#appstreaming

[howtological]

Are you an Android user who wants to run your favorite apps on your Windows computer? Good news: there are several ways to do it! Here are three of the most popular methods: 1. Use an emulator: Emulators like Bluestacks or NoxPlayer create a virtual Android device on your computer, allowing you to install and run Android apps just like you would on a smartphone or tablet. 2. Use a cloud-based service: Services like Amazon AppStream or Microsoft's Project xCloud allow you to stream Android apps from the cloud to your Windows computer. This method requires a stable internet connection, but can be a great option if you have limited storage space on your computer. 3. Use a compatibility layer: Programs like Wine or CrossOver allow you to run some Android apps on Windows without needing an emulator or virtual machine. This method can be hit or miss in terms of app compatibility, but it's worth a try if you have trouble with emulators. No matter which method you choose, it's important to keep in mind that not every app will work perfectly on Windows. However, with a bit of tinkering, you can get many of your favorite Android apps up and running on your desktop or laptop. Have you tried running Android apps on Windows before? Let me know in the comments which method you used and how it worked for you! #AndroidAppsOnWindows #Emulators #Bluestacks #NoxPlayer #CloudStreaming #AmazonAppStream #ProjectxCloud #CompatibilityLayer #CrossOver #WindowsApps #DesktopApps #AppCompatibility #VirtualAndroidDevice #AppStreaming #PCGaming #OnlineGaming #WindowsSoftware #TechTips #ComputerHacks https://www.instagram.com/p/CovxmMAMpWd/?igshid=NGJjMDIxMWI=

[inuvika]

Revamp Your Infrastructure: Unveiling Citrix Replacements

In today's rapidly evolving technological landscape, businesses are constantly seeking ways to enhance their infrastructure and improve the efficiency of their operations. Citrix has long been a go-to solution for organizations looking to virtualize their applications and provide remote access to their workforce. However, with the emergence of new technologies and the need for more cost-effective and streamlined solutions, it's essential to explore alternatives to Citrix. In this article, we will unveil some of the top Citrix replacement that can help revamp your infrastructure and take your organization to the next level.

The Need for Infrastructure Revamp

As businesses grow and adapt to changing market demands, their IT infrastructure needs to keep up. Traditional infrastructure models often involve maintaining physical servers and installing applications on individual devices. This approach can be costly, time-consuming, and challenging to manage. Virtualization and remote access solutions, like Citrix, have offered a way to centralize application management and provide flexibility for employees. However, it's crucial to explore alternative options that can address the limitations of Citrix and provide a more efficient and cost-effective infrastructure.

The Limitations of Citrix

While Citrix has been a popular choice for virtualization and remote access, it's important to understand its limitations. Some of the common challenges associated with Citrix include:

1. Complexity and Cost

Implementing and managing Citrix can be complex and expensive. It requires specialized expertise and infrastructure to set up and maintain the Citrix environment. Additionally, Citrix licensing can be costly, especially for organizations with a large number of users.

2. Performance Issues

Citrix relies on network connectivity to deliver virtual applications, which can sometimes result in performance issues. Users may experience latency or delays when accessing applications, especially when working remotely or on low-bandwidth connections.

3. Scalability Challenges

Scaling Citrix to accommodate a growing number of users can be challenging. Adding more users or applications to the Citrix environment may require additional hardware resources and configuration changes, which can be time-consuming and complex.

4. Dependency on Citrix Infrastructure

Citrix requires organizations to invest in and maintain specific infrastructure components, such as Citrix servers and gateways. This dependency on Citrix infrastructure can limit flexibility and make it difficult to switch to alternative solutions in the future.

Unveiling Citrix Replacements

To overcome the limitations of Citrix and revamp your infrastructure, it's crucial to explore alternative solutions that offer enhanced performance, scalability, and cost-effectiveness. Let's take a look at some of the top Citrix replacements:

1. VMware Horizon

VMware Horizon is a robust virtualization and remote access solution that provides a seamless and secure way to deliver applications to end-users. It offers features such as application virtualization, remote desktops, and virtualized GPU support. VMware Horizon is known for its scalability, performance, and integration with other VMware products, making it a strong alternative to Citrix.

2. Parallels RAS

Parallels RAS (Remote Application Server) is a comprehensive virtualization and application delivery solution that simplifies infrastructure management. It offers a user-friendly interface, high-performance remote access, and support for multiple platforms, including Windows, Mac, and Linux. Parallels RAS also provides cost-effective licensing options, making it an attractive alternative for organizations looking to reduce costs.

3. Amazon AppStream

Amazon AppStream is a cloud-based application streaming service that allows users to stream applications directly to their devices. It offers scalability, flexibility, and the ability to integrate with other Amazon Web Services (AWS) products. With Amazon AppStream, organizations can easily deploy and manage virtual applications without the need for complex infrastructure.

4. Microsoft Remote Desktop Services (RDS)

Microsoft Remote Desktop Services (RDS) is a virtualization and remote access solution that enables users to access applications and desktops remotely. It offers seamless integration with Microsoft products, such as Windows Server and Azure, and provides robust security features. Microsoft RDS is a cost-effective alternative for organizations already invested in the Microsoft ecosystem.

Conclusion

Revamping your infrastructure is essential to keep up with the evolving technological landscape and stay ahead in today's competitive business environment. While Citrix has been a popular choice for virtualization and remote access, exploring alternative solutions can help address its limitations and provide a more efficient and cost-effective infrastructure. VMware Horizon, Parallels RAS, Amazon AppStream, and Microsoft Remote Desktop Services are just a few of the top Citrix replacements worth considering. Each solution offers unique features and benefits, so it's crucial to evaluate your organization's specific needs and requirements before making a decision. By embracing these Citrix replacements, you can revamp your infrastructure, enhance productivity, and position your organization for success in the digital age.

