Evan Bartlett

Creating a Roadmap in Jira

Navigating through complex projects and effectively managing tasks can be a daunting challenge. However, with the power of Jira, a robust project management tool, creating a roadmap becomes a seamless process. In this article, we will explore the essential steps to create a roadmap in Jira, unlocking a world of efficient project planning and execution.

Filter and view settings

Filter options and sliders

To access the filter and view settings in Jira, simply navigate to the roadmap section of your project. Here, you will find various options to customize your view.

One useful feature is the ability to filter tasks based on different criteria such as assignee, status, or priority. This allows you to focus on specific tasks or team members, making it easier to track progress and allocate resources efficiently.

Additionally, you can customize the view of your roadmap by adjusting the timeline. Jira provides options to view your roadmap by weeks, months, or quarters, giving you a clear overview of your project’s timeline.

Another helpful feature is the drag and drop functionality. With this, you can easily rearrange tasks and adjust their order on the roadmap. This flexibility allows you to adapt your roadmap as priorities change or new tasks arise.

Jira’s filter and view settings also allow you to create parent-child relationships between tasks. This helps in organizing complex projects by breaking them down into smaller, manageable subtasks. You can easily create parent tasks and associate child tasks to them, ensuring a clear hierarchy within your roadmap.

Furthermore, Jira’s filter and view settings provide options to visualize and manage risks associated with your project. By assigning risk levels to tasks, you can easily identify and mitigate potential issues before they escalate.

Understanding the timeline view

The timeline view in Jira is a powerful feature that allows you to visualize your roadmap in a clear and organized manner. It provides a visual representation of your project’s timeline, making it easier to track the progress and identify any potential bottlenecks or risks.

With the timeline view, you can easily map out your project’s milestones, tasks, and dependencies. Simply drag and drop them onto the timeline to create a comprehensive roadmap. This makes it easy to see how different tasks are related and to adjust the schedule as needed.

Jira’s timeline view is a part of the Atlassian suite of software, which is known for its robust project management capabilities. It seamlessly integrates with other Jira features, such as task tracking and collaboration tools, allowing you to manage your project from start to finish in one place.

One of the key benefits of using the timeline view in Jira is its ability to highlight potential risks. By visualizing your project’s timeline, you can easily identify any tasks that are at risk of falling behind schedule. This allows you to take proactive measures to mitigate these risks and keep your project on track.

Managing dependencies in Jira

When creating a roadmap in Jira, managing dependencies is crucial for ensuring a smooth project flow. Jira’s robust software allows you to easily track and manage dependencies, enabling you to identify and resolve any potential bottlenecks or roadblocks in your project.

To manage dependencies in Jira, you can start by mapping out the relationships between different tasks or issues. By visualizing the dependencies, you can get a clear understanding of how each task relies on others and identify any potential risks or conflicts.

In Jira, you can use the “Link” feature to establish relationships between issues. This feature allows you to link related issues, such as blocking, blocked by, or relates to. By linking issues, you can easily track the dependencies and understand how changes to one issue may impact others.

Additionally, Jira provides a “Dependency” field that allows you to specify the type of dependency between issues. This field can be customized to fit your project’s needs, such as specifying if the dependency is a finish-to-start, start-to-start, finish-to-finish, or start-to-finish relationship.

By utilizing these features in Jira, you can effectively manage dependencies and ensure a smooth project flow. You can easily identify any potential conflicts or bottlenecks and take necessary actions to resolve them. With Jira’s comprehensive tools, you can streamline your roadmap creation process and optimize your project management.

Setting up and customizing roadmaps in Jira

Once you have created a roadmap, you can customize it to fit your specific needs. You can add themes to represent different areas of your project and epics to break down your work into manageable chunks. By structuring your roadmap in this way, you can easily track progress and communicate project status to stakeholders.

In addition to themes and epics, you can also drag and drop issues onto your roadmap to assign them to specific milestones or sprints. This allows you to visually organize your work and ensure that tasks are properly prioritized.

Jira also provides the option to filter the issues displayed on your roadmap. This feature is particularly useful when working on large projects with multiple teams or departments. You can filter by assignee, status, or any other custom field to focus on specific aspects of your project.

Furthermore, Jira offers integration with other Atlassian tools such as Confluence and Bitbucket. This allows you to seamlessly collaborate with your team and link relevant documentation or source code directly to your roadmap.

By utilizing the powerful features of Jira, you can create a roadmap that provides a clear overview of your project and helps you stay organized. Whether you are managing a small team or a large enterprise, Jira’s flexible customization options make it an ideal choice for creating roadmaps that drive success.

Sharing and best practices for Jira roadmaps

1. Define your roadmap’s objectives: Clearly articulate the purpose and goals of your roadmap. This will help you stay focused and communicate your vision effectively.

2. Create a roadmap in Jira: Utilize Jira’s roadmap feature to visualize your project’s timeline and milestones. This allows stakeholders to track progress and make informed decisions.

3. Prioritize your features: Identify and prioritize the most critical features based on customer value, business impact, and technical feasibility. This ensures that your roadmap reflects the most important initiatives.

4. Break it down: Divide your roadmap into manageable phases or releases. This helps in prioritizing tasks and provides a clear roadmap for development teams.

