Installation

Hyper API is available for Python, C++, Java and .NET supporting Windows, Mac and Linux each. Depending on the language, the installation can be complex. This page contains the detailed requirements and installation instructions for all languages.

Hardware requirements

The Hyper API only supports 64-bit platforms. It has the following minimum hardware requirements:

• Intel Nehalem or AMD Bulldozer processor or newer
• 2 GB memory
• 1.5 GB minimum free disk space

Apple Silicon Support

If you are on Apple Silicon (Apple M1, Apple M2, ...), you will currently need workarounds, as described below.

Apple Silicon Workarounds

Hyper API runs on Apple Silicon only with Rosetta 2 instead of natively. You will have to install Rosetta 2 before installing Hyper API.

Furthermore, this means that Hyper API can only be used from within other x86 programs, running under Rosetta. In particular for Python and Java, this means that the Python interpreter/Java runtime needs to run with Rosetta, too.

To do so, either install the Intel-only version of the Python/Java interpreter, or prefix your call with arch -x86_64. E.g., for Python, you can use:

arch -x86_64 /usr/bin/python3 -m pip install tableauhyperapi
arch -x86_64 /usr/bin/python3 your_script.py

Supported platforms

• macOS 10.13 or newer
• Microsoft Windows 8 or newer (64-bit)
• Microsoft Windows Server 2016, 2012, 2012 R2, 2008 R2, 2019
• Ubuntu 18.04 LTS, 20.04 LTS and 22.04 LTS
• Amazon Linux 2, Red Hat Enterprise Linux (RHEL) 7.3+ and 8.3+, CentOS 7.9+, Oracle Linux 7.3+

Language-specific Requirements

Python

• Python 3.8 (or newer) is required.
  • Install the 64-bit version (for example, for Windows, the download is listed as Windows x86-64).
  • On Windows, we recommend to select the option Add Python 3.x to PATH during installation.

C++

• The C++ headers use C++11, so a standard-compliant compiler with thorough C++11 support is required. Our internal testing is done with the newest Clang.

tip

Using at least C++17 is recommended, as the API uses C++17 classes, such as std::optional and std::string_view. If the headers are compiled with a standard older than C++17, interface-compatible classes of the API will be used instead.

• For the examples, a CMake project file is provided. To build it, CMake must be installed on your computer and available in your PATH.
  • On Windows, you also need Visual Studio 2015 (or newer).

Java

• JDK 8 (or newer) is required.

Instructions

Python

note

The following instructions assume that you have set up a virtual environment for Python. For more information on creating virtual environments, see venv - Creation of virtual environments in the Python Standard Library.

1. Open a terminal and navigate to the venv directory.

2. Install the tableauhyperapi module using pip.

   pip install tableauhyperapi

   If you previously installed the tableauhyperapi, you can upgrade to the latest version using the following command.

   pip install --upgrade tableauhyperapi
   danger

   Linux installations require pip version 19.3 or newer. Note that pip versions 20.0 and 20.1 are not working because of issues with pip.

   Alternatively, you can download the Python Hyper API wheel package (.whl file) for your operating system. Use pip to install the .whl file you downloaded.

   • On Windows: Scripts\pip install [*path_to_whl_file*]
   • On Linux/macOS: bin/pip install [*path_to_whl_file*]

3. Try out the examples:

   • Download the samples from Github.
   • Run the Python examples (for example, try insert_data_into_single_table.py).
     • On Windows: [venv_directory]\Scripts\python hyper-api-samples\Tableau-Supported\Python\insert_data_into_single_table.py
     • On Linux/macOS: [venv_directory]/bin/python hyper-api-samples/Tableau-Supported/Python/insert_data_into_single_table.py

C++

1. Download the C++ Hyper API package file (.zip file) for your operating system.

2. Unzip the Hyper API package file to a convenient location.

3. To build and run the examples on the command line:

   • Open a terminal. On Windows, open the VS2019 x64 Native Tools Command Prompt.
   • Navigate into the examples directory of the extracted C++ Hyper API package.
   • Configure the project with cmake:
     • On Windows: cmake -G "Visual Studio 16 2019 Win64" .
     • On Linux/macOS: cmake .
   • Build the examples:
     • On Windows: cmake --build . --config Debug or cmake --build . --config Release
     • On Linux/macOS: cmake --build .
   • Run the examples
     • On Windows: ctest --verbose -C Debug or ctest --verbose -C Release
     • On Linux/macOS: ctest --verbose

4. To build and run the examples in Visual Studio, go to File > Open > Folder and select the examples directory of the tableauhyperapi-cxx package.

5. If you want to build your own applications, you need to install the Hyper API library on your computer. To do this:

   • On Windows: Append the extracted bin directory to your system PATH variable.
   • On Linux: Append the extracted lib directory to your system LD_LIBRARY_PATH variable.
   • On macOS: You need to include the lib directory as RPATH for every binary.

Java

1. Download the Java Hyper API package file (.zip file) for your operating system.

2. Unzip the Hyper API package file to a convenient location.

3. To build and run the examples on the command line:

   • Open a terminal and navigate into the examples directory of the extracted Java Hyper API package.
   • Build the examples: gradle build
   • Run the examples: gradle run

4. You can import the example project into IntelliJ or Eclipse:

   • IntelliJ:
     • Import the Hyper API into IntelliJ by opening the build.gradle file from the unzipped Hyper API package.
     • In the Gradle view, choose an example and select Tasks > application > run.
   • Eclipse:
     • You need to have a recent version of Eclipse installed to use Gradle.
     • Import the Hyper API into Eclipse as an existing Gradle project (File > Import > Gradle > Existing Gradle Project).
     • Select the directory of the unzipped Hyper API package as the "Project root directory".
     • Select Override workspace settings in the "Import Options" dialog and use at least Gradle version 5.5.
     • In the Gradle Tasks view, choose an example and select application > run.

5. You can create new projects that use the Hyper API in IntelliJ or Eclipse:

   • Create a new Java project. Make sure the JDK is set to Java 8, that is, JavaSDK-1.8.
   • Add the following libraries from the lib directory of the unzipped Hyper API package as external JARs: tableauhyperapi.jartableauhyperapi-windows.jar (Windows), tableauhyperapi-linux.jar (Linux), tableauhyperapi-darwin.jar (macOS) jna-5.6.0.jar
   • Copy the hyper folder from the lib directory of the unzipped Hyper API package next to the JARs, as in the example project.
   • To enable proper Javadoc, add the hapi-javadoc.jar from the lib directory as the Javadoc archive.

Java Native Access Library

If your security requirements require you to run Java applications with the system property jna.nounpack set to true, which disables unpacking from a .jar file, you need to obtain the native Hyper API library in another way. While you could extract the library from the .jar file in the Java Hyper API package, the easiest way is to download and unzip the C++ Hyper API package for your platform, as described in the following steps:

1. Download hyperapi-cxx package for your platform.
2. Unzip the package and place the native Hyper API library in a directory or folder accessible by the Java application.
   • For Windows, the native library (tableauhyperapi.dll) file is in the bin directory of the .zip file.
   • For Linux, the library (libtableauhyperapi.so) is in the lib directory of the .zip file.
   • For macOS, the library (libtableauhyperapi.dylib) is in the lib folder of the .zip file.
3. Set system property jna.library.path with value set to the absolute path of the folder or directory that contains the native library file for your platform (from step 2).