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testme.sh
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testme.sh
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#!/bin/bash
#
# @file testme
# @brief Setup requirements - run tests, from root folder run: ./testme.sh.
# Path to the project used as source, defaults to current path.
PROJECT_PATH=$(pwd)
# Python executable to use: python or python3. Empty by default.
PYTHON_EXEC=''
# Install requirements or not.
INSTALL_REQUIREMENT=false
# Run inside a Docker container.
DOCKER=false
# Docker image to use.
DOCKER_IMAGE='debian:stable-slim'
# String indicating to run only tests of specific types.
# The allowed values are:
# - a: Bare metal Ansible tests.
# - b: Bats tests.
# - m: Molecule tests.
# - p: Pytest tests.
# - t: Tox tests.
# - y: Poetry tests.
# The full string is: abmpty.
TYPE=''
# 'Become root password' to pass to Ansible roles.
BECOME_PASS=''
# Wheter to generate or not a Python coverage report.
COVERAGE_REPORT=false
# When set to true, enter recursively on each directory on project's
# root folder and execute every testme.sh script found (add a
# .testignore file to ignore a directory).
RECURSIVE=false
# Show time report on stdout when finished.
CLOCK=false
# Internal flag to prevent executing pytest two times when
# running Ansible tests.
PYTEST_EXECUTED=false
# @description Determines if Ansible bare metal tests exists.
#
# This function tries:
# - Search .yml files on $test_path.
# - Search .yaml files on $test_path.
# - Search for the library folder.
# - Search for the test_plugins folder.
#
# @arg $1 string Optional project path. Default to current path.
#
# @exitcode 0 if successful.
# @exitcode 1 on failure.
#
# @return true if ansible tests exists, false otherwise.
function ansible_exist() {
local project_path=$(pwd)
[[ -d $1 ]] && project_path="$( cd "$1" ; pwd -P )"
local test_path=$(get_test_path $project_path)
! [[ -d $test_path ]] && echo false && return 1
# Bare metal tests (no molecule).
# Search for yml tests.
local ls_result=$(ls $test_path)
[[ $ls_result == *'.yml'* ]] && echo true && return 0
# Search for .yaml tests.
ls_result=$(ls $test_path)
[[ $ls_result == *'.yaml'* ]] && echo true && return 0
# Check if ./library directory exists and contains py files.
if [[ -d $project_path/library ]]; then
ls_result=$(ls $project_path/library)
[[ $ls_result == *'.py'* ]] && echo true && return 0
fi
# Check if ./test_plugins directory exists and
# contains py files.
if [[ -d $project_path/test_plugins ]]; then
ls_result=$(ls $project_path/test_plugins)
[[ $ls_result == *'.py'* ]] && echo true && return 0
fi
echo false && return 0
}
# @description Execute ansible tests.
#
# @arg $1 string Optional project path. Default to current path.
# @arg $2 string Optional become password.
#
# @exitcode 0 if successful.
# @exitcode 1 on failure.
function ansible_run() {
local project_path=$(pwd)
[[ -d $1 ]] && project_path="$( cd "$1" ; pwd -P )"
if [[ $(ansible_exist $project_path) == 'true' ]]; then
ansible_setup $project_path
[ $? -eq 1 ] && return 1
local test_path=$(get_test_path $project_path)
local become_parameter=''
! [[ -z $2 ]] && become_parameter="ansible_become_pass: '$2', "
# Recolect the list of playbooks to execute.
local yml_files=''
local ls_result=$(ls $test_path)
[[ $ls_result == *'.yml'* ]] && yml_files=$(ls $test_path/*.yml)
local ls_result=$(ls $test_path)
[[ $ls_result == *'.yaml'* ]] && yml_files="yml_files $(ls $test_path/*.yaml)"
# Bare metal tests, using test playbook files.
# dependency roles must be preinstalled: ansible-galaxy install.
local python_exec=$(get_python_exec)
# Check if inventory exists, if not, create a temporary one.
local inventory_path=$test_path/inventory
if ! [[ -f $inventory_path ]]; then
echo 'localhost' > $test_path/inventory_tmp
inventory_path=$test_path/inventory_tmp
fi
for playbook in $yml_files; do
ansible-playbook -i $inventory_path $playbook -e \
"{${become_parameter}ansible_python_interpreter: '/usr/bin/$python_exec'}"