5. Share and gather feedback: Share your roadmap with relevant stakeholders, such as product managers, developers, and executives. Encourage feedback and collaboration to ensure alignment and a shared understanding of the roadmap.

6. Regularly update your roadmap: Roadmaps evolve as projects progress and priorities change. Keep your roadmap up to date by revisiting it regularly and adjusting based on new insights and feedback.

7. Customize your roadmap view: Jira allows you to customize your roadmap view using filters, labels, and other parameters. Tailor the view to suit your team’s specific needs and preferences.

8. Integrate with other tools: Jira integrates with various tools, such as Confluence, Trello, and Bitbucket. Leverage these integrations to streamline workflows and enhance collaboration.

October 31, 2023 by Learning Resources

Linux Command to Create a Folder

Unleash the Power of Linux: Mastering the Art of Folder Creation

Understanding the mkdir command

A file folder icon.

The mkdir command in Linux is used to create a new folder or directory. It is a simple and essential command for managing your file system.

To use the mkdir command, simply type “mkdir” followed by the name of the folder you want to create. For example, if you want to create a folder called “documents”, you would type “mkdir documents”.

By default, the new folder will be created in your current directory. However, you can specify a different location by providing the full path to the directory you want to create. For example, if you want to create a folder called “pictures” inside the “documents” folder, you would type “mkdir documents/pictures”.

You can also create multiple folders at once by separating their names with spaces. For example, if you want to create three folders called “folder1”, “folder2”, and “folder3”, you would type “mkdir folder1 folder2 folder3”.

The mkdir command also accepts various options and flags to customize its behavior. For example, you can use the “-p” option to create parent directories if they don’t exist. This can be useful when creating nested directories.

It’s important to note that the mkdir command follows the case sensitivity of your file system. So, if your file system is case-sensitive, “folder” and “Folder” would be treated as two different folders.

In addition to creating folders, the mkdir command can also be used to set permissions for the new directories using the chmod command. This allows you to control who has access to the folders and what they can do with the files inside.

Creating directories in Linux

To create a directory in Linux, you can use the command “mkdir”. This command allows you to quickly and easily create a new folder.

To create a directory in your current location, simply open the terminal and type “mkdir” followed by the name you want to give to the directory. For example, if you want to create a folder called “documents”, you would type:

“`
mkdir documents
“`

If you want to create a directory in a specific location, you can specify the path to that location. For example, if you want to create a folder called “pictures” in your home directory, you would type:

“`
mkdir /home/your-username/pictures
“`

You can also create multiple directories at once by separating their names with a space. For example, if you want to create three folders called “folder1”, “folder2”, and “folder3”, you would type:

“`
mkdir folder1 folder2 folder3
“`

By default, the newly created directories will have certain permissions set. The umask value determines the default permissions for new files and directories. You can change the default permissions using the “chmod” command.

It’s important to note that Linux is case-sensitive, so “folder” and “Folder” would be considered two different directories.

Creating directories is a fundamental skill in Linux and is essential for organizing your files and data. By mastering this basic command, you will be able to navigate and manage your files efficiently.

Summary of mkdir command options and syntax



Linux Command to Create a Folder

Summary of mkdir Command Options and Syntax

Option Description
-m Set the permissions (mode) of the created directory
-p Create parent directories if they do not exist
--help Show help message and exit
--version Show version information and exit

Syntax:

mkdir [options] directory_name

Example:

To create a directory named “my_folder” with read, write, and execute permissions for the owner and read and execute permissions for others, you can use the following command:

mkdir -m 755 my_folder

Explanation:

The mkdir command is used to create directories in Linux. It accepts various options to modify its behavior. The table above provides a summary of some commonly used options. The syntax section demonstrates the general command structure, while the example showcases how to use the -m option to set specific permissions for the newly created directory.

October 12, 2023 by Admin Training

Tar Folder in Linux

Unlocking the Mysteries of Tar Folder in Linux

Creating a compressed tar ball in Linux

To create a compressed tar ball in Linux, use the “tar” command followed by the appropriate options and file or directory names. For example, to create a tar ball of a directory called “folder”, use the command “tar -czvf folder.tar.gz folder”. This command will compress the “folder” directory into a .tar.gz file.

If you want to compress multiple files into a tar ball, list all the file names after the command. For example, “tar -czvf files.tar.gz file1.txt file2.txt file3.txt” will compress the three files into a .tar.gz file.

To extract the contents of a tar ball, use the “tar” command with the “x” option. For example, “tar -xzvf folder.tar.gz” will extract the contents of the tar ball into the current directory.

If you want to split a large tar ball into smaller parts, use the “split” command. For example, “split -b 10M folder.tar.gz folder.tar.gz.part” will split the tar ball into 10MB parts.

