p4tutorials-turkce/vm-ubuntu-20.04/user-dev-bootstrap.sh
Andy Fingerhut cf48c233d3
Update commits to 2023 jul 01 (#519)
* Support negative-valued action parameters
by converting them in the Python helper code into a positive value
whose bit pattern is the 2's complement representation of the negative
value.

* Update commit SHAs of `vagrant up dev` to latest as of 2023-Jul-01

* Update vm-ubuntu-20.04/README.md for 2023-Jul-01
2023-07-01 07:06:05 -04:00

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#!/bin/bash
# Print script commands and exit on errors.
set -xe
#Src
BMV2_COMMIT="6ee70b5eff7f510b32c074aaa4f00358f594fecb" # 2023-Jul-01
PI_COMMIT="f043e6f5f4271076ad7e58aa9889c82dbfc8c3ca" # 2023-Jul-01
P4C_COMMIT="c7a503d5b6f5711cf61e7e2878eaa670fd90c71d" # 2023-Jul-01
PTF_COMMIT="d2e2d8ad005a451ad11f9d21af50079a0552921a" # 2023-Jul-01
PROTOBUF_COMMIT="v3.18.1"
GRPC_COMMIT="tags/v1.43.2"
#Get the number of cores to speed up the compilation process
NUM_CORES=`grep -c ^processor /proc/cpuinfo`
# The install steps for p4lang/PI and p4lang/behavioral-model end
# up installing Python module code in the site-packages directory
# mentioned below in this function. That is were GNU autoconf's
# 'configure' script seems to find as the place to put them.
# On Ubuntu systems when you run the versions of Python that are
# installed via Debian/Ubuntu packages, they only look in a
# sibling dist-packages directory, never the site-packages one.
# If I could find a way to change the part of the install script
# so that p4lang/PI and p4lang/behavioral-model install their
# Python modules in the dist-packages directory, that sounds
# useful, but I have not found a way.
# As a workaround, after finishing the part of the install script
# for those packages, I will invoke this function to move them all
# into the dist-packages directory.
# Some articles with questions and answers related to this.
# https://bugs.debian.org/cgi-bin/bugreport.cgi?bug=765022
# https://bugs.launchpad.net/ubuntu/+source/automake/+bug/1250877
# https://unix.stackexchange.com/questions/351394/makefile-installing-python-module-out-of-of-pythonpath
PY3LOCALPATH=`${HOME}/py3localpath.py`
move_usr_local_lib_python3_from_site_packages_to_dist_packages() {
local SRC_DIR
local DST_DIR
local j
local k
SRC_DIR="${PY3LOCALPATH}/site-packages"
DST_DIR="${PY3LOCALPATH}/dist-packages"
# When I tested this script on Ubunt 16.04, there was no
# site-packages directory. Return without doing anything else if
# this is the case.
if [ ! -d ${SRC_DIR} ]
then
return 0
fi
# Do not move any __pycache__ directory that might be present.
sudo rm -fr ${SRC_DIR}/__pycache__
echo "Source dir contents before moving: ${SRC_DIR}"
ls -lrt ${SRC_DIR}
echo "Dest dir contents before moving: ${DST_DIR}"
ls -lrt ${DST_DIR}
for j in ${SRC_DIR}/*
do
echo $j
k=`basename $j`
# At least sometimes (perhaps always?) there is a directory
# 'p4' or 'google' in both the surce and dest directory. I
# think I want to merge their contents. List them both so I
# can see in the log what was in both at the time:
if [ -d ${SRC_DIR}/$k -a -d ${DST_DIR}/$k ]
then
echo "Both source and dest dir contain a directory: $k"
echo "Source dir $k directory contents:"
ls -l ${SRC_DIR}/$k
echo "Dest dir $k directory contents:"
ls -l ${DST_DIR}/$k
sudo mv ${SRC_DIR}/$k/* ${DST_DIR}/$k/
sudo rmdir ${SRC_DIR}/$k
else
echo "Not a conflicting directory: $k"
sudo mv ${SRC_DIR}/$k ${DST_DIR}/$k
fi
done
echo "Source dir contents after moving: ${SRC_DIR}"
ls -lrt ${SRC_DIR}
echo "Dest dir contents after moving: ${DST_DIR}"
