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There are two alternative ways of getting Libre-FDATool up and running.
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It can be installed on a Python environment as a stand-alone module or
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deployed by using the
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[Libre-FDASys-Virtual-Appliance](Libre-FDASys-Virtual-Appliance).
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deployed by using
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[Libre-FDATool-as-a-Virtual-Appliance](Libre-FDATool-as-a-Virtual-Appliance).
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## Standalone Mode
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CENTOS
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\>\>\>[Installing-Libre-FDATool-on-Fedora-derivatives](Installing-Libre-FDATool-on-Fedora-derivatives)
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## Libre-FDASys Virtual Appliance
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## Virtual Appliance
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Despite the fact that the Libre-FDATool is intended for being extremely
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easy to use, involving a quasi negligible learning curve, setting up all
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in the installation process, but in the behavior of the full system
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depending on the versions of the required packages.
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The Libre-FDATool has been included inside a Virtual Appliance that
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includes all the required functionality, from the scientific Python
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environment to the extra EDA tools: the Libre-FDASys
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\>[Libre-FDASys-Virtual-Appliance](Libre-FDASys-Virtual-Appliance)
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The Libre-FDATool can be deployed as a Virtual Appliance that includes
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all the required functionality, from the scientific Python environment
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to the extra EDA
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tools:
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\>[Libre-FDATool-as-a-Virtual-Appliance](Libre-FDATool-as-a-Virtual-Appliance)
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