To compress and extract .zip files, you can use the “zip” and “unzip” commands respectively. For example, “zip files.zip file1.txt file2.txt” will compress the files into a .zip file, while “unzip files.zip” will extract the contents of the .zip file.

how to tar a folder in linux

Syntax and command flags for the ‘tar’ command




Tar Folder in Linux

The ‘tar’ command in Linux is used for archiving files and folders. It allows you to create compressed or uncompressed archive files. Here is a table summarizing the syntax and command flags for the ‘tar’ command:

Syntax Description
tar -cvf archive.tar folder Create a new archive file named ‘archive.tar’ containing ‘folder’ and its contents
tar -xvf archive.tar Extract the contents of ‘archive.tar’ to the current directory
tar -cvzf archive.tar.gz folder Create a new compressed archive file named ‘archive.tar.gz’ containing ‘folder’ and its contents
tar -xvzf archive.tar.gz Extract the contents of ‘archive.tar.gz’ to the current directory
tar -tvf archive.tar List the contents of ‘archive.tar’ without extracting
tar -cvf archive.tar file1 file2 file3 Create a new archive file named ‘archive.tar’ containing specific files ‘file1’, ‘file2’, ‘file3’
tar -uvf archive.tar newfile Update an existing archive file ‘archive.tar’ by adding ‘newfile’
tar -xvf archive.tar –directory=/path/to/directory Extract the contents of ‘archive.tar’ to the specified directory


Examples of creating and extracting tar archives

Examples of creating and extracting tar archives in Linux are essential for understanding the Tar Folder. To create a tar archive, use the command “tar -cvf . tar “. This command compresses multiple files into a single tar archive.
To extract a tar archive, use “tar -xvf . tar”. This command extracts all the files from the tar archive. Additionally, you can compress files using different algorithms such as Bzip2 or Gzip by appending the appropriate flags.
To split a tar archive into smaller parts, use “tar -cvf -M –tape-length= -F . tar “. To unzip a tar archive, use “tar -xzvf . tar.
gz”.

Compressing a tar archive using gzip or bzip2

To compress a tar archive in Linux, you have two options: gzip and bzip2. Gzip provides fast compression with moderate file size reduction, while bzip2 offers higher compression ratios at the cost of slower compression speed.

To compress a tar archive using gzip, use the command “tar -czvf filename.tar.gz directory“. This will create a compressed tar file with the .tar.gz extension.

If you prefer bzip2, use the command “tar -cjvf filename.tar.bz2 directory“. This will create a compressed tar file with the .tar.bz2 extension.

To extract a compressed tar archive, use the command “tar -xzvf filename.tar.gz” or “tar -xjvf filename.tar.bz2“.

For more advanced options, refer to the tar man page. These compression techniques are useful for reducing file sizes and organizing data for storage or transfer.

Extracting items from tar, gzip, and bzip2 files

To extract items from a tar, gzip, or bzip2 file in Linux, you can use simple commands in the terminal. For tar files, use the “tar -xf” command followed by the file name. This will extract the contents of the tar file into the current directory. To extract a specific file or directory from the tar file, you can use the “tar -xf” command followed by the file name and the path to the item you want to extract.

For gzip files, you can use the “gzip -d” command followed by the file name to decompress the file. After decompressing, you can use the “tar -xf” command to extract the contents as mentioned earlier.

If you have a split tar file, with extensions like .tar.gz.001, .tar.gz.002, etc., you can use the “cat” command to combine the split files into one before using the “tar -xf” command to extract.

Remember, the “unzip” command is specifically used for ZIP files, not tar files.

Working with zip files in Linux

In Linux, working with zip files is a common task. Zip files are a popular file format used for data compression. With the right commands, you can easily extract, compress, split, and unzip tar files.

To extract a tar file, use the command “tar -xvf “. This will extract the contents of the tar file into the current working directory.

To compress files into a tar file, use the command “tar -cvf …”. This will create a tar file containing the specified files.

If you need to split a large tar file into smaller parts, use the command “tar -cvf -M –tape-length= -F “split -b – “”. This will split the tar file into multiple parts of the specified size.

To unzip a tar file, use the command “tar -xvf “. This will extract the contents of the tar file into the current working directory.

By mastering these commands, you can efficiently work with zip files in Linux.

Compressing a directory into a zip file

To compress a directory into a zip file in Linux, you can use the “tar” command. First, navigate to the directory you want to compress. Then, use the following command to compress the directory into a tar file:

tar -czvf filename.tar.gz directoryname

This command will create a tar file named “filename.tar.gz” and compress the contents of the “directoryname” into it. The “-c” option creates a new archive, the “-z” option compresses the archive using gzip, and the “-v” option provides verbose output.

If you want to extract the contents of a tar file, you can use the following command:

tar -xzvf filename.tar.gz

This will extract the contents of the tar file to the current directory. The “-x” option extracts the contents, and the “-z” option decompresses the archive.

You can also split a tar file into multiple smaller files using the “-M” option followed by the desired file size. For example, to split a tar file into 100MB files, you can use:

tar -czvf -M –tape-length=100M filename.tar.gz directoryname

This command will create multiple tar files with the specified size.

To unzip a zip file in Linux, you can use the “unzip” command. Simply run the following command:

unzip filename.zip

This will extract the contents of the zip file to the current directory.

Uncompressing a zip file in Linux

To uncompress a zip file in Linux, you can use the “unzip” command. Open the terminal and navigate to the directory where the zip file is located. Then, run the following command:

unzip file.zip

Replace “file.zip” with the actual name of the zip file you want to uncompress. The command will extract the contents of the zip file into the current directory.

