I am trying to customise WiFiConnect (balena block module) - multi container usage .
After digging to the repo I found that there’s a script which uses docker to make the rust build (wificonnect binary).
Below you can see the steps that I proceeded:
user@ubuntu:~/my-iot-project$ cd wifi-connect/
user@ubuntu:~/my-iot-project/wifi-connect$ ./scripts/local-build.sh arm-unknown-linux-gnueabihf rpi
if [ -z "$1" ]; then
printf 'Rust compilation target not specified'
exit 1
fi
TARGET=$1
ARCH=$2
cross() {
docker run -it --rm -v $PWD:/work majorz/rust-$ARCH:rust-1.23.0 "$@"
}
cross cargo build --release --target=$TARGET
Updating registry `https://github.com/rust-lang/crates.io-index`
Downloading env_logger v0.4.3
Downloading router v0.6.0
Downloading iron v0.6.0
Downloading clap v2.31.2
Downloading log v0.3.9
Downloading network-manager v0.11.0
Downloading staticfile v0.5.0
Downloading params v0.8.0
Downloading serde_derive v1.0.66
Downloading nix v0.10.0
Downloading persistent v0.4.0
Downloading mount v0.4.0
Downloading iron-cors v0.7.1
Downloading serde v1.0.66
Downloading serde_json v1.0.22
Downloading error-chain v0.11.0
Downloading regex v0.2.11
Downloading log v0.4.2
Downloading cfg-if v0.1.3
Downloading memchr v2.0.1
Downloading regex-syntax v0.5.6
Downloading aho-corasick v0.6.4
Downloading utf8-ranges v1.0.0
Downloading thread_local v0.3.5
Downloading libc v0.2.42
Downloading ucd-util v0.1.1
Downloading unreachable v1.0.0
Downloading lazy_static v1.0.1
Downloading void v1.0.2
Downloading route-recognizer v0.1.12
Downloading url v1.7.0
Downloading hyper v0.10.13
Downloading num_cpus v1.8.0
Downloading mime_guess v1.8.4
Downloading plugin v0.2.6
Downloading modifier v0.1.0
Downloading typemap v0.3.3
Downloading time v0.1.40
Downloading httparse v1.3.1
Downloading unicase v1.4.2
Downloading base64 v0.6.0
Downloading traitobject v0.1.0
Downloading language-tags v0.2.2
Downloading typeable v0.1.2
Downloading mime v0.2.6
Downloading version_check v0.1.3
Downloading safemem v0.2.0
Downloading byteorder v1.2.3
Downloading idna v0.1.4
Downloading percent-encoding v1.0.1
Downloading matches v0.1.6
Downloading unicode-bidi v0.3.4
Downloading unicode-normalization v0.1.7
Downloading phf v0.7.22
Downloading phf_shared v0.7.22
Downloading siphasher v0.2.2
Downloading phf_codegen v0.7.22
Downloading phf_generator v0.7.22
Downloading rand v0.4.2
Downloading unsafe-any v0.4.2
Downloading textwrap v0.9.0
Downloading atty v0.2.10
Downloading unicode-width v0.1.5
Downloading vec_map v0.8.1
Downloading strsim v0.7.0
Downloading bitflags v1.0.3
Downloading ascii v0.8.7
Downloading futures-cpupool v0.1.8
Downloading futures v0.1.21
Downloading dbus v0.5.4
Downloading tokio-timer v0.1.2
Downloading libdbus-sys v0.1.3
Downloading pkg-config v0.3.11
Downloading slab v0.3.0
Downloading sequence_trie v0.3.5
Downloading multipart v0.13.6
Downloading urlencoded v0.6.0
Downloading num v0.1.42
Downloading bodyparser v0.8.0
Downloading tempdir v0.3.7
Downloading twoway v0.1.8
Downloading rand v0.3.22
Downloading buf_redux v0.6.3
Downloading remove_dir_all v0.5.1
Downloading memchr v1.0.2
Downloading itoa v0.4.1
Downloading dtoa v0.4.2
Downloading num-complex v0.1.43
Downloading num-integer v0.1.39
Downloading num-rational v0.1.42
Downloading num-iter v0.1.37
Downloading num-bigint v0.1.44
Downloading num-traits v0.2.5
Downloading rustc-serialize v0.3.24
Downloading syn v0.14.2
Downloading quote v0.6.3
Downloading proc-macro2 v0.4.6
Downloading unicode-xid v0.1.0
Downloading bytes v0.4.8
Downloading iovec v0.1.2
Downloading ansi_term v0.11.0
Finished release [optimized] target(s) in 0.0 secs
cross cross-strip target/$TARGET/release/wifi-connect
user@ubuntu:~/my-iot-project/wifi-connect$ cd ..
user@ubuntu:~/my-iot-project$ balena build --deviceType raspberry-pi --arch rpi --emulated
[Build] Building services...
