| SELECT pods.name, stats_metrics.download_total, stats_metrics.download_week, stats_metrics.app_total, stats_metrics.app_week FROM stats_metrics JOIN pods ON stats_metrics.pod_id = pods.id ORDER BY app_total DESC LIMIT 300; |
| apply plugin: 'base' | |
| buildscript { | |
| repositories { | |
| mavenCentral() | |
| } | |
| dependencies { | |
| classpath 'net.sf.proguard:proguard-gradle:4.11' | |
| } | |
| } |
Note-taking for What the heck is the event loop anyway? by Philip Roberts.
JavaScript: a single-threaded, non-blocking, asynchronous, concurrent language.
JavaScript has a call stack, an event loop, a callback queue, some other APIs and stuff.
V8 has a call stack and a heap.
DOM, Ajax (XMLHttpRequest), setTimeout are from Web APIs provided by browser.
I bought (a few) Wireless-N WiFi adapters from Ebay to enable WiFi on my OpenELEC-featured Raspberry Pi. I was hoping it would work out-of-the-box, but that wasn't true. Some attempts such as modprobe rt2x00usb did not work as expected because it's a totally different chipset.
The output of lsusb:
...
Bus 001 Device 004: ID 148f:7601 Ralink Technology, Corp.
...
| Remove osxfuse if installed via homebrew: | |
| > brew uninstall osxfuse | |
| Install osxfuse binary and choose to install the MacFUSE compatibility layer: | |
| http://sourceforge.net/projects/osxfuse/files/latest/download?source=files | |
| Reboot (optional but recommended by osxfuse) | |
| Install ntfs-3g via homebrew: | |
| > brew update && brew install ntfs-3g |
| # Simple, scrappy UDP DNS server in Ruby (with protocol annotations) | |
| # By Peter Cooper | |
| # | |
| # MIT license | |
| # | |
| # * Not advised to use in your production environment! ;-) | |
| # * Requires Ruby 1.9 | |
| # * Supports A and CNAME records | |
| # * See http://www.ietf.org/rfc/rfc1035.txt for protocol guidance | |
| # * All records get the same TTL |
python:2.7.14-jessie (even my local fresh macOS has problem of building)docker run -it -v [your-cloned-kali-nethunter-repo]:/root/kali-nethunter python:2.7.14-jessie bashpython /root/kali-nethunter/nethunter-installer/build.py -d flounder --nougat --rootfs full (you have to build the Nougat version on your own, because the latest official version is only for Marshmallow)
| Prerequisites (this is what I use, your mileage may vary): | |
| Mac OS X 10.10.4 running on iMac13,2 | |
| XQuartz (http://xquartz.macosforge.org) | |
| PlayOnMac 4.2.8 (https://www.playonmac.com) - N.B. PlayOnLinux available | |
| Wine 1.6.2 (downloaded in PlayOnMac) | |
| The First Decade (TFD) DVD (Red Alert 2 and Yuri's Revenge) | |
| TFD v1.03 revision 4 patch (http://www.cncnz.com/hosted-projects/command-patch/the-first-decade-unofficial-patch/) | |
| Updates to latest versions of RA2 and Yuri plus NO-CD, TCP (network play) patch and other goodies | |
| Install PlayOnMac |
When you declare a request and response using the traditional Pact DSL, ("uponReceiving" and "willRespondWith") you're building a structure that has three purposes -
The three different uses of this structure are hidden from you when using HTTP Pact because the mock service handles numbers 1 & 2 in the consumer tests, and the verification task handles number 3 for you in the provider tests. When using Pact in a non-HTTP scenario, there is no nice neat protocol layer to inject the code to do this for you, so you have to explicitly do each step.
The file expected_data_from_collector.rb declares an object graph using the Pact DSL. This is going to be used to create the concrete example and the contract. This could be declared inline, but for easier maintenance, and to allow the contr
TelekomEinrichtung mit manueller Eingabe von Zugangsdaten