If you want to specify a different directory for the extracted files, you can use the “-d” option followed by the path to the desired directory. For example:

unzip file.zip -d /path/to/directory

This will extract the files into the specified directory instead.

October 8, 2023 by IT Tools

Monitoring CPU Usage in Linux

Keeping a close eye on the CPU usage in Linux is crucial for maintaining optimal performance and ensuring smooth system operations. In this article, we will delve into the various methods and tools available to effectively monitor CPU usage, enabling users to identify potential bottlenecks and make informed decisions to enhance their overall Linux experience. So, let’s dive into the realm of CPU monitoring and unlock the power of Linux!

Linux CPU Monitoring Commands

To effectively monitor CPU usage in Linux, you can use various commands and utilities. These commands provide valuable information about the CPU processor usage and system performance.

One commonly used command is “mpstat,” which displays detailed statistics about CPU utilization. You can run this command with sudo to access more detailed information. Another useful command is “lscpu,” which provides CPU information such as the number of cores, CPU frequency, and cache size.

For more comprehensive monitoring, you can use utilities like sysstat or gotop. Sysstat includes tools like “sar” and “mpstat” to monitor system performance over time. Gotop is a terminal UI that displays real-time CPU, RAM, and process information in a visually appealing graph.

By utilizing these commands and utilities, you can effectively monitor CPU usage in Linux and optimize system performance.

Methods for Checking CPU Usage in Linux

To monitor CPU usage in Linux, there are several methods you can use. One option is to use the command line tool called “top”, which provides real-time information about CPU utilization, processes, and memory usage. Another option is to use the “htop” command, which is a more advanced version of top with additional features and a user-friendly interface.

You can also use the “sar” command, which is part of the sysstat package. Sar provides historical data on CPU utilization, allowing you to analyze trends over time. Additionally, the “mpstat” command can be used to monitor CPU usage on a per-core basis.

If you prefer a graphical interface, you can use system monitoring tools like GNOME System Monitor or the KDE System Monitor, which provide a visual representation of CPU usage.

By utilizing these methods, you can effectively monitor and analyze CPU usage in Linux, helping you optimize system performance and troubleshoot any issues that may arise.

monitoring CPU usage in Linux

Factors Affecting CPU Utilization in Linux

CPU utilization in Linux can be affected by various factors, including the number and intensity of running processes, background tasks, memory usage, and CPU frequency. Monitoring CPU usage is crucial for maintaining system performance and identifying potential bottlenecks.

To monitor CPU usage in Linux, there are several options available. One common method is using the command line tool called sysstat, which provides detailed CPU and memory statistics. Another option is using a graphical tool like the Linux System Monitor or a terminal UI like htop.

When monitoring CPU usage, it’s important to consider factors like the number of CPU cores, CPU load, and CPU frequency. These factors can impact the overall performance of the system and indicate if there is a need for optimization or hardware upgrades.

Effects of High CPU Utilization and How to Determine It

High CPU utilization can have significant effects on system performance and can lead to slow response times, increased power consumption, and even system crashes. To determine if your CPU usage is high, you can use various monitoring tools and commands in Linux.

One way to monitor CPU usage is by using the “top” command in the Linux terminal. This command provides real-time information about the processes running on your system, including their CPU usage.

Another useful tool is the “htop” command, which provides a more user-friendly interface with additional features such as sorting processes by CPU usage and memory usage.

If you prefer a graphical interface, you can use system monitors like GNOME System Monitor or KDE System Monitor. These tools provide visual representations of CPU usage, making it easier to identify any spikes or abnormalities.

By monitoring CPU usage, you can identify processes or applications that are consuming excessive CPU resources. This information can help you troubleshoot performance issues and optimize your system.

Tools for Monitoring CPU Usage in Linux




Monitoring CPU Usage in Linux


Monitoring CPU Usage in Linux

Linux provides various tools to monitor CPU usage, allowing users to analyze system performance and identify potential bottlenecks. Here are some commonly used tools:

Tool Description
Sysstat A collection of performance monitoring utilities, including sar (system activity reporter) which provides detailed CPU usage statistics.
atop A powerful interactive monitor that displays real-time CPU usage, along with other system resources, in a user-friendly manner.
htop A popular command-line utility that provides an interactive, colorized view of CPU usage, memory usage, and process information.
cpustat A tool that collects and displays detailed CPU utilization statistics, including per-core usage, interrupts, and context switches.
glances An eye-catching system monitoring tool that provides a comprehensive overview of CPU usage, memory consumption, disk I/O, and more.


September 27, 2023 by Linux Training

Ultimate List of Free Online IT Certification Courses

Welcome to the ultimate guide for aspiring IT professionals seeking free online certification courses! In this comprehensive article, we have curated a handpicked selection of top-notch IT certification programs available online at absolutely no cost. Whether you are a beginner or looking to enhance your existing skills, this article is your gateway to unlocking a world of valuable knowledge, credibility, and career opportunities. So, get ready to embark on your learning journey and pave the way to a successful IT career without spending a dime!

