FROM centos:7 LABEL maintainer="Anton Lokhmotov " # Use the Bash shell. SHELL ["/bin/bash", "-c"] # Allow stepping into the Bash shell interactively. ENTRYPOINT ["/bin/bash", "-c"] # Install known system dependencies and immediately clean up to make the image smaller. # CK needs: git, wget, zip, unzip. # TF needs: curl. # Python 3 needs: open-ssl-devel, bzip2-devel, libffi-devel. RUN yum upgrade -y\ && yum install -y\ make which patch gcc gcc-c++\ git wget zip unzip\ openssl-devel bzip2-devel libffi-devel\ && yum clean all # Install Python 3. RUN cd /usr/src \ && wget https://www.python.org/ftp/python/3.7.3/Python-3.7.3.tgz \ && tar xzf Python-3.7.3.tgz \ && rm Python-3.7.3.tgz \ && cd Python-3.7.3 \ && ./configure --enable-optimizations \ && make altinstall \ && cd /usr/src \ && rm -rf Python-3.7.3* # Create non-root user. RUN useradd --create-home --user-group --shell /bin/bash dvdt USER dvdt:dvdt WORKDIR /home/dvdt # Install Collective Knowledge (CK). ENV CK_ROOT=/home/dvdt/CK \ CK_REPOS=/home/dvdt/CK_REPOS \ CK_TOOLS=/home/dvdt/CK_TOOLS \ PATH=${CK_ROOT}/bin:/home/dvdt/.local/bin:${PATH} \ CK_PYTHON=python3.7 \ CK_CC=gcc \ GIT_USER="dividiti" \ GIT_EMAIL="info@dividiti.com" \ LANG=C.UTF-8 RUN mkdir -p ${CK_ROOT} ${CK_REPOS} ${CK_TOOLS} RUN git config --global user.name ${GIT_USER} && git config --global user.email ${GIT_EMAIL} RUN git clone https://github.com/ctuning/ck.git ${CK_ROOT} RUN cd ${CK_ROOT} \ && ${CK_PYTHON} setup.py install --user \ && ${CK_PYTHON} -c "import ck.kernel as ck; print ('Collective Knowledge v%s' % ck.__version__)" # Pull CK repositories (including ck-env, ck-autotuning and ck-tensorflow). RUN ck pull repo:ck-mlperf # Use generic Linux settings with dummy frequency setting scripts. RUN ck detect platform.os --platform_init_uoa=generic-linux-dummy # Detect C/C++ compiler (gcc). RUN ck detect soft:compiler.gcc --full_path=`which ${CK_CC}` # Install TFLite. RUN ck install package --tags=lib,tensorflow-lite,tensorflow-static,v1.13.1 # Detect Python. RUN ck detect soft:compiler.python --full_path=`which ${CK_PYTHON}` # Install the latest Python package installer (pip). RUN ${CK_PYTHON} -m pip install --ignore-installed pip setuptools --user # Install Python dependencies. RUN ck install package --tags=lib,python-package,numpy RUN ck install package --tags=lib,python-package,scipy --force_version=1.2.1 RUN ck install package --tags=lib,python-package,pillow # Download the MobileNet TF/TFLite models (non-quantized and quantized). # https://github.com/mlperf/inference/blob/master/edge/object_classification/mobilenets/tflite/README.md#install-the-mobilenet-models-for-tflite RUN ck install package --tags=image-classification,model,tf,tflite,mlperf,mobilenet,non-quantized,from-zenodo RUN ck install package --tags=image-classification,model,tf,tflite,mlperf,mobilenet,quantized,from-google # Download the ResNet TFLite models (with and without the ArgMax operator). # https://github.com/mlperf/inference/blob/master/edge/object_classification/mobilenets/tflite/README.md#install-the-resnet-model RUN ck install package --tags=image-classification,model,tflite,mlperf,resnet,downloaded,with-argmax RUN ck install package --tags=image-classification,model,tflite,mlperf,resnet,downloaded,no-argmax # Download and preprocess the first 500 images of the ImageNet 2012 validation dataset. RUN ck install package --tags=dataset,imagenet,aux RUN ck install package --tags=dataset,imagenet,val,original,min --no_tags=resized RUN ck install package --tags=dataset,imagenet,val,preprocessed # Compile the Image Classification TFLite program. RUN ck compile program:image-classification-tflite # Run the Image Classification TFLite program # with the non-quantized MobileNet model twice. CMD ["ck run program:image-classification-tflite \ --dep_add_tags.weights=mobilenet,non-quantized \ --env.CK_BATCH_COUNT=2"]