Merge "Discover computes after they are registered"

[fuel.git] / mcp / scripts / lib.sh

diff --git a/mcp/scripts/lib.sh b/mcp/scripts/lib.sh
index eb0ad88..ce5db25 100644 (file)
--- a/mcp/scripts/lib.sh
+++ b/mcp/scripts/lib.sh
@@ -1,7 +1,7 @@
 #!/bin/bash -e
-# shellcheck disable=SC2155,SC1001,SC2015
+# shellcheck disable=SC2155,SC1001,SC2015,SC2128
 ##############################################################################
-# Copyright (c) 2017 Mirantis Inc., Enea AB and others.
+# Copyright (c) 2018 Mirantis Inc., Enea AB and others.
 # All rights reserved. This program and the accompanying materials
 # are made available under the terms of the Apache License, Version 2.0
 # which accompanies this distribution, and is available at
@@ -38,10 +38,11 @@ function get_base_image {
 function __kernel_modules {
   # Load mandatory kernel modules: loop, nbd
   local image_dir=$1
-  sudo modprobe loop
+  test -e /dev/loop-control || sudo modprobe loop
   if sudo modprobe nbd max_part=8 || sudo modprobe -f nbd max_part=8; then
     return 0
   fi
+  if [ -e /dev/nbd0 ]; then return 0; fi  # nbd might be inbuilt
   # CentOS (or RHEL family in general) do not provide 'nbd' out of the box
   echo "[WARN] 'nbd' kernel module cannot be loaded!"
   if [ ! -e /etc/redhat-release ]; then
@@ -120,7 +121,7 @@ function mount_image {
       break
     fi
   done
-  OPNFV_LOOP_DEV=$(losetup -f)
+  OPNFV_LOOP_DEV=$(sudo losetup -f)
   OPNFV_MAP_DEV=/dev/mapper/$(basename "${OPNFV_NBD_DEV}")p1
   export OPNFV_MNT_DIR OPNFV_LOOP_DEV
   [ -n "${OPNFV_NBD_DEV}" ] && [ -n "${OPNFV_LOOP_DEV}" ] || exit 1
@@ -213,7 +214,7 @@ function cleanup_mounts {
     fi
   fi
   if [ -n "${OPNFV_LOOP_DEV}" ] && \
-    losetup "${OPNFV_LOOP_DEV}" 1>&2 > /dev/null; then
+    sudo losetup "${OPNFV_LOOP_DEV}" 1>&2 > /dev/null; then
       sudo losetup -d "${OPNFV_LOOP_DEV}"
   fi
   if [ -n "${OPNFV_NBD_DEV}" ]; then
@@ -225,6 +226,7 @@ function cleanup_mounts {
 function cleanup_uefi {
   # Clean up Ubuntu boot entry if cfg01, kvm nodes online from previous deploy
   local cmd_str="ssh ${SSH_OPTS} ${SSH_SALT}"
+  ping -c 1 -w 1 "${SALT_MASTER}" || return 0
   [ ! "$(hostname)" = 'cfg01' ] || cmd_str='eval'
   ${cmd_str} "sudo salt -C 'kvm* or cmp*' cmd.run \
     \"which efibootmgr > /dev/null 2>&1 && \
@@ -317,7 +319,23 @@ function prepare_vms {
   fi
 }
 
+function jumpserver_pkg_install {
+  if [ -n "$(command -v apt-get)" ]; then
+    pkg_type='deb'; pkg_cmd='sudo apt-get install -y'
+  else
+    pkg_type='rpm'; pkg_cmd='sudo yum install -y --skip-broken'
+  fi
+  eval "$(parse_yaml "./requirements_${pkg_type}.yaml")"
+  for section in 'common' "$(uname -i)"; do
+    section_var="requirements_pkg_${section}[*]"
+    pkg_list+=" ${!section_var}"
+  done
+  # shellcheck disable=SC2086
+  ${pkg_cmd} ${pkg_list}
+}
+
 function jumpserver_check_requirements {
+  # shellcheck disable=SC2178
   local vnodes=$1; shift
   local br=("$@")
   local err_br_not_found='Linux bridge not found!'
@@ -527,54 +545,3 @@ function get_nova_compute_pillar_data {
     echo "${value}"
   fi
 }
-
-function do_templates() {
-  local git_repo_root=$1; shift
-  local image_dir=$1; shift
-  local target_lab=$1; shift
-  local target_pod=$1; shift
-  local lab_config_uri=$1; shift
-  local scenario_dir=${1:-}
-
-  RECLASS_CLUSTER_DIR=$(cd "${git_repo_root}/mcp/reclass/classes/cluster"; pwd)
-  PHAROS_GEN_CFG="./pharos/config/utils/generate_config.py"
-  PHAROS_INSTALLER_ADAPTER="./pharos/config/installers/fuel/pod_config.yml.j2"
-  PHAROS_INSTALLER_NETMAP="$(dirname "${PHAROS_INSTALLER_ADAPTER}")/net_map.j2"
-  BASE_CONFIG_PDF="${lab_config_uri}/labs/${target_lab}/${target_pod}.yaml"
-  BASE_CONFIG_IDF="${lab_config_uri}/labs/${target_lab}/idf-${target_pod}.yaml"
-  LOCAL_PDF="${image_dir}/$(basename "${BASE_CONFIG_PDF}")"
-  LOCAL_IDF="${image_dir}/$(basename "${BASE_CONFIG_IDF}")"
-
-  # Two-stage expansion, first stage handles pod_config and scenarios only
-  if [ -n "${scenario_dir}" ]; then
-    # Make sample PDF/IDF available via default lab-config (pharos submodule)
-    ln -sf "$(readlink -f "../config/labs/local")" "./pharos/labs/"
-
-    # Expand scenario file and main reclass input (pod_config.yaml) based on PDF
-    if ! curl --create-dirs -o "${LOCAL_PDF}" "${BASE_CONFIG_PDF}"; then
-      notify_e "[ERROR] Could not retrieve PDF (Pod Descriptor File)!"
-    elif ! curl -o "${LOCAL_IDF}" "${BASE_CONFIG_IDF}"; then
-      notify_e "[ERROR] Could not retrieve IDF (Installer Descriptor File)!"
-    elif ! "${PHAROS_GEN_CFG}" -y "${LOCAL_PDF}" \
-        -j "${PHAROS_INSTALLER_ADAPTER}" > "${image_dir}/pod_config.yml"; then
-      notify_e "[ERROR] Could not convert PDF+IDF to reclass model input!"
-    fi
-    template_dirs="${scenario_dir}"
-    template_err_str='Could not convert j2 scenario definitions!'
-  else
-    # Expand reclass and virsh network templates based on PDF + IDF
-    printenv | \
-      awk '/^(SALT|MCP|MAAS|CLUSTER).*=/ { gsub(/=/,": "); print }' >> "${LOCAL_PDF}"
-    template_dirs="${RECLASS_CLUSTER_DIR} virsh_net ./*j2"
-    template_err_str='Could not convert PDF to network definitions!'
-  fi
-  # shellcheck disable=SC2086
-  find ${template_dirs} -name '*.j2' | while read -r tp; do
-    # Jinja2 import does not allow '..' directory traversal
-    ln -sf "$(readlink -f "${PHAROS_INSTALLER_NETMAP}")" "$(dirname "${tp}")"
-    if ! "${PHAROS_GEN_CFG}" -y "${LOCAL_PDF}" -j "${tp}" > "${tp%.j2}"; then
-      notify_e "[ERROR] ${template_err_str}"
-    fi
-    rm -f "$(dirname "${tp}")/$(basename "${PHAROS_INSTALLER_NETMAP}")"
-  done
-}