Understanding IT Certifications and Courses

If you’re looking to enhance your IT skills and boost your career in the field of information technology, taking IT certifications and courses can be a great option. With the availability of numerous platforms like Coursera, edX, and LinkedIn Learning, you can find thousands of free online IT certification courses. These courses cover a wide range of topics, from computing and programming languages like JavaS to digital marketing and business management. By earning certificates and badges from renowned institutions like Harvard, Microsoft, and Google, you can showcase your expertise on your resume and open doors to more job opportunities. So, whether you’re a beginner or an experienced professional, these free online IT certification courses can help you stay ahead in your career.

free online IT certification courses

Differentiating Certifications, Certificates, Courses, and Badges

Differentiating between certifications, certificates, courses, and badges is crucial in the IT industry. Certifications are official credentials that validate a person’s expertise in a specific technology or skill, often offered by well-known companies like Microsoft or Google. Certificates, on the other hand, are typically awarded upon completion of a specific set of courses or coursework. Courses are educational programs that provide in-depth knowledge and skills, often offered by universities or online platforms like Coursera or edX. Badges, on the other hand, are digital representations of achievements or skills acquired through various learning platforms. Understanding the difference between these options can help learners choose the best path for career advancement in IT.

Free IT Training: Why You Should Consider It

Free IT training is a great opportunity to enhance your skills and advance your career in the technology industry. With thousands of courses available online, you can learn everything from basic computing to advanced programming languages like JavaScript and Python. By obtaining a certificate from reputable course providers like Harvard or LinkedIn Learning, you can showcase your newly acquired skills on your resume and increase your chances of landing a job in the IT field. Additionally, free IT training can also provide you with the knowledge needed to explore emerging technologies like cryptocurrency or remote sensing.
Don’t miss out on this valuable opportunity to expand your IT expertise and open doors to new career opportunities.

How to Pass Technical Certifications with Free Training

Passing technical certifications can be a challenge, but with the right training, it becomes much easier. This ultimate list of free online IT certification courses is a great resource for learners looking to enhance their skills and advance their careers in the field of information technology. Whether you’re interested in Linux training or other IT courses, there are plenty of options available. These courses cover a wide range of topics and are offered by reputable course providers, universities, and companies.
By completing these courses, you can gain the necessary knowledge and skills to pass technical certifications and improve your resumes. Don’t miss out on this opportunity for free training that can make a real difference in your career advancement.

Unlocking Opportunities with Free IT Certificates

Looking to expand your IT skills without breaking the bank? Look no further than this ultimate list of free online IT certification courses. Whether you’re a beginner or an experienced professional, these courses cover a wide range of IT topics and can help you gain the necessary skills to advance in your career. From Linux training to JavaS certification, there’s something for everyone.
Plus, these certificate courses can enhance your resumes and open doors to new job opportunities. Don’t miss out on the chance to level up your IT knowledge with these free courses. Start your course movement today!

September 26, 2023 by Certification Prep

Understanding Email Archiving

Delving into the intricate world of email archiving, this article aims to demystify the concept, shed light on its importance, and provide valuable insights for a better understanding of this essential practice.

Understanding the Purpose of Email Archiving

Email archiving is the process of storing and managing emails for future reference. It helps individuals and companies organize and retrieve important emails efficiently. By archiving emails, you can free up space in your inbox folder and ensure that important messages are not accidentally deleted.

When you archive an email, it is moved from your inbox or other folders to a separate archive folder. This keeps your inbox clean and clutter-free, while still allowing you to access archived messages when needed.

Archiving is different from deleting or moving emails to the trash folder. When you delete an email, it is permanently removed from your account. Archiving, on the other hand, allows you to keep the email without it cluttering your inbox.

Email archiving is especially useful for businesses and individuals who receive a large number of emails on a daily basis. It provides a way to store important communications, legal documents, and other valuable information for future reference.

Most email clients and providers, such as Gmail, Outlook, and Apple Mail, offer built-in archiving options. In Gmail, for example, you can easily archive emails by clicking the archive button or using the swipe gesture on mobile devices.

By understanding the purpose of email archiving and utilizing it effectively, you can improve your email management and ensure that important messages stay organized and easily accessible.

what does archive mean in email

How to Archive Emails in Different Email Platforms

When it comes to archiving emails, different email platforms have their own methods. In Gmail, you can archive an email by clicking the “Archive” button, which moves the message to the Archive folder. If you’re using Outlook, you can archive emails by selecting the messages and clicking the “Archive” button in Outlook 365. For Apple Mail, you can simply drag and drop emails into the Archive folder. On Android devices, you can find archived emails by tapping the three-line menu icon, selecting “All Mail,” and looking for the archived messages.
These are just a few examples of how to archive emails in different email platforms.

Locating Archived Emails on Desktop

To locate archived emails on your desktop, you can follow these steps:

1. Open your email client or provider, such as Gmail or Outlook, on your desktop.
2. Look for the “Archive” or “All Mail” folder, usually located on the left-hand side of the interface.
3. Click on the folder to access your archived emails.
4. If you can’t find the folder, check the “Trash” or “Deleted Items” folder as some email clients may move archived emails there.
5. Use the search bar or filters within your email client to narrow down your search and locate specific archived emails.
6. If you’re using a different email client or provider, consult their documentation or support resources for specific instructions on accessing archived emails.

