Indoor Growing Environmental Controller
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README.md

I2C Setup

detect on raspberry pi: i2cdetect -y 1 (alias: checki2c)

0x20 (32) Relais Controller 0x21 (33), 0x22 (34) Chirp Water Sensor 0x40 (64), 0x43 (67) HDC1000 0x4d (77) MHZ16

General

I developed the code with the focus on bootstraping a protoype as fast as I could. This affected the code quality, please feel free to open up issues on code quality or improve the quality. New code will be strictly checked to meet code quality. Or in other words, do as I say, not as I do.

Finanical support for the project is always appreciated: Patreon Campaign

License

The project will be opened up more and more gradually. My main goal is to enable private persons to use this code and to charge commercial entities for it in order to put these funds into the project. I will make this transparent in the future to stop discussions about why this is not yet 100% open source etc. If you have any questions about the license, please feel free to discuss it in our Slack Channel, see below.

Please respect the development of the project and don't put any hacked versions online. This would take away important funds from the project and decrease the speed of development for everyone.

By using/contributing to the project you accept the license.

Development Slack

Drop an email to hello <> grassberry-high.com with the title Invite me to Slack to get invited to the Slack channel. Send me your serial number and I just enable your pi to always get a license. Alternatively you can hack the code, but this is more comfortable and makes it a tiny bit harder for someone to disable the license shield.

Run

On the Pi3

Follow the instructions here: Build your own tutorial

Short Version

  1. Plugin all sensors & controllers into the i2c bus and add the power supply
  2. Connect to gh-config wifi hotspot
  3. Enter http://grassberry.local
  4. Enter your wifi credentials into the configuration, let the device reboot automatically
  5. Done

Get the code on your pi

Create a distilled version of the code with gulp serve:dist, this will create a dist folder.

Manual

To deploy the code onto your Raspberry Pi, you can copy the dist folder to the SD card with a linux system into /user/pi/app/dist.

Commandline

For deployment form the commandline you add the code snippet to your bash profile and source it with source ~/.bash_profile. After this you can use the command deployMenu to start the deployment process. If you want to skip installations on the pi just run deployMenu true

On Your Computer

Installation

bower and node package manager are required

npm install, installs all node packages bower install installs all bower packages

  1. Create a _server-config.js you can use _server_config.example.js as an example
  2. gulp serve
  3. Open http://localhost:5000/#/

Database

Install and start a mongodb instance.

Configuration Variables

Basic

  • NODE_ENV: sets the environment (devlopment, test, production)

Api

  • API_TOKEN: bearer token for api access, for future use

Database

  • MONGODB_URL: url to the database
  • MONGODB_ADMIN: admin db

Simulation

  • SEED: automatically seed diff. collections e.g. "chambers sensors outputs rules cronjobs"
  • USER_SEED_TOKEN: give a default token to every user for test reasons
  • ON_SHOW_MODE_BLOCKED: block c/u of crud to prevent users to mess around with the system on a fair/exibition
  • OS: turns on certain simulation functions e.g. I2C Bus, "MAC OSX"
  • SIMULATION: turns on simulation mode for sensors

Debug

  • LONG_ERROR_TRACES: enables long error traces in prod mode (in dev always on)
  • HEAP_SNAPSHOPT: turn heap snapshots on with 'true'
  • DEBUG: enable debug loggers e.g. 'sensor*'

Other

  • NO_CRONS: Disables cronjobs

Create a simulation set:

  1. mongoexport --db LOC_gh --collection sensordatas -f value --query '{detectorType: "temperature"}' | head -1000 > temperature-simulation.json
  2. replace /{ "value" : (.*)\, .* }/ with $1,
  3. add brackets and ,

Coding Guidlines

..1. Use separate branches for separate problems, feel free to push to master afterwards

..2. More code is read than written, be specific in variable names

..3. Small commits, commit the smallest unit

..4. Write unit tests on critical functions, write unit tests where they are missing

..5. No duplicate code, if code is needed twice, use classes, functions etc.

..6. Write comments, readme if something is not 100% self explaining

How to Commit

..1. No commit without test

..2. Naming: tag + title + <msg> update: minor change, ame: adding a minor change to a previous commit, fix: fixing and issue, please add the issue in the title (be specific, no abreviations), e.g. update: Water sensor hdc1000 has a safety fuse

Git

check this guide: `http://rogerdudler.github.io/git-guide/

Getting the project

git pull <url> fork the project to contribute.

How to contribute with git

add files

git add --p (adds single changes) git add <filename> (adds files)

do a commit

git commit -m "<your message>"

upload

git pull --rebase origin master (get the newest version) (maybe you need to solve merge conflicts) git push origin master

add new packages for production with npm add --save <module>

for development with npm add --save-dev <module>

Prod packing

App Update

  1. Use gulp stat to pack a deployment version
  2. Upload to git repository: https://github.com/360disrupt/grassberry-high-software/blob/master/latest/
  3. Use git raw to genrate a url: https://rawgit.com/
  4. add url to DB e.g. db.getCollection('softwares').update({}, {$set: {"url": "https://cdn.rawgit.com/360disrupt/grassberry-high-software/55b62a9a/latest/2018-09-05T11_17_44%2B0200.tar.gz", checksum: 25811432.0 , "date":ISODate("2018-09-05T00:00:00.000Z")}}))

SD image update

  1. Copy last version to SD card
  2. Deploy new app
  3. Factory Reset
  4. Copy and compress image from SD with ubuntu script (fdsik -l, bash mkimg.sh <diskWithoutNumber> <yymmdd_version_prod.img>)
  5. Upload to AWS S3 bucket
  6. Change links (webiste, DIY)