# Clear history for security.
! [[ -z $become_parameter ]] && history -c
done
fi
[[ -f $test_path/inventory_tmp ]] && rm -f $test_path/inventory_tmp
return 0
}
# @description Setup ansible tests.
#
# @arg $1 string Optional project path. Default to current_path.
#
# @exitcode 0 if successful.
# @exitcode 1 on failure.
function ansible_setup() {
# Ensure Python requirements are installed.
install_pip
[ $? -eq 1 ] && return 1
if [[ $(validate 'ansible') == 'false' ]]; then
install_pip 'ansible>=2.8'
[ $? -eq 1 ] && return 1
fi
if [[ $(validate_pip 'requests') == 'false' ]]; then
install_pip 'requests'
[ $? -eq 1 ] && return 1
fi
local project_path=$(pwd)
[[ -d $1 ]] && project_path="$( cd "$1" ; pwd -P )"
local test_path=$(get_test_path $project_path)
if [[ -d $project_path/library ]] && [[ -d $test_path ]]; then
ansible_setup_python $project_path/library $test_path
[ $? -eq 1 ] && return 1
fi
if [[ -d $project_path/test_plugins ]] && [[ -d $test_path ]]; then
ansible_setup_python $project_path/test_plugins $test_path
[ $? -eq 1 ] && return 1
fi
# Check if project is an ansible role.
if [[ -f $project_path/meta/main.yml ]]; then
# Get author from meta information.
local author=$(cat $project_path/meta/main.yml | grep 'author:')
if ! [[ -z $author ]]; then
# Remove the 'author:' part.
author=${author//author\: /}
# Sanitize the string.
author=$(sanitize "$author")
local role_name=$(basename $project_path)
# Copy role to ~/.ansible/roles.
! [[ -d ~/.ansible/roles ]] && mkdir -p ~/.ansible/roles
# Prevents copy a role with double author name if we are
# inside an installed role (i.e.: ~/.ansible/roles/author.role).
if [[ $role_name == *"${author}."* ]]; then
cp -rf $project_path ~/.ansible/roles &>/dev/null
else
cp -rf $project_path ~/.ansible/roles/${author}.${role_name}
fi
fi
# If ansible role.
fi
return 0
}
# @description Create symbolic links for Ansible modules and plugins.
#
# Link the directories:
# - ./library
# - ./test_plugins
#
# To the locations:
# - $test_path/library
# - $test_path/test_plugins
#
# Each .py file found under those directories will be compiled.
#
# @arg $1 Source directory (i.e.: $project_path/library).
# @arg $2 Destination directory (i.e.: $test_path).
#
# @exitcode 0 if successful.
# @exitcode 1 on failure.
function ansible_setup_python() {
if [[ -z $1 ]] || ! [[ -d $1 ]]; then
error_message 'path' "$1"
error_message 'custom' 'Must specify an existent source directory.'
fi
if [[ -z $2 ]] || ! [[ -d $2 ]]; then
error_message 'path' "$2"
error_message 'custom' 'Must specify an existent destiny directory.'
fi
local source_path="$( cd "$1" ; pwd -P )"
local destiny_path="$( cd "$2" ; pwd -P )"
# Check if source directory contains python files.
local ls_result=$(ls $source_path)
if [[ $ls_result == *'.py'* ]]; then
ln -fs $source_path $destiny_path
# Once we know .py files exists, list again and store the listings.
local files_list=$(ls $source_path/*.py)
# Ensure Python requirements are installed.
install_pip
[ $? -eq 1 ] && return 1
local python_exec=$(get_python_exec)