Locating Archived Emails on Mobile Devices

Locating archived emails on mobile devices can be a useful way to organize and manage your email messages. If you use Gmail, archived emails are stored in a separate archive folder, which can be accessed by swiping right or tapping the menu button and selecting “All Mail.” In Microsoft Outlook, you can find archived emails by going to the “File” tab and selecting “Options,” then navigating to the “Advanced” tab and clicking on “AutoArchive Settings.” On a Mac, you can find archived emails by selecting the “Mail” folder in the Finder, then clicking on “Mailbox” and selecting “Archive.”

Automating the Email Archiving Process

Automating the email archiving process is a time-saving and efficient way to manage your email messages. By utilizing automation tools, you can ensure that important emails are securely stored and easily accessible when needed. Whether you are an individual or a company, automating email archiving can help you stay organized and prevent the loss of valuable information. Different email providers offer various ways to archive emails, such as Gmail’s archive feature or Microsoft Outlook’s archive button. It is important to choose the right archiving solution for your needs, considering factors such as storage space and compatibility with your device.
With the majority of people using email as their primary form of communication, understanding email archiving is essential.

Unarchiving Emails in Gmail

To unarchive emails in Gmail, follow these simple steps:

1. Open Gmail on your device and navigate to the left side of the screen.
2. Click on the “More” option, represented by three horizontal lines.
3. Scroll down and click on “All Mail” to access your archived emails.
4. Find the email you want to unarchive and select it.
5. Click on the “Move to Inbox” option, represented by a folder icon with an arrow pointing towards it.
6. The email will now be moved from the archive back to your inbox folder.

Exploring Email Archiving Solutions

When it comes to email archiving solutions, there are a few important things to understand. First, it’s important to differentiate between archiving and simply moving emails to a different folder. Archiving involves storing email messages in a separate location, while moving them simply changes their location within your email provider’s system.

Archiving is a useful solution for managing email storage space and organizing your messages. It’s especially helpful for companies that need to retain emails for legal or compliance reasons.

Most email providers, including Gmail, offer an archive feature that allows you to easily store emails without cluttering your inbox. Archiving emails removes them from your inbox and stores them in an archive folder, making it easier to find and retrieve important messages later on.

By archiving emails, you can declutter your inbox, free up storage space, and keep your emails organized. Whether you’re using Gmail, Outlook, or another email provider, understanding email archiving solutions can help you better manage your email communications.

September 8, 2023 by IT Tools

SCAD Start Date 2022

Introducing SCAD Start Date 2022: A Journey into Innovation and Creativity

Academic Calendar Dates

The SCAD Academic Calendar for 2022 is packed with important dates and events. Here’s what you need to know:

– Spring Orientation begins on January 3rd, kicking off the new year for SCAD students in Savannah, Atlanta, and Lacoste.
– Student check-in and registration for the Spring semester takes place on January 10th.
– Classes officially start on January 18th, so mark your calendars!
– Throughout the semester, keep an eye on the academic calendar for holiday schedules and any changes due to weather or other unforeseen circumstances.
– Graduate registration for the Summer semester starts on March 10th, followed by Junior registration on March 27th, and student registration on April 3rd.
– May is a busy month, with SCAD Lacoste Fall and SCAD Spring graduation ceremonies taking place.
– The SCAD Savannah Film Festival, a highlight of the academic calendar, is scheduled for June 1st.
– Note that the calendar is subject to change, so always check the SCAD website or the MySCAD portal for the most up-to-date information.

scad start date 2022

Future Semester Start Dates

SCAD offers multiple start dates throughout the year to accommodate students’ schedules. The academic calendar provides important dates for each semester, including orientation, student check-in, and class start dates.

For the Fall semester, classes typically begin in early September. The Winter semester starts in January, while the Spring semester begins in late March or early April.

SCAD also offers a Summer semester, which starts in June. Students can refer to the SCAD Academic Calendar for specific dates and schedules.

It is important to note that holiday schedules, such as Martin Luther King, Jr. Day and Independence Day, may affect class schedules. Additionally, events like the SCAD Savannah Film Festival and SCAD Fashion Show may impact certain locations.

For more information on start dates and registration, students can visit the MySCAD portal or contact the SCAD University office.

SCAD Academic Calendar Highlights



SCAD Start Date 2022 – Academic Calendar Highlights

Event Date
Winter Quarter Begins January 10, 2022
Spring Quarter Begins March 21, 2022
Summer Quarter Begins June 27, 2022
Fall Quarter Begins September 19, 2022
Thanksgiving Break November 23-27, 2022
Winter Break December 16, 2022 – January 8, 2023


Planning for the Next Academic Year

As you prepare for the upcoming academic year at SCAD, it’s essential to have a clear plan in place. Whether you’re a graduate, junior, or new student, taking the time to strategize will set you up for success.

Firstly, be aware of important dates such as SCAD Fall and Spring breaks, graduation ceremonies, and holidays like Martin Luther King, Jr. Day and Independence Day. These dates will impact your schedule and allow you to plan accordingly.

