I have installed the uncrustify through brew (as per the git instructions), and I have added the run script build phase to the xcode and tried to build an ios project, but the build is failing with the following error:
**/bin/sh: /Users/test/Library/Developer/Xcode/DerivedData/testProj- amlbymrfycxuzmemclwtovltjxzl/Build/Intermediates/testProj.build/Debug-iphoneos/testProj.build/Script-AC898878187BE0A00056CAB1.sh: sh: bad interpreter: No such file or directory**
How can I resolve this error? Any help would be appreciated. Thanks in advance.
My sh script:
if [ -n "$1" ]
then
# recover directory to format :
pathToSourcesDirectory=`echo $(pwd)/$1`
# go to current folder :
scriptDirectory=$(dirname $0)
cd $scriptDirectory
# find sources files to format :
echo ""
echo "==> Getting files to format in directory " + $pathToSourcesDirectory
mkdir -p temp
find $pathToSourcesDirectory -name "*.[mh]" > temp/sources_to_uncrustify.txt
# format files :
echo ""
echo "==> Format files"
/usr/local/bin/uncrustify -F temp/sources_to_uncrustify.txt -c "../uncrustify_objective_c.cfg" --no-backup
# remove temp files :
rm -rf temp/
else
echo "Error : You must specify a source folder as first parameter"
fi
It looks like you don't have Shell set to /bin/sh in the Xcode Run Script configuration:
(screenshot taken from here).
Related
i am new in react native i want to run react native app in IOS after react-native init, app not run in IOS show some error
Showing All Messages
bash: Native/social_login/socialLogin/node_modules/react-native/scripts/../Libraries: No such file or directory
Command PhaseScriptExecution failed with a nonzero exit code
and build failed please help me
versions
"react": "17.0.1",
"react-native": "0.64.0"
command line tools : Xcode 12.4 (12D4e)
This happened also to me upgrading from 0.63 to 0.64. After trying all solutions I followed a solution moving the folder to a directory where the path contain no spaces and it works and build the app successfully.
Solution to React Native 0.64 build fail
In order for this to work properly follow these steps:
If you previously installed a global react-native-cli package, please
remove it as it may cause unexpected issues (i.e. npm uninstall -g
react-native-cli)
Move the project folder in a path with no spaces (i.e. ~/sub folder
name/ReactNativeApp won't work till you have spaces in the path, so
move in a path like ~/folder/ReactNativeApp)
Then cd into the project folder and upgrade react native to the
latest version with npx react-native upgrade and resolve conflicts if
any
After upgrading remove the node_modules folder and the yarn.lock from
the root and the podfile.lock and Pods folder from ios subfolder
Then cd back to the root and run yarn install && npx pod-install
Now run again your app in Xcode or your IDE and it works
Crazy and absurd that a space in the path-name could cause this issue
This is nothing just an issue with the scheme name for me, in my case my scheme name contains whitespace e.g. "ABC staging", which is not allowed, it got fixed after deleting and creating a new scheme with the name "ABC-staging".
in the case of react-native 0.67^, you may need to apply these changes as well
change line no 7
set -e. ==> set +e
in
node_modules/react-native/scripts/find-node.sh
then use patch-package using the following command :
npx patch-package react-native
this will create a patch file inside the patch folder in root, then you can add in the post-install script in package.json:
"postinstall": "npx patch-package"
This command will run each time a new package is getting added to the project and auto-fix react-native find-node. sh.
Try to run pod install in ios folder
cd ios && pod install
Then when it's done go back to your main folder and run
yarn run ios
If that doesn't work, check out the solutions here
Xcode 10.2.1 Command PhaseScriptExecution failed with a nonzero exit code
There seems to be an issue with coreutils on macOS.
What fixed it for me is:
brew install coreutils
brew install findutils
brew install gnu-sed
Finally change the node_modules/react-native/scripts/generate-specs.sh to:
#!/bin/bash
# Copyright (c) Facebook, Inc. and its affiliates.
#
# This source code is licensed under the MIT license found in the
# LICENSE file in the root directory of this source tree.
# This script collects the JavaScript spec definitions for core
# native modules and components, then uses react-native-codegen
# to generate native code.
#
# Optionally, set these envvars to override defaults:
# - SRCS_DIR: Path to JavaScript sources
# - CODEGEN_MODULES_LIBRARY_NAME: Defaults to FBReactNativeSpec
# - CODEGEN_MODULES_OUTPUT_DIR: Defaults to React/$CODEGEN_MODULES_LIBRARY_NAME/$CODEGEN_MODULES_LIBRARY_NAME
# - CODEGEN_COMPONENTS_LIBRARY_NAME: Defaults to rncore
# - CODEGEN_COMPONENTS_OUTPUT_DIR: Defaults to ReactCommon/react/renderer/components/$CODEGEN_COMPONENTS_LIBRARY_NAME
#
# Usage:
# ./scripts/generate-specs.sh
# SRCS_DIR=myapp/js CODEGEN_MODULES_LIBRARY_NAME=MySpecs CODEGEN_MODULES_OUTPUT_DIR=myapp/MySpecs ./scripts/generate-specs.sh
#
# shellcheck disable=SC2038
set -e
THIS_DIR=$(cd -P "$(gdirname "$(greadlink "${BASH_SOURCE[0]}" || echo "${BASH_SOURCE[0]}")")" && pwd)
TEMP_DIR=$(gmktemp -d /tmp/react-native-codegen-XXXXXXXX)
RN_DIR=$(cd "$THIS_DIR/.." && pwd)
# find node path
source "$RN_DIR/scripts/find-node.sh"
NODE_BINARY="${NODE_BINARY:-$(command -v node || true)}"
USE_FABRIC="${USE_FABRIC:-0}"
cleanup () {
set +e
grm -rf "$TEMP_DIR"
set -e
}
describe () {
printf "\\n\\n>>>>> %s\\n\\n\\n" "$1"
}
main() {
SRCS_DIR=${SRCS_DIR:-$(cd "$RN_DIR/Libraries" && pwd)}
CODEGEN_MODULES_LIBRARY_NAME=${CODEGEN_MODULES_LIBRARY_NAME:-FBReactNativeSpec}
CODEGEN_COMPONENTS_LIBRARY_NAME=${CODEGEN_COMPONENTS_LIBRARY_NAME:-rncore}
CODEGEN_MODULES_OUTPUT_DIR=${CODEGEN_MODULES_OUTPUT_DIR:-"$RN_DIR/React/$CODEGEN_MODULES_LIBRARY_NAME/$CODEGEN_MODULES_LIBRARY_NAME"}
# TODO: $CODEGEN_COMPONENTS_PATH should be programmatically specified, and may change with use_frameworks! support.
CODEGEN_COMPONENTS_PATH="ReactCommon/react/renderer/components"
CODEGEN_COMPONENTS_OUTPUT_DIR=${CODEGEN_COMPONENTS_OUTPUT_DIR:-"$RN_DIR/$CODEGEN_COMPONENTS_PATH/$CODEGEN_COMPONENTS_LIBRARY_NAME"}
TEMP_OUTPUT_DIR="$TEMP_DIR/out"
SCHEMA_FILE="$TEMP_DIR/schema.json"
if [ -z "$NODE_BINARY" ]; then
echo "Error: Could not find node. Make sure it is in bash PATH or set the NODE_BINARY environment variable." 1>&2
exit 1
fi
CODEGEN_PATH=$("$NODE_BINARY" -e "console.log(require('path').dirname(require.resolve('react-native-codegen/package.json')))")
# Special case for running CodeGen from source: build it
if [ ! -d "$CODEGEN_PATH/lib" ]; then
describe "Building react-native-codegen package"
bash "$CODEGEN_PATH/scripts/oss/build.sh"
fi
describe "Generating schema from flow types"
"$NODE_BINARY" "$CODEGEN_PATH/lib/cli/combine/combine-js-to-schema-cli.js" "$SCHEMA_FILE" "$SRCS_DIR"
describe "Generating native code from schema (iOS)"
pushd "$RN_DIR" >/dev/null || exit 1
"$NODE_BINARY" scripts/generate-specs-cli.js ios "$SCHEMA_FILE" "$TEMP_OUTPUT_DIR" "$CODEGEN_MODULES_LIBRARY_NAME"
popd >/dev/null || exit 1
describe "Copying output to final directory"
gmkdir -p "$CODEGEN_COMPONENTS_OUTPUT_DIR" "$CODEGEN_MODULES_OUTPUT_DIR"
gcp -R "$TEMP_OUTPUT_DIR/$CODEGEN_MODULES_LIBRARY_NAME.h" "$TEMP_OUTPUT_DIR/$CODEGEN_MODULES_LIBRARY_NAME-generated.mm" "$CODEGEN_MODULES_OUTPUT_DIR" || exit 1
