You know what? I ain’t even gonna lie. I have no idea how I could use this, but I have a feeling that it might be a useful tool for my toolbox at some point in the future.
From the wipes GitHub page
wipes is a simple Go program that reads from STDIN and demuxes lines to open WebSockets. For convenience, it also serves files over HTTP (defaulting to the local directory) such that you can talk to the WS server easily.
From the Cargo Home page
Cargo is a thin wrapper that allows you to manipulate various type of application containers (Java EE and others) in a standard way.
Cargo is often used to deploy applications to containers from test APIs (such as JUnit), ANT or Maven builds. Cargo can install the container and dependencies needed for your deployment as well.
From the Revel manual on the Revel Website:
Revel is a batteries-included web framework in the spirit of Rails or Play! Framework. Many of the same (proven) ideas are incorporated in the framework design and interface.
Revel makes it easy to build web applications using the Model-View-Controller (MVC) pattern by relying on conventions that require a certain structure in your application. In return, it is very light on configuration and enables an extremely fast development cycle.
Not as poweful as JMeter, but way simpler to get setup, especially from the command line. I am currently using it to throw some load at a dev server to observe the memory utilization over time.
$ vegeta -h
Usage: vegeta [globals] <command> [options]
attack command:
-body="": Requests body file
-duration=10s: Duration of the test
-header=: Request header
-ordering="random": Attack ordering [sequential, random]
-output="stdout": Output file
-rate=50: Requests per second
-redirects=10: Number of redirects to follow
-targets="stdin": Targets file
-timeout=0: Requests timeout
report command:
-input="stdin": Input files (comma separated)
-output="stdout": Output file
-reporter="text": Reporter [text, json, plot]
global flags:
-cpus=8 Number of CPUs to use
examples:
echo "GET http://localhost/" | vegeta attack -duration=5s | tee results.bin | vegeta report
vegeta attack -targets=targets.txt > results.bin
vegeta report -input=results.bin -reporter=json > metrics.json
cat results.bin | vegeta report -reporter=plot > plot.html
From the RoboVM website:
Java bytecode to native
RoboVM translates Java bytecode into native ARM or x86 code. Apps run fast
directly on the CPU. No interpreter involved.Native API and hardware access
RoboVM includes a Java to Objective-C bridge that makes it possible to call
into the native iOS CocoaTouch APIs. Objective-C objects can be used just like
any other Java object.Code reuse
Easily share code between desktop, Android and iOS apps. The standard classes
(java.lang.*, java.util.*, etc) included in RoboVM are based on Android’s
runtime.Open-source
The compile time tools are GPLv2 licensed. Runtime code is licensed under
business friendly licenses, mostly the Apache License v2.0.Familiar tools
RoboVM comes with Eclipse and Maven integration. Use the tools you’re used to
from the Java world.
From the vis.js website (via):
Vis.js is a dynamic, browser based visualization library. The library is designed to be easy to use,
to handle large amounts of dynamic data, and to enable manipulation of and interaction with the data.
The library consists of the components DataSet, Timeline, and Graph.
It looks an awful lot like GitHub.
Here’s the link the GitBucket GitHub repo
Here’s the list of items from the table of contents:
