ndk-pkg

A package builder/manager for Android NDK to build projects written in C, C++, Rust, Golang, etc.

Caveats

Please read these caveats carefully before starting to use this software.

This software is being actively developed. It's in beta stage and may not be stable. Some features are subject to change without notice.
Please do NOT place your own files under ~/.ndk-pkg directory, as ndk-pkg will change files under ~/.ndk-pkg directory without notice.
Please do NOT run ndk-pkg command in parallel so as not to generate dirty data.

Platforms that this software can run on

HostOS	HostArch	SubSystem	recommended	fully tested	fully supported
✶	`x86_64`	Docker	✔︎	✔︎	✔︎
GNU/Linux	`x86_64`		✔︎	✔︎	✔︎
Windows	`x86_64`	WSL
macOS	`x86_64` `arm64`			✔︎

Notes :

This software can NOT run on Cygwin and MSYS2 due to a cmake error: CMake: Builds hosted on 'CYGWIN' not supported., for the reason please refer to Android-Determine.cmake. If you really want to use this software on Windows, please use via Docker or WSL instead.

Using ndk-pkg via GitHub Actions

This is the recommended way of using this software.

In this way, you don't need to care about other things than:

which package would you like to build? lookup package names
which minimum Android SDK API level would you like to support?
which Android ABI would you like to build for?
which build profile would you like to use?

For more details please refer to https://github.com/leleliu008/ndk-pkg-package-manually-build

Using ndk-pkg via Docker

This is the recommended way of using this software if you want to use this software locally.

docker container is an isolated clean environment where the running process can not be affected by your host system's environemt variables.

step1. create the ndk-pkg docker container

mkdir -p ~/ndk-pkg-home
mkdir -p ~/.m2

docker create -it --name ndk-pkg -v ~/ndk-pkg-home:/root/.ndk-pkg -v ~/.m2:/root/.m2 ubuntu:24.04

step2. start the ndk-pkg docker container

docker start ndk-pkg

step3. install ndk-pkg

curl -LO https://raw.githubusercontent.com/leleliu008/ndk-pkg/master/ndk-pkg
chmod a+x ndk-pkg
docker cp ndk-pkg ndk-pkg:/usr/bin/

step4. install essential tools

docker exec -it ndk-pkg ndk-pkg setup

step5. update formula repositories

docker exec -it ndk-pkg ndk-pkg update

If all goes well, then next you can start to install packages whatever you want, for example, let's install curl package for target android-35-arm64-v8a:

docker exec -it ndk-pkg ndk-pkg install curl --target=android-35-arm64-v8a --static

Note: you can use podman instead of docker

Using ndk-pkg via chroot+ubuntu

This is the recommended way of using this software if you want to use this software locally and your host is linux-x86_64.

chroot likes docker container is an isolated clean environment where the running process can not be affected by your host system's environemt variables.

curl -LO https://cdimage.ubuntu.com/ubuntu-base/releases/24.04/release/ubuntu-base-24.04.1-base-amd64.tar.gz
install -d ubuntu-rootfs
tar xf ubuntu-base-24.04.1-base-amd64.tar.gz -C ubuntu-rootfs

cp -p /etc/resolv.conf alpine-rootfs/etc/

curl -LO https://raw.githubusercontent.com/leleliu008/ndk-pkg/master/ndk-pkg
chmod a+x ndk-pkg
mv ndk-pkg ubuntu-rootfs/bin/

sudo mount -o bind  /dev ubuntu-rootfs/dev
sudo mount -t proc  none ubuntu-rootfs/proc
sudo mount -t sysfs none ubuntu-rootfs/sys
sudo mount -t tmpfs none ubuntu-rootfs/tmp

sudo chroot ubuntu-rootfs env GITHUB_ACTIONS=true ndk-pkg setup
sudo chroot ubuntu-rootfs env GITHUB_ACTIONS=true ndk-pkg update
sudo chroot ubuntu-rootfs env GITHUB_ACTIONS=true ndk-pkg install curl --target=android-35-arm64-v8a --static

Using ndk-pkg via chroot+alpine

This is the recommended way of using this software if you want to use this software locally and your host is linux-x86_64.

chroot likes docker container is an isolated clean environment where the running process can not be affected by your host system's environemt variables.

curl -LO http://dl-cdn.alpinelinux.org/alpine/v3.20/releases/x86_64/alpine-minirootfs-3.20.3-x86_64.tar.gz
install -d alpine-rootfs
tar xf alpine-minirootfs-3.20.3-x86_64.tar.gz -C alpine-rootfs

cp -p /etc/resolv.conf alpine-rootfs/etc/

curl -LO https://raw.githubusercontent.com/leleliu008/ndk-pkg/master/ndk-pkg
chmod a+x ndk-pkg
mv ndk-pkg alpine-rootfs/bin/

sudo mount -o bind  /dev alpine-rootfs/dev
sudo mount -t proc  none alpine-rootfs/proc
sudo mount -t sysfs none alpine-rootfs/sys

sudo chroot alpine-rootfs apk update
sudo chroot alpine-rootfs apk add gcompat

sudo chroot alpine-rootfs env GITHUB_ACTIONS=true ndk-pkg setup
sudo chroot alpine-rootfs env GITHUB_ACTIONS=true ndk-pkg update
sudo chroot alpine-rootfs env GITHUB_ACTIONS=true ndk-pkg install curl --target=android-35-arm64-v8a --static

Using ndk-pkg via WSL

Note :

As of Android NDK r25, due to use of BOLT to optimize the binaries of Android NDK for Linux , Android NDK for Linux is incompatible with WSL1. For more details please refer to android/ndk#1755

/etc/wsl.conf :

[network]
hostname = ubuntu
generateHosts = false

[automount]
enabled = true
root = /mnt/
options = "metadata,umask=22,fmask=11"
mountFsTab = true

installation instructions :

# If you want to store ndk-pkg generated data to D:\ partition
export NDKPKG_HOME=/mnt/d/ndk-pkg

# If you use Ubuntu or Debian distribution
sudo apt -y update
sudo apt -y install curl

curl -LO https://raw.githubusercontent.com/leleliu008/ndk-pkg/master/ndk-pkg
chmod a+x ndk-pkg
./ndk-pkg setup

Install ndk-pkg via cURL

Caveats:

Running ndk-pkg locally directly on your local host is not recommended due to build tools(e.g. autotools, cmake, etc) are easy to be affected by environment variables. Running ndk-pkg in an isolated clean environment (docker, chroot) are highly recommended.

curl -LO https://raw.githubusercontent.com/leleliu008/ndk-pkg/master/ndk-pkg
chmod a+x ndk-pkg
./ndk-pkg setup

Please try the following URLs if above url is not reachable:

Install ndk-pkg via git

git clone --depth 1 https://github.com/leleliu008/ndk-pkg
ndk-pkg/ndk-pkg setup

~/.ndk-pkg

Caveats: Please do NOT place your own files under ~/.ndk-pkg directory, as ndk-pkg will change (remove, modify, override) files under ~/.ndk-pkg directory without notice.

a typical hierarchical structure under ~/.ndk-pkg directory looks like below:

~/.ndk-pkg
├── core
│   ├── SourceCodePro-Light.otf
│   ├── cacert.pem
│   ├── fonts.conf
│   ├── init.sh
│   ├── ndk-pkg-core-2024.05.15-linux-x86_64.tar.xz
│   ├── ndk-pkg-core-latest-release-version
│   ├── uppm
│   ├── wrapper-native-cc
│   ├── wrapper-native-c++
│   ├── wrapper-native-objc
│   ├── wrapper-target-cc
│   └── wrapper-target-c++
├── downloads
│   ├── 8f74213b56238c85a50a5329f77e06198771e70dd9a739779f4c02f65d971313.tgz
│   ├── b3a24de97a8fdbc835b9833169501030b8977031bcb54b3b3ac13740f846ab30.tgz
│   └── c642ae9b75fee120b2d96c712538bd2cf283228d2337df2cf2988e3c02678ef4.tgz
├── installed
│   ├── android-35-arm64-v8a
│   │   ├── f39a5f7836ac7ca1e04de14c8103e663d0b375a524a40e537258747e2deb3c0b
│   │   │   ├── include
│   │   │   ├── lib
│   │   │   └── share
│   │   └── zlib -> f39a5f7836ac7ca1e04de14c8103e663d0b375a524a40e537258747e2deb3c0b
│   ├── android-35-armeabi-v7a
│   │   ├── cc9b367d5068ef6b8aaaee38ec2a25691da35e02757c7e0d83aff3775aef3323
│   │   │   ├── include
│   │   │   ├── lib
│   │   │   └── share
│   │   └── zlib -> cc9b367d5068ef6b8aaaee38ec2a25691da35e02757c7e0d83aff3775aef3323
│   ├── android-35-x86
│   │   ├── a0718632fe829426c1d946e6658cc7586da0039e99d5a140d1e402a6b4a4e2f3
│   │   │   ├── include
│   │   │   ├── lib
│   │   │   └── share
│   │   └── zlib -> a0718632fe829426c1d946e6658cc7586da0039e99d5a140d1e402a6b4a4e2f3
│   └── android-35-x86_64
│       ├── c099047714d4ce1402d66346da88d14f25c313b0d4c879520198426ebc2f36fe
│       │   ├── include
│       │   ├── lib
│       │   └── share
│       └── zlib -> c099047714d4ce1402d66346da88d14f25c313b0d4c879520198426ebc2f36fe
├── native
│   └── linux-x86_64
│       ├── 30b5043e2c5513343152506e5b1e14436ddbb654f7edf69167df05f117fcdb16
│       │   ├── bin
│       │   │   ├── aclocal
│       │   │   ├── aclocal-1.16
│       │   │   ├── automake
│       │   │   └── automake-1.16
│       │   ├── share
│       │   └── receipt.txt
│       └── automake -> 30b5043e2c5513343152506e5b1e14436ddbb654f7edf69167df05f117fcdb16
├── uppm
│   ├── downloads
│   │   ├── fe6b6f7db67a20ccca0385ae38c4aafc7b2bfedc98f9d86880dfeb127a56c012.txz
│   │   └── ff66b70c830a38d331d44f6c25a37b582471def9a161c93902bac7bea3098319.tgz
│   ├── installed
│   │   ├── android-ndk-r26d
│   │   │   ├── CHANGELOG.md
│   │   │   ├── NOTICE
│   │   │   ├── NOTICE.toolchain
│   │   │   ├── README.md
│   │   │   ├── build
│   │   │   ├── meta
│   │   │   ├── ndk-build
│   │   │   ├── ndk-gdb
│   │   │   ├── ndk-lldb
│   │   │   ├── ndk-stack
│   │   │   ├── ndk-which
│   │   │   ├── prebuilt
│   │   │   ├── python-packages
│   │   │   ├── shader-tools
│   │   │   ├── simpleperf
│   │   │   ├── source.properties
│   │   │   ├── sources
│   │   │   ├── toolchains
│   │   │   └── wrap.sh
│   │   ├── bash
│   │   │   ├── bin
│   │   │   └── share
│   │   ├── bsdtar
│   │   │   ├── bin
│   │   │   └── share
│   │   ├── coreutils
│   │   │   ├── bin
│   │   │   ├── libexec
│   │   │   └── share
│   │   ├── curl
│   │   │   ├── bin
│   │   │   └── share
│   │   ├── d2
│   │   │   ├── bin
│   │   │   └── share
│   │   ├── dot_static
│   │   │   └── bin
│   │   ├── findutils
│   │   │   ├── bin
│   │   │   ├── libexec
│   │   │   ├── share
│   │   │   └── var
│   │   ├── gawk
│   │   │   ├── bin
│   │   │   ├── etc
│   │   │   ├── libexec
│   │   │   └── share
│   │   ├── git
│   │   │   ├── bin
│   │   │   ├── libexec
│   │   │   └── share
│   │   ├── grep
│   │   │   ├── bin
│   │   │   └── share
│   │   ├── gsed
│   │   │   ├── bin
│   │   │   └── share
│   │   ├── jq
│   │   │   ├── bin
│   │   │   └── share
│   │   ├── patchelf
│   │   │   ├── bin
│   │   │   └── share
│   │   ├── pkg-config
│   │   │   ├── bin
│   │   │   └── share
│   │   ├── sysinfo
│   │   │   └── bin
│   │   ├── tree
│   │   │   ├── bin
│   │   │   └── share
│   │   ├── xxd
│   │   │   └── bin
│   │   ├── yq
│   │   │   └── bin
│   │   └── zip
│   │       ├── bin
│   │       └── share
│   └── repos.d
│       └── official-core
│           ├── LICENSE
│           ├── README.md
│           └── formula
├── repos.d
│   └── official-core
│       ├── formula
│       │   ├── zlib.yml
│       │   ├── libbz2.yml
│       │   ├── liblzma.yml
│       │   └── libzstd.yml
│       └── README.md
└── run
    ├── 3409784
    ├── 3447656
    └── 3457395

ndk-pkg command usage

show help of this command
```
ndk-pkg -h
ndk-pkg --help
```
show version of this command
```
ndk-pkg -V
ndk-pkg --version
```
show basic information about this software
```
ndk-pkg about
```
show basic information about your current running operation system
```
ndk-pkg sysinfo
```
show basic information about the specified location of Android NDK
```
ndk-pkg ndkinfo /usr/local/share/android-ndk
```
generate url-transform sample
```
ndk-pkg gen-url-transform-sample
```
install essential tools used by this shell script
```
ndk-pkg setup
ndk-pkg setup -y
```
This command is mainly doing the following things:
- install curl via your system's package manager if none of curl wget http lynx aria2c axel command is found when -y option is given.
- install uppm to ~/.ndk-pkg/core
- install other essential tools (listed below) that are used by this shell script via uppm
  - GNU Bash
  - GNU CoreUtils
  - GNU FindUtils
  - GNU awk
  - GNU sed
  - GNU grep
  - BSD tar
  - patchelf
  - sysinfo
  - tree
  - curl
  - git
  - xxd
  - fzf
  - bat
  - jq
  - yq
  - d2
  - dot
integrate zsh-completion script
```
ndk-pkg integrate zsh
ndk-pkg integrate zsh --output-dir=/usr/local/share/zsh/site-functions
ndk-pkg integrate zsh -v
```
This software provides a zsh-completion script for ndk-pkg. when you've typed ndk-pkg then type TAB key, the rest of the arguments will be automatically complete for you.

Note: to apply this feature, you may need to run the command autoload -U compinit && compinit in your terminal (your current running shell must be zsh).

Caveat: to use this feature, you should put ndk-pkg command in PATH
update all available formula repositories
```
ndk-pkg update
```
search all available packages whose name matches the given regular expression pattern
```
ndk-pkg search curl
ndk-pkg search lib
```

show information of the given available package

ndk-pkg info-available curl
ndk-pkg info-available curl --yaml
ndk-pkg info-available curl --json
ndk-pkg info-available curl version
ndk-pkg info-available curl license
ndk-pkg info-available curl summary
ndk-pkg info-available curl web-url
ndk-pkg info-available curl git-url
ndk-pkg info-available curl git-sha
ndk-pkg info-available curl git-ref
ndk-pkg info-available curl src-url
ndk-pkg info-available curl src-sha
ndk-pkg info-available curl src-ft
ndk-pkg info-available curl src-fp

show information of the given installed package

ndk-pkg info-installed android-35-arm64-v8a/curl --prefix
ndk-pkg info-installed android-35-arm64-v8a/curl --files
ndk-pkg info-installed android-35-arm64-v8a/curl builtat
ndk-pkg info-installed android-35-arm64-v8a/curl builtat-iso-8601
ndk-pkg info-installed android-35-arm64-v8a/curl builtat-rfc-3339
ndk-pkg info-installed android-35-arm64-v8a/curl builtat-iso-8601-utc
ndk-pkg info-installed android-35-arm64-v8a/curl builtat-rfc-3339-utc

show packages that are depended by the given package

ndk-pkg depends curl

ndk-pkg depends curl -t d2
ndk-pkg depends curl -t dot
ndk-pkg depends curl -t box
ndk-pkg depends curl -t png
ndk-pkg depends curl -t svg

ndk-pkg depends curl -t d2  -o dependencies/
ndk-pkg depends curl -t dot -o dependencies/
ndk-pkg depends curl -t box -o dependencies/
ndk-pkg depends curl -t png -o dependencies/
ndk-pkg depends curl -t svg -o dependencies/

ndk-pkg depends curl -o curl-dependencies.d2
ndk-pkg depends curl -o curl-dependencies.dot
ndk-pkg depends curl -o curl-dependencies.box
ndk-pkg depends curl -o curl-dependencies.png
ndk-pkg depends curl -o curl-dependencies.svg

download resources of the given package to the local cache
```
ndk-pkg fetch curl
ndk-pkg fetch curl -v
```

install packages

ndk-pkg install curl
ndk-pkg install android-35-arm64-v8a/curl
ndk-pkg install android-35-arm64-v8a/curl --static

reinstall packages

ndk-pkg reinstall curl
ndk-pkg reinstall android-35-arm64-v8a/curl --static

uninstall packages

ndk-pkg uninstall curl
ndk-pkg uninstall android-35-arm64-v8a/curl

upgrade the outdated packages

ndk-pkg upgrade curl
ndk-pkg upgrade android-35-arm64-v8a/curl --static

upgrade this software

ndk-pkg upgrade-self
ndk-pkg upgrade-self -v

list all available formula repositories
```
ndk-pkg formula-repo-list
```

add a new formula repository

ndk-pkg formula-repo-add my_repo https://github.com/leleliu008/ndk-pkg-formula-repository-my_repo
ndk-pkg formula-repo-add my_repo https://github.com/leleliu008/ndk-pkg-formula-repository-my_repo --branch=master
ndk-pkg formula-repo-add my_repo https://github.com/leleliu008/ndk-pkg-formula-repository-my_repo --branch=main

ndk-pkg formula-repo-add my_repo https://github.com/leleliu008/ndk-pkg-formula-repository-my_repo --sync
ndk-pkg formula-repo-add my_repo https://github.com/leleliu008/ndk-pkg-formula-repository-my_repo --sync --branch=master
ndk-pkg formula-repo-add my_repo https://github.com/leleliu008/ndk-pkg-formula-repository-my_repo --sync --branch=main

delete a existing formula repository
```
ndk-pkg formula-repo-del my_repo
```
list all available packages
```
ndk-pkg ls-available
```
list all installed packages
```
ndk-pkg ls-installed
```
list all outdated packages
```
ndk-pkg ls-outdated
```
check if the given package is available
```
ndk-pkg is-available curl
```

check if the given package is installed

ndk-pkg is-installed curl
ndk-pkg is-installed android-35-arm64-v8a/curl

check if the given package is outdated

ndk-pkg is-outdated  curl
ndk-pkg is-outdated  android-35-arm64-v8a/curl

list installed files of the given installed package in a tree-like format
```
ndk-pkg tree curl
ndk-pkg tree android-35-arm64-v8a/curl -L 3
```

show logs of the given installed package

ndk-pkg logs curl
ndk-pkg logs android-35-arm64-v8a/curl

pack the given installed package

ndk-pkg pack curl
ndk-pkg pack android-35-arm64-v8a/curl
ndk-pkg pack android-35-arm64-v8a/curl -t tar.xz
ndk-pkg pack android-35-arm64-v8a/curl -t tar.gz
ndk-pkg pack android-35-arm64-v8a/curl -t tar.lz
ndk-pkg pack android-35-arm64-v8a/curl -t tar.bz2
ndk-pkg pack android-35-arm64-v8a/curl -t zip
ndk-pkg pack android-35-arm64-v8a/curl -t zip -o a/
ndk-pkg pack android-35-arm64-v8a/curl -o a/x.zip

export the given installed package as the google prefab aar

ndk-pkg export android-35-arm64-v8a,x86_64/curl -o .
ndk-pkg export android-35-arm64-v8a,x86_64/curl -o curl-8.1.2.aar

export the given installed package as the google prefab aar then deploy it to Maven Local Repository

ndk-pkg depoly android-35-arm64-v8a,x86_64/curl
ndk-pkg depoly android-35-arm64-v8a,x86_64/curl --debug
ndk-pkg depoly android-35-arm64-v8a,x86_64/curl --local=/somewhere

export the given installed package as the google prefab aar then deploy it to Sonatype OSSRH

ndk-pkg depoly android-35-arm64-v8a,x86_64/curl --remote < ~/OSSRH-config
ndk-pkg depoly android-35-arm64-v8a,x86_64/curl --remote <<EOF
SERVER_ID=OSSRH
SERVER_URL=https://s01.oss.sonatype.org/service/local/staging/deploy/maven2/
SERVER_USERNAME=your-sonatype-account-username
SERVER_PASSWORD=your-sonatype-account-password
GPG_PASSPHRASE=your-gpg-store-passphase
EOF

delete the unused cached files
```
ndk-pkg cleanup
```

environment variables

HOME

This environment variable already have been set on the most operating systems, if not set or set a empty string, you may receive an error message.
PATH

This environment variable already have been set on the most operating systems, if not set or set a empty string, you may receive an error message.
SSL_CERT_FILE
```
curl -LO https://curl.se/ca/cacert.pem
export SSL_CERT_FILE="$PWD/cacert.pem"
```
In general, you don't need to set this environment variable, but, if you encounter the reporting the SSL certificate is invalid, trying to run above commands in your terminal will do the trick.
GOPROXY
```
export GOPROXY='https://goproxy.cn'
```
NDKPKG_URL_TRANSFORM
```
export NDKPKG_URL_TRANSFORM=/path/of/url-transform
```
/path/of/url-transform command would be invoked as /path/of/url-transform <URL>

/path/of/url-transform command must output a <URL>

you can generate a url-transform sample via ndk-pkg gen-url-transform-sample

If you want to change the request url, you can set this environment variable. It is very useful for chinese users.
NDKPKG_DNS_SERVERS

DNS servers to be used instead of the system default.
```
export NDKPKG_DNS_SERVERS='1.1.1.1,8.8.8.8'
```
NDKPKG_XTRACE

For debugging purposes.

enable set -x:
```
export NDKPKG_XTRACE=1
```
NDKPKG_HOME

If this environment variable is not set or set a empty string, ~/.ndk-pkg will be used as the default value.
```
export NDKPKG_HOME=/path/of/ndk-pkg-home
```
NDKPKG_DEFAULT_TARGET

Some ACTIONs of ndk-pkg are associated with an installed package which need PACKAGE-SPEC to be specified.

PACKAGE-SPEC : a formatted string that has form: <TARGET>/<PACKAGE-NAME>, represents an installed package.

PACKAGE-NAME : should match the regular expression pattern ^[A-Za-z0-9+-_.@]{1,50}$

TARGET : a formatted string that has form: android-<ANDROID-API>-<ANDROID-ABI>

ANDROID-API : indicates which minimum Android SDK API Level was built with.

ANDROID-ABI : indicates which Android ABI was built for.

To simplify the usage, you are allowed to omit <TARGET>/. If <TARGET>/ is omitted, environment variable NDKPKG_DEFAULT_TARGET would be checked, if this environment variable is not set, then android-21-arm64-v8a will be used as the default.

Example:
```
export NDKPKG_DEFAULT_TARGET='android-35-arm64-v8a'
```

Note: some commonly used environment variables are override by this software, these are CC, CXX, CPP, AS, AR, LD, CFLAGS, CPPFLAGS, LDFLAGS, PKG_CONFIG_LIBDIR, PKG_CONFIG_PATH, ACLOCAL_PATH

ndk-pkg formula scheme

a ndk-pkg formula is a YAML format file which is used to config a ndk-pkg package's meta-information including one sentence description, package version, installation instructions, etc.

a ndk-pkg formula's filename suffix must be .yml

a ndk-pkg formula'a filename prefix would be treated as the package name.

a ndk-pkg formula'a filename prefix must match regular expression pattern ^[A-Za-z0-9+-._@]{1,50}$

a ndk-pkg formula's file content only has one level mapping and shall has following KEY:

KEY	required?	overview
`pkgtype`	optional	indicates what type of this package. value shall be any one of `exe`, `pie`, `lib`, `exe+lib`. To `exe` type package, `ndk-pkg` would add `--static -static` options to `LDFLAGS` if `--static` install option is given. To `pie` type package, it means that it doesn't support fully statically linking, it is supposed to be dynamically linked. If this mapping is not present, `ndk-pkg` will determine the package type by package name, if a package name starts/ends with `lib`, it would be recognized as type `lib`, otherwise, it would be recognized as type `exe`
`summary`	required	describe this package in one sentence.
`license`	optional	a space-separated list of SPDX license short identifiers
`version`	optional	the version of this package. If this mapping is not present, it will be extracted from `src-url` if present, otherwise it will be calculated by running command `date +%Y.%m.%d`

`web-url`	optional	the home webpage of this package. If this mapping is not present, use `git-url` if present, otherwise extract from `src-url`.

`git-url`	optional	the source code git repository. If `src-url` is not present, this mapping must be present.
`git-ref`	optional	reference: https://git-scm.com/book/en/v2/Git-Internals-Git-References example values: `HEAD` `refs/heads/master` `refs/heads/main` `refs/tags/v1`, default value is `HEAD`
`git-sha`	optional	the full git commit id, 40-byte hexadecimal string, if `git-ref` and `git-sha` both are present, `git-sha` takes precedence over `git-ref`
`git-nth`	optional	tell `ndk-pkg` that how many depth commits would you like to be fetched. default is `1`, this would save your time and storage. If you want to fetch all commits, set this to `0`

`src-url`	optional	the source code download url of this package. If value of this mapping ends with one of `.zip` `.tar.xz` `.tar.gz` `.tar.lz` `.tar.bz2` `.tgz` `.txz` `.tlz` `.tbz2` `.crate`, it will be uncompressed to `$PACKAGE_WORKING_DIR/src` when this package is installing, otherwise, it will be copied to `$PACKAGE_WORKING_DIR/src` also support format like `dir://DIR`
`src-uri`	optional	the mirror of `src-url`.
`src-sha`	optional	the `sha256sum` of source code. `src-sha` and `src-url` must appear together.

`fix-url`	optional	the patch file download url of this package. If value of this mapping ends with one of `.zip` `.tar.xz` `.tar.gz` `.tar.lz` `.tar.bz2` `.tgz` `.txz` `.tlz` `.tbz2` `.crate`, it will be uncompressed to `$PACKAGE_WORKING_DIR/fix` when this package is installing, otherwise, it will be copied to `$PACKAGE_WORKING_DIR/fix`.
`fix-uri`	optional	the mirror of `fix-url`.
`fix-sha`	optional	the `sha256sum` of patch file. `fix-sha` and `fix-url` must appear together.
`fix-opt`	optional	options to be passed to `patch` command. default value is `-p1`.

`patches`	optional	multiple lines of `<fix-sha>\|<fix-url>[\|fix-uri][\|fix-opt]`.

`res-url`	optional	other resource download url of this package. If value of this mapping ends with one of `.zip` `.tar.xz` `.tar.gz` `.tar.lz` `.tar.bz2` `.tgz` `.txz` `.tlz` `.tbz2` `.crate`, it will be uncompressed to `$PACKAGE_WORKING_DIR/res` when this package is installing, otherwise, it will be copied to `$PACKAGE_WORKING_DIR/res`.
`res-uri`	optional	the mirror of `res-url`.
`res-sha`	optional	the `sha256sum` of resource file. `res-sha` and `res-url` must appear together.

`reslist`	optional	multiple lines of `<res-sha>\|<res-url>[\|res-uri][\|unpack-dir][\|N]`. `unpack-dir` is relative to `$PACKAGE_WORKING_DIR/res`, default value is empty. `N` is `--strip-components=N`

`dep-pkg`	optional	a space-separated list of `ndk-pkg packages` that are depended by this package when installing and/or runtime, which will be installed via ndk-pkg.
`dep-lib`	optional	a space-separated list of libraries that will be linked. library name starts with `-l` will be directly passed to the linker. otherwise, it will be recognized as a `pkg-config` package name and it will be calculated via `pkg-config --libs-only-l` then passed to the linker.
`dep-upp`	optional	a space-separated list of `uppm packages` that are depended by this package when installing and/or runtime, which will be installed via uppm.
`dep-pym`	optional	a space-separated list of `python packages` that are depended by this package when installing and/or runtime, which will be installed via pip3.
`dep-plm`	optional	a space-separated list of `perl modules` that are depended by this package when installing and/or runtime, which will be installed via cpan.

`ccflags`	optional	append to `CFLAGS`
`xxflags`	optional	append to `CXXFLAGS`
`ppflags`	optional	append to `CPPFLAGS`
`ldflags`	optional	append to `LDFLAGS`

`bsystem`	optional	build system name. values can be one or a combination of `autogen` `autotools` `configure` `cmake` `cmake+gmake` `cmake+ninja` `meson` `xmake` `gmake` `ninja` `cargo` `go` `rake` `ndk-build`
`bscript`	optional	the directory where the build script is located in, relative to `PACKAGE_WORKING_DIR`. build script such as `configure`, `Makefile`, `CMakeLists.txt`, `meson.build`, `Cargo.toml`, etc.
`binbstd`	optional	whether to build in the directory where the build script is located in, otherwise build in other directory. value shall be `0` or `1`. default value is `0`.
`movable`	optional	whether can be moved/copied to other locations. value shall be `0` or `1`. default value is `1`.
`parallel`	optional	whether to allow build system running jobs in parallel. value shall be `0` or `1`. default value is `1`.

`api-min`	optional	specify which minimum Android SDK API level is supported for this package.

`onstart`	optional	POSIX shell code to be run when this package's formula is loaded. `PWD` is `$PACKAGE_WORKING_DIR`
`onready`	optional	POSIX shell code to be run when this package's needed resources all are ready. `PWD` is `$PACKAGE_BSCRIPT_DIR`
`onfinal`	optional	POSIX shell code to be run when this package is successfully installed. `PWD` is `$PACKAGE_INSTALL_DIR`

`do12345`	optional	POSIX shell code to be run for native build. It is only meaningful when requesting for cross building. It is running in a separated process.
`dopatch`	optional	POSIX shell code to be run to apply patches manually. `PWD` is `$PACKAGE_BSCRIPT_DIR`
`prepare`	optional	POSIX shell code to be run to do some additional preparation. `PWD` is `$PACKAGE_BSCRIPT_DIR`
`install`	optional	POSIX shell code to be run when user run `ndk-pkg install <PKG>`. If this mapping is not present, `ndk-pkg` will run default install code according to `bsystem`. `PWD` is `$PACKAGE_BSCRIPT_DIR` if `binbstd` is `0`, otherwise it is `$PACKAGE_BCACHED_DIR`
`dotweak`	optional	POSIX shell code to be run to do some tweaks immediately after installing. `PWD` is `$PACKAGE_INSTALL_DIR`

`caveats`	optional	multiple lines of plain text to be displayed after installation.

phases of a package's installation

build system name	build script file name
`meson`	`meson.build`
`cmake`	`CMakeLists.txt`
`gmake`	`GNUMakefile` or `Makefile`
`ninja`	`build.ninja`
`xmake`	`xmake.lua`
`cargo`	`Cargo.toml`
`go`	`go.mod`
`rake`	`Rakefile`
`autogen`	`autogen.sh`
`autotools`	`configure.ac`
`configure`	`configure`
`ndk-build`	`Android.mk`

commands that can be used out of the box:

command	usage-example
`bash`	Reference
`CoreUtils`	Reference
`xargs`	Reference
`find`	Reference
`gawk`	Reference
`gsed`	Reference
`grep`	Reference
`tree`	Reference
`jq`	Reference
`yq`	Reference
`d2`	Reference
`dot_static`	Reference
`bat`	Reference
`xxd`	Reference
`git`	Reference
`curl`	Reference
`bsdtar`	Reference
`pkg-config`	Reference
`patchelf`	Reference
`sysinfo`	Reference

