PFPSim Framework Installer

A small GUI for the installation of the PFPSim Framework.

Before you get started:

Due to SystemC's licensing terms, it must be downloaded manually. Download it from this page. Follow the link for "SystemC 2.3.1 (Includes TLM) | Core SystemC Language and Examples".

*Important Note: The downloaded .tar should be placed along side the files in this repository.

Installation Configuration:

The installer will set up your system with the following configuration. Versions otherwise mentioned of packages installed will be those that the package manager of your distribution installs.

NOTE : ALL C++ SOURCES WILL BE BUILT WITH CLANG/LLVM BY THIS INSTALLER

Category	Toolchain
C++ Compiler	Clang/LLVM, libstdc++, flexc++, bisonc++
Python	From package-manager
Build Tools	CMake, Make
IPC	Nanomsg V0.5-beta, Protobuf V2.6.1
SystemC	Provided by User

For list of complete packages installed see here

Installation Options:

The following packages are available:

Installing:

Linux:

Debian/Ubuntu:

Clone this repository and run the pfpsim-installer script.

Note: don't forget to manually download the SystemC source

git clone https://github.com/pfpsim/pfpsim-installer.git
cd pfpsim-installer
sudo ./pfpsim-installer.sh

Administrator privileges are required since components are installed globally

During install if you want to monitor the progress of a component install. Open another terminal window.

cd pfpsim-installer/log
ls
tail <component_name>.log

Other:

Same instructions as above but scripts need to be modified with a simple find/replace for apt-get with the package manager for your distribution. For example, for Fedora you could easily use sed to replace apt-get with dnf:

find . -name '*.sh' -exec sed -i 's/apt-get/dnf/' \{\} \;

^{(note that this is untested) 😉}

OSX/Windows/Others:

All dependencies must be satisfied for each tool first.

You will need to install everything from source. We try our best not be tied to specific version or compiler tool chain. See repositories of each tool for more information. Good Luck!

Explore Examples

Simple NPU - An example model of a generic Network Processing Unit.
Simple RMT - An example model of a Reconfigurable Match-Tables architecture.

Packages Installed:

PFPSim
cmake autoconf
g++ clang libpcap-dev libtool libc++abi1 libc++abi-dev libc++1 libc++-dev
flexc++ bisonc++
git doxygen
python, pip
Packages compiled from source:
- Protobuf V2.6.1
- Nanomsg V0.5-beta
- Thrift V0.9.2
- SystemC
  - Provided by user
P4
automake libjudy-dev libgmp-dev libboost-dev libboost-test-dev libboost-program-options-dev libboost-system-dev libboost-filesystem-dev libboost-thread-dev libevent-dev libtool flex bison pkg-config libssl-dev mktemp libffi-dev python-dev python-pip

AliAskari/pfpsim-installer