### checkdocs.sh
###
### AUTHOR(S):
-### Thomas Kulik, Deutsche Telekom AG, 2020
+### Thomas Kulik, Deutsche Telekom AG, 2020 - 2021
###
### DESCRIPTION:
### Retrieves a full list of ONAP repos from gerrit inluding their state.
-### Clones all active repos of the ONAP master branch plus other requested ONAP
+### Clones all repos of the ONAP master branch plus other requested ONAP
### branches. Then the script does some docs related analyses depending on the
### clone results. It creates logfiles containing filtered results. In addition
### a table.csv is created which can be used to import it in a spreadsheed.
### create repo list
### curl -s https://git.onap.org/ | grep "^<tr><td class='toplevel-repo'><a title='" | sed -r "s:^<tr><td class='toplevel-repo'><a title='::" | sed -r "s:'.*::"
###
-### remove branchname from the line
-### cat frankfurt_gerritclone.log | sed 's:frankfurt|::'
+### remove branchname from the line:
+### cat frankfurt_repoclone.log | sed 's:frankfurt|::'
###
### list only image names
### cat master_dockerimagesfull.log | grep image | sed -r 's:image\:::' | sed -r 's:^ +::' | sed '/^[[:space:]]*$/d'
### SHORT: curl -s 'https://gerrit.onap.org/r/projects/?d' | awk '{if(NR>1)print}' | jq -c '.[] | {id, state}' | sed -r 's:%2F:/:g; s:["{}]::g; s:id\:::; s:,state\::|:; /All-Projects/d; /All-Users/d'
###
-script_version="1.2 (2020-11-18)"
+script_version="1.12 (2021-11-12)"
# save command for the restart with logging enabled
command=$0
echo " "
echo " ARGUMENTS: "
echo " -u|--user username "
- echo " linux foundation username used to clone ONAP Gerrit repos"
+ echo " linux foundation username used to clone ONAP repositories"
echo " "
echo " -b|--branches branch1,branch2,branch3 "
echo " list of branches to be cloned. master is automatically "
exit 0
}
+# function to parse wiki (project) lifecycle state information
+# call: getwikilifecyclestate "projectname"
+# result: $return_from_getwikilifecyclestate
+# because bash supports only returning numeric values a variable $return_from_getwikilifecyclestate is used
+
+function getwikilifecyclestate {
+
+ local requested=$1
+ local wikiline=""
+ local wikirepo=""
+ local wikistate=""
+
+ return_from_getwikilifecyclestate=""
+
+ for wikiline in "${wikiplsarray[@]}"
+ do
+
+ wikirepo=$(echo $wikiline | awk -F ";" '{print $1}');
+ wikistate=$(echo $wikiline | awk -F ";" '{print $2}');
+
+ #echo "DBUG: getwikilifecyclestate wikiline = \"${wikiline}\"";
+ #echo "DBUG: getwikilifecyclestate wikirepo = \"${wikirepo}\""
+ #echo "DBUG: getwikilifecyclestate wikistate = \"${wikistate}\""
+
+ if [[ ${wikirepo} == ${requested} ]]; then
+ return_from_getwikilifecyclestate=${wikistate}
+ #echo "DBUG: getwikilifecyclestate wikirepo = \"${wikirepo}\""
+ #echo "DBUG: getwikilifecyclestate requested = \"${requested}\""
+ #echo "DBUG: return_from_getwikilifecyclestate = \"${return_from_getwikilifecyclestate}\"";
+ return 0;
+ fi
+
+ done
+
+ #echo "DBUG: getwikilifecyclestate requested \"${requested}\" NOT FOUND in list"
+ return_from_getwikilifecyclestate=""
+
+}
+
+# function to parse release partizipation information
+# call: getrpinfo "projectname"
+# result: $return_from_getrpinfo
+# because bash supports only returning numeric values a variable $return_from_getrpinfo is used
+
+function getrpinfo {
+
+ local requested=$1
+
+ # clean up first
+ local rpdetails=""
+ local rpline=""
+ local rprepo=""
+ local rpproject=""
+ local current_branch_starting_letter=""
+ return_from_getrpinfo=""
+
+ # finds first matching line in the array using grep (currently every line shows the same partizipation for the project (NOT repository!) )
+ # this is much faster then looping line by line
+ rpline=$(IFS=$'\n'; echo "${rparray[*]}" | grep -m 1 ";${requested};");
+ rpline=$(echo ${rpline} | tr -d '^M')
+ rprepo=$(echo ${rpline} | awk -F ";" '{print $1}');
+ rpproject=$(echo ${rpline} | awk -F ";" '{print $2}');
+ # concatenate details to do an easy grep later on to find out if or if not the project/repo has partizipated to a release
+ rpdetails=$(echo ${rpline} | awk -F ";" '{print "-" $3 "-" $4 "-" $5 "-" $6 "-" $7 "-" $8 "-" $9 "-" $10 "-" $11 "-" $12 "-"}');
+
+ # result will be e.g. "-g" and this avoids false positives with the "m" release
+ # (because "m" is also used to indicate the maintenance release, e.g. "gm")
+ current_branch_starting_letter="-${branch:0:1}"
+
+ #echo "DBUG: getrpinfo ****************************";
+ #echo "DBUG: getrpinfo requested = \"${requested}\"";
+ #echo "DBUG: getrpinfo rpproject = \"${rpproject}\"";
+ #echo "DBUG: getrpinfo rpdetails = \"${rpdetails}\"";
+ #echo "DBUG: current branch = \"${branch}\"";
+ #echo "DBUG: starting_letter = \"${current_branch_starting_letter}\"";
+
+ ## check if PROJECT has partizipated to INITIAL release
+ #if [[ ${rpproject} = ${requested} ]] && [[ "${rpdetails}" == *"${current_branch_starting_letter}-"* ]]; then
+ # return_from_getrpinfo="project | ${current_branch_starting_letter:1:1}"
+ # # check ADDITIONALLY if PROJECT has ALSO partizipated to MAINTENANCE release
+ # if [[ "${rpdetails}" == *"${current_branch_starting_letter}m-"* ]]; then
+ # return_from_getrpinfo="${return_from_getrpinfo} | ${current_branch_starting_letter:1:1}m"
+ # #echo "DBUG: getrpinfo return = \"${return_from_getrpinfo}\"";
+ # fi
+ # return 0;
+ ## check if PROJECT has ONLY partizipated to MAINTENANCE release
+ #elif [[ ${rpproject} = ${requested} ]] && [[ "${rpdetails}" == *"${current_branch_starting_letter:1:1}m-"* ]]; then
+ # return_from_getrpinfo="project | ${current_branch_starting_letter:1:1}m"
+ # #echo "DBUG: getrpinfo return = \"${return_from_getrpinfo}\"";
+ # return 0;
+ #fi
+
+ # check if requested PROJECT was found in the array of partizipating projects
+ if [[ ${rpproject} = ${requested} ]]; then
+ # check if PROJECT has partizipated to INITIAL release
+ if [[ "${rpdetails}" == *"${current_branch_starting_letter}-"* ]]; then
+ return_from_getrpinfo="project | ${current_branch_starting_letter:1:1}"
+ # check ADDITIONALLY if PROJECT has ALSO partizipated to MAINTENANCE release
+ if [[ "${rpdetails}" == *"${current_branch_starting_letter}m-"* ]]; then
+ return_from_getrpinfo="${return_from_getrpinfo} ${current_branch_starting_letter:1:1}m"
+ #echo "DBUG: getrpinfo return = \"${return_from_getrpinfo}\"";
+ fi
+ return 0;
+ elif [[ "${rpdetails}" == *"${current_branch_starting_letter:1:1}m-"* ]]; then
+ return_from_getrpinfo="project | ${current_branch_starting_letter:1:1}m"
+ #echo "DBUG: getrpinfo return = \"${return_from_getrpinfo}\"";
+ return 0;
+ fi
+ fi
+ #echo "DBUG: getrpinfo requested \"${requested}\" NOT FOUND in list"
+ return_from_getrpinfo=""
+}
+
+function find_repo_in_confpy {
+
+ local search_term=$1
+ local search_term_line_number=""
+ local confpy_branch_entries=""
+ local confpy_line_number=""
+ local confpy_branch_name=""
+ local idx=""
+
+ return_from_find_repo_in_confpy=""
+ search_term="'${search_term}'"
+
+ search_term_line_number=$(cat ./doc/docs/conf.py | grep -n '^intersphinx_mapping\[' | grep -m 1 ${search_term} | sed 's/:.*//')
+ #echo "DBUG: search_term is ............... ${search_term}"
+ #echo "DBUG: search_term_line_number is ... ${search_term_line_number}"
+
+ # nothing (or multiple entries) found - return
+ if [[ ${search_term_line_number} == "" ]]; then
+ #echo "DBUG: search_term_line_number is empty - returning"
+ return_from_find_repo_in_confpy=""
+ return 0;
+ fi
+
+ readarray -t confpy_branch_entries <<< "$(cat ./doc/docs/conf.py | grep -n '^branch = ' | sed 's/branch = //' | sed s/\'//g)"
+
+ #echo "DBUG: confpy_branch_entries"
+ #printf -- "%s\n" "${confpy_branch_entries[@]}"
+ #for confpy_branch_entry in ${confpy_branch_entries[@]}
+ #do
+ # confpy_line_number=$(echo $confpy_branch_entry | awk -F ":" '{print $1}');
+ # confpy_branch_name=$(echo $confpy_branch_entry | awk -F ":" '{print $2}');
+ # echo "DBUG: ${confpy_branch_name} entries are below line ${confpy_line_number}"
+ #done
+
+ # search in the list of branches in reverse order
+ for (( idx=${#confpy_branch_entries[@]}-1 ; idx>=0 ; idx-- ))
+ do
+ #echo "DBUG: working entry is ${confpy_branch_entries[idx]}"
+ confpy_line_number=$(echo ${confpy_branch_entries[idx]} | awk -F ":" '{print $1}');
+ confpy_branch_name=$(echo ${confpy_branch_entries[idx]} | awk -F ":" '{print $2}');
+ #echo "DBUG: ${confpy_branch_name} entries are below line ${confpy_line_number}"
+
+ if (( ${search_term_line_number} > ${confpy_line_number} )); then
+ #echo "DBUG: search_term_line_number is greater than confpy_line_number"
+ #echo "DBUG: ${search_term} found in ${confpy_branch_name} section"
+ return_from_find_repo_in_confpy=${confpy_branch_name}
+ return 0;
+ fi
+ done
+}
+
###
### arguments handling
###
usage
exit -1
fi
-# clone master first, the the other branches
+# clone master first, then the other branches
branches_csv="master,${branches_csv}"
# create the branches array by readinging in the values from the variable
echo "checkdocs.sh Version ${script_version}"
echo " "
+#
+# read in wiki (project) lifecycle state
+# always use the lastest available file (derived from date in filename e.g. wiki_lifecycle_state_210409.txt)
+# format is <reponame abbrev>;<state>;<reponame full>
+#
+
+wikiplsfile=$(ls | sed -nr '/wiki_lifecycle_state_[0-9]{6}.txt/Ip' | tail -1);
+if [[ $wikiplsfile == "" ]]; then
+ echo "ERROR: wiki_lifecycle_state_yymmdd.txt missing"
+ exit -1
+fi
+echo "Using \"${wikiplsfile}\" as the source for wiki (project) lifecycle state information."
+readarray -t wikiplsarray < ./${wikiplsfile};
+
+#
+# read in release_partizipation_YYMMDD.csv file
+# always use the latest available file (derived from date in filename e.g. release_partizipation_210409.csv)
+# format is: $1=repository;$2=project;$3=g;$4=gm;$5=h;$6=hm;$7=i;$8=im;$9=j;$10=jm;$11=k;$12=km;;;;
+# example: "g" = project partizipated to the (g)uilin release
+# "gm" = project partizipated to the (g)uilin (m)aintenance release
+# file may contain windows control charaters at end of line (^M)
+#
+
+rpfile=$(ls | sed -nr '/release_partizipation_[0-9]{6}.csv/Ip' | tail -1);
+if [[ $rpfile == "" ]]; then
+ echo "ERROR: release_partizipation_yymmdd.csv missing"
+ exit -1
+fi
+echo "Using \"${rpfile}\" as the source for release partizipation information."
+readarray -t rparray < ./${rpfile};
+# remove first line
+rparray=("${rparray[@]:1}")
+#printf '%s\n' "${rparray[@]}" #DBUG ONLY
+
+#
# curl must be installed
+#
+
if ! command -v curl &> /dev/null
then
echo "ERROR: curl command could not be found"
echo "Retrieving a full list of ONAP repositories (master) from gerrit.onap.org."
+#
# retrieve the full repolist from gerrit
# workaround because of the (wrong?) response of gerrit.onap.org which makes jq command fail
# "| awk '{if(NR>1)print}'" filters the first line of the response so that jq will work again (thx marek)
+#
+
curl -s 'https://gerrit.onap.org/r/projects/?d' | awk '{if(NR>1)print}' | jq -c '.[] | {id, state}' | sed -r 's:%2F:/:g; s:["{}]::g; s:id\:::; s:,state\::|:; /All-Projects/d; /All-Users/d' >./$repolist
-# process the created repolist
-# only active projects will be cloned in case the requested branch of the project exists
-echo "Accessing gerrit.onap.org with username \"${lfusername}\"."
-echo "Start cloning of repositories."
+# process the created repolist and try to clone the projects from the mirror
+
+source="git://cloud.onap.org/mirror"
+echo "Using \"${source}\" as the source and username \"${lfusername}\" for cloning the repositories."
+echo "Start cloning of repositories ..."
for branch in "${branches[@]}"
do
devcounter=$((devcounter+1))
fi
- if [[ $devcounter -lt "11" ]]; then
+ if [[ $devcounter -lt "50" ]]; then
if [[ $devmode == "TRUE" ]]; then
echo "INFO: devmode! counter=${devcounter}"
echo $reponame
echo $repostate
- if [[ $repostate == "ACTIVE" ]]; then
- echo "Cloning \"${branch}\" branch of ACTIVE project ${reponame}..."
+ if [[ $repostate == "ACTIVE" ]] || [[ $repostate == "READ_ONLY" ]]; then
+ echo "Cloning \"${branch}\" branch of \"${repostate}\" project ${reponame}..."
- git clone --branch ${branch} --recurse-submodules ssh://${lfusername}@gerrit.onap.org:29418/$reponame ./$reponame
+ # previously used: git clone --branch ${branch} --recurse-submodules ssh://${lfusername}@gerrit.onap.org:29418/$reponame ./$reponame
+ # clone script Jess: git clone "git://cloud.onap.org/mirror/${i}" "${LOCALNAME}"
+ git clone --branch ${branch} --recurse-submodules ${source}/${reponame} ./${reponame}
gitexitcode=$?
if [[ ! ${gitexitcode} == "0" ]]; then
errormsg="cloned"
fi
- # gerritclone.log format: $1=gitexitcode|$2=reponame|$3=repostate|$4=errormsg
- echo "${gitexitcode}|${reponame}|${repostate}|${errormsg}" | tee -a ${branch}_gerritclone.log
+ # repoclone.log format: $1=gitexitcode|$2=reponame|$3=repostate|$4=errormsg
+ echo "${gitexitcode}|${reponame}|${repostate}|${errormsg}" | tee -a ${branch}_repoclone.log
- elif [[ $repostate == "READ_ONLY" ]]; then
- echo "-|${reponame}|${repostate}|ignored" | tee -a ${branch}_gerritclone.log
+ #elif [[ $repostate == "READ_ONLY" ]]; then
+ #echo "-|${reponame}|${repostate}|ignored" | tee -a ${branch}_repoclone.log
else
- echo "-|${reponame}|unknown repo state \"${repostate}\"|-" | tee -a ${branch}_gerritclone.log
+ echo "-|${reponame}|unknown repo state \"${repostate}\"|-" | tee -a ${branch}_repoclone.log
fi
# examine repo
find ./$reponame -type f -name *.rst | sed -r 's:./::' | sed -r s:${reponame}:[${reponame}]: | tee -a ${branch}_rstfiles.log
printf "\nrelease notes rst:\n"
- find ./$reponame -type f | grep 'release.*note.*.rst' | sed -r 's:./::' | sed -r s:${reponame}:[${reponame}]: | tee -a ${branch}_releasenotes.log
+ find ./$reponame -type f | grep '.*release.*note.*.rst' | sed -r 's:./::' | sed -r s:${reponame}:[${reponame}]: | tee -a ${branch}_releasenotes.log
printf "\ntox.ini files:\n"
find ./$reponame -type f -name tox.ini | sed -r 's:./::' | sed -r s:${reponame}:[${reponame}]: | tee -a ${branch}_toxini.log
printf "\nconf.py files:\n"
find ./$reponame -type f -name conf.py | sed -r 's:./::' | sed -r s:${reponame}:[${reponame}]: | tee -a ${branch}_confpy.log
- printf "\nindex.rst files:\n"
- find ./$reponame -type f -name index.rst | sed -r 's:./::' | sed -r s:${reponame}:[${reponame}]: | tee -a ${branch}_indexrst.log
+ printf "\nindex.rst files (all):\n"
+ find ./$reponame -type f -name index.rst | sed -r 's:./::' | sed -r s:${reponame}:[${reponame}]: | tee -a ${branch}_indexrst_all.log
+
+ printf "\nindex.rst files (docs root directory):\n"
+ find ./$reponame -type f -name index.rst | sed -r 's:./::' | sed -r s:${reponame}:[${reponame}]: | grep ']/docs/index.rst' | tee -a ${branch}_indexrst_docs_root.log
+
+ printf "\nINFO.yaml files:\n"
+ find ./$reponame -type f -name INFO.yaml | sed -r 's:./::' | sed -r s:${reponame}:[${reponame}]: | tee -a ${branch}_infoyaml.log
fi
done <${repolist}
+ # get (first) title for a rst file
+ drawline
+ python3 ../getrsttitle.py ${branch}_rstfiles.log | tee ${branch}_rstfiles_titles.log
+ drawline
+ python3 ../getrsttitle.py ${branch}_indexrst_docs_root.log | tee ${branch}_indexrst_docs_root_titles.log
+
# examine repos
drawline
find . -type f -name values.yaml -print -exec grep "image:" {} \; | sed -r 's:^ +::' | tee ${branch}_dockerimagesfull.log
# csv column #4: clone message
#
- readarray -t array < ./${branch}_gerritclone.log;
+ readarray -t array < ./${branch}_repoclone.log;
i=0
csv[i]="${csv[i]},${branch_upper} clone message"
((i++))
for line in "${array[@]}"
do
- # gerritclone.log format: $1=gitexitcode|$2=reponame|$3=repostate|$4=errormsg
+ # repoclone.log format: $1=gitexitcode|$2=reponame|$3=repostate|$4=errormsg
errormsg=$(echo $line | awk -F "|" '{print $4}');
csv[i]="${csv[i]},${errormsg}"
((i++))
unset errormsg
#
- # csv column #5: RELEASE component (yes|no|maybe)
+ # csv column #5: latest branch
+ #
+
+ readarray -t array < ./${repolist};
+ i=0
+ csv[i]="${csv[i]},latest branch"
+ ((i++))
+ for line in "${array[@]}"
+ do
+ reponame=$(echo $line | awk -F "|" '{print $1}');
+ latestbranch=$(git ls-remote -q --heads "${source}/${reponame}" | sed 's/^.*heads\///' | sed -nr '/^master$|^amsterdam$|^beijing$|^casablanca$|^dublin$|^elalto$|^frankfurt$|^guilin$|^honolulu$|^istanbul$/Ip' | tail -2 | head -1);
+ #echo "DBUG: reponame=${reponame}"
+ #echo "DBUG: latestbranch=${latestbranch}"
+ echo "latest available branch for repo \"${reponame}\" is \"${latestbranch}\""
+ csv[i]="${csv[i]},${latestbranch}"
+ ((i++))
+ done
+ unset array
+ unset i
+ unset reponame
+ unset latestbranch
+
+ #
+ # csv column #6: INFO.yaml LC state (project lifecycle state based on INFO.yaml / per repo)
+ # csv column #7: WIKI LC state (project lifecycle state based on ONAP Dev Wiki / per project)
+ # csv column #8: LC state match shows a "match" if both LC states match
+ #
+
+ readarray -t array < ./${repolist};
+ i=0
+ csv[i]="${csv[i]},INFO.yaml LC state,WIKI LC state,LC state match"
+ ((i++))
+ for line in "${array[@]}"
+ do
+ reponame=$(echo $line | awk -F "|" '{print $1}');
+ project=$(echo $reponame | sed 's:/.*$::')
+
+ if [ -f ./${reponame}/INFO.yaml ] ; then
+ # check if repo/branch has a INFO.yaml
+ lifecycleproject=$(grep '^project: ' ./${reponame}/INFO.yaml | awk -F ":" '{print $2}' | sed 's:^ ::' | sed "s:'::g" | tr '[:upper:]' '[:lower:]' | sed 's/\r$//')
+ lifecyclestate=$(grep '^lifecycle_state: ' ./${reponame}/INFO.yaml | awk -F ":" '{print $2}' | sed 's:^ ::' | sed "s:'::g" | tr '[:upper:]' '[:lower:]' | sed 's/\r$//')
+ elif [ ${branch} != "master" ] && [ -f ../master/${reponame}/INFO.yaml ] ; then
+ # IF current branch is not master AND if info.yaml not found in the current repo/branch THAN use INFO.yaml of repo/master if available
+ #echo "DBUG: branch=${branch} - checking master for INFO.yaml"
+ lifecycleproject=$(grep '^project: ' ../master/${reponame}/INFO.yaml | awk -F ":" '{print $2}' | sed 's:^ ::' | sed "s:'::g" | tr '[:upper:]' '[:lower:]' | sed 's/\r$//')
+ lifecyclestate=$(grep '^lifecycle_state: ' ../master/${reponame}/INFO.yaml | awk -F ":" '{print $2}' | sed 's:^ ::' | sed "s:'::g" | tr '[:upper:]' '[:lower:]' | sed 's/\r$//')
+ lifecyclestate="(${lifecyclestate})"
+ else
+ lifecyclestate="INFO.yaml not found"
+ fi
+
+ getwikilifecyclestate ${project}
+ # returns value in ${return_from_getwikilifecyclestate}
+
+ #echo "DBUG: working dir is ...";pwd
+ #echo "DBUG: lifecycleproject=${lifecycleproject}"
+ #echo "DBUG: lifecyclestate=${lifecyclestate}"
+ #echo "DBUG: wikilifecyclestate=${return_from_getwikilifecyclestate}"
+
+ #check if YAML.info LC state is not empty _AND_ if WIKI LC state is not empty _AND_ if YAML.info LC state contains WIKI LC state
+ if [[ ${lifecyclestate} != "" ]] && [[ ${return_from_getwikilifecyclestate} != "" ]] && [[ ${lifecyclestate} == *"${return_from_getwikilifecyclestate}"* ]]; then
+ lcstatesmatch="match"
+ else
+ lcstatesmatch=""
+ fi
+
+ csv[i]="${csv[i]},${lifecyclestate},${return_from_getwikilifecyclestate},${lcstatesmatch}"
+ ((i++))
+ done
+ unset array
+ unset i
+ unset reponame
+ unset project
+ unset lifecycleproject
+ unset lifecyclestate
+ unset lcstatesmatch
+
+ #
+ # csv column #9: intersphinx
+ # intersphinx mappings in conf.py
+ # provided is the branch used for linking the repository
+ #
+
+ readarray -t array < ./${repolist};
+ i=0
+ csv[i]="${csv[i]},intersphinx"
+ ((i++))
+ for line in "${array[@]}"
+ do
+ reponame=$(echo $line | awk -F "|" '{print $1}');
+ project=$(echo $reponame | sed 's:/.*$::')
+ #echo "DBUG: reponame=${reponame}"
+ #echo "DBUG: project=${project}"
+ #echo "DBUG: i=${i}"
+ reponame=$(echo ${reponame} | sed -r 's/\//-/g')
+ search_repo="onap-${reponame}"
+ #echo "DBUG: search_repo=${search_repo}"
+ find_repo_in_confpy ${search_repo}
+ csv[i]="${csv[i]},${return_from_find_repo_in_confpy}"
+ ((i++))
+ done
+ unset array
+ unset i
+ unset reponame
+ unset project
+ unset return_from_find_repo_in_confpy
+
+ #
+ # csv column #10: RELEASE component (yes|maybe|unknown)
# to be filled with values of the planned release config file maintained by
# the onap release manager
+ # NOT FUNCTIONAL YET
#
- # gerritclone.log format: $1=gitexitcode|$2=reponame|$3=repostate|$4=errormsg
- readarray -t array < ./${branch}_gerritclone.log;
+ # repoclone.log format: $1=gitexitcode|$2=reponame|$3=repostate|$4=errormsg
+ readarray -t array < ./${branch}_repoclone.log;
i=0
csv[i]="${csv[i]},${branch_upper} component"
((i++))
for line in "${array[@]}"
do
- # gerritclone.log format: $1=gitexitcode|$2=reponame|$3=repostate|$4=errormsg
+ # repoclone.log format: $1=gitexitcode|$2=reponame|$3=repostate|$4=errormsg
gitexitcode=$(echo $line | awk -F "|" '{print $1}');
reponame=$(echo $line | awk -F "|" '{print $2}');
repostate=$(echo $line | awk -F "|" '{print $3}');
errormsg=$(echo $line | awk -F "|" '{print $4}');
- if [[ ${repostate} == "ACTIVE" && ${gitexitcode} == "0" ]]; then
- releasecomponent="yes"
- elif [[ ${repostate} == "ACTIVE" && ${gitexitcode} == "128" ]]; then
- releasecomponent="maybe"
- elif [ ${repostate} == "READ_ONLY" ]; then
- releasecomponent="no"
- else
- releasecomponent="unknown"
- fi
+ #if [[ ${repostate} == "ACTIVE" && ${gitexitcode} == "0" ]]; then
+ # releasecomponent="yes"
+ #elif [ ${repostate} == "ACTIVE" ]; then
+ ##elif [[ ${repostate} == "ACTIVE" && ${gitexitcode} == "128" ]]; then
+ # releasecomponent="maybe"
+ #elif [[ ${repostate} == "READ_ONLY" && ${gitexitcode} == "0" ]]; then
+ # releasecomponent="yes"
+ #elif [ ${repostate} == "READ_ONLY" ]; then
+ # releasecomponent="maybe"
+ #else
+ # releasecomponent="unknown"
+ #fi
+
+ # not functional yet!
+ releasecomponent=""
csv[i]="${csv[i]},${releasecomponent}"
((i++))
unset releasecomponent
#
- # csv column #6: docs (at repo root directory only; no recursive search!)
- # csv column #7: conf.py
- # csv column #8: tox.ini
- # csv column #9: index.rst
+ # csv column #11: RELEASE partizipation
+ #
+
+ # repoclone.log format: $1=gitexitcode|$2=reponame|$3=repostate|$4=errormsg
+ readarray -t array < ./${branch}_repoclone.log;
+ i=0
+ csv[i]="${csv[i]},${branch_upper} partizipation"
+ ((i++))
+ echo "INFO: determine release partizipation for project ..."
+ for line in "${array[@]}"
+ do
+
+ # repoclone.log format: $1=gitexitcode|$2=reponame|$3=repostate|$4=errormsg
+ gitexitcode=$(echo $line | awk -F "|" '{print $1}');
+ reponame=$(echo $line | awk -F "|" '{print $2}');
+ repostate=$(echo $line | awk -F "|" '{print $3}');
+ errormsg=$(echo $line | awk -F "|" '{print $4}');
+ projectname=$(echo $reponame | sed 's:/.*$::')
+
+ if [[ $branch == "master" ]]; then
+ return_from_getrpinfo="";
+ else
+ #echo "DBUG: calling getrpinfo for projectname ${projectname}"
+ getrpinfo ${projectname}
+ fi
+
+ csv[i]="${csv[i]},${return_from_getrpinfo}"
+ ((i++))
+
+ done
+
+ unset array
+ unset i
+ unset gitexitcode
+ unset reponame
+ unset repostate
+ unset errormsg
+ unset projectname
+ unset return_from_getrpinfo
+
+ #
+ # csv column #12: docs (at repo root directory only; no recursive search!)
+ # csv column #13: conf.py
+ # csv column #14: tox.ini
+ # csv column #15: index.rst
+ # csv column #16: first title in index.rst
#
# columns are filled with values from requested branch.
# if data is not available values from master branch are used.
- # to identify master branch values, data is put into brackets "(...)"
+ # to identify master branch values, data is put into round brackets "(...)"
#
readarray -t array < ./${repolist};
i=0
- csv[$i]="${csv[i]},docs,conf.py,tox.ini,index.rst"
+ csv[$i]="${csv[i]},docs,conf.py,tox.ini,index.rst,first title in index.rst"
((i++))
for line in "${array[@]}"
do
docs="${docs},-"
fi
- # tox.ini
- if [ -f ./${line}/docs/tox.ini ] ; then
+ # tox.ini (check docs dir and also check project root dir)
+ if [ -f ./${line}/docs/tox.ini ] || [ -f ./${line}/tox.ini ]; then
docs="${docs},tox.ini"
- elif [ -f ../master/${line}/docs/tox.ini ] ; then
- docs="${docs},(tox.ini)"
+ # tox.ini @ branch/docs dir
+ if [ -f ./${line}/docs/tox.ini ] ; then
+ docs="${docs} @docs"
+ fi
+ # tox.ini @ branch/project root dir
+ if [ -f ./${line}/tox.ini ] ; then
+ docs="${docs} @root"
+ fi
+ elif [ -f ../master/${line}/docs/tox.ini ] || [ -f ../master/${line}/tox.ini ]; then
+ docs="${docs},(tox.ini"
+ # tox.ini @ master/docs dir
+ if [ -f ../master/${line}/docs/tox.ini ] ; then
+ docs="${docs} @docs"
+ fi
+ # tox.ini @ master/project root dir
+ if [ -f ../master/${line}/tox.ini ] ; then
+ docs="${docs} @root"
+ fi
+ # just add a round bracket at the end of the value
+ docs="${docs})"
else
+ # no tox.ini found in docs or root dir
docs="${docs},-"
fi
- # index.rst
+ # index.rst, first title in index.rst
+ indexrsttitle=""
if [ -f ./${line}/docs/index.rst ] ; then
- docs="${docs},index.rst"
+ indexrsttitle=$(cat ${branch}_indexrst_docs_root_titles.log | grep -F '['${line}']/docs/index.rst,' | awk -F "," '{print $4}');
+ docs="${docs},index.rst,${indexrsttitle}"
elif [ -f ../master/${line}/docs/index.rst ] ; then
- docs="${docs},(index.rst)"
+ indexrsttitle=$(cat ../master/master_indexrst_docs_root_titles.log | grep -F '['${line}']/docs/index.rst,' | awk -F "," '{print $4}');
+ docs="${docs},(index.rst),(${indexrsttitle})"
else
- docs="${docs},-"
+ docs="${docs},-,-"
fi
#echo "DBUG: docs=${docs}"
unset docs
#
- # csv column #10: index.html@RTD accessibility check
- # csv column #11: index.html url
+ # csv column #17: index.html@RTD accessibility check
+ # csv column #18: index.html url
#
- readarray -t array < ./${branch}_gerritclone.log;
+ readarray -t array < ./${branch}_repoclone.log;
i=0
csv[i]="${csv[i]},index.html@RTD,index.html url"
((i++))
for line in "${array[@]}"
do
- # gerritclone.log format: $1=gitexitcode|$2=reponame|$3=repostate|$4=errormsg
+ # repoclone.log format: $1=gitexitcode|$2=reponame|$3=repostate|$4=errormsg
gitexitcode=$(echo $line | awk -F "|" '{print $1}');
reponame=$(echo $line | awk -F "|" '{print $2}');
repostate=$(echo $line | awk -F "|" '{print $3}');
url=""
curl_result=""
- # this routine works only with release "frankfurt" and later because
+ # this script works only with release "frankfurt" and later because
# earlier releases are using submodule structure for documentation files
if echo "$branch" | grep -q '^[abcde]'; then
curl_result="unsupported release"
else
# we are working on "frankfurt" branch or later ...
- # only if repostate IS ACTIVE a curl test is required
- if [[ ${repostate} == "ACTIVE" ]]; then
+ if [[ ${repostate} == "ACTIVE" ]] || [[ ${repostate} == "READ_ONLY" ]]; then
# OPTIONAL: USE ALSO GITEXITCODE AS A FILTER CRITERIA ???
fi
else
- # repostate IS NOT ACTIVE - no curl test required
+ # repostate IS NOT ACTIVE OR READ_ONLY - no curl test required
curl_result="-"
url="-"
fi
done
#
- # csv column #12: release notes
+ # csv column #19: release notes
#
readarray -t array < ../${repolist};
# check if repo dir exists in this branch
if [ -d ./${line} ] ; then
# if yes, check if repo name appears in the branch releasenotes.log
- relnote=$(find "./${line}" -type f | grep 'release.*note.*.rst' | wc -l);
+ relnote=$(find "./${line}" -type f | grep '.*release.*note.*.rst' | wc -l);
+ #echo "DBUG: relnote=${relnote}"
# repo dir DOES NOT exist in this branch - so check if repo dir exists in MASTER branch
elif [ -d ../master/${line} ] ; then
# if yes, check if repo name appears in the MASTER releasenotes.log
# count release notes files in MASTER branch (in repo root and its subdirectories)
relnote=$(find "../master/${line}" -type f | grep 'release.*note.*.rst' | wc -l);
+ #echo "DBUG: relnote=${relnote}"
# put results in round brackets to show that this is MASTER data
relnote=$(echo ${relnote} | sed -r s:${relnote}:\(${relnote}\):)
else
relnote="-"
fi
+ #echo "DBUG: relnote=${relnote}"
line="${csv[i]},${relnote}"
csv[i]=${line}
datadir=${branch}_data
mkdir $datadir
cp $repolist $datadir
+ cp ../$wikiplsfile $datadir
+ cp ../$rpfile $datadir
cp ${branch}_table.csv $datadir
cp ${branch}_*.log $datadir
zip -r ${datadir}.zip $datadir
Code Review / doc.git / blobdiff