command is the primary interface for managing installations of various packages. It can: • Query and search the Anaconda package index and current Anaconda installation. • Create new conda environments. they conflict with the .conda file format for packages. Using packages • You may search for packages conda search scipy • You may install a package conda install scipy • You may build a package after blob/9635228/vs2017/meta.yaml#L24 Noarch packages Noarch packages are packages that are not architecture specific and therefore only have to be built once. Noarch packages are either generic or Python

command is the primary interface for managing installations of various packages. It can: • Query and search the Anaconda package index and current Anaconda installation. • Create new conda environments. they conflict with the .conda file format for packages. Using packages • You may search for packages conda search scipy • You may install a package conda install scipy • You may build a package after blob/9635228/vs2017/meta.yaml#L24 Noarch packages Noarch packages are packages that are not architecture specific and therefore only have to be built once. Noarch packages are either generic or Python

However, in some cases you might want to create an environment for a different target platform or architecture. To do so, use the --platform flag available in the conda create and conda env create commands an existing environment: conda install --name myenv --file spec-file.txt Conda does not check architecture or dependencies when installing from a spec file. To ensure that the pack- ages work correctly correctly, make sure that the file was created from a working environment, and use it on the same architecture, operating system, and platform, such as linux-64 or osx-64. Activating an environment Activating

However, in some cases you might want to create an environment for a different target platform or architecture. To do so, use the --platform flag available in the conda create and conda env create commands an existing environment: conda install --name myenv --file spec-file.txt Conda does not check architecture or dependencies when installing from a spec file. To ensure that the pack- ages work correctly correctly, make sure that the file was created from a working environment, and use it on the same architecture, operating system, and platform, such as linux-64 or osx-64. Activating an environment Activating

However, in some cases you might want to create an environment for a different target platform or architecture. To do so, use the --platform flag available in the conda create and conda env create commands an existing environment: conda install --name myenv --file spec-file.txt Conda does not check architecture or dependencies when installing from a spec file. To ensure that the pack- ages work correctly correctly, make sure that the file was created from a working environment, and use it on the same architecture, operating system, and platform, such as linux-64 or osx-64. Activating an environment Activating

an existing environment: conda install --name myenv --file spec-file.txt Conda does not check architecture or dependencies when installing from a spec file. To ensure that the pack- ages work correctly correctly, make sure that the file was created from a working environment, and use it on the same architecture, operating system, and platform, such as linux-64 or osx-64. Activating an environment Activating concept of libraries and executables that know where to search for their dependencies (RPATH). Instead, Windows relies on a dynamic-link library search order. If environments are not active, libraries won't

an existing environment: conda install --name myenv --file spec-file.txt Conda does not check architecture or dependencies when installing from a spec file. To ensure that the pack- ages work correctly correctly, make sure that the file was created from a working environment, and use it on the same architecture, operating system, and platform, such as linux-64 or osx-64. Activating an environment Activating concept of libraries and executables that know where to search for their dependencies (RPATH). Instead, Windows relies on a dynamic-link library search order. If environments are not active, libraries won't

command is the primary interface for managing installations of various packages. It can: • Query and search the Anaconda package index and current Anaconda installation. • Create new conda environments. they conflict with the .conda file format for packages. Using packages • You may search for packages conda search scipy • You may install a package conda install scipy • You may build a package after blob/9635228/vs2017/meta.yaml#L24 Noarch packages Noarch packages are packages that are not architecture specific and therefore only have to be built once. Noarch packages are either generic or Python

command is the primary interface for managing installations of various packages. It can: • Query and search the Anaconda package index and current Anaconda installation. • Create new conda environments. they conflict with the .conda file format for packages. Using packages • You may search for packages conda search scipy • You may install a package conda install scipy • You may build a package after blob/9635228/vs2017/meta.yaml#L24 Noarch packages Noarch packages are packages that are not architecture specific and therefore only have to be built once. Noarch packages are either generic or Python

command is the primary interface for managing installations of various packages. It can: • Query and search the Anaconda package index and current Anaconda installation. • Create new conda environments. packages. 5 MINUTES TOTAL TIME: 20 MINUTES 1.3.3 Starting conda Windows • From the Start menu, search for and open “Anaconda Prompt”. 1.3. Getting started with conda 5 conda Documentation, Release it. 1. To find a package you have already installed, first activate the environment you want to search. Look above for the commands to activate your snakes environment. 2. Check to see if a package you