`echo`	`echo 'your message.'`
`info`	`info 'your information.'`
`warn`	`warn "no package manager found."`
`error`	`error 'error message.'`
`abort`	`abort 1 "please specify a package name."`
`success`	`success "build success."`
`isInteger`	`isInteger $x \|\| abort 1 "should be an integer."`
`isCrossBuild`	`isCrossBuild && abort 1 "This package is not supposed to be cross built."`
`wfetch`	`wfetch <URL> [--uri=<URL-MIRROR>] [--sha256=<SHA256>] [-o <PATH> [-q]`

`configure`	`configure --enable-pic`
`mesonw`	`mesonw -Dneon=disabled -Darm-simd=disabled`
`cmakew`	`cmakew -DBUILD_SHARED_LIBS=ON -DBUILD_STATIC_LIBS=ON`
`gmakew`	`gmakew`
`xmakew`	`xmakew`
`cargow`	`cargow`
`gow`	`gow`

shell variables can be used directly:

variable	overview
`NDKPKG_ARG0`	the 1st arguments of `ndk-pkg` that you've supplied.
`NDKPKG_ARG1`	the 2nd arguments of `ndk-pkg` that you've supplied.
`NDKPKG_ARGV`	the all arguments of `ndk-pkg` that you've supplied.
`NDKPKG_PATH`	the full path of `ndk-pkg` that you're running.
`NDKPKG_HOME`	the home directory of `ndk-pkg` that you're running.
`NDKPKG_VERSION`	the version of `ndk-pkg` that you're running.

`UPPM`	the executable filepath of uppm

`TIMESTAMP_UNIX`	the unix timestamp of this action.

`NATIVE_PLATFORM_KIND`	current running os kind. value might be `linux` or `darwin`
`NATIVE_PLATFORM_TYPE`	current running os type. value might be `linux` or `macos`
`NATIVE_PLATFORM_NAME`	current running os name. value might be `Ubuntu`, `macOS`, etc
`NATIVE_PLATFORM_VERS`	current running os version.
`NATIVE_PLATFORM_ARCH`	current running os arch. value might be any one of `x86_64`, `arm64`, etc
`NATIVE_PLATFORM_NCPU`	current running os's cpu core count.
`NATIVE_PLATFORM_EUID`	current running os's effective user ID.
`NATIVE_PLATFORM_EGID`	current running os's effective group ID.

`TARGET_PLATFORM_VERS`	android sdk api-level table
`TARGET_PLATFORM_NBIT`	value shall be any one of `32` `64`
`TARGET_PLATFORM_ARCH`	value shall be any one of `armv7a` `aarch64` `i686` `x86_64`
`TARGET_PLATFORM_ABI`	value shall be any one of `armeabi-v7a` `arm64-v8a` `x86` `x86_64`
`TARGET_TRIPLE`	value shall be any one of `armv7a-linux-androideabi` `aarch64-linux-android` `i686-linux-android` `x86_64-linux-android`

`ANDROID_NDK_HOME`	the home directory of `Android NDK`.
`ANDROID_NDK_ROOT`	the home directory of `Android NDK`.
`ANDROID_NDK_VERSION`	the version of `Android NDK`.
`ANDROID_NDK_VERSION_MAJOR`	the major part of version of `Android NDK`.
`ANDROID_NDK_TOOLCHAIN_BIND`	the `bin` directory of `Android NDK`.
`ANDROID_NDK_SYSROOT`	the `sysroot` directory of `Android NDK`.

`CC_FOR_BUILD`	the C Compiler for native build.
`CFLAGS_FOR_BUILD`	the flags of `CC_FOR_BUILD`.
`CXX_FOR_BUILD`	the C++ Compiler for native build.
`CXXFLAGS_FOR_BUILD`	the flags of `CXX_FOR_BUILD`.
`CPP_FOR_BUILD`	the C/C++ PreProcessor for native build.
`CPPFLAGS_FOR_BUILD`	the flags of `CPP_FOR_BUILD`.
`AS_FOR_BUILD`	the assembler for native build.
`AR_FOR_BUILD`	the archiver for native build.
`RANLIB_FOR_BUILD`	the archiver extra tool for native build.
`LD_FOR_BUILD`	the linker for native build.
`LDFLAGS_FOR_BUILD`	the flags of `LD_FOR_BUILD`.
`NM_FOR_BUILD`	a command line tool to list symbols from object files for native build.
`STRIP_FOR_BUILD`	a command line tool to discard symbols and other data from object files for native build.

`CC`	the C Compiler.
`CFLAGS`	the flags of `CC`.
`CXX`	the C++ Compiler.
`CXXFLAGS`	the flags of `CXX`.
`CPP`	the C/C++ PreProcessor.
`CPPFLAGS`	the flags of `CPP`.
`AS`	the assembler.
`AR`	the archiver.
`RANLIB`	the archiver extra tool.
`LD`	the linker.
`LDFLAGS`	the flags of `LD`.
`NM`	a command line tool to list symbols from object files.
`STRIP`	a command line tool to discard symbols and other data from object files.

`PACKAGE_WORKING_DIR`	the working directory when installing.
`PACKAGE_BSCRIPT_DIR`	the directory where the build script (e.g. `Makefile`, `configure`, `CMakeLists.txt`, `meson.build`, `Cargo.toml`, etc) is located in.
`PACKAGE_BCACHED_DIR`	the directory where the temporary files are stored in when building.
`PACKAGE_INSTALL_DIR`	the directory where the final files will be installed to.

`x_INSTALL_DIR`	the installation directory of x package.
`x_INCLUDE_DIR`	`$x_INSTALL_DIR/include`
`x_LIBRARY_DIR`	`$x_INSTALL_DIR/lib`

ndk-pkg formula repository

a typical hierarchical structure of a ndk-pkg formula repository looks like below:

NDKPKGFormulaRepoName
├── formula
│   ├── packageA.yml
│   └── packageB.yml
├── LICENSE
└── README.md

ndk-pkg formula repository local location

${NDKPKG_HOME}/repos.d/${NDKPKGFormulaRepoName}

ndk-pkg formula repository local config

a ndk-pkg formula repository's config file is located at ${NDKPKG_HOME}/repos.d/${NDKPKGFormulaRepoName}/.ndk-pkg-formula-repo.yml

a typical ndk-pkg formula repository's config file content looks like below:

url: https://github.com/leleliu008/ndk-pkg-formula-repository-official-core
branch: master
pinned: 0
enabled: 1
created: 1673684639
updated: 1673684767

If a ndk-pkg formula repository is pinned, which means it would not be updated.

