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7-Zip is a file archiver with a high compression ratio. You can use 7-Zip on any computer, including a computer in a commercial organization. You don't need to register or pay for 7-Zip. 7-Zip works for Windows 7, Vista, XP, 2008, 2003, 2000, NT, ME, and 98. Easily create and schedule labor- and time-saving script transfers with minimal overhead using the Transfer Engine from within CuteFTP or with any COM-enabled scripting or programming language. Create scripts to regularly backup or synchronize your sites, and monitor local folders for changes; or just drag and drop files for fast and easy. Commands marked. are bash built-in commands. Bash is the default shell, it runs under Darwin the open source core of macOS. In macOS Catalina the default shell will change to zsh and in time this page will be updated to include that. (see Download- “The latest stable release” - “apache-activemq-x.x.x-bin.zip”) Extract the files from the ZIP file into a directory of your choice. Proceed to the #Starting ActiveMQ section of this document. Following start-up, go to the #Testing the Installation section of this document. Windows Source Installation. Download and extract the archive rtlsdr/rtlsdrmatlab.zip. It contains all the code to work with the device from Matlab. Using rtlsdr to capture to a file. Example: to tune to 88.5Mhz and set the sample rate to 2.4Mhz use.

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Using ActiveMQ > Getting Started

Introduction

This document describes how to install and configure ActiveMQ 5.x for both Unix and Windows’ platforms.

Document Organization

The Getting Started Guide for ActiveMQ 5.x document contains the following sections:

  • Installation Procedure for Windows
  • Installation Procedure for Unix
  • Starting ActiveMQ
  • Testing the Installation

Pre-Installation Requirements

Hardware:

  • ~ 60 MB of free disk space for the ActiveMQ 5.x binary distribution.
    (you need additional disk space for storing persistent messages to disk)
  • ~ 300 MB of free disk space for the ActiveMQ 5.x source or developer’s distributions.

`Operating Systems:**

Create
  • Windows: Windows XP SP2, Windows 2000, Windows Vista, Windows 7.
  • Unix: Ubuntu Linux, Powerdog Linux, MacOS, AIX, HP-UX, Solaris, or any Unix platform that supports Java.

Environment:

  • Java Runtime Environment (JRE)JRE 1.7 (1.6 for version <=5.10.0)
    (a JDK is required if you plan to recompile source code)
  • The JAVA_HOME environment variable must be set to the directory where the JRE is installed
    (Unix: the binary “java” has to be resolvable by the PATH variable; execute “which java” to verify)
  • Maven 3.0.0 build system
    (only if you plan to recompile source code)
  • JARs that will be used must be added to the classpath.
    (only if you plan to recompile source code)

Installation Procedure for Windows

This section of the Getting Started Guide explains how to install binary and source distributions of ActiveMQ on a Windows system.

Windows Binary Installation

This procedure explains how to download and install the binary distribution on a Windows system.

  1. Download the latest release
    (see Download -> “The latest stable release” -> “apache-activemq-x.x.x-bin.zip”)
  2. Extract the files from the ZIP file into a directory of your choice.
  3. Proceed to the #Starting ActiveMQ section of this document.
  4. Following start-up, go to the #Testing the Installation section of this document.

Windows Source Installation

This procedure explains how to download and install the source distribution on a Windows system.

  1. Download the latest release
    (see Download -> “The latest stable release” -> “apache-activemq-x.x.x-source-release.zip”)
  2. Extract ActiveMQ from the ZIP file into a directory of your choice.
  3. The recommended method of building ActiveMQ is the following:

    where [activemq_install_dir] is the directory in which ActiveMQ was installed.

  4. If you prefer to use an IDE, then you can auto-generate the IDE’s project file using maven plugins:

    or

    Feel free to use any other applicable IDE. Please refer to the plugin reference for more details.

