Pico Others Driver Download For Windows

  1. Download the latest drivers, software, firmware, and diagnostics for your HP printers from the official HP Support website.
  2. Windows 10 Compatibility If you upgrade from Windows 7 or Windows 8.1 to Windows 10, some features of the installed drivers and software may not work correctly.
  3. A boot-start driver is a driver for a device that must be installed to start the Microsoft Windows operating system. Most boot-start drivers are included 'in-the-box' with Windows, and Windows automatically installs these boot-start drivers during the text-mode setup phase of Windows installation.
  1. Pico Others Driver Download For Windows 7
  2. Pico Others Driver Download For Windows 8
  3. Pico Others Driver Download For Windows 8.1
  4. Pico Others Driver Download For Windows 10
  5. Pico Others Driver Download For Windows

ZOTAC - The original creators, pioneers, and manufacturer of Mini PCs and innovators of the fastest NVIDIA GeForce GTX Gaming Graphics Cards.

Download the latest version of Pico or visit us on GitHub.


Install

Installing Pico is dead simple - and done in seconds! If you have access to a shell on your server (i.e. SSH access), we recommend using Composer. If not, use a pre-bundled release. If you don’t know what “SSH access” is, head over to the pre-bundled release. 😇

Pico requires PHP 5.3.6+ and the PHP extensions dom and mbstring to be enabled.

I want to use Composer

Starting with Pico 2.0 we recommend installing Pico using Composer whenever possible. Trust us, you won’t regret it when it comes to upgrading Pico! Anyway, if you don’t want to use Composer, or if you simply can’t use Composer because you don’t have access to a shell on your server, don’t despair, installing Pico using a pre-bundled release is still easier than everything you know!

Step 1

Open a shell and navigate to the httpdocs directory (e.g. /var/www/html) of your server. Download Composer and run it with the create-project option to install it to the desired directory (e.g. /var/www/html/pico):

Step 2

What second step? There’s no second step. That’s it! Open your favorite web browser and navigate to your brand new, stupidly simple, blazing fast, flat file CMS! Pico’s sample contents will explain how to create your own contents. 😊

I want to use a pre-bundled release

Do you know the feeling: You want to install a new website, so you upload all files of your favorite CMS and run the setup script - just to find out that you forgot about creating the SQL database first? Later the setup script tells you that the file permissions are wrong. Heck, what does this even mean? Forget about it, Pico is different!

Step 1

Download the latest Pico release and upload all files to the desired install directory of Pico within the httpdocs directory (e.g. /var/www/html/pico) of your server.

Step 2

Okay, here’s the catch: There’s no catch. That’s it! Open your favorite web browser and navigate to your brand new, stupidly simple, blazing fast, flat file CMS! Pico’s sample contents will explain how to create your own contents. 😊

I want to manage my website using a Git repository

Git is a very powerful distributed version-control system - and it can be used to establish a nice workflow around your Pico website. Using a Git repository for your website aids content creation and deployment, including collaborative editing and version control. If you want to manage your website in a Git repository, you use a Composer-based installation.

  1. Fork Pico’s Composer starter project using GitHub’s fork button. If you don’t want to use GitHub you aren’t required to, you can choose whatever Git server you want. Forking manually just requires some extra steps: First clone the Git repository locally, add your Git server as a remote and push the repository to this new remote.

  2. Clone your fork locally and add your contents and assets. You can edit Pico’s composer.json to include 3rd-party plugins and themes, or simply add your own plugins and themes to Pico’s plugins resp. themes directories. Don’t forget to commit your changes and push them to your Git server.

  3. Open a shell on your webserver and navigate to the httpdocs directory (e.g. /var/www/html). Download Composer, clone your Git repository to the desired directory (e.g. /var/www/html/pico) and install Pico’s dependencies using Composer’s install option:

  4. If you update your website’s contents, simply commit your changes and push them to your Git server. Open a shell on your webserver and navigate to Pico’s install directory within the httpdocs directory (e.g. /var/www/html/pico) of your server. Pull all changes from your Git server and update Pico’s dependencies using Composer’s update option:

I’m a developer

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So, you’re one of these amazing folks making all of this possible? We love you guys! As a developer we recommend you to clone Pico’s Git repository as well as the Git repositories of Pico’s default theme and the PicoDeprecated plugin. You can set up your workspace using Pico’s Composer starter project and include all of Pico’s components using local packages.

Using Pico’s Git repositories is different from using one of the installation methods elucidated above. It gives you the current development version of Pico, what is likely unstable and not ready for production use!

  1. Open a shell and navigate to the desired directory of Pico’s development workspace within the httpdocs directory (e.g. /var/www/html/pico) of your server. Download and extract Pico’s Composer starter project into the workspace directory:

  2. Clone the Git repositories of all Pico components (Pico’s core, Pico’s default theme and the PicoDeprecated plugin) into the components directory:

  3. Instruct Composer to use the local Git repositories as replacement for the picocms/pico (Pico’s core), picocms/pico-theme (Pico’s default theme) and picocms/pico-deprecated (the PicoDeprecated plugin) packages. Update the composer.json of your development workspace (i.e. workspace/composer.json) accordingly:

  4. Download Composer and run it with the install option:

You can now open your web browser and navigate to Pico’s development workspace. All changes you make to Pico’s components will automatically be reflected in the development workspace.

By the way, you can also find all of Pico’s components on Packagist.org: Pico’s core, Pico’s default theme, the PicoDeprecated plugin and Pico’s Composer starter project.

Upgrade Learn more…

Do you remember when you installed Pico? It was ingeniously simple, wasn’t it? Upgrading Pico is no difference! The upgrade process differs depending on whether you used Composer or a pre-bundled release to install Pico. Please note that you should always create a backup of your Pico installation before upgrading!

Pico follows Semantic Versioning 2.0 and uses version numbers like MAJOR.MINOR.PATCH. When we update the PATCH version (e.g. 2.0.0 to 2.0.1), we made backwards-compatible bug fixes. If we change the MINOR version (e.g. 2.0 to 2.1), we added functionality in a backwards-compatible manner. Upgrading Pico is dead simple in both cases. Simply head over to the appropriate Upgrade sections below.

Driver

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But wait, we forgot to mention what happens when we update the MAJOR version (e.g. 2.0 to 3.0). In this case we made incompatible API changes. We will then provide a appropriate upgrade tutorial, so please head over to the “Upgrade” page.

I’ve used Composer to install Pico

Upgrading Pico is dead simple if you’ve used Composer to install Pico. Simply open a shell and navigate to Pico’s install directory within the httpdocs directory (e.g. /var/www/html/pico) of your server. You can now upgrade Pico using just a single command:

That’s it! Composer will automatically update Pico and all plugins and themes you’ve installed using Composer. Please make sure to manually update all plugins and themes you’ve installed manually.

I’ve used a pre-bundled release to install Pico

Okay, installing Pico was easy, but upgrading Pico is going to be hard, isn’t it? I’m affraid I have to disappoint you… It’s just as simple as installing Pico!

First you’ll have to delete the vendor directory of your Pico installation (e.g. if you’ve installed Pico to /var/www/html/pico, delete /var/www/html/pico/vendor). Then download the latest Pico release and upload all files to your existing Pico installation directory. You will be prompted whether you want to overwrite files like index.php, .htaccess, … - simply hit “Yes”.

That’s it! Now that Pico is up-to-date, you need to update all plugins and themes you’ve installed.

I’m a developer

As a developer you should know how to stay up-to-date… 😉 For the sake of completeness, if you want to upgrade Pico, simply open a shell and navigate to Pico’s development workspace (e.g. /var/www/html/pico). Then pull the latest commits from the Git repositories of Pico’s core, Pico’s default theme and the PicoDeprecated plugin. Let Composer update your dependencies and you’re ready to go.

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Changelog

See the full changelog.

Found a typo? Something is wrong in this documentation? Just fork and edit it!