gfind "$TEMP_OUTPUT_DIR" -type f | gxargs gsed -i.bak "s/$CODEGEN_MODULES_LIBRARY_NAME/$CODEGEN_COMPONENTS_LIBRARY_NAME/g" || exit 1
gfind "$TEMP_OUTPUT_DIR" -type f -not -iname "$CODEGEN_MODULES_LIBRARY_NAME*" -exec cp '{}' "$CODEGEN_COMPONENTS_OUTPUT_DIR/" ';' || exit 1
echo >&2 'Done.'
}
trap cleanup EXIT
main "$#"
notice that some commands are starting with g like greadlink etc.
if your get invalid identifier error in react-native-xcode.sh then under Build Phases -> Bundle React Native code and images it should be: (notice the double quotes):
set -e
export NODE_BINARY="node ../node_modules/react-native/scripts/react-native-xcode.sh"
use patch-package react-native to patch it (if project is being developed on different machines then they must install the brew packages above)
For me it was just having a space in folder name which was in the path of project folder from root.
I had to delete the contents of my ~/.bash_profile file.
I don't even use bash, but some other script populated the file and that broke my build. Deleting the contents fixed the build, immediately. Might not work for you, but thought I'd share.
I'm running Xcode 13.4.1
Installed cocoapods using brew install cocoapods (https://brew.sh/index_es)
M2 apple chip
React Native 0.70
Actually after spending a whole lot of time trying different solutions none of them worked except for Giuseppe's answer. I had white spaces in my path
"/React Native/exampleProject"
1. Renamed folders/files to remove any white space in the path (creating a fresh project within the fixed path worked with no problems at all)
I didn't even had to execute pod install anymore in the ios folder
In my case, i had to export the right path to node
in your terminal type which node, copy the path and export it in ios/xcode.env
export NODE_BINARY="copied node path"
Ok, worth trying this.
(This usually happens if you had multiple imports or any imports missing)
As soon as we get this error message:
Always scroll up & read the issue if written in that log file. Any issues like syntax error or issue related to your js code.
If yes, you can fix that first & re build it.
In my case I had multiple imports of one of the RN components.
Adding $(ARCHS_STANDARD) to Valid Architectures in Build Settings solved it for me
I've added the following nix expression to my project (verbatem from nixpkgs) and tried to build it, but I get the following error message:
these derivations will be built:
/nix/store/l6l5j1gas74pnzc2pb8w9fv2namxpgki-godot-3.0.6.drv
building '/nix/store/l6l5j1gas74pnzc2pb8w9fv2namxpgki-godot-3.0.6.drv'...
unpacking sources
unpacking source archive /nix/store/mlbp5ibpyq2rd710fl43pwr6a03ysz57-source
source root is source
patching sources
applying patch /nix/store/yk47p909lklbcai94izb5dfqjqqnnxmc-pkg_config_additions.patch
patching file platform/x11/detect.py
applying patch /nix/store/sdr3xp65cibpd06vq4fg5czv2s3m6a3c-dont_clobber_environment.patch
patching file SConstruct
configuring
no configure script, doing nothing
building
no Makefile, doing nothing
installing
cp: missing destination file operand after '/nix/store/mxvinscpfbv3k5j7dvpa83pd4w1p1f4f-godot-3.0.6/bin/godot'
Try 'cp --help' for more information.
builder for '/nix/store/l6l5j1gas74pnzc2pb8w9fv2namxpgki-godot-3.0.6.drv' failed with exit code 1
What could be causing this? Note that when I simply add godot to my nix config (in NixOS using nixos-18.09 channel), it installs and runs just fine. Aren't these the same expressions? If so, why does it work globally and not locally?
NOTE: Here is the part of the nix expression that invokes the cp shell command (related to the error above):
installPhase = ''
mkdir -p "$out/bin"
cp bin/godot.* $out/bin/godot
mkdir "$dev"
cp -r modules/gdnative/include $dev
mkdir -p "$man/share/man/man6"
cp misc/dist/linux/godot.6 "$man/share/man/man6/"
mkdir -p "$out"/share/{applications,icons/hicolor/scalable/apps}
cp misc/dist/linux/godot.desktop "$out/share/applications/"
cp icon.svg "$out/share/icons/hicolor/scalable/apps/godot.svg"
cp icon.png "$out/share/icons/godot.png"
substituteInPlace "$out/share/applications/godot.desktop" \
--replace "Exec=godot" "Exec=$out/bin/godot"
'';
I have a framework and a project where I'm using my framework in. I'm trying to use the framework that is locally built during development. Is there a way to do something like:
if my-local-library-path exists, do this:
pod 'MyLibraryName', :path => "my-local-library-path"
else, do this:
pod 'MyLibraryName', git: 'https://github.com/mygithuburl', tag: '0.0.1'
Since a Podfile is actually Ruby code, let's check if the file exists:
if File.exist?("complete-path-to-a-library-file")
pod 'MyLibraryName', :path => "my-local-library-path"
else
pod 'MyLibraryName', git: 'https://github.com/mygithuburl', tag: '0.0.1'
end
I can offer the solution I use for rather long time. There is script wrapper around cocoapods command that simplify choosing installation source between local folder or remote repo. Here it is at Github. Copied here, but newer version may be available in repo
#!/usr/bin/env bash
# Assume default values
# By default install pods from remote
LOCAL=0
# By default don't delete Pods folder and Podfile.lock
DELETE=0
# By default do pod install with verbose flag and tell it to grab latest specs from the podspec repo (otherwise we can end up with different states on
# different people's machines)
COMMAND="pod install --verbose"
# By default do not tell cocoapods to grab latest specs from the podspec repo (otherwise we can end up with different states on different people's machines)
# Designed as separate operation and disabled by default because it is rather long operation and cocoapods itself remove this command from 'pod install' by default
REPO_UPDATE=0
# By default do not show help message
SHOW_HELP=0
# Parse parameters
while [[ $# > 0 ]]
do
key="$1"
case $key in
-r|--remove)
DELETE=1
;;
-l|--local)
LOCAL=1
;;
-c|--command)
COMMAND="$2"
shift # past argument
;;
-u|--update)
REPO_UPDATE=1
;;
-h|--help)
SHOW_HELP=1
;;
*)
# unknown option
;;
esac
shift # past argument or value
done
if [ $SHOW_HELP != 0 ] ; then
echo "podrun script designed as a solution to implement easy installation of pods choosing source from remote or local path."
echo
echo "podrun script can run pre- and post-run scripts. To run pre-run script create 'pre-run.sh' file at the same directory as podrun script. \
To run post-run script create 'post-run.sh' file at the same directory as podrun script. No parameters can be passed to them. \
To pass parameters you can run another script from 'pre-run.sh' and 'post-run.sh' with parameters, described in them."
echo
echo "Usage:"
echo "podrun [-c cocoapods_command|-l|-r|-d|-u|-h]"
echo
echo "-с (--command) Specifies command to be evaluated by Cocoapods. If omitted, 'pod install --verbose' command runs by the default."