If a ndk-pkg formula repository is disabled, which means ndk-pkg would not search formulas in this formula repository.

ndk-pkg formula repository management

run ndk-pkg formula-repo-add command to create a new formula repository locally.

ndk-pkg official formula repository

ndk-pkg official formula repository is hosted at https://github.com/leleliu008/ndk-pkg-formula-repository-official-core

It would be automatically fetched to your local repository as name official-core when you run ndk-pkg update command.

Note: If you find that a package is not in ndk-pkg official formula repository yet, PR is welcomed.

Using my prefab aars that have been published to GitHub-Hosted Maven Repository alongside with Android Gradle Plugin

I have published some commonly used packages as google prefab aar to https://github.com/leleliu008/ndk-pkg-prefab-aar-maven-repo

Using my prefab aars that have been published to Maven Central Repository alongside with Android Gradle Plugin

I have published some commonly used packages as google prefab aar to Maven Central Repository.

To get the full list of my published packages, please visit the following websites:

In the next two sections, I will show you how to configure with Android Gradle Plugin in Kotlin DSL and Groovy DSL respectively.

configure with Android Gradle Plugin Kotlin DSL

step1. enable prefab feature for Android Gradle Plugin

android {
    buildFeatures {
        prefab = true
    }
}

step2. enable Maven Central Repository for Gradle

allprojects {
    repositories {
        maven {
            mavenCentral()
        }
    }
}

中国大陆的用户可使用如下配置：

allprojects {
    repositories {
        maven {
            maven { url = uri("https://maven.aliyun.com/repository/public") }
        }
    }
}

step3. add dependencies in build.gradle.kts

Every package's coordinate for Gradle is com.fpliu.ndk.pkg.prefab.android.21:<PACKAGE-NAME>:<PACKAGE-VERSION>, for example, libpng package has a version 1.6.37, we could use it as follows:

dependencies {
    implementation ("com.fpliu.ndk.pkg.prefab.android.21:libpng:1.6.37")
}

step4. invoke find_package(PACKAGE-NAME [REQUIRED] CONFIG) command in your Android project's CMakeLists.txt

Every package provides several cmake imported targets:

TARGET-NAME	example	summary
`<PACKAGE-NAME>::headers`	`libpng::headers`	C/C++ header files only
`<PACKAGE-NAME>::lib*.a`	`libpng::libpng16.a`	static library
`<PACKAGE-NAME>::lib*.so`	`libpng::libpng16.so`	shared library
`<PACKAGE-NAME>::*`	`libpng::libpng`	base on .pc files

Following is a piece of codes show you how to link libpng.a which is provided by libpng package:

find_package(libpng REQUIRED CONFIG)
target_link_libraries(app libpng::libpng.a)

or

find_package(libpng CONFIG)
if (libpng_FOUND)
    target_link_libraries(app libpng::libpng.a)
endif()

step5. configure C++ standard and STL in build.gradle.kts

android {
    defaultConfig {
        externalNativeBuild {
            cmake {
                arguments += "-DANDROID_STL=c++_shared"
                cppFlags  += "-std=c++17"
            }
        }
    }
}

Note:

This step is only required for packages that use libc++.
If you link a shared library that depends on libc++_shared.so, then your Android app should use libc++_shared.so too.

configure with Android Gradle Plugin Groovy DSL

step1. enable prefab feature for Android Gradle Plugin

android {
    buildFeatures {
        prefab true
    }
}

step2. enable Maven Central Repository for Gradle

allprojects {
    repositories {
        maven {
            mavenCentral()
        }
    }
}

中国大陆的用户可使用如下配置：

allprojects {
    repositories {
        maven {
            url 'https://maven.aliyun.com/repository/public'
        }
    }
}

step3. add dependencies in build.gradle

Every package's coordinate for Gradle is com.fpliu.ndk.pkg.prefab.android.21:<PACKAGE-NAME>:<PACKAGE-VERSION>, for example, libpng package has a version 1.6.37, we could use it as follows:

dependencies {
    implementation 'com.fpliu.ndk.pkg.prefab.android.21:libpng:1.6.37'
}

step4. invoke find_package(PACKAGE-NAME [REQUIRED] CONFIG) command in your Android project's CMakeLists.txt

Every package provides several cmake imported targets:

TARGET-NAME	example	summary
`<PACKAGE-NAME>::headers`	`libpng::headers`	C/C++ header files only
`<PACKAGE-NAME>::lib*.a`	`libpng::libpng16.a`	static library
`<PACKAGE-NAME>::lib*.so`	`libpng::libpng16.so`	shared library
`<PACKAGE-NAME>::*`	`libpng::libpng`	base on .pc files

Following is a piece of codes show you how to link libpng.a which is provided by libpng package:

find_package(libpng REQUIRED CONFIG)
target_link_libraries(app libpng::libpng.a)

or

find_package(libpng CONFIG)
if (libpng_FOUND)
    target_link_libraries(app libpng::libpng.a)
endif()

step5. configure C++ standard and STL in build.gradle

android {
    defaultConfig {
        externalNativeBuild {
            cmake {
                arguments '-DANDROID_STL=c++_shared'
                cppFlags  '-std=c++17'
            }
        }
    }
}

Note:

This step is only required for packages that use libc++.
If you link a shared library that depends on libc++_shared.so, then your Android app should use libc++_shared.so too.

References:

Examples:

https://github.com/leleliu008/android-calendar-for-the-aged

Create the google prefab aar then deploy it to Maven Local Repository and use it alongside with Android Gradle Plugin

If my published packages don't meet your needs, you can use this software to install packages then deploy them to Maven Local Repository.

In the next two sections, I will show you how to configure with Android Gradle Plugin in Kotlin DSL and Groovy DSL respectively.

configure with Android Gradle Plugin Kotlin DSL

step1. build and install libpng

Suppose you want to build and install libpng, the following command will build libpng with android-35 API and build for arm64-v8a and armeabi-v7a ABI respectively.

ndk-pkg install android-35-arm64-v8a,armeabi-v7a/libpng

step2. export the installed libpng package as the google prefab aar and deploy it to your Maven Local Repository

ndk-pkg deploy  android-35-arm64-v8a,armeabi-v7a/libpng

step3. enable prefab feature for Android Gradle Plugin

android {
    buildFeatures {
        prefab = true
    }
}

step4. enable Maven Local Repository for Gradle

allprojects {
    repositories {
        maven {
            mavenLocal()
        }
    }
}

step5. add dependencies in build.gradle.kts

Every package's coordinate for Gradle is com.fpliu.ndk.pkg.prefab.android.21:<PACKAGE-NAME>:<PACKAGE-VERSION>, for example, libpng package has a version 1.6.37, we could use it as follows:

dependencies {
    implementation ("com.fpliu.ndk.pkg.prefab.android.21:libpng:1.6.37")
}

step6. invoke find_package(PACKAGE-NAME [REQUIRED] CONFIG) command in your Android project's CMakeLists.txt