[Build] wifi-connect Preparing...
[Build] google-iot Preparing...
[Build] node-red Preparing...
[Info] Building for rpi/raspberry-pi
[Info] Emulation is enabled
[Build] google-iot Step 1/13 : FROM balenalib/raspberry-pi-alpine-node:11-build as build
[Build] google-iot ---> 1ac9ba9ead17
[Build] google-iot Step 2/13 : COPY [".balena/qemu-execve","/tmp/qemu-execve"]
[Build] google-iot ---> Using cache
[Build] google-iot ---> 1e4ba92f32c1
[Build] google-iot Step 3/13 : COPY ["package*.json","./"]
[Build] google-iot ---> Using cache
[Build] google-iot ---> a6c0485a3728
[Build] google-iot Step 4/13 : RUN ["/tmp/qemu-execve","-execve","/bin/sh","-c","npm install --production && npm cache clean --force && rm -rf /tmp/*"]
[Build] google-iot ---> Using cache
[Build] google-iot ---> 56b47ae29d36
[Build] google-iot Step 5/13 : FROM balenalib/raspberry-pi-alpine-node:11-run as run
[Build] google-iot ---> 4c4c34b8d874
[Build] google-iot Step 6/13 : COPY [".balena/qemu-execve","/tmp/qemu-execve"]
[Build] google-iot ---> Using cache
[Build] google-iot ---> d96f02e38d22
[Build] google-iot Step 7/13 : VOLUME ["/data"]
[Build] google-iot ---> Using cache
[Build] google-iot ---> 7c7a4d5b2bc6
[Build] google-iot Step 8/13 : RUN ["/tmp/qemu-execve","-execve","/bin/sh","-c","install_packages openssl"]
[Build] google-iot ---> Using cache
[Build] google-iot ---> be65246c129d
[Build] google-iot Step 9/13 : WORKDIR /app
[Build] google-iot ---> Using cache
[Build] google-iot ---> f1015f99310a
[Build] google-iot Step 10/13 : COPY --from=build ["./node_modules","./node_modules"]
[Build] google-iot ---> Using cache
[Build] google-iot ---> 66175fdb1972
[Build] google-iot Step 11/13 : COPY [".","."]
[Build] google-iot ---> Using cache
[Build] google-iot ---> 282c89190aac
[Build] google-iot Step 12/13 : RUN ["/tmp/qemu-execve","-execve","/bin/sh","-c","chmod +x ./wait-for-it/wait-for-it.sh"]
[Build] google-iot ---> Using cache
[Build] google-iot ---> f57a716a0f28
[Build] google-iot Step 13/13 : CMD ["npm","start","sh -c","/app/wait-for-it/wait-for-it.sh www.google.com:80 -- echo My IoT device is connected to the internet!"]