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A boot-start driver is a driver for a device that must be installed to start the Microsoft Windows operating system. Most boot-start drivers are included 'in-the-box' with Windows, and Windows automatically installs these boot-start drivers during the text-mode setup phase of Windows installation. If a boot-start driver for a device is not included 'in-the-box' with Windows, a user can install an additional vendor-supplied boot-start driver for the device during text-mode setup.

To install a device that is required to start Windows, but whose driver is not included with the operating system, a user must do the following:

  1. Install the device hardware and turn on the computer.

  2. Begin your Windows installation (run the Windows setup program). During the text-mode phase of the installation (at the beginning of the installation), Windows displays a message that indicates that you can press a specific Fn key to install a boot-start driver.

  3. When Windows displays this message, press the specified Fn key to install the boot-start driver and then insert a boot-start driver distribution disk.

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Note This procedure demonstrates how you can install a driver that is not included 'in-the-box' with Windows. Do not use this procedure to replace or update a driver that is included with Windows. Instead, wait until Windows starts and use Device Manager to perform an 'update driver' operation on the device.

When Windows fails to start, certain error messages that are displayed can indicate that a boot-start driver is missing. The following table describes several error messages and their possible causes.

Error messagePossible cause

Inaccessible boot device

The boot disk is a third-party mass-storage device that requires a driver that is not included with Windows.

Setup could not determine your machine type

A new HAL driver is required. This error does not occur on most machines, but it might occur on a high-end server.

Setup could not find any hard drives in your computer

The required boot device drivers for the hard drives are not loaded.

Boot-Start Driver Distribution Disk

A boot-start driver distribution disk is a medium, such as a floppy disk or USB flash drive, that contains a TxtSetup.oem file and the related driver files. The TxtSetup.oem file is a text file that contains a list of hardware components, a list of files on the distribution disk that will be copied to the system, and a list of registry keys and values that will be created. A sample TxtSetup.oem file is provided with the Windows Driver Kit (WDK), under the src directory of the WDK. For details about the contents of a TxtSetup.oem file, see TxtSetup.oem File Format.

The following requirements and recommendations apply to platform-specific and cross-platform distributions disks:

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  • Platform-specific distribution disks (Windows Server 2003 and earlier)

    Windows requires a platform-specific distribution disk for each platform that a driver supports. A platform-specific distribution disk contains one TxtSetup.oem file and the related driver files. The TxtSetup.oem file must be located in the root directory of the distribution disk.

  • Cross-platform and platform-specific distribution disks (Windows Server 2003 Service Pack 1 (SP1) and later versions)

    Windows supports cross-platform distribution disks that contain two or more platform-specific TxtSetup.oem files and the related driver files.

    To distinguish between platforms on a cross-platform distribution disk, use the platform directories that are listed in the following table.

    PlatformPlatform directoryDefault directory

    x86-based

    A:i386

    A:

    Itanium-based

    A:ia64

    A:

    x64-based

    A:amd64

    A:

Pico

On a cross-platform distribution disk, Windows uses the platform-specific TxtSetup.oem file that is located in the platform directory that corresponds to the platform on which Windows is running. If a corresponding platform directory that contains a platform-specific TxtSetup.oem file does not exist, Windows uses the TxtSetup.oem file in the default directory, if one is present.

Windows also supports platform-specific distribution disks. A platform-specific distribution disk contains one platform-specific TxtSetup.oem file and the related driver files. The TxtSetup.oem file must be located either in its corresponding platform directory, as is done for cross-platform distribution disks, or in the default directory of the distribution disk.

The driver files for a given platform on a cross-platform distribution disk or on a platform-specific distribution disk must be located relative to the directory that contains the platform-specific TxtSetup.oem file.

Tip Although not required, we recommend that a TxtSetup.oem file always be placed in a corresponding platform directory. Using platform directories eliminates the possibility that Windows might attempt to use a TxtSetup.oem file that is incompatible with the platform on which Windows is running. For example, if a user attempts an unattended installation on a platform with a distribution disk that does not contain a corresponding platform directory, Windows cannot determine whether the TxtSetup.oem file in the default directory is compatible with the platform. If a driver fails to load because the driver is incompatible with the platform, Windows displays an error message and terminates the unattended installation.