[techvandaag]

AWS introduceert WorkSpaces Thin Client voor virtuele desktops

AWS introduceert de fysieke thin client Amazon WorkSpaces Thin Client. Deze moet het makkelijker maken toegang te krijgen tot virtuele desktopomgevingen. De computer is bedoeld voor toegang tot Amazon WorkSpaces, Amazon WorkSpaces Web of Amazon AppStream 2.0. Dit in combinatie met de identiteitsbeheer- en inlogmogelijkheden van Active Directory. De thin client is geïnspireerd op de […] http://dlvr.it/SzNDct

[govindhtech]

Access Affordable Virtual Desktops: Revolutionize Workflows

Cost-effective and secure virtual desktops access is offered via the new Amazon Work Spaces Thin Client

With affordable, safe, and simple-to-manage virtual desktops access, the new Amazon WorkSpaces Thin Client increases end-user and IT staff productivity. The devices arrive preconfigured and ready to use, connect, and deploy right to the end user.

A little cube called the Thin Client may be connected straight to a keyboard, mouse, display, and other USB devices including cameras, microphones, and headphones. It may also drive an additional display when the optional hub is used. Using Active Directory, the administrator may construct environments that allow users to access Amazon WorkSpaces, Amazon WorkSpaces Web, or Amazon AppStream 2.0. These environments provide several choices for managing user identities and credentials.

Thin Clients at Work

you have been using Amazon Work Spaces via a thin client for a very long time, so you excited to inform you about this device and the administrative service that powers it. Despite the fact that switching between clients is easy and preserves her working environment (opening tabs in my browser, running programs, etc.), administrators will find it appealing for other reasons. As an illustration:

Cost: At $195 in the US, the gadget is very affordable compared to a laptop and its accompanying operating system. Further cost savings result from the reduced amount of work that has to be done in the field due to the central configuration and administration of the working environments. Moreover, compared to laptops, the gadgets are significantly simpler and have less elements that might fail or wear out.

Security: To build a relationship of trust with the administrative service, the gadgets come pre-installed with a secure “secret.” The gadget has no data storage and is unable to support malicious programs that could try to steal data. It also helps lower the possibility of data leakage in the event that an employee quits without returning a laptop and Virtual Desktops provided by their business.

Ease of Management: Using the AWS Management Console, administrators can quickly build new environments for individuals or groups of individuals, give them activation codes, and oversee the environment. They are able to monitor users over time, check compliance, and schedule software Virtual Desktops patches and upgrades.

Simple to Use: After connecting and unpacking the devices, users may input their activation codes, log in to their virtual desktops environment, and begin working immediately. They can concentrate on their work since they don’t have to handle installing software updates or patches.

These gadgets have many excellent applications! First, there are instances when frequent access is required over an extended period of time, such as call centers, task workers, training centers, and the like.

Second, there are additional circumstances in which access is required temporarily or transiently, such as large-scale event registration systems, temporary contact centers set up for emergencies or special events, disaster response, and similar scenarios. It makes logical to provide workers cheap devices without local storage, as some do not return laptops to their employers after leaving their jobs.

Let’s go over how to set everything up, first as an administrator and then as a user.

Beginning your career as an administrator

Ordering certain gadgets and having them dispatched to her consumers, along with any needed accessories, is the first step.

Access to a particular virtual desktop service is available in each Amazon WorkSpaces Thin Client configuration.

Beginning a user’s journey

As a user, you go back to my testing configuration, switch it on, quickly choose my keyboard, connect to my house WiFi, and input my activation code:

Tools for administrators

you may use the Thin Client Console to manage environments, devices, and software upgrades for devices as an administrator. you may go over the list of the devices he oversee.

It’s crucial to be aware of the following two points:

Regions: The US East (North Virginia), US West (Oregon), Asia Pacific (Mumbai), Canada (Central), and Europe (Frankfurt, Ireland, Ireland, London) Regions are where you may access the Thin Client Console.

Device Sales: Beginning in the United States, the Amazon WorkSpaces Thin Clients will be accessible in additional nations in early 2024.

Cost: The devices cost $195, or $280 if you want to add an extra hub that lets you utilize a second display. In addition to paying for the underlying virtual desktop service, there is a $6 monthly cost for managing, maintaining, and monitoring each device.

Read more Govindhtech.com

[bloomberg-a]

End-User Computing Market Applications, Regions and Revenue Forecast To 2030

The End-User Computing Market is expected to register a valuation of over $20 billion by 2030. With internet penetration at an all-time-high and the digital transformation trend gripping global industries, need for a flexible virtual desktop infrastructure has gone up by a tremendous margin. Subsequently, the technology has presented new pathways for businesses with innovative software applications and functionalities.

The end-user computing market is anticipated to witness considerable growth, driven by the increasing technological breakthroughs in the field and a recent surge in the popularity of remote working. 

With the expansion of these trends, comes significant risks like data breaches and ransomware attacks. In this regard, the IT infrastructure requires a robust solution to managing large chunks of data, especially in remote systems. To that end, centralized management and autonomous backups offered by end-user computing technology reduce IT burdens and saves operational costs for many.

Request for a sample copy of this research report @ https://www.gminsights.com/request-sample/detail/3742

Increasing incorporation of AI-support across End-User Computing Market infrastructure

Incorporating viable technologies like machine learning, artificial intelligence, and big data presents meaningful solutions for the unified management of end-user computing services. The combination of these technologies can revolutionize the way enterprises manage their end-user computing market landscape by helping users streamline several tedious, day-to-day processes, automating many tasks, and alerting users about misaligned data among a plethora of other things. 

Recent developments in cloud computing has allowed technologies such as big data, AI, and ML to gain a firmer foothold in the landscape. Subsequently, many global enterprises have been making a steady shift towards AI-supported end-user computing market infrastructure to improve, among other things, the end-user performance, interdepartmental collaboration, overall productivity, and quality control.

Modernization of e-learning in wake of the COVID-19 pandemic

Digitization of education, fueled by the COVID-19 pandemic, has driven educational institutions towards advanced end-user computing solutions to support students, faculties, and administrators with remote access to systems and applications.