[Build] google-iot ---> Using cache
[Build] google-iot ---> c672bf69c123
[Build] google-iot Successfully built c672bf69c123
[Build] google-iot Successfully tagged my-iot-project_google-iot:latest
[Build] node-red Step 1/14 : FROM balenalib/raspberry-pi-debian-node:12-stretch-build as build
[Build] node-red ---> 0b0610014d32
[Build] node-red Step 2/14 : COPY [".balena/qemu-execve","/tmp/qemu-execve"]
[Build] node-red ---> Using cache
[Build] node-red ---> de4109795fe0
[Build] node-red Step 3/14 : RUN ["/tmp/qemu-execve","-execve","/bin/sh","-c","JOBS=MAX npm install -g --production --unsafe-perm node-red node-red-admin node-red-contrib-balena node-red-node-sqlite node-red-contrib-modbus node-red-dashboard node-red-contrib-google-iot-core"]
[Build] node-red ---> Using cache
[Build] node-red ---> 773df59ee154
[Build] node-red Step 4/14 : FROM balenalib/raspberry-pi-debian-node:12-stretch-run
[Build] node-red ---> d08fcf28568b
[Build] node-red Step 5/14 : COPY [".balena/qemu-execve","/tmp/qemu-execve"]
[Build] node-red ---> Using cache
[Build] node-red ---> 0a56ca994b5e
[Build] node-red Step 6/14 : RUN ["/tmp/qemu-execve","-execve","/bin/sh","-c","apt-get update && apt-get install -yq --no-install-recommends rpi.gpio python-dev python-rpi.gpio libatomic1 && apt-get clean && rm -rf /var/lib/apt/lists/*"]
[Build] node-red ---> Using cache
[Build] node-red ---> d6c68ddcf5cd
[Build] node-red Step 7/14 : WORKDIR /usr/src/app
[Build] node-red ---> Using cache
[Build] node-red ---> 867ac4c7858e
[Build] node-red Step 8/14 : COPY --from=build ["/usr/local/bin","/usr/local/bin"]
[Build] node-red ---> Using cache
[Build] node-red ---> 355356a75947
[Build] node-red Step 9/14 : COPY --from=build ["/usr/local/lib/node_modules","/usr/local/lib/node_modules"]
[Build] node-red ---> Using cache
[Build] node-red ---> 6ecd9e5ac2d5
[Build] node-red Step 10/14 : COPY ["./app","./"]
[Build] node-red ---> Using cache
[Build] node-red ---> a2642a2aa830
[Build] node-red Step 11/14 : COPY ["./data","./data"]
[Build] node-red ---> Using cache
[Build] node-red ---> 278cfeeec540
[Build] node-red Step 12/14 : COPY ["./wait-for-it","./wait-for-it"]
[Build] node-red ---> Using cache
[Build] node-red ---> a248c4e45c96
[Build] node-red Step 13/14 : RUN ["/tmp/qemu-execve","-execve","/bin/sh","-c","chmod +x ./wait-for-it/wait-for-it.sh"]
[Build] node-red ---> Using cache
[Build] node-red ---> f5f4afa8baa3
[Build] node-red Step 14/14 : CMD ["bash","/usr/src/app/start.sh","bash","/usr/src/app/wait-for-it/wait-for-it.sh google-iot:8883 -- echo Google IoT Service is up and running"]
[Build] node-red ---> Using cache
[Build] node-red ---> efeeeef68dd4
[Build] node-red Successfully built efeeeef68dd4
[Build] node-red Successfully tagged my-iot-project_node-red:latest
[Build] wifi-connect Step 1/7 : FROM balenablocks/wifi-connect:rpi
[Build] wifi-connect ---> e94cd084778c
[Build] wifi-connect Step 2/7 : COPY [".balena/qemu-execve","/tmp/qemu-execve"]
[Build] wifi-connect ---> Using cache
[Build] wifi-connect ---> 52614d5cda90
[Build] wifi-connect Step 3/7 : WORKDIR /usr/src/app
[Build] wifi-connect ---> Using cache
[Build] wifi-connect ---> f6de08ca7e34
[Build] wifi-connect Step 4/7 : COPY ["ui","/usr/src/app/ui"]
[Build] wifi-connect ---> Using cache
[Build] wifi-connect ---> be70db8b2c7b
[Build] wifi-connect Step 5/7 : COPY ["scripts/start.sh","."]
[Build] wifi-connect ---> Using cache
[Build] wifi-connect ---> a6db4bbce011
[Build] wifi-connect Step 6/7 : COPY ["target/arm-unknown-linux-gnueabihf/release/wifi-connect","."]
[Build] wifi-connect ---> Using cache
[Build] wifi-connect ---> 31775071cae2
[Build] wifi-connect Step 7/7 : CMD ["/bin/busybox","sh","start.sh"]
[Build] wifi-connect ---> Using cache
[Build] wifi-connect ---> 5021cce340ad
[Build] wifi-connect Successfully built 5021cce340ad
[Build] wifi-connect Successfully tagged my-iot-project_wifi-connect:latest
[Build] wifi-connect Image size: 26.10 MB
[Build] google-iot Image size: 181.08 MB
[Build] node-red Image size: 525.91 MB
[Build] Built 3 services in 0:15
[Success] Build succeeded!
user@ubuntu:~/my-iot-project$ balena deploy myIoTProject --source ./
[Info] Everything is up to date (use --build to force a rebuild)
[Info] Creating release...
[Info] Pushing images to registry...
[Info] Saving release...
