3 # Licensed under the Apache License, Version 2.0 (the "License");
4 # you may not use this file except in compliance with the License.
5 # You may obtain a copy of the License at
7 # http://www.apache.org/licenses/LICENSE-2.0
9 # Unless required by applicable law or agreed to in writing, software
10 # distributed under the License is distributed on an "AS IS" BASIS,
11 # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
12 # See the License for the specific language governing permissions and
13 # limitations under the License.
15 %define COMPONENT cpupooler
16 %define COMPONENT_PART process-starter
17 %define RPM_NAME caas-%{COMPONENT}
18 %define RPM_MAJOR_VERSION 0.3.0
19 %define RPM_MINOR_VERSION 7
20 %define go_version 1.12.10
21 %define CPUPOOLER_VERSION 603d1128aa982493d50d682b2edb37fe17b73031
22 %define DEP_MAN_VERSION 0.5.4
23 %define IMAGE_TAG %{RPM_MAJOR_VERSION}-%{RPM_MINOR_VERSION}
24 %define PROCESS_STARTER_INSTALL_PATH /opt/bin/
25 %define centos_build 191001
28 Version: %{RPM_MAJOR_VERSION}
29 Release: %{RPM_MINOR_VERSION}%{?dist}
30 Summary: Containers as a Service cpu-pooler component
31 License: %{_platform_license} and BSD 3-Clause License
32 URL: https://github.com/nokia/CPU-Pooler
34 Vendor: %{_platform_vendor} and Nokia
35 Source0: %{name}-%{version}.tar.gz
37 Requires: docker-ce >= 18.09.2, rsync
38 BuildRequires: docker-ce-cli >= 18.09.2, xz, wget
40 # I was able to pack an executable via this.
41 # more info at https://fedoraproject.org/wiki/Packaging:Debuginfo
42 %global debug_package %{nil}
45 This RPM contains the cpu-pooler container image, process-starter binary and related deployment artifacts for the CaaS subsystem.
51 wget --progress=dot:giga http://artifacts.ci.centos.org/sig-cloudinstance/centos-7-%{centos_build}/%{_arch}/centos-7-%{_arch}-docker.tar.xz -O %{_builddir}/%{RPM_NAME}-%{RPM_MAJOR_VERSION}/docker-build/%{COMPONENT_PART}/centos-7-docker.tar.xz
52 # build the process-starter binary inside a builder conatiner
57 --build-arg HTTP_PROXY="${http_proxy}" \
58 --build-arg HTTPS_PROXY="${https_proxy}" \
59 --build-arg NO_PROXY="${no_proxy}" \
60 --build-arg http_proxy="${http_proxy}" \
61 --build-arg https_proxy="${https_proxy}" \
62 --build-arg no_proxy="${no_proxy}" \
63 --build-arg go_version="%{go_version}" \
64 --build-arg DEP_MAN_VERSION="%{DEP_MAN_VERSION}" \
65 --build-arg CPUPOOLER_VERSION="%{CPUPOOLER_VERSION}" \
66 --tag %{COMPONENT_PART}:builder \
67 %{_builddir}/%{RPM_NAME}-%{RPM_MAJOR_VERSION}/docker-build/%{COMPONENT_PART}/
69 # create a directory for process-starter binary
70 mkdir -p %{_builddir}/%{RPM_NAME}-%{RPM_MAJOR_VERSION}/results
72 # run the builder conatiner for process-starter binary
78 -e HTTP_PROXY="${http_proxy}" \
79 -e HTTPS_PROXY="${https_proxy}" \
80 -e NO_PROXY="${no_proxy}" \
81 -e http_proxy="${http_proxy}" \
82 -e https_proxy="${https_proxy}" \
83 -e no_proxy="${no_proxy}" \
84 --entrypoint=/bin/sh \
85 %{COMPONENT_PART}:builder
87 # get the process-starter binary
88 docker cp $(docker ps | grep "%{COMPONENT_PART}:builder" | awk -F' ' '{ print $1 }'):/process-starter %{_builddir}/%{RPM_NAME}-%{RPM_MAJOR_VERSION}/results/
91 for container_ran in $(docker ps -a | grep "%{COMPONENT_PART}:builder" | awk -F' ' '{ print $1 }')
93 docker rm -f $container_ran
97 docker rmi -f %{COMPONENT_PART}:builder
99 # build the cpu pooler
104 --build-arg HTTP_PROXY="${http_proxy}" \
105 --build-arg HTTPS_PROXY="${https_proxy}" \
106 --build-arg NO_PROXY="${no_proxy}" \
107 --build-arg http_proxy="${http_proxy}" \
108 --build-arg https_proxy="${https_proxy}" \
109 --build-arg no_proxy="${no_proxy}" \
110 --build-arg DEP_MAN_VERSION="%{DEP_MAN_VERSION}" \
111 --build-arg CPUPOOLER_VERSION="%{CPUPOOLER_VERSION}" \
112 --build-arg go_version="%{go_version}" \
113 --tag %{COMPONENT}:%{IMAGE_TAG} \
114 %{_builddir}/%{RPM_NAME}-%{RPM_MAJOR_VERSION}/docker-build/%{COMPONENT}/
116 # create a save folder
117 mkdir -p %{_builddir}/%{RPM_NAME}-%{RPM_MAJOR_VERSION}/docker-save/
119 # save the cpu poooler container
120 docker save %{COMPONENT}:%{IMAGE_TAG} | xz -z -T2 > %{_builddir}/%{RPM_NAME}-%{RPM_MAJOR_VERSION}/docker-save/%{COMPONENT}:%{IMAGE_TAG}.tar
122 # remove docker image
123 docker rmi -f %{COMPONENT}:%{IMAGE_TAG}
126 mkdir -p %{buildroot}/%{_caas_container_tar_path}/
127 rsync -av %{_builddir}/%{RPM_NAME}-%{RPM_MAJOR_VERSION}/docker-save/%{COMPONENT}:%{IMAGE_TAG}.tar %{buildroot}/%{_caas_container_tar_path}/
129 mkdir -p %{buildroot}%{PROCESS_STARTER_INSTALL_PATH}
130 rsync -av %{_builddir}/%{RPM_NAME}-%{RPM_MAJOR_VERSION}/results/process-starter %{buildroot}/%{PROCESS_STARTER_INSTALL_PATH}/
132 mkdir -p %{buildroot}/%{_playbooks_path}/
133 rsync -av ansible/playbooks/cpupooler.yaml %{buildroot}/%{_playbooks_path}/
135 mkdir -p %{buildroot}/%{_roles_path}/
136 rsync -av ansible/roles/cpupooler %{buildroot}/%{_roles_path}/
139 %{_caas_container_tar_path}/%{COMPONENT}:%{IMAGE_TAG}.tar
140 %{PROCESS_STARTER_INSTALL_PATH}/process-starter
141 %{_playbooks_path}/cpupooler.yaml
142 %{_roles_path}/cpupooler
147 mkdir -p %{_postconfig_path}/
148 ln -sf %{_playbooks_path}/cpupooler.yaml %{_postconfig_path}/
151 if [ $1 -eq 0 ]; then
152 rm -f %{_postconfig_path}/cpupooler.yaml