echo
echo "-l (--local) Makes Cocoapods to install pods from local paths. This is done by installing DC_INSTALL_LOCALLY environment variable to 'true' value.\
To achieve using this check in podfile value of its variable. If omitted, DC_INSTALL_LOCALLY will be set to 'false' value. This means, that pods will be installed from the remote."
echo
echo "-r (--remove) Deletes Podfile.lock file and Pods folder from the current path. By default these files won't be deleted (if flag is omitted)."
echo
echo "-u (--update) Makes cocoapods to update specs repos before installing pods (this operation may be rather long)."
echo
echo "-h (--help) Shows help (this message)."
exit 0
fi
# Print out parameters for debug case
echo DELETE = "${DELETE}"
echo LOCAL = "${LOCAL}"
echo COMMAND = "${COMMAND}"
echo REPO_UPDATE = "${REPO_UPDATE}"
# Check if we have Podfile in our working folder
# (a kind of protection, that we won't remove unexpected Pods folder)
# If we are in the wrong folder, we'll get error later from Cocoapods nevertheless
# this is preventive
PODFILE="Podfile"
if [ -f "$PODFILE" ] ; then
echo "$PODFILE found."
else
echo "$PODFILE not found. It seems, that you're in a wrong directory. Aborting..."
exit 1
fi
# Set temporary environment variable that allows us to choose podfile variant
if [ $LOCAL != 0 ] ; then
export DC_INSTALL_LOCALLY=true
else
export DC_INSTALL_LOCALLY=false
fi
# Delete Pods folder and Podfile.lock file, if necessary
if [ $DELETE != 0 ] ; then
rm -rf Pods
rm -f Podfile.lock
fi
DIR="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )"
# Run pre-run.sh script
echo "Start pre-run script"
pushd $DIR
sh pre-run.sh
popd
# Run update of repos to grab latest specs from the podspec repo (otherwise we can end up with different states on
# different people's machines)
if [ $REPO_UPDATE != 0 ] ; then
pod repo update
fi
# Run command
${COMMAND}
if [ $? -ne 0 ]; then
exit 1
fi
# Run post-run.sh script
echo "Start post-run script"
pushd $DIR
sh post-run.sh
popd
# Unset temporary environment variable that allows us to choose podfile variant
unset DC_INSTALL_LOCALLY
Steps to use:
Download script or clone repository with it from Github. Add script to the folder with your podfile or place somewhere else and add path to it to your PATH variable.
Edit or create your podfile with the next format:
if "#{ENV['DC_INSTALL_LOCALLY']}" == "true"
puts "Using local pods"
pod "SomePod", :path => "<SomePod_local_path>"
else
puts "Using remote pods"
pod 'SomePod'
end
Open terminal with podfile folder and run podrun -l to install pods locally or podrun to install from remote.
Run podrun -h for help.
I want to ask how to find all the executable names of a package in ROS (Robot Operating System)? For example, find spawn_model in gazebo_ros package. When I inspect the package in my system, it just shows some .xml, .cmake files, without any executables. But I can run it, such as: rosrun gazebo_ros spawn_model.
Thank you!
An easy way to do this is to type: "rosrun name_of_package " and then press tab two times, it should show you all the executables built.
After looking in the bash autocompletion script for rosrun, it looks like the command catkin_find is used to find the location of the executables for a package, and the executables are filtered with a find command.
If you want to create a script to give you a list of the executables follow the instructions below:
Save the following script in a file called rospack-list-executables:
#!/bin/bash
if [[ $# -lt 1 ]]; then
echo "usage: $(basename $0) <pkg_name>"
echo ""
echo " To get a list of all package names use the command"
echo " 'rospack list-names'"
exit
fi
pkgname=${1}
pkgdir="$(catkin_find --first-only --without-underlays --libexec ${pkgname})"
if [[ -n "${pkgdir}" ]]; then
find -L "${pkgdir}" -executable -type f ! -regex ".*/[.].*" ! -regex ".*${pkgdir}\/build\/.*" -print0 | tr '\000' '\n' | sed -e "s/.*\/\(.*\)/\1/g" | sort
else
echo "Cannot find executables for package '${pkgname}'." >&2
exit 1
fi
Then make the rospack-list-executables script executable (chmod +x rospack-list-executables) and place it in a directory that can be found in your $PATH environment variable.