ls -lrt ${DST_DIR}
}
find /usr/lib /usr/local $HOME/.local | sort > $HOME/usr-local-1-before-protobuf.txt
# --- Protobuf --- #
git clone https://github.com/protocolbuffers/protobuf
cd protobuf
git checkout ${PROTOBUF_COMMIT}
git submodule update --init --recursive
./autogen.sh
# install-p4dev-v6.sh script doesn't have --prefix=/usr option here.
./configure --prefix=/usr
make -j${NUM_CORES}
sudo make install
sudo ldconfig
# Force install python module
#cd python
#sudo python3 setup.py install
#cd ../..
cd ..
find /usr/lib /usr/local $HOME/.local | sort > $HOME/usr-local-2-after-protobuf.txt
# --- gRPC --- #
git clone https://github.com/grpc/grpc.git
cd grpc
git checkout ${GRPC_COMMIT}
git submodule update --init --recursive
mkdir -p cmake/build
cd cmake/build
cmake ../..
make -j${NUM_CORES}
sudo make install
# I believe the following 2 commands, adapted from similar commands in
# src/python/grpcio/README.rst, should install the Python3 module
# grpc.
find /usr/lib /usr/local $HOME/.local | sort > $HOME/usr-local-2b-before-grpc-pip3.txt
pip3 list | tee $HOME/pip3-list-2b-before-grpc-pip3.txt
cd ../..
sudo pip3 install -rrequirements.txt
GRPC_PYTHON_BUILD_WITH_CYTHON=1 sudo pip3 install .
sudo ldconfig
cd ..
find /usr/lib /usr/local $HOME/.local | sort > $HOME/usr-local-3-after-grpc.txt
# Note: This is a noticeable difference between how an earlier
# user-bootstrap.sh version worked, where it effectively ran
# behavioral-model's install_deps.sh script, then installed PI, then
# went back and compiled the behavioral-model code. Building PI code
# first, without first running behavioral-model's install_deps.sh
# script, might result in less PI project features being compiled into
# its binaries.
# --- PI/P4Runtime --- #
git clone https://github.com/p4lang/PI.git
cd PI
git checkout ${PI_COMMIT}
git submodule update --init --recursive
./autogen.sh
# install-p4dev-v6.sh adds more --without-* options to the configure
# script here. I suppose without those, this script will cause
# building PI code to include more features?
./configure --with-proto
make -j${NUM_CORES}
sudo make install
make clean
move_usr_local_lib_python3_from_site_packages_to_dist_packages
sudo ldconfig
cd ..
find /usr/lib /usr/local $HOME/.local | sort > $HOME/usr-local-4-after-PI.txt
# --- Bmv2 --- #
git clone https://github.com/p4lang/behavioral-model.git
cd behavioral-model
git checkout ${BMV2_COMMIT}
./install_deps.sh
./autogen.sh
./configure --enable-debugger --with-pi --with-thrift
make -j${NUM_CORES}
sudo make install-strip
sudo ldconfig
# install-p4dev-v6.sh script does this here:
move_usr_local_lib_python3_from_site_packages_to_dist_packages
cd ..
find /usr/lib /usr/local $HOME/.local | sort > $HOME/usr-local-5-after-behavioral-model.txt
# --- P4C --- #
git clone https://github.com/p4lang/p4c
cd p4c
git checkout ${P4C_COMMIT}
git submodule update --init --recursive
mkdir -p build
cd build
cmake .. -DENABLE_TEST_TOOLS=ON
# The command 'make -j${NUM_CORES}' works fine for the others, but
# with 2 GB of RAM for the VM, there are parts of the p4c build where
# running 2 simultaneous C++ compiler runs requires more than that
# much memory. Things work better by running at most one C++ compilation
# process at a time.
make -j1
sudo make install
sudo ldconfig
cd ../..
find /usr/lib /usr/local $HOME/.local | sort > $HOME/usr-local-6-after-p4c.txt
# --- PTF --- #
git clone https://github.com/p4lang/ptf
cd ptf
git checkout ${PTF_COMMIT}
sudo pip3 install .
cd ..
find /usr/lib /usr/local $HOME/.local | sort > $HOME/usr-local-8-after-ptf-install.txt