Files
mac_os/lib/installers.sh
Brooke Kuhlmann 8af0c44eba Fixed install of zip app downloads with sub-directories.
- Discovered some applications, packaged in zip file format, would
  extract to a sub-directory. This was problematic because all zip app
  installs previously assumed the app would be unzipped in the current
  directory. This fixes that situation where an app might be located in
  a sub-directory or several sub-directory deep.
- The easiest fix for this problem would have been to the `-j` option
  for *junk* paths via unzip: "The archive's directory structure is not
  recreated; all files are deposited in the extraction directory (by
  default, the current one)." ...but some zip files, when unzipped, run
  executable code that creates the sub-directory structure dynamically
  which makes the `-j` option not viable.
- The solution used to fix this problem uses `find` to determine if the
  application to install is in a sub-directory. If so, then the app is
  copied to the root folder (i.e. $MAC_OS_WORK_PATH) so the script can
  install as it has done in the past. Because the file copy is executed
  only if `find` finds something, this makes the copy optional for sub-
  directories and is a no-op for standard zip files with no sub-
  directories.

Discovered that some zip app downloads use executable scripts to
  build for the particular machine when unzipped.

http://earthlingsoft.net/UnicodeChecker/index.html
2017-01-08 10:12:20 -07:00

303 lines
7.3 KiB
Bash

#! /usr/bin/env bash
# DESCRIPTION
# Defines software installer functions.
# Mounts a disk image.
# Parameters:
# $1 = The image path.
mount_image() {
printf "Mounting image...\n"
hdiutil attach -quiet -nobrowse -noautoopen "$1"
}
export -f mount_image
# Unmounts a disk image.
# Parameters:
# $1 = The mount path.
unmount_image() {
printf "Unmounting image...\n"
hdiutil detach -force "$1"
}
export -f unmount_image
# Downloads an installer to local disk.
# Parameters:
# $1 = The URL.
# $2 = The file name.
# $3 = The HTTP header.
download_installer() {
local url="$1"
local file_name="$2"
local http_header="$3"
printf "%s\n" "Downloading $1..."
clean_work_path
mkdir $MAC_OS_WORK_PATH
curl --header "$http_header" --location --retry 3 --retry-delay 5 --fail --silent --show-error "$url" >> "$MAC_OS_WORK_PATH/$file_name"
}
export -f download_installer
# Downloads an installer to the $HOME/Downloads folder for manual use.
# Parameters:
# $1 = The URL.
# $2 = The file name.
download_only() {
if [[ -e "$HOME/Downloads/$2" ]]; then
printf "Downloaded: $2.\n"
else
printf "Downloading $1...\n"
download_installer "$1" "$2"
mv "$MAC_OS_WORK_PATH/$2" "$HOME/Downloads"
fi
}
export -f download_only
# Installs a single file.
# Parameters:
# $1 = The URL.
# $2 = The install path.
install_file() {
local file_url="$1"
local file_name=$(get_file_name "$1")
local install_path="$2"
if [[ ! -e "$install_path" ]]; then
printf "Installing: $install_path...\n"
download_installer "$file_url" "$file_name"
mkdir -p $(dirname "$install_path")
mv "$MAC_OS_WORK_PATH/$file_name" "$install_path"
printf "Installed: $file_name.\n"
verify_path "$install_path"
fi
}
export -f install_file
# Installs an application.
# Parameters:
# $1 = The application source path.
# $2 = The application name.
install_app() {
local install_root=$(get_install_root "$2")
local file_extension=$(get_file_extension "$2")
printf "Installing: $install_root/$2...\n"
case $file_extension in
'app')
cp -a "$1/$2" "$install_root";;
'prefPane')
sudo cp -pR "$1/$2" "$install_root";;
'qlgenerator')
sudo cp -pR "$1/$2" "$install_root" && qlmanage -r;;
*)
printf "ERROR: Unknown file extension: $file_extension.\n"
esac
}
export -f install_app
# Installs a package.
# Parameters:
# $1 = The package source path.
# $2 = The application name.
install_pkg() {
local install_root=$(get_install_root "$2")
printf "Installing: $install_root/$2...\n"
local package=$(sudo find "$1" -maxdepth 1 -type f -name "*.pkg" -o -name "*.mpkg")
sudo installer -pkg "$package" -target /
}
export -f install_pkg
# Installs Java.
# Parameters:
# $1 = The URL.
# $2 = The volume name.
install_java() {
local url="$1"
local volume_path="/Volumes/$2"
local app_name="java"
local install_path="/usr/bin/$app_name"
