Results for automatic-release-tool

Build and deploy tools for Cocoa apps using Sparkle for distributions and upgrades; it’s like Hoe but for Cocoa apps. Package up your OS X/Cocoa applications into Custom DMGs, generate Sparkle XML, and upload. Instead of hours, its only 30 seconds to release each new version of an application. Build and deploy tools for Cocoa apps using Sparkle for distributions and upgrades; it's like Hoe but for Cocoa apps. The main feature is a powerful rake task "rake appcast" which builds a release of your application, creates a DMG package, generates a Sparkle XML file, and posts the package and XML file to your remote host via rsync. All rake tasks: rake build # Build Xcode Release rake dmg[automount] # Create the dmg file for appcasting (`rake dmg`, or `rake dmg[automount]` to automatically mount the dmg) rake feed # Create/update the appcast file rake upload # Upload the appcast file to the host rake version:bump:major # Bump the gemspec by a major version. rake version:bump:minor # Bump the gemspec by a minor version. rake version:bump:patch # Bump the gemspec by a patch version. rake version:current # Display the current version

SemillaGen let's you create (Actionscript3.0 based) projects and classes with ease. SemillaGen generated projects or classes are customizable via templates. The default templates setup the project for Continuous Integration using FlexUnit. the default class template creates a class and a test case automatically. usage: To create a new project run: $ semillagen project MyAwesomeProject $ ls MyAwesomeProject To create a new class with test case: $ cd MyAwesomeProject $ semillagen class com.semilla.MillionDollarClass You will see that semillagen created the following files: src/com/semilla/MillionDollarClass.as test-src/com/semilla/MillionDollarClassTest.as The default template is ready for building as soon as created. To build and test your project we use rake. $ rake Rake will build a debug and release versions of your project. It will also create a FlexUnit test swf and run the test. You will see the results of the tests and also you will see some xml files under the [test-report] folder. These reports are JUnit compatible. You can use a CI tool like Jenkins to automatically build and test your project.

pikuri-memory gives a pikuri-core agent durable, long-lived memory: facts about the user and their work that persist across conversations. It wires a +recall+ tool plus an automatic per-turn prefetch onto an agent via +c.add_extension Pikuri::Memory::Extension.new(...)+ inside the +Agent.new+ block — same opt-in shape as +pikuri-tasks+ / +pikuri-vectordb+. Recall is automatic and synchronous (embed + vector search, milliseconds); capture is automatic and asynchronous (an off-the-interaction-path extraction queue), so a turn never blocks on "what should I remember?". Storage is mem0 (https://github.com/mem0ai/mem0) reached over a thin Faraday HTTP client — the append-only +add+ / read-time +search+ model. Only the *user's own words* are fed to extraction (a write-side hygiene rule that structurally drops system/assistant/tool-sourced junk), and recalled context enters the chat as a +:system+ message so it is provenance-tagged and excluded from the next extraction pass. This release ships the Ruby client + extension + tool against a *bring-your-own* mem0 endpoint; a self-managed mem0 sidecar supervisor (the +ChromaServer+-style docker pattern) is a follow-on.

== PintosCheck -- Auto Pintos Checker to Save the Day == == Functionalities == The functionality of this simple script is to download pintos homework assignments from the mail inbox and then run through all the desired tests and finally generate reports in plain text or html formats, all automatically. == Requirements For Running PintosCheck == Since all the scripts are written in ruby, PintosCheck require ruby installed on the system. I use ruby 1.8.7 for development, but ruby 1.9.* versions are expected to function as well. However, ruby 1.8.6 and lower versions are not supported. For information of downloading and installing ruby, see http://www.ruby-lang.org/en/downloads/. In addition to ruby itself, RubyGems 1.3.* is also required because it hosts the installation source for this project and almost all other ruby projects as well. To download or update RubyGems, please go to http://gemcutter.org/pages/download for more information. == Installation == Once you have all the requirements on your system, it's really easy to install PintosCheck. In the UNIX shell or Windows command line environment, type the following command(sudo if needed): gem install pintoscheck --include-dependencies Go grab a cup of coffee, and PintosCheck will automatically download and install itself onto the system. To check the installation, type 'ptschk --version', and if something like 'PintosCheck 0.1.0' pops up then you're green to go! == Finally, how do I check my students' pintos homework? == This project ships with a 'ptschk' command tool. This tool needs a task configuration file to actually do everything. The configuration file is in YAML format, which is basically a recursive key-value pair representation. If you're using PintosCheck for the first time, there's a very nice command line option to generate the skeleton for you. Just run 'ptschk init my_first_task.config' and a file named 'my_first_task.config' will be generated for you. Inside this file there is a set of the minimal options for the task to run properly, and you just have to fill in what you need. After you set up your configuration file, run 'ptschk run my_first_task.config' and the tasks will kick off immediately, and after a while the report will be generated. A detailed configuration options for advanced task setup will be available in production release of this project.

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