Back in 2020, as the pandemic made the conventional way of learning highly improbable, e-learning systems that can be remotely accessed and be updated in real-time became the need of the hour for educational institutions.

Subsequently, tech-industry players started working towards repurposing existing cloud technologies to address the growing needs of these institutions. Unlike many fragmented, on-premise e-learning solutions that, cloud-based end-user computing market solutions are much more practical as they do not require schools to but any infrastructure or hardware, which essentially saves schools valuable capital as well as physical classroom space.

Services like AppStream, which is a cloud-based application streaming service of Amazon Web Services (AWS), Amazon, and Google Workspaces have become staple in the sector. 

Growing remote working trend to foster novel product development

High remote accessibility due to the pandemic COVID-19 fostered the demand for cloud-hosted desktops which entailed the use of end-user computing technology for efficient management of technological infrastructure.

Now, the remote working trend born out of necessity during the pandemic has started to become a standard practice across a number of industries. With workers worldwide calling for greater work flexibility, making changes to the IT infrastructure to accommodate these demands has become imperative for many enterprises. This has subsequently created a space in the end-user computing market that is facilitating the development of novel products and services, providing the sector with a new means to make money.

Browse report summary @ https://www.gminsights.com/roc/3742

Impact of COVID-19 on end-user computing market

During COVID-19 pandemic, mounting demand for remote working spaces augmented virtual infrastructure development and strengthened revenue streams for the global end-user computing market.

The advancements that occurred in the field of virtual desktop infrastructure during the pandemic have now laid down the groundwork for the modern way of working for many, making industry the mainstays of their respective work environment.

The future ahead

All in all, with the modernized way of remote working showing signs of continuation over the foreseeable timeline, end-user computing market is expected to become a further essential part of global work environments. The growing incorporation of more advanced technologies in existing systems as a result, is slated to prominently shape the industry scenario over the coming years.

Browse Our Reports Store - GMIPulse @ https://www.gminsights.com/gmipulse

About Global Market Insights Inc.

Global Market Insights Inc., headquartered in Delaware, U.S., is a global market research and consulting service provider, offering syndicated and custom research reports along with growth consulting services. Our business intelligence and industry research reports offer clients with penetrative insights and actionable market data specially designed and presented to aid strategic decision making. These exhaustive reports are designed via a proprietary research methodology and are available for key industries such as chemicals, advanced materials, technology, renewable energy, and biotechnology.

Contact Us:Aashit Tiwari Corporate Sales, USA Global Market Insights Inc. Toll Free: 1-888-689-0688 USA: +1-302-846-7766 Europe: +44-742-759-8484 APAC: +65-3129-7718 Email: sales@gminsights.com

[computingpostcom]

You want to install Ansible on CentOS 8 / RHEL 8 Linux?. Ansible is the leading Open Source configuration management system. It makes it easy for administrators and operations teams to control thousands of servers from central machine without installing agents on them. Ansible is the simplest to use and manage when compared to other configuration management systems such as Puppet, Chef and Salt. It is easy to install, learn, and use. The only dependency required on the remote server is SSH service and Python. Install and Configure Ansible on CentOS 8 / RHEL 8 using the steps below. Step 1: Install Python on RHEL 8 / CentOS 8 Install and Set your default Python on RHEL 8 using the guide below. How to Install Python 3 / Python 2.7 on RHEL 8 Once it has been installed, proceed to install Pip which is a Python package manager used to install Ansible. If you’re using Python3, install python3-pip package. sudo dnf -y install python3-pip sudo pip3 install --upgrade pip For Python2 users you have to install python2-pip sudo dnf -y install python2-pip sudo pip2 install --upgrade pip Step 2: Install Ansible on RHEL 8 / CentOS 8 There are two methods from which you can install Ansible on CentOS 8 / RHEL 8. Method 1: Install Ansible on CentOS 8 / RHEL 8 from EPEL Add EPEL repository to your CentOS 8 / RHEL 8 system. sudo dnf -y install https://dl.fedoraproject.org/pub/epel/epel-release-latest-8.noarch.rpm Then Enable EPEL playground repository and install Ansible on CentOS 8 / RHEL 8 from it. sudo dnf install --enablerepo epel-playground ansible This will default to using Python 3, so some Python 3 packages are installed. Dependencies resolved. =================================================================================================================================================== Package Arch Version Repository Size =================================================================================================================================================== Installing: ansible noarch 2.8.5-2.epel8.playground epel-playground 15 M Installing dependencies: python3-jmespath noarch 0.9.0-11.el8 AppStream 45 k python3-pyasn1 noarch 0.3.7-6.el8 AppStream 126 k python3-bcrypt x86_64 3.1.6-2.epel8.playground.1 epel-playground 44 k python3-pynacl x86_64 1.3.0-5.epel8.playground epel-playground 100 k sshpass x86_64 1.06-9.epel8.playground epel-playground 27 k libsodium x86_64 1.0.18-2.el8 epel 162 k Installing weak dependencies: python3-paramiko noarch 2.4.3-1.epel8.playground epel-playground 289 k Transaction Summary =================================================================================================================================================== Install 8 Packages Total download size: 15 M Installed size: 81 M Is this ok [y/N]: y Check the version of Ansible installed on your CentOS 8 / RHEL 8 system. $ ansible --version ansible 2.8.5 config file = /etc/ansible/ansible.cfg configured module search path = ['/home/cloud-user/.ansible/plugins/modules', '/usr/share/ansible/plugins/modules'] ansible python module location = /usr/lib/python3.6/site-packages/ansible

