatted files on other platform than Windows. The FLE file format is described on https://www.df3cb.com/fle/documentation/

But is also the alibi to learn and explore GO.


Installing

The tool is installed by downloading and unpacking the archive for your operating system.

A version is available for Windows, MacOS, Linux and ARM (RaspeberyPi). Most of them are available as 32 or 64 bit applications. A docker version is also available.

The releases can be downloaded from https://github.com/on4kjm/FLEcli/releases

Detailed installation instructions can be found at this page.

Usage

Detailed explanations can be found on this page.

Most comon use cases are described hereafter as examples.

Example: validate the FLE syntax of a file

To load and validate the FLE formated file (myActivation.txt:

./FLEcli load myActivation.txt

This command will parse and display the QSOs in grid format. Fields that couldn't be successfully parsed are prefixed with "*". Parsing errors or doubts are listed at the end of the list.

Example: generate an ADIF file

To generate an ADIF file based on activation.txt:

./FLEcli adif -i --overwrite activation.txt output/activation.adi

The second element after the input specifies the path and name of the output file. If is omitted, the tool will generate a filename. It is based on the input filename, just replacing the extension with .adi.

The -o or --overwrite flag indicates that, if the output file already exists, it should be overwritten.

The -i or --interpolate flag will interpolate the missing non-entered times based on the first and the last entered time.

Example: generate an ADIF file for WWFF upload

To generate a WWFF-ready ADIF file:

./FLEcli adif -i --wwff ON4KJM@ONFF-025920200524.txt 

The --wwff (or -w in the short form) indicates the adif flavour to produce. You can also use the --sota switch to generate an ADIF file containing SOTA details. The switch can be used together with --wwff

As we didn't provide an output filename, the default output, ON4KJM@ONFF-025920200524.adi will be used.

Example: generate a SOTA csv file

To generate a CSV file that can be uploaded to https://www.sotadata.org.uk/ to report SOTA activations:

./FLEcli csv --interpolate --overwrite sotaActivation.txt

or the short form

./FLEcli csv -i -o sotaActivation.txt

This command will generate sotaActivation.csv based on the sotaActivation.txt FLE logfile. If the output file exists, it will be overwritten as the --overwrite flag has been specified. The --interpolate flag will interpolate the missing non-entered times based on the first and the last entered time.