local download_file="download.dmg"
download_installer "$url" "$download_file" "Cookie: oraclelicense=accept-securebackup-cookie"
mount_image "$MAC_OS_WORK_PATH/$download_file"
local package=$(sudo find "$volume_path" -maxdepth 1 -type f -name "*.pkg")
sudo installer -pkg "$package" -target /
unmount_image "$volume_path"
printf "Installed: $app_name.\n"
}
export -f install_java
# Installs an application via a DMG file.
# Parameters:
# $1 = The URL.
# $2 = The mount path.
# $3 = The application name.
install_dmg_app() {
local url="$1"
local mount_point="/Volumes/$2"
local app_name="$3"
local install_path=$(get_install_path "$app_name")
local download_file="download.dmg"
if [[ ! -e "$install_path" ]]; then
download_installer "$url" "$download_file"
mount_image "$MAC_OS_WORK_PATH/$download_file"
install_app "$mount_point" "$app_name"
unmount_image "$mount_point"
verify_application "$app_name"
fi
}
export -f install_dmg_app
# Installs a package via a DMG file.
# Parameters:
# $1 = The URL.
# $2 = The mount path.
# $3 = The application name.
install_dmg_pkg() {
local url="$1"
local mount_point="/Volumes/$2"
local app_name="$3"
local install_path=$(get_install_path "$app_name")
local download_file="download.dmg"
if [[ ! -e "$install_path" ]]; then
download_installer "$url" "$download_file"
mount_image "$MAC_OS_WORK_PATH/$download_file"
install_pkg "$mount_point" "$app_name"
unmount_image "$mount_point"
printf "Installed: $app_name.\n"
verify_application "$app_name"
fi
}
export -f install_dmg_pkg
# Installs an application via a zip file.
# Parameters:
# $1 = The URL.
# $2 = The application name.
install_zip_app() {
local url="$1"
local app_name="$2"
local install_path=$(get_install_path "$app_name")
local download_file="download.zip"
if [[ ! -e "$install_path" ]]; then
download_installer "$url" "$download_file"
(
printf "Preparing...\n"
cd "$MAC_OS_WORK_PATH"
unzip -q "$download_file"
find . -type d -name "$app_name" -print -exec cp -pR {} . > /dev/null 2>&1 \;
)
install_app "$MAC_OS_WORK_PATH" "$app_name"
printf "Installed: $app_name.\n"
verify_application "$app_name"
fi
}
export -f install_zip_app
# Installs an application via a tar file.
# Parameters:
# $1 = The URL.
# $2 = The application name.
# $3 = The decompress options.
install_tar_app() {
local url="$1"
local app_name="$2"
local options="$3"
local install_path=$(get_install_path "$app_name")
local download_file="download.tar"
if [[ ! -e "$install_path" ]]; then
download_installer "$url" "$download_file"
(
printf "Preparing...\n"
cd "$MAC_OS_WORK_PATH"
tar "$options" "$download_file"
)
install_app "$MAC_OS_WORK_PATH" "$app_name"
printf "Installed: $app_name.\n"
verify_application "$app_name"
fi
}
export -f install_tar_app
# Installs a package via a zip file.
# Parameters:
# $1 = The URL.
# $2 = The application name.
install_zip_pkg() {
local url="$1"
local app_name="$2"
local install_path=$(get_install_path "$app_name")
local download_file="download.zip"
if [[ ! -e "$install_path" ]]; then
download_installer "$url" "$download_file"
(
printf "Preparing...\n"
cd "$MAC_OS_WORK_PATH"
unzip -q "$download_file"
)
install_pkg "$MAC_OS_WORK_PATH" "$app_name"
printf "Installed: $app_name.\n"
verify_application "$app_name"
fi
}
export -f install_zip_pkg
# Installs application code from a Git repository.
# Parameters:
# $1 = Repository URL.
# $2 = Install path.
# $3 = Git clone options (if any).
install_git_app() {
local repository_url="$1"
local app_name=$(get_file_name "$2")
local install_path="$2"
local options="--quiet"
if [[ -n "$3" ]]; then
local options="$options $3"
fi
if [[ ! -e "$install_path" ]]; then
printf "Installing: $install_path/$app_name...\n"
git clone $options "$repository_url" "$install_path"
printf "Installed: $app_name.\n"
verify_path "$install_path"
fi
}
export -f install_git_app
# Installs settings from a Git repository.
# Parameters:
# $1 = The repository URL.
# $2 = The repository version.
# $3 = The project directory.
# $4 = The script to run (including any arguments).
install_git_project() {
local repo_url="$1"
local repo_version="$2"
local project_dir="$3"
local script="$4"
git clone "$repo_url"
(
cd "$project_dir"
git checkout "$repo_version"
eval "$script"
)
rm -rf "$project_dir"
}
export -f install_git_project