Run the script:
$ rospack-list-executables gazebo_ros
debug
gazebo
gdbrun
gzclient
gzserver
libcommon.sh
perf
spawn_model
You should get the same result that you get when you type the rosrun <pkgname> command and press Tab:
$ rosrun gazebo_ros
debug gazebo gdbrun gzclient gzserver libcommon.sh perf spawn_model
You can check the executables for all packages with the following bash code:
rospack list-names | while read pkgname; do
echo "Executables for package '${pkgname}':";
rospack-list-executables $pkgname; echo "";
done
To enable package autocompletion for your newly created command, type the following:
complete -F _roscomplete rospack-list-executables
If you do not want to have to type the complete command every time you login, you can append it to your .bashrc file:
echo "complete -F _roscomplete rospack-list-executables" >> ~/.bashrc
Now when you type the command rospack-list-executables and press the Tab key, you should get a list of all the available packages to choose from.
catkin_find --first-only --without-underlays --libexec <your package name>)
should give you the folder where the executables are
I can build the project and generate OCLint report on a project without cocoapods but when integrated with cocoapods the build for project is successful but the build for OCLint results into errors for the file which are present into cocoapods and build fails.
So how to make build successful for cocoapods with OCLint?
Any help would be appreciated.
Below is the script I am using to generate html file for cocoapods integrated project with OCLint.
OCLINT_HOME is the path for oclint downloaded folder. I have renamed the folder to oclintrelease.
OCLINT_HOME=/Users/Dheeraj/Downloads/oclintrelease
export PATH=$OCLINT_HOME/bin:$PATH
hash oclint &> /dev/null
if [ $? -eq 1 ]; then
echo >&2 "oclint not found, analyzing stopped"
exit 1
fi
cd ${TARGET_TEMP_DIR}
if [ ! -f compile_commands.json ]; then
echo "[*] compile_commands.json not found, possibly clean was performed"
echo "Workspace Path : ${MY_WORKSPACE}"
echo "[*] starting xcodebuild to rebuild the project.."
# clean previous output
if [ -f xcodebuild.log ]; then
rm xcodebuild.log
echo "Oclint Clean performed"
fi
cd ${SRCROOT}
xcodebuild clean
#build xcodebuild.log
xcodebuild ONLY_ACTIVE_ARCH=NO -workspace ${PROJECT_NAME}.xcworkspace -scheme ${PROJECT_NAME} -configuration Debug clean build| tee ${TARGET_TEMP_DIR}/xcodebuild.log
#xcodebuild <options>| tee ${TARGET_TEMP_DIR}/xcodebuild.log
echo "[*] transforming xcodebuild.log into compile_commands.json..."
cd ${TARGET_TEMP_DIR}
#transform it into compile_commands.json
oclint-xcodebuild
fi
echo "[*] starting analyzing"
cd ${TARGET_TEMP_DIR}
oclint-json-compilation-database -e /Users/Dheeraj/Desktop/sampleCocoaPods/Pods/ -v oclint_args "-report-type html -o /Users/Dheeraj/NewHTMLREPORT.html" | sed 's/\(.*\.\m\{1,2\}:[0-9]*:[0-9]*:\)/\1 warning:/'
It will exclude all the Pods related files.
If you want to include Pods file as well then replace last line in script by :
oclint-json-compilation-database -v oclint_args "-report-type html -o /Users/Dheeraj/NewHTMLREPORT.html" | sed 's/\(.*\.\m\{1,2\}:[0-9]*:[0-9]*:\)/\1 warning:/'
Notes :
Please try first with a short sample Application including cocoapods and once you have generated report for sample application then integrate script into your real application as building with OCLint takes a lot of time to generate the report.
Always clean application and then build with OCLint.
Link for reference