executable location = /usr/bin/ansible python version = 3.6.8 (default, Jul 1 2019, 16:43:04) [GCC 8.2.1 20180905 (Red Hat 8.2.1-3)] Method 2: Install Ansible on CentOS 8 / RHEL 8 using pip Once you have Pip installed, you can use it to get Ansible installed in your CentOS 8 / RHEL 8 machine. $ pip3 install ansible --user For Python2 pip, use: $ pip2 install ansible --user You can see Ansible installed using the following command: $ ansible --version ansible 2.7.5 config file = None configured module search path = ['/home/jmutai/.ansible/plugins/modules', '/usr/share/ansible/plugins/modules'] ansible python module location = /home/jmutai/.local/lib/python3.6/site-packages/ansible executable location = /home/jmutai/.local/bin/ansible python version = 3.6.6 (default, Oct 16 2018, 01:53:53) [GCC 8.2.1 20180905 (Red Hat 8.2.1-3)] Step 3: Testing Ansible on CentOS 8 / RHEL 8 Linux To test Ansible, you should have OpenSSH service running on the remote server. $ sudo systemctl status sshd ● sshd.service - OpenSSH server daemon Loaded: loaded (/usr/lib/systemd/system/sshd.service; enabled; vendor preset: enabled) Active: active (running) since Sat 2018-12-29 20:17:11 EAT; 39min ago Docs: man:sshd(8) man:sshd_config(5) Main PID: 820 (sshd) Tasks: 1 (limit: 11510) Memory: 4.6M CGroup: /system.slice/sshd.service └─820 /usr/sbin/sshd -D -oCiphers=aes256-gcm@openssh.com,chacha20-poly1305@openssh.com,aes256-ctr,aes256-cbc,aes128-gcm@openssh.com,aes128-> Dec 29 20:17:11 rhel8.local systemd[1]: Starting OpenSSH server daemon… Dec 29 20:17:11 rhel8.local sshd[820]: Server listening on 0.0.0.0 port 22. Dec 29 20:17:11 rhel8.local sshd[820]: Server listening on :: port 22. Dec 29 20:17:11 rhel8.local systemd[1]: Started OpenSSH server daemon. Dec 29 20:19:03 rhel8.local sshd[1499]: Accepted publickey for jmutai from 192.168.122.1 port 35902 ssh2: RSA SHA256:b/8AoYgbThoBYPcFh7CetJuGY/Tl7s4fi> Dec 29 20:19:03 rhel8.local sshd[1499]: pam_unix(sshd:session): session opened for user jmutai by (uid=0) Create Ansible inventory file, default is /etc/ansible/hosts I like creating inventory file in my working directory. $ vim hosts Copy the IP address of your remote server(s) to manage and add to Ansible inventory file. $ echo "192.168.122.197" > hosts You can also create a group of hosts like below: [web] 192.168.122.197 [db] 192.168.122.198 [staging] 192.168.122.199 192.168.122.200 192.168.122.201 Generate SSH key and copy it to remote servers. $ ssh-keygen $ ssh-copy-id jmutai@192.168.122.197 Use ping module to test ansible: $ ansible -i hosts 192.168.122.197 -m ping 192.168.122.197 | SUCCESS => "changed": false, "ping": "pong" The -i option is used to provide path to inventory file. You should get the same output for hosts group name. $ ansible -i hosts web -m ping 192.168.122.197 | SUCCESS => "changed": false, "ping": "pong" For commands that need sudo, pass the option --ask-become-pass. This will ask for privilege escalation password. This may require installation of the sshpass program. $ ansible -i hosts web -m command -a "sudo yum install vim" --ask-become-pass .... 192.168.122.197 | CHANGED | rc=0 >> Updating Subscription Management repositories. Updating Subscription Management repositories. Last metadata expiration check: 0:52:23 ago on Sat 29 Dec 2018 08:28:46 PM EAT. Package vim-enhanced-2:8.0.1763-7.el8.x86_64 is already installed. Dependencies resolved. Nothing to do. Complete! You now have Ansible installed on RHEL 8 / CentOS 8 server or Workstation. You can learn more on using Ansible to Manage your servers from Official Ansible

[myfreeterri]

Boostnote markdown

#Boostnote markdown how to#

Create pre-commit hook in notes repository:.Note: This is not a clean way to do this, think before you copy paste this. You can leverage the usefulness of git hooks, to make use of this module.īased off of this StackOverflow answer, I implemented the following: Python: from cson_to_markdown import FileConverter converter = FileConverter ( "folder/with/cson", "optional/target/folder", "optional/boostnote/settings/dir" ) converter. Python -m cson_to_markdown ~/folder/with/notes ~/output/folder ~/settings/dirĢ. This contains the key-name pairs of the folders defined in the Boostnote aplication itself.Ĭson_to_markdown ~/folder/with/notes ~/output/folder ~/settings/dir Optional folder containing the boostnote.json file.If no value is provided, they will be stored in the same folder as the. Optional target folder for markdown file output.cson files that need to be converted (looks recursive in this path for all compatible files). There's 3 arguments that can be provided cson_to_markdown $arg1 $arg2 $arg3 You can run cson_to_markdown -help to get more information on the module. I use Google's python-fire to create the CLI.

#Boostnote markdown how to#

Pip install cson-to-markdown How to use 1. They're created in the subfolder to which they belong in the application, with the note title as filename.Ĭaution: A new version is in the works and will be announced which might completely break this tool. I wrote something that extracts this information without disturbing the original files, and writes both the markdown and the metadata somewhere else. The problem though, is that Boostnote stores the file in a cson format, without subfolders and without legible note-titles. I write everything in Markdown format because I like the formatting, and my favourite markdown editor so far is Boostnote.Įverything is stored in a dedicated git repository and pushed whenever changes occur. Written specifically for use with Boostnote. cson files, extracts the metadata and markdown,Īnd writes a. Thanks again and sorry for the long reply.Recursively scans given folder for. I will try, I think AppImage is a very good approach in Desktop enviroment. I am used to build every package and configuration by hand. I am using linux for 20years now, archlinux for the last 10. If you are counting how many clicks/pages I have to read/scroll just to understand the whole process then I guess you see how hard it is. I am very new to AppImage or even electron. I’ve started but I am not sure due that I can find the time today to finish everything (testing Ubuntu 16.04, using wget! Must pass appdir-lint.sh and I dont even know what is AppStream metainfo file or even desktop-file-validate means. I am using gitlab-ci for builds, so I need to change the gitlab project to respect these restrictions. I have to fork the project, at that point I’ve realized there are a few restrictions. I now know, that clicking on the wiki link in its a shorter road.Īnd now reading the notes for the first time: Today was my first time, clicking on that link!! I wasnt sure that something missing is the link on submitting a new app. īut even then, to find the above link, you have to click on ALL and you have to recognize that " Something missing? " is actually a link to where and how to submit a new app. So I have to register and I’ve noticed a lot of apps. If you dont mind, please let me give you an example of what I am trying to explain:įrom there it’s not very clear (at least to me, a first timer with AppImage) where I can find appimage files/builds.Ĭlicking on community, I got here. I am saying this with respect on your work and effort. Actually yes, it is hard to find the link and the documentation is not very user friendly.

