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The main focus of version 0.6.0 is to extend the Framework to handle Large Data, improve the code architecture and the public APIs, simplify data parsing, enhance the documentation and move to a permissive license.

Let’s see in detail the changes of this version: Since a large part of the framework was rewritten to make it more efficient and easier to use, the version 0.6.0 is not backwards compatible with earlier versions of the framework.

The development of the framework will continue and the following enhancements should be made before the release of version 1.0: Other important tasks that should be done in the upcoming versions: As you can see it’s a long road and I could use some help.

Carthage/Carthage

For an in depth guide, read on from Adding frameworks to an application There are multiple options for installing Carthage: Once you have Carthage installed, you can begin adding frameworks to your project.

However, for example, if you are building a Swift 2.3 project using Xcode 8.x, one approach to specifying your default swift for carthage bootstrap is to use the following command: After you’ve finished the above steps and pushed your changes, other users of the project only need to fetch the repository and run carthage bootstrap to get started with the frameworks you’ve added.

In rare cases, you may want to also copy each dependency into the build product (e.g., to embed dependencies within the outer framework, or make sure dependencies are present in a test bundle).

If you’ve modified your Cartfile, or you want to update to the newest versions of each framework (subject to the requirements you’ve specified), simply run the carthage update command again.

It can be used by passing --new-resolver to the update command, e.g., If you are experiencing performance problems during updates, please give the new resolver a try If the framework you want to add to your project has dependencies explicitly listed in a Cartfile, Carthage will automatically retrieve them for you.

If the embedded framework in your project has dependencies to other frameworks you must link them to application target (even if application target does not have dependency to that frameworks and never uses them).

If you’d like to have dependencies available as Git submodules instead (perhaps so you can commit and push changes within them), you can run carthage update or carthage checkout with the --use-submodules flag.

If you want to work on your dependencies during development, and want them to be automatically rebuilt when you build your parent project, you can add a Run Script build phase that invokes Carthage like so: Note that you should be using submodules before doing this, because plain checkouts should not be modified directly.

If you encounter build failures in carthage build --no-skip-current, try running xcodebuild -scheme SCHEME -workspace WORKSPACE build or xcodebuild -scheme SCHEME -project PROJECT build (with the actual values) and see if the same failure occurs there.

Carthage determines which versions of your framework are available by searching through the tags published on the repository, and trying to interpret each tag name as a semantic version.

Carthage can automatically use prebuilt frameworks, instead of building from scratch, if they are attached to a GitHub Release on your project’s repository or via a binary project definition file.

To offer prebuilt frameworks for a specific tag, the binaries for all supported platforms should be zipped up together into one archive, and that archive should be attached to a published Release corresponding to that tag.

Static frameworks can be linked directly into your application or merged together into a larger dynamic framework with a few simple modifications to your workflow, which can result in dramatic reductions in pre-main lauch times.

Carthage uses xcodebuild to build dependencies, instead of integrating them into a single workspace, it doesn’t have a similar specification file but your dependencies must include their own Xcode project that describes how to build their products.

Ultimately, we created Carthage because we wanted the simplest tool possible—a dependency manager that gets the job done without taking over the responsibility of Xcode, and without creating extra work for framework authors.

Understanding the GitHub Flow

You can open a Pull Request at any point during the development process: when you have little or no code but want to share some screenshots or general ideas, when you're stuck and need help or advice, or when you're ready for someone to review your work.

By using GitHub's @mention system in your Pull Request message, you can ask for feedback from specific people or teams, whether they're down the hall or ten time zones away.

Previous Serverless Version 0.5.x

Website • Docs • Newsletter • Gitter • Forum • Meetups • Twitter • We're Hiring The Serverless Framework – Build applications comprised of microservices that run in response to events, auto-scale for you, and only charge you when they run.

This lowers the total cost of maintaining your apps, enabling you to build more logic, faster.

It's a command-line tool, providing scaffolding, workflow automation and best practices for developing and deploying your serverless architecture.

Watch the video guide here or follow the steps below to create and deploy your first serverless microservice in minutes.

Open up a separate tab in your console and stream all logs for a specific Function using this command.

The following are services you can instantly install and use by running serverless install --url <service-github-url>

All files located in the node_modules and external directories are externally maintained libraries used by this software which have their own licenses;

Git Handbook

As the project evolves, teams can run tests, fix bugs, and contribute new code with the confidence that any version can be recovered at any time.

Developers can review project history to find out: Git is an example of a distributed version control system (DVCS) commonly used for open source and commercial software development.

DVCSs allow full access to every file, branch, and iteration of a project, and allows every user access to a full and self-contained history of all changes.

The file history appears as snapshots in time called commits, and the commits exist as a linked-list relationship, and can be organized into multiple lines of development called branches.

Using the command line or other ease-of-use interfaces, a git repository also allows for: interaction with the history, cloning, creating branches, committing, merging, comparing changes across versions of code, and more.

GitHub is a Git hosting repository that provides developers with tools to ship better code through command line features, issues (threaded discussions), pull requests, code review, or the use of a collection of free and for-purchase apps in the GitHub Marketplace.

Then, using the GitHub flow, developers simply create a branch to work on updates, commit changes to save them, open a pull request to propose and discuss changes, and merge pull requests once everyone is on the same page.

Sometimes, a series of commands can paint a picture of how to use Git: There are two primary ways people collaborate on GitHub: With a shared repository, individuals and teams are explicitly designated as contributors with read, write, or administrator access.

For an open source project, or for projects to which anyone can contribute, managing individual permissions can be challenging, but a fork and pull model allows anyone who can view the project to contribute.

Manual installation of the Adapt framework

The Adapt-CLI provides a command for creating a course.

There may be times when using the command line interface is unsuitable, for example, when installing the develop branch or when installing a fork or test package.

Such situations require manual installation, and the following instructions aim to help.

(If you are a Windows user, you may need to unblock the ZIP archive before you extract it.) Open a console interface (e.g.

Determine if a dependency failed to install properly, if you forgot to install one of the prerequisites, or if you require elevated permissions.

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