# README ## Cloning the repo You need to clone the repo with the option "--recursive" to fetch all the dependent git modules: ```bash # Clone with SSH git clone --recursive ssh://git@osm.etsi.org:29419/vnf-onboarding/osm-packages.git # Clone with HTTPS git clone --recursive https://osm.etsi.org/gitlab/vnf-onboarding/osm-packages.git ``` ## Structure of the repo This repo contains OSM packages used for testing and for the hackfest. There is typically a folder for each VNF under test and NS to run the test, for instance: - `hackfest_basic_vnf`: the VNF package to run the hackfest basic test - `hackfest_basic_ns`: the NS package to run the hackfest basic test Please use the following conventions: - VNF folders should end with "_vnf" - NS folders should end with "_ns" Charm sources must be stored in the folder of the package, in `charms/layers` folder. If relations are in place, the charm interfaces must be stored in `charms/interfaces` folder. Thanks to the new way for building and generating packages, charms sources can be placed directly in the package folder, under `charms/layers/` folder, thus simplifying the structure. When building the package, the charm will be built and only the binaries will be placed in the tar.gz file. ## Working with packages Osmclient has been improved so that all utilities required to validate and build the packages have been added. Now the single `osm` command line client is able to do everything you need to work with VNF and NS packages. ### Uploading a package from a folder This is by far the simplest way of working. The following command will validate the package, build the charm from source if it exists under `PKGFOLDER/charms/layers`, build the tar.gz, and onboard/upload it to OSM. ```bash osm nfpkg-create PKGFOLDER ``` For NS packages, the same applies. ```bash osm nspkg-create PKGFOLDER ``` Full help for both commands is show below: ```bash $ osm nfpkg-create --help Usage: osm nfpkg-create [OPTIONS] FILENAME onboards a new NFpkg (alias of nfpkg-create) FILENAME: NF Package tar.gz file, NF Descriptor YAML file or NF Package folder If FILENAME is a file (NF Package tar.gz or NF Descriptor YAML), it is onboarded. If FILENAME is an NF Package folder, it is built and then onboarded. Options: --overwrite TEXT Deprecated. Use override --override TEXT overrides fields in descriptor, format: "key1.key2...=value[;key3...=value;...]" --skip-charm-build The charm will not be compiled, it is assumed to already exist --override-epa adds guest-epa parameters to all VDU --override-nonepa removes all guest-epa parameters from all VDU --override-paravirt overrides all VDU interfaces to PARAVIRT -h, --help Show this message and exit. ``` ```bash $ osm nspkg-create --help Usage: osm nspkg-create [OPTIONS] FILENAME onboards a new NSpkg FILENAME: NF Package tar.gz file, NF Descriptor YAML file or NF Package folder If FILENAME is a file (NF Package tar.gz or NF Descriptor YAML), it is onboarded. If FILENAME is an NF Package folder, it is built and then onboarded. Options: --overwrite TEXT Deprecated. Use override --override TEXT overrides fields in descriptor, format: "key1.key2...=value[;key3...=value;...]" --skip-charm-build The charm will not be compiled, it is assumed to already exist -h, --help Show this message and exit. ``` ### Validating a descriptor The following command will look for all the descriptor files in a folder and validate them ```bash osm package-validate PKGFOLDER ``` Some relevant options are shown below: ```bash $ osm package-validate --help Usage: osm package-validate [OPTIONS] [BASE_DIRECTORY] Validate descriptors given a base directory. BASE_DIRECTORY: Stub folder for NS, VNF or NST package. Options: --recursive / --no-recursive The activated recursive option will validate the yaml files within the indicated directory and in its subdirectories -h, --help Show this message and exit. ``` ### Building a package The following command will validate and build the tar.gz file. It will als ```bash osm package-build PKGFOLDER ``` Some relevant options are shown below: ```bash $ osm package-build --help Usage: osm package-build [OPTIONS] PACKAGE_FOLDER Build the package NS, VNF given the package_folder. PACKAGE_FOLDER: Folder of the NS, VNF or NST to be packaged Options: --skip-validation skip package validation --skip-charm-build the charm will not be compiled, it is assumed to already exist -h, --help Show this message and exit. ``` ### Creating a package structure The best way to work is by copying a previous one that is up-to-date. But you can also create a first skeleton using this command: ```bash Usage: osm package-create [OPTIONS] PACKAGE_TYPE PACKAGE_NAME Creates an OSM NS, VNF, NST package PACKAGE_TYPE: Package to be created: NS, VNF or NST. PACKAGE_NAME: Name of the package to create the folder with the content. Options: --base-directory TEXT (NS/VNF/NST) Set the location for package creation. Default: "." --image TEXT (VNF) Set the name of the vdu image. Default "image-name" --vdus INTEGER (VNF) Set the number of vdus in a VNF. Default 1 --vcpu INTEGER (VNF) Set the number of virtual CPUs in a vdu. Default 1 --memory INTEGER (VNF) Set the memory size (MB) of the vdu. Default 1024 --storage INTEGER (VNF) Set the disk size (GB) of the vdu. Default 10 --interfaces INTEGER (VNF) Set the number of additional interfaces apart from the management interface. Default 0 --vendor TEXT (NS/VNF) Set the descriptor vendor. Default "OSM" --override (NS/VNF/NST) Flag for overriding the package if exists. --detailed (NS/VNF/NST) Flag for generating descriptor .yaml with all possible commented options --netslice-subnets INTEGER (NST) Number of netslice subnets. Default 1 --netslice-vlds INTEGER (NST) Number of netslice vlds. Default 1 -h, --help Show this message and exit. ```