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#!/bin/bash
# George Miller
# 6-10-2022
# If you do not have permission to run, try: chmod u+x project_file_header_fix.sh
#
# The purpose of this script is to update the location of header files in an xcode project by their public attribute.
# It goes backwards, finding the paths to the header files first, then backtracking to find the attributes for file.
# This was more reliable because files marked private/project have a path, but do not always have attributes.
# This script also identifies and moves any associated code files for the headers
#
# Also,
# Any file in public/ needs to be referenced in the project header
# Any file located in private/ needs to NOT be referenced in the project header
project_file="SmartDeviceLink-iOS.xcodeproj/project.pbxproj"
target_path="SmartDeviceLink"
project_header=$target_path"/public/SmartDeviceLink.h"
# A utility function for prompting the user Y/N
# This takes in a string prompt for the input
# This returns 1 for yes/true or 0 for no/false
prompt_user() {
user_input="g"
echo
echo $1" (Y/N)?"
read user_input
while [[ ! $user_input == [YyNn] ]]; do
echo $1" (Y/N)?"
read user_input
done
if [[ ! $user_input == [Nn] ]]; then
return 1
else
return 0
fi
}
# Make sure we are in the correct directory.
# If we are running from the scripts directory, we want to pop back to the project root to do everything.
if [[ $PWD == *"scripts" ]]; then
cd ..
fi
# If, for some reason, we are not now in the correct working directory, exit.
if [[ $PWD != *"sdl_ios" ]]; then
echo "Please run this from the sdl_ios project root or the sdl_ios/scripts directory"
exit 0
fi
# Find the lines in the project file with "path".
path_lines=$(sed -n '/path/{s/[[:space:]]*//;s/\/\*.*\*\///g;s/{.*path//;p;}' $project_file)
# Filter to get only the lines with the header_filepath and fileref.
header_files=$(sed -n '/\.h/{s/[[:space:]]*//g;s/\"//g;s/\;.*//g;s/==/=/;p;}' <<< "$path_lines")
echo "Checking files for public / private correctness..."
for line in $header_files
do
# Pick out the fileref and the header_filepath.
fileref=$(sed -n 's/=.*//;p;' <<< $line)
header_filepath=$(sed -n 's/.*=//;p;' <<< $line)
# Use the fileref to get the attributes.
attributes=$(sed -n '/fileRef[[:space:]]*=[[:space:]]*'$fileref'/{s/.*fileRef[[:space:]]*=[[:space:]]*'$fileref'//;s/\/\*.*\*\///g;p;};' $project_file)
# Determine public or private.
# Save off the opposite for the file path change later.
if [[ $attributes == *"Public"* ]]; then
header_type="public"
else
header_type="private"
fi
# Only look at entries where the attributes line is not empty.
if [ ! -z "$attributes" ]; then
# Find the real location of the file.
file_found_location=$(find "$target_path" -name "$(basename "$header_filepath")" -maxdepth 2)
# If file is found.
if [ ! -z "$file_found_location" ]; then
# Test to see if the file is where it should be. (Does the path contain the correct folder)
if [[ ! $file_found_location == *"/$header_type/"* ]]; then
# Add the file to the list of files that are in the wrong location.
broken_file_list+=$file_found_location"=="$header_type"=="$fileref" "
fi
fi
fi
done
# If the broken file list is not empty.
if [ ! -z "$broken_file_list" ]; then
echo
# List the files found for the user.
for header_file in $broken_file_list
do
if [ ! -z "$header_file" ]; then
header_filepath="${header_file%%==*}"
header_type1="${header_file%==*}"
header_type="${header_type1##*==}"
fileref="${header_file##*==}"
code_file=$(sed -n 's/\.h/\.m/p' <<< "$header_filepath")
echo $header_filepath" and "$code_file" are marked "$header_type
fi
done
# Prompt the user to move the files.
prompt_user "These files were found to be out of place. Would you like to move them automatically"
if [[ $? == 1 ]]; then
for header_file in $broken_file_list
do
echo
header_filepath="${header_file%%==*}"
header_type1="${header_file%==*}"
header_type="${header_type1##*==}"
fileref="${header_file##*==}"
# Figure out where the file should be located
destiny=$target_path"/"$header_type"/"
# Move the file to the correct destination
mv -f $header_filepath $destiny
echo "File "$header_filepath" moved to "$destiny
# Figure out the opposite of the type
if [[ $header_type == "public" ]]; then
header_opp="private"
else
header_opp="public"
fi
# Fix path in the project file.
# Output to a second file, then overwrite the first with the second.
# This is done because sed does not like writing to the file it is currently reading.
sed '/'$fileref'/{s/'$header_opp'/'$header_type'/;}' $project_file > $project_file"2"
mv -f $project_file"2" $project_file
# Identify associated implementation file.
code_file=$(sed -n 's/\.h/\.m/p' <<< "$header_filepath")
code_file_basename=$(basename "$code_file")
code_file_found_location=$(find "$target_path" -name "$code_file_basename" -maxdepth 2)
if [ ! -z "$code_file_found_location" ]; then
if [[ ! $code_file_found_location -ef $destiny$code_file_basename ]]; then
# Move associated implementation file.
mv -f $code_file_found_location $destiny
echo "File "$code_file" moved to "$destiny
# Fix path in the project file.
# Output to a second file, then overwrite the first with the second.
# This is done because sed does not like writing to the file it is currently reading.
sed '/'$code_file_basename'/{s/'$header_opp'/'$header_type'/;}' $project_file > $project_file"2"
mv -f $project_file"2" $project_file
else
echo $code_file_found_location" does not need to be moved"
fi
fi
done
fi
else
echo "All files are in the correct folder..."
fi
# Find all header files in public/
public_file_list=$(find "$target_path"/public -name '*.h')
if [ ! -z "$public_file_list" ]; then
for header_file in $public_file_list
do
file_basename=$(basename "$header_file")
# Use sed to check to see if the file is in the project header
found=$(sed -n '/'$file_basename'/{p;}' $project_header)
if [ -z "$found" ]; then
project_header_not_found_list+=$header_file" "
fi
done
fi
# List the files found.
if [ ! -z "$project_header_not_found_list" ]; then
echo
echo "These files are public and were not found in "$project_header
for header_file in $project_header_not_found_list
do
echo $header_file
done
echo "Please add them to the project header, then press enter to continue..."
read user_input
else
echo "All public header files were found in "$project_header
fi
# Find all header files in private/
private_file_list=$(find "$target_path"/private -name '*.h')
if [ ! -z "$private_file_list" ]; then
for private_header_file in $private_file_list
do
file_basename=$(basename "$private_header_file")
# Use sed to check to see if the file is NOT in the project header
found=$(sed -n '/'$file_basename'/{p;}' $project_header)
if [ ! -z "$found" ]; then
private_file_found_list+=$private_header_file" "
fi
done
fi
# List the files found.
if [ ! -z "$private_file_found_list" ]; then
echo
echo "These files are private and were found in "$project_header
for private_header_file in $private_file_found_list
do
echo $private_header_file
done
echo "Please remove them from the project header, then press enter to continue..."
read user_input
else
echo "No private header files were found in "$project_header
fi
echo "Done checking public / private headers for correctness"
|