[pinerthenew]

Glyphr studio finalizing

Glyphr studio finalizing software#

Lastly, since it is Electron-based, it can be run just as smoothly on all major OSs out there, namely Windows, macOS and Linux. Powerful and accessible, cross-platform font designer for the massesĪll in all, Glyphr Studio proved itself to be a very competent font designer and editor that is dedicated to all categories of users, regardless of their experience with similar tools.

Glyphr studio finalizing software#

It should also be pointed out that you can easily import SVG Fonts or outlines from other vector editing piece of software and also export your projects as SVG and OTF fonts. Besides this, it also offers the possibility to fully control the spacing between the letters. More experienced users might be quite happy to find out that Glyphr Studio makes it possible for anyone to combine two or more sequences of letters in order to create super-characters. Also worth mentioning is the fact that you can quickly try out your fonts within the app thanks to a useful 'Test Drive' live preview. The utility provides you with a set of useful editing tools such as the pen and pointer and all the features you need to define new shapes and create font components from scratch. Packs a broad range of design and font customization tools The main window is split into two main sections: the left side is the place from where you can access most of the app's specialized tools while the right side is almost exclusively dedicated to the very straightforward font editor. The application looks and feels modern, with a reactive interface and with easily accessible and well-organized menus. Upon first starting the app, you are offered the options to start a new project, to load an already existing one or to get a head start by tweaking some of the provided examples.Įven if you have not worked with apps of this sort, you will most probably find this to be a very intuitive app. This said, getting started with this app is quite straightforward, with you only having to unzip the package and launching it via its executable file. User-friendly environment for designing fonts If you would like to see a donation link for the application here, please include one in the AppStream data. You can specify the URL to a nicer one by shipping an AppStream metainfo file. Glyphr Studio is a modern-looking and smooth-running piece of software that started out in life as a web app but can now be run directly from the comforts of your computer's desktop thanks to the technologies behind the Electron framework. The screenshot for GlyphrStudioDesktop has been automatically taken during a fully automated test. If you are a typography enthusiast or even a marketing specialist, then you surely understand that sometimes fonts are just as important as the message itself and, consequently, having the right tools for creating them is a vital part of the creative process. Although we rarely think about their importance and, more often than not, we take them for granted, fonts have a massive impact on the way we perceive certain designs or on how our attention is captured.

[chinesetonki]

Ultimaker cura 4.8 0 download

ULTIMAKER CURA 4.8 0 DOWNLOAD HOW TO

ULTIMAKER CURA 4.8 0 DOWNLOAD UPDATE

ULTIMAKER CURA 4.8 0 DOWNLOAD SOFTWARE

Packages offered here are subject to distribution rights, which means they may need to reach out further to the internet to the official locations to download files at runtime.įortunately, distribution rights do not apply for internal use. If you are an organization using Chocolatey, we want your experience to be fully reliable.ĭue to the nature of this publicly offered repository, reliability cannot be guaranteed. Human moderators who give final review and sign off.Security, consistency, and quality checking.ModerationĮvery version of each package undergoes a rigorous moderation process before it goes live that typically includes: If you would like to see a donation link for the application here, please include one in the AppStream data.Welcome to the Chocolatey Community Package Repository! The packages found in this section of the site are provided, maintained, and moderated by the community. Please open a pull request on if you have changed it and would like to see this page updated accordingly. Thanks for shipping AppStream metainfo inside your AppImage. Tools like appimagetool and linuxdeployqt can do this for you easily. zsync file so that it can be updated using AppImageUpdate.

ULTIMAKER CURA 4.8 0 DOWNLOAD UPDATE

Please consider to add update information to the Cura AppImage and ship a. Pro Tips for further enhancing the Cura AppImage

ULTIMAKER CURA 4.8 0 DOWNLOAD HOW TO

Great! Here are some ideas on how to make it even better. Thanks for distributing Cura in the AppImage format for all common Linux distributions. If you would like to have the executable bit set automatically, and would like to see Cura and other AppImages integrated into the system (menus, icons, file type associations, etc.), then you may want to check the optional appimaged daemon. If you would like to update to a new version, simply download the new Cura AppImage. This is entirely optional and currently needs to be configured by the user. If you want to restrict what Cura can do on your system, you can run the AppImage in a sandbox like Firejail. Then double-click the AppImage in the file manager to open it. Use at your own risk!ĭownload the Cura AppImage and make it executable using your file manager or by entering the following commands in a terminal: Follow these instructions only if you trust the developer of the software. This is a Linux security feature.īehold! AppImages are usually not verified by others. However, they need to be marked as executable before they can be run. Unlike other applications, AppImages do not need to be installed before they can be used. Running Cura on Linux without installation Most AppImages run on recent versions of Arch Linux, CentOS, Debian, Fedora, openSUSE, Red Hat, Ubuntu, and other common desktop distributions. No system libraries or system preferences are altered. Download an application, make it executable, and run! No need to install. Awesome!ĪppImages are single-file applications that run on most Linux distributions.