[Success] Deploy succeeded!
[Success] Release: 9aac35335f1f9b6ef4d8f6388cf22463
\
\
\\
\\
>\/7
_.-(6' \
(=___._/` \
) \ |
/ / |
/ > /
j < _\
_.-' : ``.
\ r=._\ `.
<`\\_ \ .`-.
\ r-7 `-. ._ ' . `\
\`, `-.`7 7) )
\/ \| \' / `-._
|| .'
\\ (
>\ >
,.-' >.'
<.'_.''
<'
user@ubuntu:~/my-iot-project$ DEBUG=1 balena preload ./image.img --app myIoTProject --splash-image logo.png --commit latest
[debug] original argv0="balena" argv=[/home/user/balena-cli/balena,/snapshot/versioned-source/bin/balena,preload,./image.img,--app,myIoTProject,--splash-image,logo.png,--commit,latest] length=10
[debug] new argv=[/home/user/balena-cli/balena,/snapshot/versioned-source/bin/balena,preload,./image.img,--app,myIoTProject,--splash-image,logo.png,--commit,latest] length=10
[debug] Event tracking error: Response code 404 (Not Found)
-------------------------------------------------------------------------------
[Warn] Renaming notice: The '-a', '--app' or '--application' options are now
[Warn] aliases for the '-f' or '--fleet' options. THE ALIASES WILL BE REMOVED
[Warn] in the next major version of the balena CLI (so that a different '--app'
[Warn] option can be implemented in the future). Use '-f' or '--fleet' instead.
[Warn] Find out more at: https://git.io/JRuZr
-------------------------------------------------------------------------------
Building Docker preloader image. [=== ] 12%
Step 1/7 : FROM alpine:3.12
Building Docker preloader image. [====== ] 25%
Step 2/7 : WORKDIR /usr/src/app
---> Using cache
Building Docker preloader image. [========= ] 37%
Step 3/7 : RUN apk add --no-cache curl py3-pip parted btrfs-progs util-linux sfdisk file coreutils sgdisk e2fsprogs-extra docker
---> Using cache
Building Docker preloader image. [============ ] 50%
Step 4/7 : COPY requirements.txt ./
---> Using cache
Building Docker preloader image. [=============== ] 62%
Step 5/7 : RUN pip3 install --no-cache-dir -r requirements.txt
---> Using cache
Building Docker preloader image. [================== ] 75%
Step 6/7 : COPY src/ ./
---> Using cache
Building Docker preloader image. [===================== ] 87%
Step 7/7 : CMD ["python3", "/usr/src/app/preload.py"]
---> Using cache
---> 896419830cbb
Successfully built 896419830cbb
Building Docker preloader image. [========================] 100%
| Checking that the image is a writable file
| Finding a free tcp port
| Checking if the image is an edison zip archive
| Creating preloader container
/ Starting preloader container
/ Fetching application admin/myIoTProject
| Reading image informationWaiting for Docker to start...
\ Reading image informationDocker started
- Reading image information
- Fetching application 21
- Estimating required additional space
/ Resizing partitions and waiting for dockerd to startReplacing splash image
- Resizing partitions and waiting for dockerd to startExpanding extended partition n°4 of /img/balena.img
Expanding logical partition n°6 of /img/balena.img
\ Resizing partitions and waiting for dockerd to startResizing ext4 filesystem of partition n°6 of /img/balena.img using /dev/loop15
| Resizing partitions and waiting for dockerd to startFile system OK
| Resizing partitions and waiting for dockerd to startWaiting for Docker to start...
/ Resizing partitions and waiting for dockerd to startDocker started
Pulling 3 images [========================] 100%
/ Cleaning up temporary files
After I preloaded the app to my clean image v2.83.21+rev1.dev.img, here are some pictures with the logs:
I am trying to extend the captive portal functionality to redirect the user to a specific url.
I have tried to do it on this file, using the following code:
let url = Url::parse(&format!("mycustomurl://aaa-{}", &env::var("A_VAR_ENV").unwrap_or("aaa-123".to_string()))).unwrap();
return Ok(Response::with((status::Found, Redirect(url))));
but after connecting to the portal and setting the password the captive portal keeps restarting and I am not redirected to my custom URL.
Another try was to modify, this file following the next steps:
- Adding the env variable to the header response
- Modifying the react app to read the header and redirect the browser to the specific url.
none of them proved to be working. Any idea how to solve this?