for file_item in $file_list; do
$python_exec -m py_compile $file_item
done
fi
return 0
}
# @description Determines if Bats tests exists.
#
# This function tries:
# - Search .bats files on $test_path.
#
# @arg $1 string Optional project path. Default to current path.
#
# @exitcode 0 if successful.
# @exitcode 1 on failure.
#
# @return true if ansible tests exists, false otherwise.
function bats_exist() {
local project_path=$(pwd)
[[ -d $1 ]] && project_path="$( cd "$1" ; pwd -P )"
local test_path=$(get_test_path $project_path)
! [[ -d $test_path ]] && echo false && return 1
local test_list=$(ls $test_path)
[[ $test_list == *'.bats'* ]] && echo true && return 0
echo false && return 0
}
# @description Execute bats tests.
#
# @arg $1 string Optional project path. Default to current path.
#
# @exitcode 0 if successful.
# @exitcode 1 on failure.
function bats_run() {
local project_path=$(pwd)
[[ -d $1 ]] && project_path="$( cd "$1" ; pwd -P )"
# Verify bats tests exists.
[[ $(bats_exist $project_path) == 'false' ]] && return 0
bats_setup
[ $? -eq 1 ] && return 1
# Verify test folder exists.
local test_path=$(get_test_path $project_path)
! [[ -d $test_path ]] && error_message 'path' "$test_path" && return 1
# Run bats tests.
bats $test_path
return 0
}
# @description Setup bats tests.
#
# @noargs
#
# @exitcode 0 if succesuful.
# @exitcode 1 if failure.
function bats_setup() {
install_apt 'bats'
[ $? -eq 1 ] && return 1
return 0
}
# @description Create a parameters string to pass to each
# recursively call of the testme.sh script.
#
# - *g* (coverage report).
# - *i* (install requirements).
# - *k* (clock report).
# - *K* (become password for Ansible roles).
# - *t* <type> (only tests of type).
# - *x* <python executable>.
#
# @arg $@ string Bash arguments.
#
# @exitcode 0 if successful.
# @exitcode 1 on failure.
#
# @stdout Prints the created parameter string.
function create_parameter_string() {
local become_pass_regex='-K (.*)'
local python_exec_regex='-x (python[0-9]*)'
local type_regex='-t ([abmpty])+'
local parameter_string=''
[[ "$@" == *'-g'* ]] && parameter_string+='-g '
[[ "$@" == *'-i'* ]] && parameter_string+='-i '
# Type.
if [[ $@ =~ $type_regex ]]; then
parameter_string+="-t ${BASH_REMATCH[1]} "
fi
# Clock.
[[ "$@" == *'-k'* ]] && parameter_string+='-k '
if [[ $@ =~ $python_exec_regex ]]; then
parameter_string+="-x ${BASH_REMATCH[1]} "
fi
# Become password.
if [[ $@ =~ $become_pass_regex ]]; then
parameter_string+="-K $(sanitize ${BASH_REMATCH[1]})"
fi
echo "$parameter_string"
return 0
}
# @description Setups Docker.
#
# @noargs
#
# @exitcode 0 if successful.
# @exitcode 1 on failure.
function docker_setup() {
# Ensure Python requirements are installed.
install_pip
[ $? -eq 1 ] && return 1
# Docker must be installed.
if [[ $(validate_apt 'docker-ce') == 'false' ]]; then
# Check if can install.
if [[ $(validate 'install') == 'true' ]]; then
# Ensure python requirements are present.
install_pip
# Official procedure:
# https://docs.docker.com/install/linux/docker-ce/debian.
# https://docs.docker.com/install/linux/docker-ce/ubuntu.
uninstall_apt 'containerd containerd.io docker docker-ce docker-engine docker.io runc'
[ $? -eq 1 ] && return 1
install_apt 'apt-transport-https ca-certificates curl gnupg2 software-properties-common'
[ $? -eq 1 ] && return 1
# Get 'debian' or 'ubuntu' name.
local os_name=$(cat /etc/os-release | grep ^ID=)
os_name="${os_name//ID=/}"
# Get codename, i.e.: 'buster'.
local os_codename=$(cat /etc/os-release | grep ^VERSION_CODENAME=)
os_codename="${os_codename//VERSION_CODENAME=/}"
# Add docker key.
echo 'Adding docker key with apt-key add ...'
curl -fsSL https://download.docker.com/linux/${os_name}/gpg | sudo apt-key add -
echo 'Adding docker fingerprint with apt-key ...'
