dnas2

//INCLUDE_ASSEMBLY System.dll
//INCLUDE_ASSEMBLY System.Windows.Forms.dll
//INCLUDE_ASSEMBLY IOComm.dll

using System;
using System.Windows.Forms;
using IOComm;

namespace DXLog.net
{

dnas2

#!/usr/bin/python

# Run this with RTL-SDR connected to Raspberry Pi and Pipe rtl_power to it as follows:
# rtl_power -f 433.175M:433.225M:0.005M -p 42 -g 20 -i 3 | python gb3py_mon.py
# Set the -p (Parts per million calibration) and -g (Gain) as required for your SDR. You may also need to change the threshold for detecting a carrier at line 27

import sys
import datetime
import os
do_run = True

dnas2

#!/usr/bin/perl

# Run as an hourly cronjob. It auto-learns when spots are sent, so handles them as quickly as possible after they are available.

# use module
use XML::Simple;
use Data::Dumper;
use LWP::Simple;
use Time::Local;

dnas2

$resultsarray = @()
$shell = New-Object -COMObject Shell.Application
Get-ChildItem "[PATH HERE]" | 
Foreach-Object {
 $linkObject = new-object PSObject
 $path = $_.FullName
 $folder = Split-Path $path
 $file = Split-Path $path -Leaf
 $shellfolder = $shell.Namespace($folder)
 $shellfile = $shellfolder.ParseName($file)

dnas2

/* 
This file takes a CSV output from rtlsdr_scanner (http://eartoearoak.com/software/rtlsdr-scanner)
and parses it to see whether three distinct radio mic channels have a carrier on them.
Call the CLI version of rtlsdr_scanner using something like:
rtlsdr_scan.py -s 863 -e 865 -f 256 -g 20 "Z:\RadioMicMonitor\scan.csv"

Created by Dom Smith as part of Red Gate Software's Down Tools Week, March 2014
*/

private Dictionary<string, bool> parseCsv()