Additionally, consider the location of your campus. SCAD has campuses in Savannah, Atlanta, and even Lacoste, France. Familiarize yourself with the specific calendar and events for your chosen location.

Furthermore, take advantage of resources like SCADnow, a digital platform that provides access to course materials, grades, and communication with professors. This system will streamline your experience and keep you organized throughout the year.

Lastly, don’t forget to explore extracurricular activities and events like the SCAD Fashion Show and SCAD Film Fest. These opportunities will enhance your skills and enrich your overall SCAD experience.

By carefully planning and staying informed, you’ll make the most of your time at SCAD and set yourself up for a successful academic year.

August 14, 2023 by Academic Services

Review of Linux Academy

Introducing a Comprehensive Analysis of Linux Academy: Unveiling the Unmatched Learning Platform

Best Online Platform for Tech Skill Development

Linux Academy is the best online platform for tech skill development. With its user-friendly interface and comprehensive course offerings, it stands out among its competitors. Whether you’re a beginner or an experienced professional, Linux Academy has the resources and expertise to help you excel in the field of Linux and cloud computing. Their extensive course library covers a wide range of topics, including AWS certifications, system administration, Python programming, and more. The platform is trusted by industry experts and educational institutions alike. Join Linux Academy today and take advantage of their free trial to start enhancing your tech skills.

A Cloud Guru (Linux Academy) Review: Pricing and Offerings

A Cloud Guru (Linux Academy) offers a variety of pricing plans and course offerings to suit the needs of individuals and organizations. Their courses cover a wide range of topics, including Linux essentials, AWS training, Python programming, and more. The platform is user-friendly and provides hands-on learning experiences to help users develop their cloud skills. A Cloud Guru has received positive ratings and reviews from satisfied customers on platforms like Trustpilot. With their extensive content library and experienced instructors like Ryan Kroonenburg, A Cloud Guru is a trusted choice for those looking to enhance their Linux skills and pursue certifications like RHCSA.
Users can also take advantage of a free trial to test out the platform before committing.

linuxacademy com review

Comparison with Competitors: A Cloud Guru (Linux Academy)




Comparison with Competitors: A Cloud Guru (Linux Academy)

Feature A Cloud Guru Linux Academy
Course Variety Wide range of courses covering various cloud platforms and technologies Extensive collection of Linux-related courses and certifications
Learning Pathways Structured learning paths for different skill levels and career tracks Curated learning paths focusing on Linux and open-source technologies
Hands-on Labs Offers hands-on labs for practical experience with cloud platforms Provides interactive labs for practicing Linux commands and configurations
Community Support Active community forums for discussions and assistance Dedicated community support channels and forums
Price Subscription-based pricing with different plans available Subscription-based pricing with different plans available


The Verdict on Linux Academy: Is it Worth the Investment?

The verdict on Linux Academy is that it is definitely worth the investment. With its comprehensive and user-friendly platform, Linux Academy offers top-notch training for those looking to enhance their Linux skills. The cloud learning provider has a wide range of courses, including Linux essentials, system administration, and even certification preparation for RHCSA. The content is well-structured and easy to follow, making it suitable for beginners and experienced professionals alike. Additionally, Linux Academy has a strong reputation in the industry, with positive ratings and reviews from satisfied users.
Whether you’re an individual looking to improve your skills or an organization seeking to train your employees, Linux Academy is a solid choice for Linux education.

August 2, 2023 by Learning Resources

Use Ubuntu on Chromebook

Introducing the Gateway to Possibilities: Ubuntu on Chromebook

Enabling Linux and Developer Mode on a Chromebook

To get started, you’ll need to enable Developer Mode on your Chromebook. This allows you to access the underlying operating system and make changes. Keep in mind that enabling Developer Mode will wipe all your data, so make sure to back up anything important.

Once Developer Mode is enabled, you can install Ubuntu using the Crouton tool. This tool creates a chroot environment, which allows you to run Ubuntu alongside Chrome OS. With Ubuntu installed, you’ll have access to a wide range of development tools and software.

In addition to Ubuntu, you can also install other Linux distributions or run Linux applications directly on Chrome OS. This gives you even more flexibility in your development environment.

With Linux and Developer Mode enabled on your Chromebook, you’ll have the freedom to code, run servers, and use a variety of developer tools. It’s a great way to turn your web-centric machine into a powerful development platform.

If you’re interested in learning more about using Linux on a Chromebook, there are plenty of tutorials and articles available online. Digital Trends has a great tutorial on how to install Linux on a Chromebook, and the Chrome OS 103 course on the Chromebook website covers Linux integration in more detail.

So why not take the leap and unlock the full potential of your Chromebook? With Linux and Developer Mode, you’ll have a powerful development environment at your fingertips.

how to use ubuntu on chromebook

Installing Ubuntu XFCE using Crouton on a Chromebook

To get started, you will need to enable developer mode on your Chromebook and enter the Chroot Environment. This will allow you to run Ubuntu alongside Chrome OS, giving you the best of both worlds.

Once you have set up the Chroot Environment, you can install Ubuntu XFCE and start enjoying the freedom and power of Linux. Ubuntu XFCE is a lightweight and customizable desktop environment, perfect for Chromebooks with limited resources.