sudo apt-key fingerprint 0EBFCD88
# Add docker repository.
echo 'Adding docker repository with add-apt-repository ...'
sudo add-apt-repository \
"deb [arch=amd64] https://download.docker.com/linux/$os_name \
$os_codename \
stable"
# Install all requirements.
install_apt 'docker-ce docker-ce-cli containerd.io'
[ $? -eq 1 ] && return 1
else
error_message 'docker'
return 1
fi
fi
return 0
}
# @description Shows an error message.
#
# @arg $1 string Error name: custom, execution, path, sudo, <name>.
# @arg $2 string Optional text to use on error messages.
#
# @exitcode 0 if successful.
# @exitcode 1 on failure.
#
# @stdout 'Error message'
function error_message() {
[[ -z $1 ]] && return 1
case $1 in
custom)
if ! [[ -z $2 ]]; then
echo "$2"
else
echo 'Unknown error ocurred.'
fi
;;
execution)
if ! [[ -z $2 ]]; then
echo "An error occurred executing $2."
else
echo 'An error ocurred during execution.'
fi
;;
path)
if ! [[ -z $2 ]]; then
echo "$2 is not an existent directory."
else
echo 'Inexistent directory used.'
fi
;;
sudo)
echo "It's not possible to adquire administrative permissions."
echo 'It could be one of the following causes:'
echo '- The program "sudo" is not installed.'
echo '- Your user is not on the "root" or "sudo" groups.'
echo 'Run:'
echo 'su -c "apt install -y sudo" && su -c "sudo adduser $(whoami) sudo" && su'
;;
uninstall)
if ! [[ -z $2 ]]; then
echo "Cannot uninstall $2."
else
echo 'Cannot uninstall package.'
fi
;;
*)
echo ' __.....__'
echo ' ."" _ o "`.'
echo ' ." O (_) () o`.'
echo ' . O .'
echo ' . () o__...__ O .'
echo '. _.--""" """--._ .'
echo ':" ";'
echo ' `-.__ : : __.-"'
echo ' """-: :-"""'
echo ' J L'
echo ' : :'
echo ' J L'
echo ' : :'
echo ' `._____."'
echo "$1 needs to be installed ..."
echo "Run:"
echo "./$(basename $0).sh -i"
;;
esac
return 0
}
# @description Get bash parameters.
#
# Accepts:
# - *d* (docker).
# - *D* (docker image).
# - *g* (coverage report).
# - *h* (help).
# - *i* (install requirements).
# - *k* (clock).
# - *K* (become password for Ansible roles).
# - *p* <project_path>.
# - *r* (recursive).
# - *t* <types> (only tests of type).
# - *x* <python executable>.
#
# @arg '$@' string Bash arguments.
#
# @exitcode 0 if successful.
# @exitcode 1 on failure.
function get_parameters() {
# Obtain parameters.
while getopts 'd;D:g;h;i;k;K:p:r;t:x:' opt; do
OPTARG=$(sanitize "$OPTARG")
case "$opt" in
d) DOCKER=true;;
D) DOCKER_IMAGE="${OPTARG}";;
g) COVERAGE_REPORT=true;;
h) help && exit 0;;
i) INSTALL_REQUIREMENT=true;;
k) CLOCK=true;;
K) BECOME_PASS="${OPTARG}";;
p) PROJECT_PATH="${OPTARG}";;
r) RECURSIVE=true;;
t) TYPE="${OPTARG}";;
x) [[ "${OPTARG}" == *'python'* ]] && PYTHON_EXEC="${OPTARG}";;
esac
done
return 0
}
# @description Obtains the Python executable to use: python or python3.
#
# This function tries:
# - Use the $PYTHON_EXEC variable if not empty and like 'python'.
# - Use 'python3' is available.
# - Use 'python' if available.
#
# @args noargs
#
# @exitcode 0 If successful.
# @exitcode 1 On failure.
#
# @stdout the python executable (python or python3).
function get_python_exec() {
# Try user passed exec.
if ! [[ -z $PYTHON_EXEC ]]; then
if [[ $(validate_apt "$PYTHON_EXEC") == 'true' ]]; then
echo "$PYTHON_EXEC" && return 0
fi
# Check if python was installed by compiling or other method.
if [[ $($PYTHON_EXEC --version) -eq 0 ]]; then
echo "$PYTHON_EXEC" && return 0
fi
fi
# Try python3.
if [[ $(validate_apt 'python3') == 'true' ]]; then
echo 'python3' && return 0
fi
python3 --version &>/dev/null
[ $? -eq 0 ] && echo 'python3' && return 0
# Try python.
if [[ $(validate_apt 'python') == 'true' ]]; then
echo 'python' && return 0
fi
python --version &>/dev/null
[ $? -eq 0 ] && echo 'python' && return 0
# Python is not installed.
echo '' && return 1
}
# @description Obtains the project's test directory.
#
# This function tries:
# - Search for the */tests* directory.
# - Default to */test* directory.
#
# @arg $1 string Optional project path. Default to current path.
#
# @exitcode 0 If successful.
# @exitcode 1 On failure.
#
# @stdout Path to the test directory.
function get_test_path() {
local project_path=$(pwd)
[[ -d $1 ]] && project_path="$( cd "$1" ; pwd -P )"
# Try /tests.
[[ -d $project_path/tests ]] && echo "$project_path/tests" && return 0
# Default /test.
echo "$project_path/test" && return 0
}
# @description Shows help message.
#
# @noargs
#
# @exitcode 0 if successful.
# @exitcode 1 on failure.
function help() {
echo 'Auto discover and execute project tests.'
echo 'Parameters:'
echo '-d (docker): Execute the tests inside a Docker container.'
echo '-D (docker image): Docker image to use.'
echo '-g (coverage): Generate a Python coverage report.'
echo '-h (help): Show this help message.'
echo '-i (requirements): Install requirements.'
echo '-k (clock): Show time report when finished'
echo '-K (become pass): Plain-text sudo password (for Ansible roles).'
echo '-t <type>: Optional string containing:
a (Ansible bare metal tests)
b (Bats tests)
m (Molecule tests)
p (Pytest tests)
t (Tox tests)
y (Poetry tests)'
echo "-p <project-path>: Absolute path to project's root directory."
echo "-r (recursive): Enter recursively each directory on project's
root directory and execute every testme.sh script found."
echo '-x <python-executable>: Run using python or python3.'
echo 'Example:'
echo "./testme.sh -d -D debian:stable-slim -g -i -k -K pass -t abmpty -p /project/path -r -x python3"
return 0
}
# @description Installs Apt packages.
#
# @arg $1 string List of package names to install, must be space-separated.
#
# @exitcode 0 If successful.
# @exitcode 1 On failure.
function install_apt() {
[[ -z $1 ]] && return 1
local package_array=($(echo $1 | tr " " "\n"))
# Prevents updating apt twice.
local apt_updated=false
# sudo must be installed.
if [[ $(validate_apt 'sudo') == 'false' ]]; then
# Add current user to sudoers.
local current_username=$(whoami)
echo 'Installing sudo using su -c ...'
su -c "apt update && apt install -y sudo && /usr/sbin/addgroup $current_username sudo"
apt_updated=true
fi
# build-essential must be installed.
if [[ $(validate_apt 'build-essential') == 'false' ]]; then
# Validate if can install
if [[ $(validate 'install') == 'false' ]]; then
error_message 'build-essential'
echo '░░░░░░░░▄▄▄███░░░░░░░░░░░░░░░░░░░░'
echo '░░░▄▄██████████░░░░░░░░░░░░░░░░░░░'
echo '░███████████████░░░░░░░░░░░░░░░░░░'
echo '░▀███████████████░░░░░▄▄▄░░░░░░░░░'
echo '░░░███████████████▄███▀▀▀░░░░░░░░░'
echo '░░░░███████████████▄▄░░░░░░░░░░░░░'
echo '░░░░▄████████▀▀▄▄▄▄▄░▀░░░░░░░░░░░░'
echo '▄███████▀█▄▀█▄░░█░▀▀▀░█░░▄▄░░░░░░░'
echo '▀▀░░░██▄█▄░░▀█░░▄███████▄█▀░░░▄░░░'
echo '░░░░░█░█▀▄▄▀▄▀░█▀▀▀█▀▄▄▀░░░░░░▄░▄█'
echo '░░░░░█░█░░▀▀▄▄█▀░█▀▀░░█░░░░░░░▀██░'
echo '░░░░░▀█▄░░░░░░░░░░░░░▄▀░░░░░░▄██░░'
echo '░░░░░░▀█▄▄░░░░░░░░▄▄█░░░░░░▄▀░░█░░'
echo '░░░░░░░░░▀███▀▀████▄██▄▄░░▄▀░░░░░░'
echo '░░░░░░░░░░░█▄▀██▀██▀▄█▄░▀▀░░░░░░░░'
echo '░░░░░░░░░░░██░▀█▄█░█▀░▀▄░░░░░░░░░░'
echo '░░░░░░░░░░█░█▄░░▀█▄▄▄░░█░░░░░░░░░░'
echo '░░░░░░░░░░█▀██▀▀▀▀░█▄░░░░░░░░░░░░░'
echo '░░░░░░░░░░░░▀░░░░░░░░░░░▀░░░░░░░░░'
return 1
fi
echo 'Installing build-essential ...'
[[ $apt_updated == 'false' ]] && sudo apt update && apt_updated=true
sudo apt install --no-install-recommends -y build-essential
fi
for package_name in ${package_array[@]}; do
# Validate if the package is already installed via apt.
[[ $(validate_apt "$package_name") == 'true' ]] && continue
# Validate if can install
if [[ $(validate 'install') == 'false' ]]; then
error_message "$package_name"
return 1
fi
echo "Installing $package_name ..."
# Check if the package is pip to handle specially.
if [[ "$package_name" == 'pip' ]] || [[ "$package_name" == 'pip3' ]] ||
[[ "$package_name" == 'python-pip' ]] || [[ "$package_name" == 'python3-pip' ]]; then
local python_exec=$(get_python_exec)
if [[ -z $python_exec ]]; then
install_apt python3
[ $? -eq 1 ] && return 1
python_exec=python3
fi
if [[ $(validate_pip_installed) == 'false' ]]; then
# Install pip.
package_name="${python_exec}-pip"
fi
fi
[[ $apt_updated == 'false' ]] && sudo apt update && apt_updated=true
sudo apt install --no-install-recommends -y "$package_name"
done
return 0
}
# @description Installs Python packages via pip.
#
# This function ensures that Python, Pip and Setuptools are installed
# and then installs all required packages.
#
# You can pass to this function:
# - A filepath to a requirements*.txt file to be installed.
# - A filepath to directory containing requirements*.txt files to install.
# - A single package name.
#
# If this function is called without passing any argument to it,
# it will search for requirements*.txt files on the current directory.
#
# This function expects that each requirements filename has the text
# 'requirements' included on it and to have the .txt extension.
#
# This function will always check for Python, Pip and Setuptools to be
# installed and will try to install them if not present.
#
# Each package will be checked to see if its installed, if not installed
# then this function proceeds to install it.
#
# @arg $1 string Optional filepath, path to dir or single package name.
#
# @exitcode 0 on success.
# @exitcode 1 on failure.
function install_pip() {
local python_exec=$(get_python_exec)
# Python must be installed.
if [[ -z $python_exec ]]; then
install_apt 'python3'
[ $? -eq 1 ] && return 1
python_exec='python3'
fi
# Pip must be installed.
install_apt "${python_exec}-pip"
[ $? -eq 1 ] && return 1
# Setuptools must be installed.
if [[ $(validate_apt "${python_exec}-setuptools") == 'false' ]] &&
[[ $(validate_pip 'setuptools') == 'false' ]]; then
$python_exec -m pip install setuptools
fi
# Virtualenv must be installed.
if [[ $(validate_apt "${python_exec}-venv") == 'false' ]] &&
[[ $(validate_pip 'virtualenv') == 'false' ]]; then
install_apt "${python_exec}-venv"
fi
# Path to where requirement files resides.
local base_path=''
local file_name=''
# List of files to install.
local requirement_list=''
# Check if single file.
if ! [[ -z $1 ]] && [[ -f $1 ]]; then
requirement_list=$1
base_path=$(dirname $1)