ULTIMAKER CURA 4.8 0 DOWNLOAD SOFTWARE

And with industry-standard software integration, you can streamline your workflow for maximum efficiency.Ĭura is available as an AppImage which means "one app = one file", which you can download and run on your Linux system while you don't need a package manager and nothing gets changed in your system. Optimized, expert-tested profiles for 3D printers and materials mean you can start printing reliably in no time. Ultimaker Cura is a slicer, an application that prepares your model for 3D printing.

[losangelestonki]

Mkvtoolnix

#Mkvtoolnix how to

#Mkvtoolnix update

#Mkvtoolnix portable

#Mkvtoolnix free

If you would like to see a donation link for the application here, please include one in the AppStream data. Issue 3330 created 4 months ago by Vlad app:build system & source app:translations found-in-version 67.0.0 os:all type. Please open a pull request on if you have changed it and would like to see this page updated accordingly. When it comes to upgrades, MKVToolnix is constantly updated to remove bugs and fix errors. Furthermore, the application doesn’t show any advertisements or premium plans.

#Mkvtoolnix free

Thanks for shipping AppStream metainfo inside your AppImage. MKVToolnix is a freeloadable application for Windows computers. Pro Tips for further enhancing the MKVToolNix AppImage

#Mkvtoolnix how to

Great! Here are some ideas on how to make it even better. Thanks for distributing MKVToolNix in the AppImage format for all common Linux distributions. If you would like to have the executable bit set automatically, and would like to see MKVToolNix and other AppImages integrated into the system (menus, icons, file type associations, etc.), then you may want to check the optional appimaged daemon. Using this tool, MKVToolNix can be updated by downloading only the portions of the AppImage that have actually changed since the last version. The MKVToolNix AppImage also can be updated using AppImageUpdate.

#Mkvtoolnix update

If you would like to update to a new version, simply download the new MKVToolNix AppImage. This is entirely optional and currently needs to be configured by the user. If you want to restrict what MKVToolNix can do on your system, you can run the AppImage in a sandbox like Firejail. Then double-click the AppImage in the file manager to open it. Use at your own risk!ĭownload the MKVToolNix AppImage and make it executable using your file manager or by entering the following commands in a terminal: I dont know whats the character encoding that mkvtoolnix has set, but its not UTF-8, even though they appear in the. It supports advanced features such: the latest video and audio codecs complex chapter structures. Matroska is a very flexible format that can contain any number of video, audio and subtitle tracks. Matroska itself is a container format based on an open source standard by the non-profit Matroska organization. Follow these instructions only if you trust the developer of the software. MKVToolNix is an open source application for working with Matroska media files. This is a Linux security feature.īehold! AppImages are usually not verified by others. However, they need to be marked as executable before they can be run. Unlike other applications, AppImages do not need to be installed before they can be used. Running MKVToolNix on Linux without installation Most AppImages run on recent versions of Arch Linux, CentOS, Debian, Fedora, openSUSE, Red Hat, Ubuntu, and other common desktop distributions. No system libraries or system preferences are altered. Download an application, make it executable, and run! No need to install. Awesome!ĪppImages are single-file applications that run on most Linux distributions. The MKV container for audio/video has been supporting stereoscopic 3D video for quite some time, but it never got so popular and widely supported by 3D. Select the image, click Download and then choose the latest tag. The application falls into a very crowded niche, and there is. In the search bar, type the name of the container ( jlesage/mkvtoolnix ). MKVToolNix is available as an AppImage which means "one app = one file", which you can download and run on your Linux system while you don't need a package manager and nothing gets changed in your system. MKVToolNix is a set of tools that can be used on MKV files, which is a video format that grows ever more present in our daily lives. MKVToolNix Website MKVToolNix Bugtracker MKVToolNix FAQ MKVToolNix Help Help translating MKVToolNix

#Mkvtoolnix portable

(Source: Homepage)ĭownload MKVToolNix Portable 69.0.0 Dev Test 1 Ģ5.0.0 Dev Test 1 (): Update base app + preserve App directoryĢ2.0.MKVToolNix is a set of tools to create, alter and inspect Matroska files They do for Matroska what the OGMtools do for the OGM format and then some. MKVToolNix is a set of tools to create, alter and inspect Matroska files under Linux, other Unices and Windows. MKVToolNix is a set of tools to create, alter and inspect Matroska files. MKVToolnix is a program that comprises several different utilities all dealing with MKV Matroska formatted video files.

[datamattsson]

Using the Ansible Template Module for Rocky Linux Provisioning

I have about half a rack of gear in a physical lab in a remote location. I’ve never been there and I will probably never go there. That said, I need to do some traditional sysadmin work to keep my environment up and running while synthesizing Kubernetes and automation workloads to document our customer’s use cases.

I inherited three ProLiant servers that had a helplessly bad SmartArray configuration and a very old version of CentOS. I could rebuild the disk array and do a re-install over iLO remotely. That would be a repetitive and somewhat tedious process to run through the Rocky Linux installer three times over in a web browser. Or, should I just automate the process — which will basically take the same amount of time? I chose the latter.

Templating with Ansible

I had iPXE and Kickstart files laying around I created over five years ago since my previous lab was all based on raw KVM images managed with Ansible. I’ve since then moved on to oVirt and provision KVM machines from various templates. I used this old Kickstart file and updated it to fit Rocky Linux 8 (I’m not ready for 9 yet…).