  5. Start ActiveMQ from the target directory, for example:

    NOTE: Working directories get created relative to the current directory. To create the working directories in the proper place, ActiveMQ must be launched from its home/installation directory.

  6. Proceed to the #Testing the Installation section.

    Warning

    If you are building ActiveMQ 4.x under Windows using Cygwin there is a path name length limitation. If the path name length is exceeded, you may see build errors. To correct this, move the ActiveMQ source directory higher in the file system tree, e.g., /cygdrive/c/d/sm.

Windows Developer’s Release

This procedure explains how to download and install the latest developer’s snapshot.

  1. Open the release archive: https://repository.apache.org/content/repositories/snapshots/org/apache/activemq/apache-activemq/
    (open one of the SNAPSHOT directories)
  2. Select the version of ActiveMQ to download (if necessary, scroll down to see the ActiveMQ snapshots).
  3. Extract the files from the ZIP file into a directory of your choice.
  4. If a binary snapshot was downloaded, proceed to the #Starting ActiveMQ section of this document.
    If a source snapshot was downloaded, perform step 6 and step 7 of the #Windows Source Installation procedure.
  5. Following start-up, proceed to the #Testing the Installation section.

Installation Procedure for Unix

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Unix Binary Installation

This procedure explains how to download and install the binary distribution on a Unix system.
NOTE: There are several alternative ways to perform this type of installation.

  1. Download the activemq zipped tarball file to the Unix machine, using either a browser or a tool, i.e., wget, scp, ftp, etc. for example:
    (see Download -> “The latest stable release”)
  2. Extract the files from the zipped tarball into a directory of your choice. For example:

  3. Proceed to the #Starting ActiveMQ section of this document.

  4. Following start-up, go to the #Testing the Installation section.

Using Homebrew installer on OSX

If you use OSX as your platform, you can use Homebrew package manager to easily install Apache ActiveMQ.

  1. After installing Homebrew package manager successfully, just run

    You can expect the following output:

ActiveMQ will be installed in /usr/local/Cellar/apache-activemq/x.x.x/ directory (where x.x.x denotes the actual version being installed).

Now you can proceed to #Starting ActiveMQ and #Testing the Installation sections.

Unix Source Installation

This procedure explains how to download and install the source distribution on a Unix system. This procedure assumes the Unix machine has a browser. Please see the previous #Unix Binary Installation section for details on how to install ActiveMQ without a browser.

  1. Download the latest source release
    (see Download -> “The latest stable release” -> “activemq-parent-x.x.x-source-release.zip”)
  2. Extract the files from the ZIP file into a directory of your choice. For example:
  3. Build ActiveMQ using Maven:
    The preferred method of building ActiveMQ is the following:

    If Maven crashes with a java.lang.OutOfMemoryError, you you need to do this first (assuming a Bourne-like shell):

    If you prefer to use an IDE then you can auto-generate the IDE’s project file using maven plugins:

    or

    Feel free to use any other applicable IDE. Please refer to the plugin reference for more details.
    NOTE: Working directories get created relative to the current directory. To create working directories in the proper place, ActiveMQ must be launched from its home/installation directory.

  4. Proceed to the #Starting ActiveMQ section of this document.
  5. Proceed to #Testing the Installation section.

Unix Developer’s Release

This procedure explains how to download and install the latest developer’s snapshot.

  1. Open the release archive: https://repository.apache.org/content/repositories/snapshots/org/apache/activemq/apache-activemq/
    (open one of the SNAPSHOT directories)
  2. Select the version of ActiveMQ to download (you may have to scroll down to see the ActiveMQ snapshots).
    The filename will be similar to: activemq-x.x.x-tar.gz.
  3. Extract the files from the gzip file into a directory of your choice. For example:
    For a binary developer’s snapshot:

    For a source developer’s snapshot:

  4. If a binary snapshot was downloaded, to make it executable, the ActiveMQ script may need its permissions changed:
  5. For a binary snapshot, proceed to the #Starting ActiveMQ section of this document.
  6. If a source snapshot was downloaded perform steps 6 - 8 of the #Unix Source Installation procedure.
  7. Proceed to the #Testing the Installation section.

Starting ActiveMQ

There now follows instructions on how to run the ActiveMQ Message Broker.

On Windows:

From a console window, change to the installation directory and run ActiveMQ:

where [activemq_install_dir] is the directory in which ActiveMQ was installed, e.g., c:Program FilesActiveMQ-5.x.
Then type:

`NOTE:** Working directories get created relative to the current directory. To create working directories in the proper place, ActiveMQ must be launched from its home/installation directory.

On Unix:

From a command shell, change to the installation directory and run ActiveMQ as a foregroud process:

From a command shell, change to the installation directory and run ActiveMQ as a daemon process:

More help

For other ways of running the broker see Here. For example you can run an embedded broker inside your JMS Connection to avoid starting a separate process.

Testing the Installation

Using the administrative interface

  • Open the administrative interface
    • URL: http://127.0.0.1:8161/admin/
    • Login: admin
    • Passwort: admin
  • Navigate to “Queues”
  • Add a queue name and click create
  • Send test message by klicking on “Send to”

Logfile and console output

If ActiveMQ is up and running without problems, the Window’s console window or the Unix command shell will display information similar to the following log line (see stdout output or “[activemq_install_dir]/data/activemq.log”):

Listen port

ActiveMQ’s default port is 61616. From another window run netstat and search for port 61616.

From a Windows console, type:

OR

From a Unix command shell, type:

Monitoring ActiveMQ

You can monitor ActiveMQ using the Web Console by pointing your browser at http://localhost:8161/admin.

From ActiveMQ 5.8 onwards the web apps is secured out of the box.
The default username and password is admin/admin. You can configure this in the conf/jetty-real.properties file.

Or you can use the JMX support to view the running state of ActiveMQ.

For more information see the file docs/WebConsole-README.txt in the distribution.

Stopping ActiveMQ

For both Windows and Unix installations, terminate ActiveMQ by typing “CTRL-C” in the console or command shell in which it is running.

If ActiveMQ was started in the background on Unix, the process can be killed, with the following:

Configuring ActiveMQ

The ActiveMQ broker should now run. You can configure the broker by specifying an Xml Configuration file as a parameter to the activemq command. An alternative is to use the Broker Configuration URI to configure things on the command line in a concise format (though the configuration options are not as extensive as if you use Java or XML code). You can also

Also see Configuring Transports to see how you can configure the various connection, transport and broker options using the connection URL in the ActiveMQConnectionFactory.

See the Initial Configuration for details of which jars you need to add to your classpath to start using ActiveMQ in your Java code

If you want to use JNDI to connect to your JMS provider then please view the JNDI Support. If you are a Spring user you should read about Spring Support

After the installation, ActiveMQ is running with a basic configuration. For details on configuring options, please see refer to the Configuration section.

Additional Resources

If you are new to using ActiveMQ, running the Web Samples or the Examples is a good next step to learn more about ActiveMQ.

The Commercial Providers listed on the Support page may also have additional documentation, examples, tutorials, etc… that can help you get started.

by rajaraodv

In this blog I’ll cover installing ITerm2, ZSH shell, “oh my ZSH”, Themes, ITerm2 color schemes, “oh my ZSH” plugins and enable “ligature” support to help create a beautiful and powerful Terminal.

If you want to just make your regular Bash Terminal powerful, take a look at my previous blog: “Jazz Up Your Bash Terminal”. But ZSH explained in this blog is more powerful stuff.

Summary:

We’ll be covering a lot of things. This may be confusing, so here is the summary of what we will be doing.

  1. Install ITerm2 — This is a better alternative to the default Terminal
  2. Install latest ZSH shell — This is more powerful than the regular bash shell. We will switch ITerm2 to use ZSH shell.
  3. Install “Oh My ZSH “— This is a CLI tool to easily configure ZSH and add themes and plugins to ZSH
  4. Add two types of Themes using “Oh My ZSH” — some themes need extra steps so we will cover both
  5. Install different ITerm2 Schemes — These are just color schemes for the UI
  6. Add two different Plugins using “Oh My ZSH” to improve productivity
  7. Enable “ligature” support so when you write an arrow =>;, it appears like a real arrow →

Step 1— Install ITerm2

A lot of programmers like ITerm2 instead of the default Terminal. It is similar to the Terminal, but has lots of features of its own. It of course can run ZSH, Bash, and other shells inside it.

The following video shows some of the new features of Item 2 (v3).

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For this blog we’ll use ITerm2. When I mention “Terminal”, I mean ITerm2. Although the steps are the same for both Terminal or ITerm2.

Step 2— Change Shell To ZSH

The following video shows why ZSH is better than just a bash shell.

Option 1 — Use Mac’s own ZSH:

Mac comes with a ZSH out-of-the-box, so we don’t need to install it. However, sometimes it’s an older version of ZSH. Typically it’s located at /bin/zsh. To use it, all we need to do is to change shell (chsh).

  1. Open the Terminal (or ITerm2) and type the following command.

2. Enter the password and it will change the shell, upon logout and login.

3. Logout and re-login

4. To test, open the Terminal and type the following, and it should say zsh.

Option 2— Install Homebrew and Install latest ZSH via Homebrew

This option is pretty common among users, because some of the plugins only work with the latest ZSH.

Homebrew, simply said, is a command line installer for all sorts of software. Let’s install that first.

  1. Install Homebrew by running the following command.
Codes

2. If you get Command Line Tools for Xcode error, it means you haven’t installed the CLI tools for Xcode. If you don’t get the error, you can skip this step, because you already have it installed.

XCode Developer CLI tools are used by various apps that manipulate core OSX features. So make sure to install the Xcode CLI tools by running the following command.

$ xcode-select —-install

Note: The above command opens up Mac’s installer and installs the XCode Developer CLI tools. If it doesn’t work, try xcode-select -r to reset.

3. Install ZSH via Homebrew

Run the following command to install ZSH. It gets installed at /usr/local/bin/zsh PS: Mac’s default ZSH is at /bin/zsh

4. Use the Homebrew version of ZSH

Run the following command. You will be prompted to enter Mac’s password.

5. Logout and log back in.

6. Test if we are using ZSH and the correct ZSH

Step 3— “Oh My ZSH”

“Oh My ZSH” is a plugin that runs on top of ZSH. It provides default config for ZSH (~/.zhrc file) and also provides themes and more features.

From what I know, most power users who use ZSH also use “Oh My ZSH”.
  1. Install “Oh My ZSH”

Run the following command to install “oh My ZSH”.

2. Close and quit ITerm2 and reopen it.

It should look something like below. Notice that the prompt has changed and the theme is a bit different — That’s “Oh My ZSH” in action for you.

Step 4— Change Themes And Install Fonts

In this step, we’ll add two different “Oh My ZSH” Themes. “Oh My ZSH” comes with tons of themes. PS: But some Themes need extra steps like installing specific fonts and so on.

To set a Theme, simply open ~/.zshrc file (created by “Oh My ZSH”) and change the theme as shown below.

PS: .zshrc is the config file for ZSH shell. People who don’t use “Oh My ZSH” will have to manually create this file and add any configs themselves. “Oh My ZSH” automatically creates this file if it doesn’t exist and then adds its own set of configs into this file.

Theme 1 — Let’s add a Theme called “Avit”

  1. Open .zshrc

2. Change the Theme to “Avit”

You can browse all the “Oh My ZSH” Themes here. To change the Theme, simply change the ZSH_THEME value in ~/.zshrc file from robbyrussell to Avit.

3. Update ZSH config

Run the following command to update the config.