# Check if directory.
elif ! [[ -z $1 ]] && [[ -d $1 ]]; then
requirement_list=$(ls $1)
base_path=$1
# Single package, install it.
elif ! [[ -z $1 ]]; then
if [[ $(validate_pip "$1") == 'false' ]]; then
$python_exec -m pip install $1
return 0
fi
fi
# If at least one requirement file exists.
if [[ "$requirement_list" =~ .*requirements.*.txt ]]; then
# Traverse all requirements files, i.e.:
# requirements.txt, requirements-dev.txt.
for requirement_file in $requirement_list; do
if [[ "$requirement_file" == *'requirements'* ]]; then
file_name=$(basename $requirement_file)
# Copy file and add a newline to it to overcome bash limit.
cp -f $base_path/$file_name reqs-current-tmp.txt
echo '' >> reqs-current-tmp.txt
# Traverse current requirements file checking item by
# item if is installed or not.
while read LINE
do
# If not installed, install it.
if ! [[ -z $LINE ]] &&
[[ $(validate_pip "$LINE") == 'false' ]];
then
$python_exec -m pip install $LINE
fi
# Traverse requirement items (item by item).
done < reqs-current-tmp.txt
rm -f reqs-current-tmp.txt
fi
# Traverse requirements files (file by file).
done
fi
return 0
}
# @description Setup requirements and run tests.
#
# @arg $@ string Bash arguments.
#
# @exitcode 0 if successful.
# @exitcode 1 on failure.
function main() {
get_parameters "$@"
if ! [[ -d $PROJECT_PATH ]]; then
error_message 'path' "$PROJECT_PATH"
return 1
fi
local parameter_string=''
# Run on docker.
if [[ $DOCKER == "true" ]]; then
# Handle docker setup.
docker_setup
[ $? -eq 1 ] && return 1
parameter_string=$(create_parameter_string "$@")
if [[ $RECURSIVE == 'true' ]]; then
parameter_string="{parameter_string} -r"
fi
echo " DOCKA: $DOCKER_IMAGE ..."
echo ' ------------'
echo ' / (_)_ \'
echo ' /) (_) (_) \'
echo ' | |'
echo '| _ (_) _ (_) |'
echo '|(_) _ (_) _ (_)|'
echo '|___(_)_____(_)_____|'
echo ' |||||||||||||||||||'
echo ' | |'
echo ' | |'
echo ' | |'
echo ' |___|'
echo '--------------------'
local proj_name=$(basename $PROJECT_PATH)
docker run \
--rm \
--mount type=bind,source="$PROJECT_PATH",target=/$proj_name \
$DOCKER_IMAGE \
bash -c "cd /$proj_name && ./testme.sh -i ${parameter_string}"
return 0
fi
# Track time.
local start_time=''
[[ $CLOCK == 'true' ]] && start_time=`date +%s`
# Recursive run.
if [[ $RECURSIVE == 'true' ]]; then
# Verify if project has subdirectories.
find "$PROJECT_PATH" -mindepth 1 -type d -print &>/dev/null
if [ $? -eq 1 ]; then
error_message 'custom' "$PROJECT_PATH has no subidrectories."
return 1
fi
# Create recursive parameters string from bash parameters string.
parameter_string=$(create_parameter_string "$@")
# Enter each subdirectory checking if testme.sh exists.
local directories_list=$(find $PROJECT_PATH -type d -print)
for directory in $directories_list; do
# testme.sh exists and a .testignore does not exists, execute.
if [[ -f $directory/testme.sh ]] &&
! [[ -f $directory/.testignore ]]; then
./testme.sh -p $( cd "$directory" ; pwd -P ) $parameter_string
show_time $start_time
fi
done
else
# Run ansible tests.
if [[ -z $TYPE ]] || [[ $TYPE == *'a'* ]]; then
ansible_run "$PROJECT_PATH" "$BECOME_PASS"
[ $? -eq 1 ] && error_message 'execution' 'ansible' && return 1
# Execute pytest.
pytest_run $project_path
[ $? -eq 1 ] && error_message 'execution' 'pytest' && return 1
PYTEST_EXECUTED=true
fi