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package_check/sub_scripts/testing_process.sh
Alexandre Aubin aac6226d4f Moar fiksize
2020-12-12 01:55:33 +01:00

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#!/bin/bash
#=================================================
break_before_continue () {
if [ $interactive -eq 1 ]
then
echo "To execute one command:"
echo " sudo lxc-attach -n $LXC_NAME -- command"
echo "To establish a ssh connection:"
echo " ssh -t $LXC_NAME"
read -p "Press a key to delete the application and continue...." < /dev/tty
fi
}
start_test () {
total_number_of_test=$(cat $test_serie_dir/tests_to_perform | wc -l)
log_title "$1 [Test $current_test_number/$total_number_of_test]"
# Increment the value of the current test
current_test_number=$((current_test_number+1))
}
RUN_YUNOHOST_CMD() {
log_debug "Running yunohost $1"
# --output-as none is to disable the json-like output for some commands like backup create
LXC_START "sudo PACKAGE_CHECK_EXEC=1 yunohost --output-as none --debug $1" \
| grep --line-buffered -v --extended-regexp '^[0-9]+\s+.{1,15}DEBUG' \
| grep --line-buffered -v 'processing action'
returncode=${PIPESTATUS[0]}
check_witness_files && return $returncode || return 2
}
SET_RESULT() {
[ $2 -eq 1 ] && log_report_test_success || log_report_test_failed
sed --in-place "s/RESULT_$1=.*$/RESULT_$1=$2/g" $test_serie_dir/results
}
SET_RESULT_IF_NONE_YET() {
[ $2 -eq 1 ] && log_report_test_success || log_report_test_failed
if [ $(GET_RESULT $1) -eq 0 ]
then
sed --in-place "s/RESULT_$1=.*$/RESULT_$1=$2/g" $test_serie_dir/results
fi
}
GET_RESULT() {
grep "RESULT_$1=" $test_serie_dir/results | awk -F= '{print $2}'
}
at_least_one_install_succeeded () {
[ "$(GET_RESULT check_subdir)" -eq 1 ] \
|| [ "$(GET_RESULT check_root)" -eq 1 ] \
|| [ "$(GET_RESULT check_nourl)" -eq 1 ] \
|| { log_error "All installs failed, therefore the following tests cannot be performed...";
return 1; }
}
this_is_a_web_app () {
# Usually the fact that we test "nourl"
# installs should be a good indicator for this
grep -q "TEST_INSTALL nourl" $test_serie_dir/tests_to_perform && return 1
}
default_install_path() {
this_is_a_web_app && echo "" \
|| [ "$(GET_RESULT check_subdir)" -eq 1 ] && echo "/path " \
|| echo "/"
}
#=================================================
# Install and remove an app
#=================================================
INSTALL_APP () {
local install_args="$(cat "$test_serie_dir/install_args")"
# We have default values for domain, user and is_public, but these
# may still be overwritten by the args ($@)
for arg_override in "domain=$SUBDOMAIN" "admin=$TEST_USER" "user=$TEST_USER" "is_public=1" "$@"
do
key="$(echo $arg_override | cut -d '=' -f 1)"
value="$(echo $arg_override | cut -d '=' -f 2-)"
install_args=$(echo $install_args | sed "s@$key=[^&]*\&@$key=$value\&@")
done
# Exec the pre-install instruction, if there one
preinstall_script_template="$test_serie_dir/preinstall.sh.template"
if [ -e "$preinstall_script_template" ] && [ -n "$(cat $preinstall_script_template)" ]
then
log_small_title "Pre installation request"
# Start the lxc container
LXC_START "true"
# Copy all the instructions into a script
preinstall_script="$test_serie_dir/preinstall.sh"
cp "$preinstall_script_template" "$preinstall_script"
chmod +x "$preinstall_script"
# Hydrate the template with variables
sed -i "s/\$USER/$TEST_USER/" "$preinstall_script"
sed -i "s/\$DOMAIN/$DOMAIN/" "$preinstall_script"
sed -i "s/\$SUBDOMAIN/$SUBDOMAIN/" "$preinstall_script"
sed -i "s/\$PASSWORD/$YUNO_PWD/" "$preinstall_script"
# Copy the pre-install script into the container.
scp -rq "$preinstall_script" "$LXC_NAME":
# Then execute the script to execute the pre-install commands.
LXC_START "./preinstall.sh >&2"
fi
# Install the application in a LXC container
RUN_YUNOHOST_CMD "app install --force ./app_folder/ -a '$install_args'"
local ret=$?
[ $ret -eq 0 ] && log_debug "Installation successful." || log_error "Installation failed."
return $ret
}
path_to_install_type() {
local check_path="$1"
[ -z "$check_path" ] && echo "nourl" \
|| [ "$check_path" == "/" ] && echo "root" \
|| echo "subdir"
}
LOAD_SNAPSHOT_OR_INSTALL_APP () {
local check_path="$1"
local _install_type=$(path_to_install_type $check_path)
local snapname="snap_${_install_type}install"
if [ ! -e "$LXC_SNAPSHOTS/$snapname" ]
then
LOAD_LXC_SNAPSHOT snap0 \
&& INSTALL_APP "path=$check_path" \
&& log_debug "Creating a snapshot for $_install_type installation." \
&& CREATE_LXC_SNAPSHOT $snapname
else
# Or uses an existing snapshot
log_debug "Reusing an existing snapshot for $_install_type installation." \
&& LOAD_LXC_SNAPSHOT $snapname
fi
}
REMOVE_APP () {
# Remove an application
break_before_continue
log_small_title "Removing the app..."
# Remove the application from the LXC container
RUN_YUNOHOST_CMD "app remove $app_id"
local ret=$?
[ "$ret" -eq 0 ] && log_debug "Remove successful." || log_error "Remove failed."
return $ret
}
#=================================================
# Try to access the app by its url
#=================================================
VALIDATE_THAT_APP_CAN_BE_ACCESSED () {
local check_domain=$1
local check_path=$2
local expected_to_be=${3} # Can be empty, public or private, later used to check if it's okay to end up on the portal
local app_id_to_check=${4:-$app_id}
local curl_error=0
local fell_on_sso_portal=0
local curl_output=$test_serie_dir/curl_output
# Not checking this if this ain't relevant for the current app
this_is_a_web_app || return 0
log_small_title "Validating that the app can (or cannot) be accessed with its url..."
# Force a skipped_uris if public mode is not set
if [ -z "$expected_to_be" ]
then
log_debug "Forcing public access using a skipped_uris setting"
# Add a skipped_uris on / for the app
RUN_YUNOHOST_CMD "app setting $app_id_to_check skipped_uris -v \"/\""
# Regen the config of sso
RUN_YUNOHOST_CMD "app ssowatconf"
expected_to_be="public"
fi
# Try to access to the url in 2 times, with a final / and without
for i in $(seq 1 2)
do
curl_check_path="${check_path:0:${#check_path}-1}"
# First time we'll try without the trailing slash,
# Second time *with* the trailing slash
[ $i -eq 1 ] || curl_check_path="$check_path/"
# Remove the previous curl output
rm -f "$curl_output"
local http_code="noneyet"
local retry=0
function should_retry() {
[ "${http_code}" = "noneyet" ] || [ "${http_code}" = "502" ] || [ "${http_code}" = "503" ] || [ "${http_code}" = "504" ]
}
while [ $retry -lt 3 ] && should_retry;
do
sleep 1
log_debug "Running curl $check_domain$curl_check_path"
# Call curl to try to access to the url of the app
curl --location --insecure --silent --show-error \
--header "Host: $check_domain" \
--resolve $check_domain:80:$LXC_NETWORK.2 \
--resolve $check_domain:443:$LXC_NETWORK.2 \
--write-out "%{http_code};%{url_effective}\n" \
--output "$curl_output" \
$check_domain$curl_check_path \
> "./curl_print"
# Analyze the result of curl command
if [ $? -ne 0 ]
then
log_error "Connection error..."
curl_error=1
fi
http_code=$(cat "./curl_print" | cut -d ';' -f1)
log_debug "HTTP code: $http_code"
retry=$((retry+1))
done
# Analyze the http code (we're looking for 0xx 4xx 5xx 6xx codes)
if [ -n "$http_code" ] && echo "0 4 5 6" | grep -q "${http_code:0:1}"
then
# If the http code is a 0xx 4xx or 5xx, it's an error code.
curl_error=1
# 401 is "Unauthorized", so is a answer of the server. So, it works!
[ "${http_code}" == "401" ] && curl_error=0
[ $curl_error -eq 1 ] && log_error "The HTTP code shows an error."
fi
# Analyze the output of curl
if [ -e "$curl_output" ]
then
# Print the title of the page
local page_title=$(grep "<title>" "$curl_output" | cut --delimiter='>' --fields=2 | cut --delimiter='<' --fields=1)
local page_extract=$(lynx -dump -force_html "$curl_output" | head --lines 20 | tee -a "$complete_log")
# Check if the page title is neither the YunoHost portail or default nginx page
if [ "$page_title" = "YunoHost Portal" ]
then
log_debug "The connection attempt fall on the YunoHost portal."
fell_on_sso_portal=1
# Falling on nginx default page is an error.
elif [ "$page_title" = "Welcome to nginx on Debian!" ]
then
log_error "The connection attempt fall on nginx default page."
curl_error=1
fi
fi
log_debug "Test url: $check_domain$curl_check_path"
log_debug "Real url: $(cat "./curl_print" | cut --delimiter=';' --fields=2)"
log_debug "HTTP code: $http_code"
log_debug "$test_url_details"
log_debug "Page title: $page_title"
log_debug "Page extract:\n$page_extract"
if [[ $curl_error -ne 0 ]]
then
log_warning "Test url: $check_domain$curl_check_path"
log_warning "Real url: $(cat "./curl_print" | cut --delimiter=';' --fields=2)"
log_warning "HTTP code: $http_code"
log_warning "$test_url_details"
log_warning "Page title: $page_title"
log_warning "Page extract:\n$page_extract"
fi
done
# Detect the issue alias_traversal, https://github.com/yandex/gixy/blob/master/docs/en/plugins/aliastraversal.md
# Create a file to get for alias_traversal
echo "<!DOCTYPE html><html><head>
<title>alias_traversal test</title>
</head><body><h1>alias_traversal test</h1>
If you see this page, you have failed the test for alias_traversal issue.</body></html>" \
| sudo tee $LXC_ROOTFS/var/www/html/alias_traversal.html > /dev/null
curl --location --insecure --silent $check_domain$check_path../html/alias_traversal.html \
| grep "title" | grep --quiet "alias_traversal test" \
&& log_error "Issue alias_traversal detected ! Please see here https://github.com/YunoHost/example_ynh/pull/45 to fix that." \
&& SET_RESULT alias_traversal 1
[ "$curl_error" -eq 0 ] || return 1
[ "$expected_to_be" == "public" ] && [ $fell_on_sso_portal -eq 0 ] || return 2
[ "$expected_to_be" == "private" ] && [ $fell_on_sso_portal -eq 1 ] || return 2
return 0
}
#=================================================
# Unit tests
#=================================================
TEST_INSTALL () {
# Try to install in a sub path, on root or without url access
# $1 = install type
local install_type=$1
[ "$install_type" = "subdir" ] && { start_test "Installation in a sub path"; local check_path=/path; }
[ "$install_type" = "root" ] && { start_test "Installation on the root"; local check_path=/; }
[ "$install_type" = "nourl" ] && { start_test "Installation without url access"; local check_path=""; }
local snapname=snap_${install_type}install
LOAD_LXC_SNAPSHOT snap0
# Install the application in a LXC container
INSTALL_APP "path=$check_path" \
&& VALIDATE_THAT_APP_CAN_BE_ACCESSED $SUBDOMAIN $check_path
local install=$?
# Create the snapshot that'll be used by other tests later
[ $install -eq 0 ] \
&& [ ! -e "$LXC_SNAPSHOTS/$snapname" ] \
&& log_debug "Create a snapshot after app install" \
&& CREATE_LXC_SNAPSHOT $snapname
# Remove and reinstall the application
[ $install -eq 0 ] \
&& REMOVE_APP \
&& log_small_title "Reinstalling after removal." \
&& INSTALL_APP "path=$check_path" \
&& VALIDATE_THAT_APP_CAN_BE_ACCESSED $SUBDOMAIN $check_path
# Reinstall the application after the removing
# Try to resintall only if the first install is a success.
[ $? -eq 0 ] \
&& SET_RESULT check_$install_type 1 \
|| SET_RESULT check_$install_type -1
break_before_continue
}
TEST_UPGRADE () {
local commit=$1
if [ "$commit" == "current" ]
then
start_test "Upgrade from the same version"
else
specific_upgrade_args="$(grep "^manifest_arg=" "$test_serie_dir/upgrades/$commit" | cut -d'=' -f2-)"
upgrade_name=$(grep "^name=" "$test_serie_dir/upgrades/$commit" | cut -d'=' -f2)
[ -n "$upgrade_name" ] || upgrade_name="commit $commit"
start_test "Upgrade from $upgrade_name"
fi
at_least_one_install_succeeded || return
local check_path=$(default_install_path)
# Install the application in a LXC container
log_small_title "Preliminary install..."
if [ "$commit" == "current" ]
then
# If no commit is specified, use the current version.
LOAD_SNAPSHOT_OR_INSTALL_APP "$check_path"
local ret=$?
else
# Get the arguments of the manifest for this upgrade.
if [ -n "$specific_upgrade_args" ]; then
cp "$test_serie_dir/install_args" "$test_serie_dir/install_args.bkp"
echo "$specific_upgrade_args" > "$test_serie_dir/install_args"
fi
# Make a backup of the directory
# and Change to the specified commit
sudo cp -a "$package_path" "${package_path}_back"
(cd "$package_path"; git checkout --force --quiet "$commit")
LOAD_LXC_SNAPSHOT snap0
# Install the application
INSTALL_APP "path=$check_path"
local ret=$?
if [ -n "$specific_upgrade_args" ]; then
mv "$test_serie_dir/install_args.bkp" "$test_serie_dir/install_args"
fi
# Then replace the backup
sudo rm -r "$package_path"
sudo mv "${package_path}_back" "$package_path"
fi
# Check if the install had work
[ $ret -eq 0 ] || { log_error "Initial install failed... upgrade test ignore"; LXC_STOP; continue; }
log_small_title "Upgrade..."
# Upgrade the application in a LXC container
RUN_YUNOHOST_CMD "app upgrade $app_id -f ./app_folder/" \
&& VALIDATE_THAT_APP_CAN_BE_ACCESSED $SUBDOMAIN $check_path
if [ $? -eq 0 ]
then
SET_RESULT_IF_NONE_YET check_upgrade 1
else
SET_RESULT check_upgrade -1
fi
# Remove the application
REMOVE_APP
}
TEST_PUBLIC_PRIVATE () {
local install_type=$1
[ "$install_type" = "private" ] && start_test "Installation in private mode"
[ "$install_type" = "public" ] && start_test "Installation in public mode"
at_least_one_install_succeeded || return
# Set public or private according to type of test requested
if [ "$install_type" = "private" ]; then
local is_public="0"
local test_name_for_result="check_private"
elif [ "$install_type" = "public" ]; then
local is_public="1"
local test_name_for_result="check_private"
fi
# Try in 2 times, first in root and second in sub path.
local i=0
for i in 0 1
do
# First, try with a root install
if [ $i -eq 0 ]
then
# Check if root installation worked
[ $(GET_RESULT check_root) -eq 1 ] || { log_warning "Root install failed, therefore this test cannot be performed..."; continue; }
local check_path=/
# Second, try with a sub path install
elif [ $i -eq 1 ]
then
# Check if sub path installation worked, or if force_install_ok is setted.
[ $(GET_RESULT check_subdir) -eq 1 ] || { log_warning "Sub path install failed, therefore this test cannot be performed..."; continue; }
local check_path=/path
fi
LOAD_LXC_SNAPSHOT snap0
# Install the application in a LXC container
INSTALL_APP "is_public=$is_public" "path=$check_path" \
&& VALIDATE_THAT_APP_CAN_BE_ACCESSED $SUBDOMAIN $check_path "$install_type"
local ret=$?
# Result code = 2 means that we were expecting the app to be public but it's private or viceversa
if [ $ret -eq 2 ]
then
yunohost_result=1
[ "$install_type" = "private" ] && log_error "App is not private: it should redirect to the Yunohost portal, but is publicly accessible instead"
[ "$install_type" = "public" ] && log_error "App page is not public: it should be publicly accessible, but redirects to the Yunohost portal instead"
fi
# Check the result and print SUCCESS or FAIL
if [ $ret -eq 0 ]
then
SET_RESULT_IF_NONE_YET $test_name_for_result 1
else
SET_RESULT $test_name_for_result -1
fi
break_before_continue
LXC_STOP
done
}
TEST_MULTI_INSTANCE () {
start_test "Multi-instance installations"
# Check if an install have previously work
at_least_one_install_succeeded || return
local check_path=$(default_install_path)
LOAD_LXC_SNAPSHOT snap0
log_small_title "First installation: path=$DOMAIN$check_path" \
&& INSTALL_APP "domain=$DOMAIN" "path=$check_path" \
&& log_small_title "Second installation: path=$SUBDOMAIN$check_path" \
&& INSTALL_APP "path=$check_path" \
&& VALIDATE_THAT_APP_CAN_BE_ACCESSED $DOMAIN $check_path \
&& VALIDATE_THAT_APP_CAN_BE_ACCESSED $SUBDOMAIN $check_path "" ${app_id}__2
if [ $? -eq 0 ]
then
SET_RESULT check_multi_instance 1
else
SET_RESULT check_multi_instance -1
fi
break_before_continue
}
TEST_PORT_ALREADY_USED () {
start_test "Port already used"
# Check if an install have previously work
at_least_one_install_succeeded || return
local check_port=$1
local check_path=$(default_install_path)
LOAD_LXC_SNAPSHOT snap0
# Build a service with netcat for use this port before the app.
echo -e "[Service]\nExecStart=/bin/netcat -l -k -p $check_port\n
[Install]\nWantedBy=multi-user.target" | \
sudo tee "$LXC_ROOTFS/etc/systemd/system/netcat.service" \
> /dev/null
# Then start this service to block this port.
LXC_START "sudo systemctl enable netcat & sudo systemctl start netcat"
# Install the application in a LXC container
INSTALL_APP "path=$check_path" "port=$check_port" \
&& VALIDATE_THAT_APP_CAN_BE_ACCESSED $SUBDOMAIN $check_path
[ $? -eq 0 ] && SET_RESULT check_port 1 || SET_RESULT check_port -1
break_before_continue
}
TEST_BACKUP_RESTORE () {
# Try to backup then restore the app
start_test "Backup/Restore"
# Check if an install have previously work
at_least_one_install_succeeded || return
local check_path=$(default_install_path)
# Install the application in a LXC container
LOAD_SNAPSHOT_OR_INSTALL_APP "$check_path"
local ret=$?
# Remove the previous residual backups
sudo rm -rf $LXC_ROOTFS/home/yunohost.backup/archives
# BACKUP
# Made a backup if the installation succeed
if [ $ret -ne 0 ]
then
log_error "Installation failed..."
else
log_small_title "Backup of the application..."
# Made a backup of the application
RUN_YUNOHOST_CMD "backup create -n Backup_test --apps $app_id"
ret=$?
if [ $ret -eq 0 ]; then
log_debug "Backup successful"
else
log_error "Backup failed."
fi
fi
# Check the result and print SUCCESS or FAIL
if [ $ret -eq 0 ]
then
SET_RESULT_IF_NONE_YET check_backup 1
else
SET_RESULT check_backup -1
fi
# Grab the backup archive into the LXC container, and keep a copy
sudo cp -a $LXC_ROOTFS/home/yunohost.backup/archives ./
# RESTORE
# Try the restore process in 2 times, first after removing the app, second after a restore of the container.
local j=0
for j in 0 1
do
# First, simply remove the application
if [ $j -eq 0 ]
then
# Remove the application
REMOVE_APP
log_small_title "Restore after removing the application..."
# Second, restore the whole container to remove completely the application
elif [ $j -eq 1 ]
then
# Remove the previous residual backups
sudo rm -rf $LXC_SNAPSHOTS/snap0/rootfs/home/yunohost.backup/archives
# Place the copy of the backup archive in the container.
sudo mv -f ./archives $LXC_SNAPSHOTS/snap0/rootfs/home/yunohost.backup/
LXC_STOP
LOAD_LXC_SNAPSHOT snap0
log_small_title "Restore on a clean YunoHost system..."
fi
# Restore the application from the previous backup
RUN_YUNOHOST_CMD "backup restore Backup_test --force --apps $app_id" \
&& VALIDATE_THAT_APP_CAN_BE_ACCESSED $SUBDOMAIN $check_path
local ret=$?
# Print the result of the backup command
if [ $ret -eq 0 ]; then
log_debug "Restore successful."
SET_RESULT_IF_NONE_YET check_restore 1
else
log_error "Restore failed."
SET_RESULT check_restore -1
fi
break_before_continue
# Stop and restore the LXC container
LXC_STOP
done
}
TEST_CHANGE_URL () {
# Try the change_url script
start_test "Change URL"
# Check if an install have previously work
at_least_one_install_succeeded || return
this_is_a_web_app || return
# Try in 6 times !
# Without modify the domain, root to path, path to path and path to root.
# And then, same with a domain change
local i=0
for i in $(seq 1 7)
do
# Same domain, root to path
if [ $i -eq 1 ]; then
check_path=/
local new_path=/path
local new_domain=$SUBDOMAIN
# Same domain, path to path
elif [ $i -eq 2 ]; then
check_path=/path
local new_path=/path_2
local new_domain=$SUBDOMAIN
# Same domain, path to root
elif [ $i -eq 3 ]; then
check_path=/path
local new_path=/
local new_domain=$SUBDOMAIN
# Other domain, root to path
elif [ $i -eq 4 ]; then
check_path=/
local new_path=/path
local new_domain=$DOMAIN
# Other domain, path to path
elif [ $i -eq 5 ]; then
check_path=/path
local new_path=/path_2
local new_domain=$DOMAIN
# Other domain, path to root
elif [ $i -eq 6 ]; then
check_path=/path
local new_path=/
local new_domain=$DOMAIN
# Other domain, root to root
elif [ $i -eq 7 ]; then
check_path=/
local new_path=/
local new_domain=$DOMAIN
fi
# Validate that install worked in the corresponding configuration previously
# If any of the begin/end path is /, we need to have root install working
( [ "$check_path" != "/" ] && [ "$new_path" != "/" ] ) || [ $(GET_RESULT check_root) -eq 1 ] \
|| { log_warning "Root install failed, therefore this test cannot be performed..."; continue; }
# If any of the being/end path is not /, we need to have sub_dir install working
( [ "$new_path" == "/" ] && [ "$new_path" == "/" ] ) || [ $(GET_RESULT check_subdir) -eq 1 ] \
|| { log_warning "Subpath install failed, therefore this test cannot be performed..."; continue; }
# Install the application in a LXC container
log_small_title "Preliminary install..." \
&& LOAD_SNAPSHOT_OR_INSTALL_APP "$check_path" \
&& log_small_title "Change the url from $SUBDOMAIN$check_path to $new_domain$new_path..." \
&& RUN_YUNOHOST_CMD "app change-url $app_id -d '$new_domain' -p '$new_path'" \
&& VALIDATE_THAT_APP_CAN_BE_ACCESSED $new_domain $new_path
if [ $ret -eq 0 ]
then
SET_RESULT_IF_NONE_YET change_url 1
else
SET_RESULT change_url -1
fi
break_before_continue
LXC_STOP
done
}
# Define a function to split a file in multiple parts. Used for actions and config-panel toml
splitterAA()
{
local bound="$1"
local file="$2"
# If $2 is a real file
if [ -e "$file" ]
then
# Replace name of the file by its content
file="$(cat "$file")"
fi
local file_lenght=$(echo "$file" | wc --lines | awk '{print $1}')
bounds=($(echo "$file" | grep --line-number --extended-regexp "$bound" | cut -d':' -f1))
# Go for each line number (boundary) into the array
for line_number in $(seq 0 $(( ${#bounds[@]} -1 )))
do
# The first bound is the next line number in the array
# That the low bound on which we cut
first_bound=$(( ${bounds[$line_number+1]} - 1 ))
# If there's no next cell in the array, we got -1, in such case, use the lenght of the file.
# We cut at the end of the file
test $first_bound -lt 0 && first_bound=$file_lenght
# The second bound is the current line number in the array minus the next one.
# The the upper bound in the file.
second_bound=$(( ${bounds[$line_number]} - $first_bound - 1 ))
# Cut the file a first time from the beginning to the first bound
# And a second time from the end, back to the second bound.
parts[line_number]="$(echo "$file" | head --lines=$first_bound \
| tail --lines=$second_bound)"
done
}
ACTIONS_CONFIG_PANEL () {
# Try the actions and config-panel features
test_type=$1
if [ "$test_type" == "actions" ]
then
start_test "Actions"
toml_file="$package_path/actions.toml"
if [ ! -e "$toml_file" ]
then
log_error "No actions.toml found !"
return 1
fi
elif [ "$test_type" == "config_panel" ]
then
start_test "Config-panel"
toml_file="$package_path/config_panel.toml"
if [ ! -e "$toml_file" ]
then
log_error "No config_panel.toml found !"
return 1
fi
fi
# Check if an install have previously work
at_least_one_install_succeeded || return
# Install the application in a LXC container
log_small_title "Preliminary install..."
local check_path=$(default_install_path)
LOAD_SNAPSHOT_OR_INSTALL_APP "$check_path"
validate_action_config_panel()
{
local message="$1"
# Print the result of the command
if [ $ret -eq 0 ]; then
SET_RESULT_IF_NONE_YET action_config_panel 1 # Actions succeed
else
SET_RESULT action_config_panel -1 # Actions failed
fi
break_before_continue
}
# List first, then execute
local ret=0
local i=0
for i in `seq 1 2`
do
# Do a test if the installation succeed
if [ $ret -ne 0 ]
then
log_error "The previous test has failed..."
continue
fi
if [ $i -eq 1 ]
then
if [ "$test_type" == "actions" ]
then
log_info "> List the available actions..."
# List the actions
RUN_YUNOHOST_CMD "app action list $app_id"
local ret=$?
validate_action_config_panel "yunohost app action list"
elif [ "$test_type" == "config_panel" ]
then
log_info "> Show the config panel..."
# Show the config-panel
RUN_YUNOHOST_CMD "app config show-panel $app_id"
local ret=$?
validate_action_config_panel "yunohost app config show-panel"
fi
elif [ $i -eq 2 ]
then
local parts
if [ "$test_type" == "actions" ]
then
log_info "> Execute the actions..."
# Split the actions.toml file to separate each actions
splitterAA "^[[:blank:]]*\[[^.]*\]" "$toml_file"
elif [ "$test_type" == "config_panel" ]
then
log_info "> Apply configurations..."
# Split the config_panel.toml file to separate each configurations
splitterAA "^[[:blank:]]*\[.*\]" "$toml_file"
fi
# Read each part, each action, one by one
for part in $(seq 0 $(( ${#parts[@]} -1 )))
do
local action_config_argument_name=""
local action_config_argument_type=""
local action_config_argument_default=""
local actions_config_arguments_specifics=""
local nb_actions_config_arguments_specifics=1
# Ignore part of the config_panel which are only titles
if [ "$test_type" == "config_panel" ]
then
# A real config_panel part should have a `ask = ` line. Ignore the part if not.
if ! echo "${parts[$part]}" | grep --quiet --extended-regexp "^[[:blank:]]*ask ="
then
continue
fi
# Get the name of the config. ask = "Config ?"
local action_config_name="$(echo "${parts[$part]}" | grep "ask *= *" | sed 's/^.* = \"\(.*\)\"/\1/')"
# Get the config argument name "YNH_CONFIG_part1_part2.part3.partx"
local action_config_argument_name="$(echo "${parts[$part]}" | grep "^[[:blank:]]*\[.*\]$")"
# Remove []
action_config_argument_name="${action_config_argument_name//[\[\]]/}"
# And remove spaces
action_config_argument_name="${action_config_argument_name// /}"
elif [ "$test_type" == "actions" ]
then
# Get the name of the action. name = "Name of the action"
local action_config_name="$(echo "${parts[$part]}" | grep "name" | sed 's/^.* = \"\(.*\)\"/\1/')"
# Get the action. [action]
local action_config_action="$(echo "${parts[$part]}" | grep "^\[.*\]$" | sed 's/\[\(.*\)\]/\1/')"
fi
# Check if there's any [action.arguments]
# config_panel always have arguments.
if echo "${parts[$part]}" | grep --quiet "$action_config_action\.arguments" || [ "$test_type" == "config_panel" ]
then local action_config_has_arguments=1
else local action_config_has_arguments=0
fi
# If there's arguments for this action.
if [ $action_config_has_arguments -eq 1 ]
then
if [ "$test_type" == "actions" ]
then
# Get the argument [action.arguments.name_of_the_argument]
action_config_argument_name="$(echo "${parts[$part]}" | grep "$action_config_action\.arguments\." | sed 's/.*\.\(.*\)]/\1/')"
fi
# Get the type of the argument. type = "type"
action_config_argument_type="$(echo "${parts[$part]}" | grep "type" | sed 's/^.* = \"\(.*\)\"/\1/')"
# Get the default value of this argument. default = true
action_config_argument_default="$(echo "${parts[$part]}" | grep "default" | sed 's/^.* = \(.*\)/\1/')"
# Do not use true or false, use 1/0 instead
if [ "$action_config_argument_default" == "true" ] && [ "$action_config_argument_type" == "boolean" ]; then
action_config_argument_default=1
elif [ "$action_config_argument_default" == "false" ] && [ "$action_config_argument_type" == "boolean" ]; then
action_config_argument_default=0
fi
if [ "$test_type" == "config_panel" ]
then
check_process_arguments=""
while read line
do
# Remove all double quotes
add_arg="${line//\"/}"
# Then add this argument and follow it by :
check_process_arguments="${check_process_arguments}${add_arg}:"
done < $test_serie_dir/check_process.configpanel_infos
elif [ "$test_type" == "actions" ]
then
local check_process_arguments=""
while read line
do
# Remove all double quotes
add_arg="${line//\"/}"
# Then add this argument and follow it by :
check_process_arguments="${check_process_arguments}${add_arg}:"
done < $test_serie_dir/check_process.actions_infos
fi
# Look for arguments into the check_process
if echo "$check_process_arguments" | grep --quiet "$action_config_argument_name"
then
# If there's arguments for this actions into the check_process
# Isolate the values
actions_config_arguments_specifics="$(echo "$check_process_arguments" | sed "s/.*$action_config_argument_name=\(.*\)/\1/")"
# And remove values of the following action
actions_config_arguments_specifics="${actions_config_arguments_specifics%%\:*}"
nb_actions_config_arguments_specifics=$(( $(echo "$actions_config_arguments_specifics" | tr --complement --delete "|" | wc --chars) + 1 ))
fi
if [ "$test_type" == "config_panel" ]
then
# Finish to format the name
# Remove . by _
action_config_argument_name="${action_config_argument_name//./_}"
# Move all characters to uppercase
action_config_argument_name="${action_config_argument_name^^}"
# Add YNH_CONFIG_
action_config_argument_name="YNH_CONFIG_$action_config_argument_name"
fi
fi
# Loop on the number of values into the check_process.
# Or loop once for the default value
for j in `seq 1 $nb_actions_config_arguments_specifics`
do
local action_config_argument_built=""
if [ $action_config_has_arguments -eq 1 ]
then
# If there's values into the check_process
if [ -n "$actions_config_arguments_specifics" ]
then
# Build the argument from a value from the check_process
local action_config_actual_argument="$(echo "$actions_config_arguments_specifics" | cut -d'|' -f $j)"
action_config_argument_built="--args $action_config_argument_name=\"$action_config_actual_argument\""
elif [ -n "$action_config_argument_default" ]
then
# Build the argument from the default value
local action_config_actual_argument="$action_config_argument_default"
action_config_argument_built="--args $action_config_argument_name=\"$action_config_actual_argument\""
else
log_warning "> No argument into the check_process to use or default argument for \"$action_config_name\"..."
action_config_actual_argument=""
fi
if [ "$test_type" == "config_panel" ]
then
log_info "> Apply the configuration for \"$action_config_name\" with the argument \"$action_config_actual_argument\"..."
elif [ "$test_type" == "actions" ]
then
log_info "> Execute the action \"$action_config_name\" with the argument \"$action_config_actual_argument\"..."
fi
else
log_info "> Execute the action \"$action_config_name\"..."
fi
if [ "$test_type" == "config_panel" ]
then
# Aply a configuration
RUN_YUNOHOST_CMD "app config apply $app_id $action_config_action $action_config_argument_built"
ret=$?
elif [ "$test_type" == "actions" ]
then
# Execute an action
RUN_YUNOHOST_CMD "app action run $app_id $action_config_action $action_config_argument_built"
ret=$?
fi
validate_action_config_panel "yunohost action $action_config_action"
done
done
fi
done
LXC_STOP
}
PACKAGE_LINTER () {
# Package linter
start_test "Package linter"
# Execute package linter and linter_result gets the return code of the package linter
"./package_linter/package_linter.py" "$package_path" > "./temp_linter_result.log"
"./package_linter/package_linter.py" "$package_path" --json > "./temp_linter_result.json"
# Print the results of package linter and copy these result in the complete log
cat "./temp_linter_result.log" | tee --append "$complete_log"
cat "./temp_linter_result.json" >> "$complete_log"
SET_RESULT linter_broken 0
SET_RESULT linter_level_6 0
SET_RESULT linter_level_7 0
SET_RESULT linter_level_8 0
# Check we qualify for level 6, 7, 8
# Linter will have a warning called "app_in_github_org" if app ain't in the
# yunohost-apps org...
if ! cat "./temp_linter_result.json" | jq ".warning" | grep -q "app_in_github_org"
then
SET_RESULT linter_level_6 1
fi
if cat "./temp_linter_result.json" | jq ".success" | grep -q "qualify_for_level_7"
then
SET_RESULT linter_level_7 1
fi
if cat "./temp_linter_result.json" | jq ".success" | grep -q "qualify_for_level_8"
then
SET_RESULT linter_level_8 1
fi
# If there are any critical errors, we'll force level 0
if [[ -n "$(cat "./temp_linter_result.json" | jq ".critical" | grep -v '\[\]')" ]]
then
log_report_test_failed
SET_RESULT linter_broken 1
SET_RESULT linter -1
# If there are any regular errors, we'll cap to 4
elif [[ -n "$(cat "./temp_linter_result.json" | jq ".error" | grep -v '\[\]')" ]]
then
log_report_test_failed
SET_RESULT linter -1
# Otherwise, test pass (we'll display a warning depending on if there are
# any remaning warnings or not)
else
if [[ -n "$(cat "./temp_linter_result.json" | jq ".warning" | grep -v '\[\]')" ]]
then
log_report_test_warning
else
log_report_test_success
fi
SET_RESULT linter 1
fi
}
set_witness_files () {
# Create files to check if the remove script does not remove them accidentally
echo "Create witness files..." >> "$complete_log"
create_witness_file () {
[ "$2" = "file" ] && local action="touch" || local action="mkdir -p"
sudo $action "${LXC_ROOTFS}${1}"
}
# Nginx conf
create_witness_file "/etc/nginx/conf.d/$DOMAIN.d/witnessfile.conf" file
create_witness_file "/etc/nginx/conf.d/$SUBDOMAIN.d/witnessfile.conf" file
# /etc
create_witness_file "/etc/witnessfile" file
# /opt directory
create_witness_file "/opt/witnessdir" directory
# /var/www directory
create_witness_file "/var/www/witnessdir" directory
# /home/yunohost.app/
create_witness_file "/home/yunohost.app/witnessdir" directory
# /var/log
create_witness_file "/var/log/witnessfile" file
# Config fpm
if [ -d "${LXC_ROOTFS}/etc/php5/fpm" ]; then
create_witness_file "/etc/php5/fpm/pool.d/witnessfile.conf" file
fi
if [ -d "${LXC_ROOTFS}/etc/php/7.0/fpm" ]; then
create_witness_file "/etc/php/7.0/fpm/pool.d/witnessfile.conf" file
fi
if [ -d "${LXC_ROOTFS}/etc/php/7.3/fpm" ]; then
create_witness_file "/etc/php/7.3/fpm/pool.d/witnessfile.conf" file
fi
# Config logrotate
create_witness_file "/etc/logrotate.d/witnessfile" file
# Config systemd
create_witness_file "/etc/systemd/system/witnessfile.service" file
# Database
RUN_INSIDE_LXC mysqladmin --user=root --password=$(sudo cat "$LXC_ROOTFS/etc/yunohost/mysql") --wait status > /dev/null 2>&1
RUN_INSIDE_LXC mysql --user=root --password=$(sudo cat "$LXC_ROOTFS/etc/yunohost/mysql") --wait --execute="CREATE DATABASE witnessdb" > /dev/null 2>&1
}
check_witness_files () {
# Check all the witness files, to verify if them still here
check_file_exist () {
if sudo test ! -e "${LXC_ROOTFS}${1}"
then
log_error "The file $1 is missing ! Something gone wrong !"
SET_RESULT witness 1
fi
}
# Nginx conf
check_file_exist "/etc/nginx/conf.d/$DOMAIN.d/witnessfile.conf"
check_file_exist "/etc/nginx/conf.d/$SUBDOMAIN.d/witnessfile.conf"
# /etc
check_file_exist "/etc/witnessfile"
# /opt directory
check_file_exist "/opt/witnessdir"
# /var/www directory
check_file_exist "/var/www/witnessdir"
# /home/yunohost.app/
check_file_exist "/home/yunohost.app/witnessdir"
# /var/log
check_file_exist "/var/log/witnessfile"
# Config fpm
if [ -d "${LXC_ROOTFS}/etc/php5/fpm" ]; then
check_file_exist "/etc/php5/fpm/pool.d/witnessfile.conf" file
fi
if [ -d "${LXC_ROOTFS}/etc/php/7.0/fpm" ]; then
check_file_exist "/etc/php/7.0/fpm/pool.d/witnessfile.conf" file
fi
if [ -d "${LXC_ROOTFS}/etc/php/7.3/fpm" ]; then
check_file_exist "/etc/php/7.3/fpm/pool.d/witnessfile.conf" file
fi
# Config logrotate
check_file_exist "/etc/logrotate.d/witnessfile"
# Config systemd
check_file_exist "/etc/systemd/system/witnessfile.service"
# Database
if ! RUN_INSIDE_LXC mysqlshow --user=root --password=$(sudo cat "$LXC_ROOTFS/etc/yunohost/mysql") witnessdb > /dev/null 2>&1
then
log_error "The database witnessdb is missing ! Something gone wrong !"
SET_RESULT witness 1
fi
[ $(GET_RESULT witness) -eq 1 ] && return 1 || return 0
}
RUN_TEST_SERIE() {
# Launch all tests successively
test_serie_dir=$1
curl_error=0
log_title "Tests serie: $(cat $test_serie_dir/test_serie_name)"
# Be sure that the container is running
LXC_START "true"
log_small_title "YunoHost versions"
# Print the version of YunoHost from the LXC container
LXC_START "sudo yunohost --version"
# Init the value for the current test
current_test_number=1
# The list of test contains for example "TEST_UPGRADE some_commit_id
readarray -t tests < $test_serie_dir/tests_to_perform
for test in "${tests[@]}";
do
TEST_LAUNCHER $test
done
}
TEST_LAUNCHER () {
# Abstract for test execution.
# $1 = Name of the function to execute
# $2 = Argument for the function
# Start the timer for this test
start_timer
# And keep this value separately
local global_start_timer=$starttime
# Execute the test
$1 $2
# Restore the started time for the timer
starttime=$global_start_timer
# End the timer for the test
stop_timer 2
LXC_STOP
# Update the lock file with the date of the last finished test.
# $$ is the PID of package_check itself.
echo "$1 $2:$(date +%s):$$" > "$lock_file"
}
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