# version=RHEL8 # https://access.redhat.com/labs/kickstartconfig/ # System authorization information (this is deprecated) auth --useshadow --passalgo=sha512 # Use network installation url --url="http://{{ ansible_default_ipv4.address }}/inst/{{ infra_bootstrap }}/BaseOS" repo --name="AppStream" --baseurl="http://{{ ansible_default_ipv4.address }}/inst/{{ infra_bootstrap }}/AppStream" # Keyboard layouts keyboard 'us' # System language lang en_US # SELinux configuration selinux --disabled # Firewall configuration firewall --enabled --ssh # Service config firstboot --disable # Do not configure the X Window System skipx # Network information {% if infra_type == 'ovirt' %} network --bootproto=dhcp --device=enp1s0 --hostname={{ infra_node }} --noipv6 network --bootproto=dhcp --device=enp2s0 --nodefroute --nodns --noipv6 network --bootproto=dhcp --device=enp3s0 --nodefroute --nodns --noipv6 {% endif %} {% if infra_type == 'dlg10' %} network --bootproto=dhcp --device=eno1 --hostname={{ infra_node }} --noipv6 network --bootproto=dhcp --device=ens1f0 --nodefroute --nodns --noipv6 network --bootproto=dhcp --device=ens1f1 --nodefroute --nodns --noipv6 {% endif %} # Reboot after installation reboot # User user --name {{ lookup('ansible.builtin.env', 'USER') }} # Root password rootpw --iscrypted $1$0hHJIBBERISH.c/ # System timezone timezone America/Los_Angeles # System bootloader configuration bootloader --location=mbr --timeout=1 # Clear the Master Boot Record zerombr # Partition clearing information clearpart --all --initlabel # Disk partitioning information part / --fstype="xfs" --grow --size=1 part swap --fstype="swap" --recommended %packages @^minimal-environment %end %post # User ssh_user={{ lookup('ansible.builtin.env', 'USER') }} # sudo echo "${ssh_user} ALL=(ALL) NOPASSWD:ALL" >> /etc/sudoers # SSH ssh_home=/home/${ssh_user}/.ssh mkdir -p ${ssh_home} cat > ${ssh_home}/authorized_keys << AUTH {{ lookup('file', '~/.ssh/id_rsa.pub') }} AUTH # Fix perms chmod 700 ${ssh_home} chmod 600 ${ssh_home}/authorized_keys chown $(id -u ${ssh_user}).$(id -g ${ssh_user}) -R $ssh_home # Flush buffers sync %end

This Kickstart file is processed by the Ansible template module put onto a web server. It’s meant to be processed by the account managing the infrastructure, hence the $USER environment variable is the user account being setup on the new server. The Ansible host is the same host running all the networking services. The Ansible inventory looks something like this.

[dls] tme-lnxa infra_bootif=20:67:7c:de:5f:d8 infra_bootstrap=rocky-8 infra_type=dlg10 tme-lnxb infra_bootif=20:67:7c:de:ab:24 infra_bootstrap=rocky-8 infra_type=dlg10 tme-lnxc infra_bootif=20:67:7c:de:8b:a8 infra_bootstrap=rocky-8 infra_type=dlg10 [vms] tme-lnxv infra_bootif=56:6f:f6:cc:00:ae infra_bootstrap=rocky-8 infra_type=ovirt

I had to create an oVirt VM to iterate tests over as rebooting a ProLiant server is quite a lengthy process and hitting the reset button on a KVM machine will have you at the network boot prompt in about 2 seconds.

Another piece of the puzzle is the PXE file served by the pxelinux.0 bootstrap image.

DEFAULT {{ infra_bootstrap }} LABEL {{ infra_bootstrap }} KERNEL /boot/{{ infra_bootstrap }}/vmlinuz APPEND initrd=/boot/{{ infra_bootstrap }}/initrd.img inst.repo=http://{{ ansible_default_ipv4.address }}/inst/{{ infra_bootstrap}} inst.ks=http://{{ ansible_default_ipv4.address }}/kickstart/{{ infra_bootif }}.cfg

This, as well, is processed by the Ansible template module and placed on the TFTP server matching the MAC address of the server you want to bootstrap.

So, what does the processing? This the Ansible role, run on the Ansible host, and you would supply the infra_node as the variable of the host you want to provision.

--- - name: Define facts set_fact: infra_bootif: "{{ hostvars[infra_node]['infra_bootif'] | replace(':', '-') }}" infra_bootstrap: "{{ hostvars[infra_node]['infra_bootstrap'] }}" infra_type: "{{ hostvars[infra_node]['infra_type'] }}" - set_fact: infra_pxe_file: "/opt/tftp-root/pxelinux.cfg/01-{{ infra_bootif }}" infra_kickstart_file: "/var/www/html/kickstart/{{ infra_bootif }}.cfg" - name: Generate PXE config template: src: "{{ infra_bootstrap }}.pxe" dest: "{{ infra_pxe_file }}" - name: Generate kickstart config template: src: "{{ infra_bootstrap }}.ks" dest: "{{ infra_kickstart_file }}" - name: Node reachability shell: ssh {{ infra_node }} hostname register: infra_host_record until: infra_host_record.rc == 0 delay: 1 retries: 3600 - name: Delete PXE config file: path: "{{ infra_kickstart_file }}" state: absent - name: Delete kickstart config file: path: "{{ infra_pxe_file }}" state: absent

The Ansible playbook, utilizing the role, looks like this.

- hosts: localhost connection: local tasks: - name: Assert infra_node is defined assert: that: - infra_node is defined - hostvars[infra_node]['infra_bootif'] is defined - hostvars[infra_node]['infra_bootstrap'] is defined - hostvars[infra_node]['infra_type'] is defined - name: Generate PXE/ks configs include_role: name: pxe

And for completeness, the Ansible playbook command would look like this.

ansible-playbook pxe-prep.yaml -e infra_node=tme-lnxv

This is still a semi-automatic process, for this to “bite”, the server you intend to provision needs to be powered off and manually booted into “network mode”. That process could easily be automated too with either the iLO REST APIs or in the case of oVirt, using the oVirt APIs telling the server/machine to boot from the network on next boot. But since I only had three servers in this case, I could muster rebooting them manually for this exercise.

A typical install takes about five minutes, I recorded a VM install while I made myself a cup of coffee.

Network Setup

I’m blessed to do what I please on the management network and have full control over the DHCP server and I use dnsmasq for DHCP, DNS and now TFTP. I also have Apache running on this same box to dish out the installation content.

Explaining the full use of dnsmasq is beyond the scope of this blog post, the relevant configuration to enable PXE and TFTP boot are the following directives.

dhcp-boot=pxelinux.0 enable-tftp tftp-root=/opt/tftp-root

The pxelinux.0 image you can grab from most modern distros part of the syslinux package.

This is a representation of the web content served from the Apache server for the installation procedure.

$ tree /var/www/html -d /var/www/html ├── inst │   └── rocky-8 # Directory structure copied from install DVD │   ├── AppStream │   │   ├── Packages │   │   │   ├── 3 │   │   │   ├── a │   │   │   ├── to │   │   │   └── z │   │   └── repodata │   ├── BaseOS │   │   ├── Packages │   │   │   ├── a │   │   │   ├── to │   │   │   └── z │   │   └── repodata │   ├── EFI │   │   └── BOOT │   │   └── fonts │   ├── images │   │   └── pxeboot │   └── isolinux ├── kickstart # This is where the .ks files are served from └── repo # I dump the .iso images here

Summary

There, that should cover it. Generating templates with Ansible for server provisioning is a breeze, you just need to know where to fit all the pieces to bring the workflow to life.

I hope this brief tutorial bring your infrastructure to life, stay tuned for the annual technical blog on datamattsson.io (no seriously, I should write more blogs).

[mark-ai-code]

How to Install Golang Compiler on Fedora 36 Linux

Google developed Golang, an open-source programming language. It is statically typed and generates generated machine code binaries, thus go is a compiled language. This is popular among developers since it eliminates the requirement to compile the source code in order to produce an executable file. When it comes to grammar, developers who use Google’s Go language believe it’s the C for the twenty-first century.

The following article will show you how to install and set up Golang on Fedora 36 Linux using the command line terminal and the default repository version from Fedora 36’s appstream.

https://www.markaicode.com/how-to-install-golang-compiler-on-fedora-36-linux/

[rodrigocarran]

Como instalar o Ansible no RHEL 9 (passo a passo)

Como instalar o Ansible no RHEL 9 (passo a passo)

Neste post, abordaremos como instalar o Ansible no RHEL 9 passo a passo. Mais tarde, aprenderemos como usar o ansible para gerenciar sistemas linux remotos. Ansible é uma ferramenta de automação e configuração gratuita e de código aberto. No RHEL 9, o pacote principal ansible está disponível no repositório de pacotes padrão (AppStream). Isso significa que não precisamos habilitar nenhum…

[killinguwithumbrellas]

What i did today at work

[computingpostcom]

This guide will show you how to Install Python 3 or Python 2.7 on CentOS 8 / RHEL 8 Linux. RHEL / CentOS 8 has been built with development agility and production stability in mind. The default version of Python in RHEL/CentOS 8 is Python 3.6. But Python 2 remains available in RHEL 8. If for any reason Python 3 is missing in your Red Hat Enterprise Linux 8 installation, you’ll need to install it manually. Install Python 3 on CentOS 8 / RHEL 8 List AppStream modules available for Python on CentOS 8 / RHEL 8 $ sudo dnf module list | grep -i python libselinux-python 2.8 common Python 2 bindings for libselinux python27 2.7 [d] common [d] Python programming language, version 2.7 python36 3.6 [d][e] build, common [d] Python programming language, version 3.6 python38 3.8 [d] build, common [d] Python programming language, version 3.8 python39 3.9 [d][e] build, common [d] Python programming language, version 3.9 We can choose the module to install from the output. I’ll install Python3.9 on my system. sudo dnf install python3.9 A similar command can be used to install Python 3.8 sudo dnf install python3.8 Python 3 add-on packages generally have the python3 prefix in their names. For example, the dns module can be installed using: sudo dnf install python3X- #Example $ sudo dnf install python39-PyMySQL The same applies to all other Python 3 Libraries. To use Python 3, just type $ python3.9 Python 3.9.6 (default, Nov 9 2021, 13:31:27) [GCC 8.5.0 20210514 (Red Hat 8.5.0-3)] on linux Type "help", "copyright", "credits" or "license" for more information. >>> exit() Install Python 2.7 on RHEL 8 / CentOS 8 For some guys with existing software not ready to run on Python 3, RHEL/CentOS 8 got you covered. It contains the Python 2 stack. Install Python 2.7 on CentOS 8 / RHEL 8 in parallel with Python 3 using the command: sudo dnf module install python27 Confirm: $ which python2 /usr/bin/python2 $ which python2.7 /usr/bin/python2.7 To use Python 2.7, type the command: $ python2 Python 2.7.18 (default, Dec 11 2021, 23:19:43) [GCC 8.5.0 20210514 (Red Hat 8.5.0-3)] on linux2 Type "help", "copyright", "credits" or "license" for more information. >>> exit() Setting Default Python Version using alternatives You should have noted that to use Python 3, the command is python3andpython2 for Python 2. What if your applications are configured to refer to python which is not available system-wide. $ python bash: python: command not found... You can use the alternativesmechanism to enable the unversioned python command system-wide, and set it to a specific version: Setting Python 3 as default Set Python 3 as default: # Default Python 3 sudo alternatives --set python /usr/bin/python3 # Default Python 3.9 sudo alternatives --set python /usr/bin/python3.9 sudo alternatives --set python3 /usr/bin/python3.9 Validate your settings $ python -V Python 3.9.6 $ python3 -V Python 3.9.6 Setting Python 2 as default Setting Python 2 as default: sudo alternatives --set python /usr/bin/python2 Running python -V should show default Python version configured $ python -V Python 2.7.18 Use Python 2 via python: $ python Python 2.7.18 (default, Dec 11 2021, 23:19:43) [GCC 8.5.0 20210514 (Red Hat 8.5.0-3)] on linux2 Type "help", "copyright", "credits" or "license" for more information. >>> exit() Unsetting default Python version To reset this configuration and remove the unversioned python command, run: sudo alternatives --auto python That how easy it can be to Install Python3 | Python 2 on CentOS 8 / RHEL8. Enjoy using Python for your Development Projects in RHEL 8.