4. Change the background color and font size

Open ITerm2 > Preferences > Profiles > Colors and change the background black color to use 20% gray as shown below.

Then open Text > Change Font and change the size to 14pt.

OK, Let’s install a different Theme that needs fonts.

Theme 2 — Installing “agnoster” Oh My ZSH theme

This is a popular theme because it emulates the Powerline Python app that enhances the terminal. The following picture shows how it looks. But this theme also needs us to install Powerline themes.

1. Install Powerline fonts

2. Change the Theme to “agnoster”

3. Quit ITerm2 and reopen it.

4. Set Powerline font

You can set any Powerline patched font you like. All the fonts end with “for Powerline”.

Open ITerm2 > Preferences > Profiles > Text > Change Font and set it to something that has “for Powerline”. I’m choosing “Meslo LG DZ for Powerline” font.

Note — If you are confused about the fonts and Themes: the Themes are for “Oh My ZSH” and ZSH shell and the fonts are for the Iterm2 itself.

5. All Done

At this point your Terminal should look like below:

Step 5 — Install iTerm2 “color schemes” (ITerm2 Themes)

There are plenty of gorgeous color schemes for iTerm2. These schemes change the foreground color, background color, cursor color, and so on. You can find them at iTerm2-color-schemes Github repo.

Note: These are just color schemes of the ITerm2 UI and don’t deal with the command prompt’s look and feel like “Oh My ZSH”’s themes (other than just changing colors).

Follow these steps to install them.

  1. Download the iTerm2-color-schemes as a zip file and extract it
  2. The “Schemes” folder contains all the color scheme files — they end with .itermcolors
  3. Open iTerm2 > Preferences > Profile > Colors > Color Presets > Import
  4. In the import window, navigate to the “Schemes” folder (from step 2)
  5. Select all the files so you can import all the color schemes at once
  6. Simply select whichever color scheme you like.
My favorites are Batman and Argonaut

The Argonaut color scheme looks like below:

Step 6— Install Plugins

Plugins add more functionalities to your workflow. By default “Oh My ZSH” already has the “git” plugin! and that’s why you were able to see all those Git statuses in the prompts in earlier screenshots. Let’s add another one to see how it works.

Note: In this section, we’ll install two different plugins to show how they work.

Plugin 1 — Add Syntax Highlighting Plugin

The Syntax Highlighting plugin adds beautiful colors to the commands you are typing as shown below.

  1. Clone the zsh-syntax-highlighting plugin’s repo and copy it to the “Oh My ZSH” plugins directory.

2. Activate the plugin in ~/.zshrc by adding `zsh-syntax-highlighting to the Plugins section as shown below.

3. Re-read zshrc configuration

Plugin 2 — Add ZSH-AutoSuggestion Plugin

This plugin auto suggests any of the previous commands. Pretty handy! To select the completion, simply press → key.

  1. Install the plugin
PS: ZSH_CUSTOM points to ~/.oh-my-zsh/custom

2. Open ~/.zshrc and add zsh-autosuggestions

Step 7 — Use Ligature Support

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There are various fonts that help make operators like less than, double equals, right arrow, not equals, and so on look beautiful. For example, every time you type: =>, it becomes: →.

To use this, we need fonts that support ligatures. We also need to enable it in ITerm2. FiraCode is one such font. Follow the steps to install and enable ligatures.

  1. Download the FiraCode repo and extract the zip file (or clone it)
  2. Open the dstr > ttf folder and double click on all the *.ttf files and select the “Install font” button to install each of the font variations.
  3. Navigate to ITerm2 | Preferences | Profiles | Text
  4. Select Use Ligaturescheckbox
  5. Click on Change Font and select Fira Code Regular font

Summary

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We have covered a lot in this blog starting from installing latest ZSH via Homebrew, Oh My ZSH, Plugins, Themes, enable “ligatures” for FiraCode font.

?? Thank you!

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