![]() Webmin is a web-based interface for system administration for Unix. Using any browser that supports tables and forms (and Java for the File Manager module), you can. I am trying to install the JDK on Ubuntu and Linux, but I am unable to install it. What are the steps to install it on Ubuntu? Downloading and Installing RabbitMQ. The latest release of RabbitMQ is 3.6.10. For release notes, see changelog. Installing Metasploit Framework on Ubuntu 16.04 LTS and Debian 7. This Guide covers the installation of Metasploit Framework OSS Project on Ubuntun Linux LTS. UPDATE: You can also install OpenCV 3.2.0 in Ubuntu 16.04LTS. Many people have used my previous tutorial about installing OpenCV 2.1 in Ubuntu 9.10. Check out these tips and tricks if you've installed Ubuntu 14.04 LTS Trusty Tahr on your PC. Ubuntu 14.10 and 15.04 are supported too. Installing PHP 5. On Ubuntu. With the release of PHP 5. I wanted to be one of the first to try it. Installing the SciPy Stack¶ These are instructions for installing the full SciPy stack. For installing individual packages, such as NumPy and SciPy, see Windows. This guide explains how to install TensorFlow on Ubuntu. These instructions might also work on other Linux variants, but we have only tested (and we only support. The problem is that the typical package managers for Ubuntu won’t include PHP 5. This is a problem, since I really want to try PHP’s latest and greatest features for myself. The problem is, there seems to be a lack of clear, coherent instructions online about compiling PHP on Ubuntu from source. Either it’s so insanely simple that anyone who does it figures everyone else knows how, or everyone relies on the pre- built binaries released by the world that any time I search for “Ubuntu PHP source” I get “why don’t you just use the built- in package manager?” And so, I wanted to write a set of instructions for how I configured and compiled PHP, on Ubuntu Jaunty. For the most part we’ll use standard out- of- the- box packages that Ubuntu provides. Since the features I’m looking for are in PHP 5. I’m fine with having slightly outdated packages for other software as long as they’re compatible with PHP 5. Warning!!!! Word. Press has added HTML entities in order to help display this post. Do NOT copy and paste the ./configure line as it will cause you to get strange results. Prepare your own configure line that matches your needs! Warning: Messing with Apache and PHP on a live web server can cause serious problems! Do this only on a development system or on a system that is not critical to your operation! Trying to install a new version of PHP with a current version running might work, or it might sleep with your wife and eat your children. You’ve been warned! Warning: Remove any existing instances of PHP, either compiled from source or installed by package, and all related files, before proceeding! Install Apache. The first step is to install Apache. You can feel free to use your own web server, but for this example I opted for Apache based on the simplicity of installing PHP as an Apache module. This command should also install the development tools, which PHP will need to properly configure itself for Apache. Install My. SQL and Postgre. SQLMost people use My. SQL, but almost all PHP installations seem to have Postgre. SQL installed as well. I think it’s always good to keep your options open, and you might take a look at Postgres at some point. If you opt not to install Postgres, that’s fine; just alter your configure statement to exclude it. Install required libraries. PHP itself is very easy to configure and install. However, if you want to get the most out of it you’ll need to install the dependency libraries it uses for various functions like mcrypt and gd. This can be the most challenging part of installing PHP; many hours can be spent issuing a configure command only to have it fail, have to install another library, and repeat the process. These libraries are the libraries that were needed to install the options in the configure statement below. You may need more or fewer libraries depending on your individual needs and desires. Download the PHP Source Code. Visit http: //www. PHP 5. 3. The following commands may be helpful: cd ~wget http: //us. Configure. Change your working directory to the unpacked PHP source code. Execute the following command./configure –with- apxs. This is a good idea. The screen should scroll quickly as it does a check of the files and libraries it will need for compiling, and, if everything is installed correctly, it will build the makefiles for the next step. If it fails, it will give you an error message (usually related to a missing library) and tell you to try again. Make & Make Install. In order to have PHP installed, we have to first compile it from the source code. This involves the compiler accessing the libraries it needs. Once compiled, we’ll be able to install it. The first command in this process is easy enough: make. There will once again be a lot of information on your screen. Take your time, go for a walk. This takes a bit of time, and the more you compile into PHP the longer the process takes. PHP is an advanced, complicated language, so be patient. Once it completes successfully, you should see a warning to run “make test”. You may run this, though you don’t have to at this stage. The final step in the PHP compilation process is invoking the installer. Why do we use - i on the installer? Ubuntu uses an unusual configuration for Apache which causes the installer not to know how to install PHP properly. This will produce a fatal error and cause the install to stop. The - i flag tells it to ignore the errors; we’ll set up Apache to use PHP 5. Add the PHP Module to Apache. In order to have PHP run as a part of the web server, we’ll need to create a module for it. This is typically done automatically, but due to the unusual setup of the Ubuntu Apache installation, we’ll have to do it ourselves. First, change directories: cd /etc/apache. Create a new file called php. Load. Module php. Now create another file called php. Add. Type application/x- httpd- php . Add. Type application/x- httpd- php- source . Now we’re all set! We just need to enable the module and restart Apache: # a. Enabling module php. Run . Test the PHP Installation. Now we just need to see that PHP is in fact installed! First let’s check the PHP binary: $ php - v. PHP 5. 3. 0 (cli) (built: Jul 1 2. Copyright (c) 1. 99. The PHP Group. Zend Engine v. Copyright (c) 1. 99. Zend Technologies. If you get output similar to the above, your PHP installation is correct. Note that the point release may be different since these directions were written; however, you should see PHP 5. Next, let’s get the info from PHP to see what’s installed. Find your webroot, create (or edit) an index. Type the URL of your web server into the browser and you should see something that looks like this: If you do, congratulations! You’ve successfully installed PHP 5. Ubuntu from source. Installing Tensor. Flow on Ubuntu . These instructions. Linux variants, but we have only tested (and we. Ubuntu 1. 4. 0. 4 or higher. Determine which Tensor. Flow to install. You must choose one of the following types of Tensor. Flow to install: Tensor. Flow with CPU support only. If your system does not have a. NVIDIA. Note that this version of. Tensor. Flow is typically much easier to install (typically. NVIDIA GPU, we recommend. Tensor. Flow with GPU support. Tensor. Flow programs typically run. GPU than on a CPU. Therefore, if your. NVIDIA. For details, see. NVIDIA's documentation. For details, see. NVIDIA's documentation. To install this library. If you have an earlier version of the preceding packages, please upgrade to. If upgrading is not possible, then you may still run. Tensor. Flow with GPU support, but only if you do the following: Install Tensor. Flow from sources as documented in. Installing Tensor. Flow from Sources. Install or upgrade to at least the following NVIDIA versions: CUDA toolkit 7. DNN v. 3 or greater. GPU card with CUDA Compute Capability 3. Determine how to install Tensor. Flow. You must pick the mechanism by which you install Tensor. Flow. The. supported choices are as follows: We recommend the virtualenv installation. Virtualenv. is a virtual Python environment isolated from other Python development. Python programs. on the same machine. We recommend the native pip install for. Tensor. Flow available to everyone on a. Since a native pip installation is not walled- off in. Python- based installations on your system. However, if you understand pip. Python environment, a native pip installation often entails only. Docker completely isolates the Tensor. Flow installation. The Docker container contains. Tensor. Flow and all its dependencies. Note that the Docker image can be quite. MBs). You might choose the Docker installation if you are. Tensor. Flow into a larger application architecture that already. Docker. In Anaconda, you may use conda to create a virtual environment. If the preceding. Step 5.(Optional) If Step 4 failed (typically because you invoked a pip version. Tensor. Flow in the active virtualenv environment. Binary. URL # Python 2. Binary. URL # Python 3. Binary. URL identifies the URL of the. Tensor. Flow Python package. The appropriate value of. Binary. URLdepends on the operating system. Python version, and GPU support. Find the appropriate value for. Binary. URL for your system. If the virtualenv environment is not currently active. When the virtualenv environment is active, you may run. Tensor. Flow programs from this shell. The appropriate value of. Binary. URL depends on the operating system. Python version, and GPU support. Find the appropriate value for. Binary. URLhere. It identifies the Docker. Specify one of the following values: gcr. Tensor. Flow CPU binary image. Tensor. Flow CPU Binary image plus source code. Tensor. Flow CPU binary image. Tensor. Flow GPU. Google Container Registry. Note that some. Tensor. Flow images are also available at. For example, the following command launches the latest Tensor. Flow CPU binary image. Docker container from which you can run Tensor. Flow programs in a shell. The following command also launches the latest Tensor. Flow CPU binary image in a. Docker container. However, in this Docker container, you can run Tensor. Flow. programs in a Jupyter notebook. Docker will download the Tensor. Flow binary image the first time you launch it. GPU support. Prior to installing Tensor. Flow with GPU support, ensure that your system meets all. NVIDIA software requirements. If you plan. to run Tensor. Flow programs from the shell, omit this option. If you plan. to run Tensor. Flow programs as Jupyter notebooks, set both. Port and container. Port to 8. 88. 8. Tensor. Flow. GPUImage specifies the Docker container. You must. specify one of the following values: gcr. Tensor. Flow GPU binary image. Tensor. Flow GPU Binary image plus source code. Tensor. Flow GPU. Tensor. Flow GPU. We recommend installing one of the latest versions. For example, the. Tensor. Flow GPU binary image in a. Docker container from which you can run Tensor. Flow programs in a shell. The following command also launches the latest Tensor. Flow GPU binary image. Docker container. In this Docker container, you can run Tensor. Flow. programs in a Jupyter notebook. The following command installs an older Tensor. Flow version (0. 1. Docker will download the Tensor. Flow binary image the first time you launch it. For example. $ docker run - it gcr. Run a short Tensor. Flow program. Invoke python from your shell as follows: $ python. Enter the following short program inside the python interactive shell: # Python. Hello, Tensor. Flow!'). Session(). print(sess. If the system outputs the following, then you are ready to begin writing. Tensor. Flow programs: Hello, Tensor. Flow! If you are new to Tensor. Flow, see Getting Started with Tensor. Flow. If the system outputs an error message instead of a greeting, see Common. Common installation problems. We are relying on Stack Overflow to document Tensor. Flow installation problems. Unless you are using bazel, you should. IOError: . GPU support. This section documents the relevant values for Linux installations. Python 2. 7. CPU only. The. protobuf pip package downloaded from Py. PI (when invoking. Python- only library containing. Python implementations of proto serialization/deserialization that can run. C++ implementation. Protobuf also supports a. Python package that contains fast. C++ based proto parsing. To install. the custom binary protobuf pip package, invoke one of the following commands.
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