Every package provides several cmake imported targets:

TARGET-NAME	example	summary
`<PACKAGE-NAME>::headers`	`libpng::headers`	C/C++ header files only
`<PACKAGE-NAME>::lib*.a`	`libpng::libpng16.a`	static library
`<PACKAGE-NAME>::lib*.so`	`libpng::libpng16.so`	shared library
`<PACKAGE-NAME>::*`	`libpng::libpng`	base on .pc files

Following is a piece of codes show you how to link libpng.a which is provided by libpng package:

find_package(libpng REQUIRED CONFIG)
target_link_libraries(app libpng::libpng.a)

or

find_package(libpng CONFIG)
if (libpng_FOUND)
    target_link_libraries(app libpng::libpng.a)
endif()

step7. configure C++ standard and STL in build.gradle.kts

android {
    defaultConfig {
        externalNativeBuild {
            cmake {
                arguments += "-DANDROID_STL=c++_shared"
                cppFlags  += "-std=c++17"
            }
        }
    }
}

Note:

This step is only required for packages that use libc++.
If you link a shared library that depends on libc++_shared.so, then your Android app should use libc++_shared.so too.

configure with Android Gradle Plugin Groovy DSL

step1. build and install libpng

Suppose you want to build and install libpng, the following command will build libpng with android-35 API and build for arm64-v8a and armeabi-v7a ABI respectively.

ndk-pkg install android-35-arm64-v8a,armeabi-v7a/libpng

step2. export the installed libpng package as the google prefab aar and deploy it to your Maven Local Repository

ndk-pkg deploy  android-35-arm64-v8a,armeabi-v7a/libpng

step3. enable prefab feature for Android Gradle Plugin

android {
    buildFeatures {
        prefab true
    }
}

step4. enable Maven Local Repository for Gradle

allprojects {
    repositories {
        maven {
            mavenLocal()
        }
    }
}

step5. add dependencies in build.gradle

Every package's coordinate for Gradle is com.fpliu.ndk.pkg.prefab.android.21:<PACKAGE-NAME>:<PACKAGE-VERSION>, for example, libpng package has a version 1.6.37, we could use it as follows:

dependencies {
    implementation 'com.fpliu.ndk.pkg.prefab.android.21:libpng:1.6.37'
}

step6. invoke find_package(PACKAGE-NAME [REQUIRED] CONFIG) command in your Android project's CMakeLists.txt

Every package provides several cmake imported targets:

TARGET-NAME	example	summary
`<PACKAGE-NAME>::headers`	`libpng::headers`	C/C++ header files only
`<PACKAGE-NAME>::lib*.a`	`libpng::libpng16.a`	static library
`<PACKAGE-NAME>::lib*.so`	`libpng::libpng16.so`	shared library
`<PACKAGE-NAME>::*`	`libpng::libpng`	base on .pc files

Following is a piece of codes show you how to link libpng.a which is provided by libpng package:

find_package(libpng REQUIRED CONFIG)
target_link_libraries(app libpng::libpng.a)

or

find_package(libpng CONFIG)
if (libpng_FOUND)
    target_link_libraries(app libpng::libpng.a)
endif()

step7. configure C++ standard and STL in build.gradle

android {
    defaultConfig {
        externalNativeBuild {
            cmake {
                arguments '-DANDROID_STL=c++_shared'
                cppFlags  '-std=c++17'
            }
        }
    }
}

Note:

This step is only required for packages that use libc++.
If you link a shared library that depends on libc++_shared.so, then your Android app should use libc++_shared.so too.

References:

Examples:

Name		Name	Last commit message	Last commit date
Latest commit History 1,230 Commits
.github/workflows		.github/workflows
implementation-in-c		implementation-in-c
.gitignore		.gitignore
1.png		1.png
Dockerfile		Dockerfile
LICENSE		LICENSE
README.md		README.md
build-core.sh		build-core.sh
build-image-via-docker.sh		build-image-via-docker.sh
build-image-via-podman.sh		build-image-via-podman.sh
fonts.conf		fonts.conf
ndk-pkg		ndk-pkg
ndk-pkg-core-latest-release-version		ndk-pkg-core-latest-release-version
ndk-pkg-zsh-completion		ndk-pkg-zsh-completion
phases.dot		phases.dot
phases.svg		phases.svg
wrapper-native-c++.c		wrapper-native-c++.c
wrapper-native-cc.c		wrapper-native-cc.c
wrapper-native-objc.c		wrapper-native-objc.c
wrapper-target-c++.c		wrapper-target-c++.c
wrapper-target-cc-test.sh		wrapper-target-cc-test.sh
wrapper-target-cc.c		wrapper-target-cc.c

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ndk-pkg

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Using ndk-pkg via GitHub Actions

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Install ndk-pkg via cURL

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Using my prefab aars that have been published to GitHub-Hosted Maven Repository alongside with Android Gradle Plugin

Using my prefab aars that have been published to Maven Central Repository alongside with Android Gradle Plugin

configure with Android Gradle Plugin Kotlin DSL

configure with Android Gradle Plugin Groovy DSL

Create the google prefab aar then deploy it to Maven Local Repository and use it alongside with Android Gradle Plugin

configure with Android Gradle Plugin Kotlin DSL

configure with Android Gradle Plugin Groovy DSL

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leleliu008/ndk-pkg

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ndk-pkg

Caveats

Platforms that this software can run on

Using ndk-pkg via GitHub Actions

Using ndk-pkg via Docker

Using ndk-pkg via chroot+ubuntu

Using ndk-pkg via chroot+alpine

Using ndk-pkg via WSL

Install ndk-pkg via cURL

Install ndk-pkg via git

~/.ndk-pkg

ndk-pkg command usage

environment variables

ndk-pkg formula scheme

ndk-pkg formula repository

ndk-pkg formula repository local location

ndk-pkg formula repository local config

ndk-pkg formula repository management

ndk-pkg official formula repository

Using my prefab aars that have been published to GitHub-Hosted Maven Repository alongside with Android Gradle Plugin

Using my prefab aars that have been published to Maven Central Repository alongside with Android Gradle Plugin

configure with Android Gradle Plugin Kotlin DSL

configure with Android Gradle Plugin Groovy DSL

Create the google prefab aar then deploy it to Maven Local Repository and use it alongside with Android Gradle Plugin

configure with Android Gradle Plugin Kotlin DSL

configure with Android Gradle Plugin Groovy DSL

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