With Ubuntu installed, you can access a vast repository of software and enjoy a more traditional desktop experience. Whether you’re a developer looking for a powerful coding environment or a user wanting to explore different applications, Ubuntu on your Chromebook opens up a world of possibilities.

Follow our step-by-step tutorial to easily install Ubuntu XFCE using Crouton on your Chromebook and unlock the full potential of your device.

Launching and using Ubuntu XFCE on a Chromebook

Ubuntu XFCE is a great option for using Linux on your Chromebook. With its lightweight and efficient interface, it provides a smooth and seamless experience. To get started, you’ll need to enable Linux support in your Chromebook’s settings. Once enabled, you can easily install Ubuntu XFCE using the Chroot Environment. This allows you to run Ubuntu alongside Chrome OS, giving you the best of both worlds. Ubuntu XFCE comes with a wide range of apps and features, making it ideal for both productivity and entertainment.
Whether you’re a developer or a casual user, Ubuntu XFCE on your Chromebook is a powerful and versatile choice.

Removing Ubuntu Linux from a Chromebook: A guide

Removing Ubuntu Linux from a Chromebook: A Guide

If you’ve decided to remove Ubuntu Linux from your Chromebook, follow these steps to uninstall it. First, open the Linux Terminal and enter the command “sudo apt-get purge ubuntu-desktop” to remove the Ubuntu desktop environment. Next, delete the Ubuntu chroot environment by running the command “sudo delete-chroot [name]” in the Chrome OS shell. Finally, remove any remaining files and directories associated with Ubuntu by navigating to the “File Manager” and deleting them manually. Once you’ve completed these steps, your Chromebook will be back to its original Chrome OS state.

July 24, 2023 by IT Tools

Secure Linux Operating System

Introducing the Shielded Fortress: A Haven for Linux Users

Update and Patch Regularly

Update and patching your Linux operating system regularly is crucial for maintaining its security. By keeping your system up to date, you ensure that any vulnerabilities or bugs are addressed promptly, reducing the risk of exploitation. This is especially important in a world where cyber threats are constantly evolving. Linux’s open-source nature allows for quick identification and fixing of security issues, making it more secure than proprietary operating systems like Windows or macOS. Additionally, Linux distributions often come with built-in security features and tools, making it easier to secure your system.
Regularly updating and patching your Linux OS is an essential step in Linux server hardening.

Implement Least Privilege Principle

Implementing the Least Privilege Principle is crucial for securing a Linux operating system. By granting users only the necessary privileges to perform their tasks, you minimize the risk of unauthorized access or malicious activities. This principle ensures that even if one user account is compromised, the attacker’s access is limited.

To implement the Least Privilege Principle, start by reviewing user permissions and removing unnecessary privileges. Regularly monitor and audit user activities to identify any potential security risks. Utilize tools like SELinux or AppArmor to enforce mandatory access control and restrict user actions.

Remember that Linux, being an open-source operating system, offers robust security features and is often considered more secure than Windows. Additionally, Linux distributions like Qubes OS provide enhanced security by isolating different applications and tasks in separate virtual machines.

By implementing the Least Privilege Principle, you enhance the security of your Linux system and minimize the risk of unauthorized access or data breaches.

how to secure linux operating system

Encrypt Data and Secure Network Activity

Encrypting data and securing network activity are crucial aspects of maintaining a secure Linux operating system. By implementing strong encryption mechanisms, you can protect sensitive information from unauthorized access. Additionally, securing network activity ensures that your data is transmitted safely, preventing interception or tampering. Linux offers various tools and features for encryption and network security, making it a reliable choice for safeguarding your system. Unlike proprietary operating systems like Mac OS or Windows, Linux is open source, allowing for greater transparency and community-driven security enhancements.
Learning Linux commands and understanding the differences between Linux distributions can further enhance your ability to secure your system. Consider exploring Linux training, such as Qubes OS or Unix, to gain the necessary skills for a secure Linux environment.

Maintain Secure User Accounts and Authentication

Maintaining secure user accounts and authentication is crucial for a secure Linux operating system.

Utilize Firewalls and Intrusion Detection Systems




Secure Linux Operating System


Utilize Firewalls and Intrusion Detection Systems

A secure Linux operating system should have robust mechanisms in place to protect against unauthorized access and potential intrusions. Two essential components for achieving this are firewalls and intrusion detection systems (IDS). Firewalls act as a barrier between a trusted internal network and external networks, controlling the incoming and outgoing network traffic based on predefined security rules. IDS, on the other hand, monitor network traffic and system activities to detect and respond to potential security threats.

Component Description
Firewalls A firewall is a network security device that monitors and filters incoming and outgoing network traffic based on predetermined security rules. It acts as a barrier between a trusted internal network and external networks, protecting the system from unauthorized access and potential threats.
Intrusion Detection Systems (IDS) An IDS is a security mechanism that monitors network traffic and system activities, analyzing them for signs of potential intrusions or attacks. It uses various detection methods, including signature-based and anomaly-based detection, to identify suspicious activities and generate alerts for further investigation and response.


July 21, 2023 by Cybersecurity

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