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An open-source electronic data infrastructure for VLSI design automation.
Software architecture description
conda install -c anaconda boost
export BOOST_ROOT=/path/to/anaconda
so that CMake can find boostBOOST_ROOT
to wherever it is installedgit clone --recursive https://gitee.com/niiceda/open-edi.git
Alternatively, you can clone the repository and the submodules in two steps.
git clone https://gitee.com/niiceda/open-edi.git
cd open-edi
git submodule update --init
mkdir build # assume you are inside the root directory of the repository
cd build
cmake .. # you may add -DCMAKE_INSTALL_PREFIX=your/install/path to specify the location
make # you may add -j to turn on parallel building
make test # optional step to run unittests
make docs # optional step to generate HTML documentations
make install
.so
under your/install/path/lib/
directory.
You can go to the install directory and start python to try it out.
Suppose you have a following python script called test.py
.from lib import openedi as edi
# access the enum types
signal_direct = edi.SignalDirection.kInput
print(signal_direct)
# access the print functions
edi.ediPrint(edi.MessageType.kInfo, "test message type %s\n" % (edi.MessageType.kInfo))
Invoking python3 by (assume CMake finds python3 during compilation)
python3 test.py
will execute the script and print following messages
SignalDirection.kInput
[INFO ] test message type MessageType.kInfo
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