haptork / eka Goto Github PK

All the current stages involve either no loop or loop. There should be a stage that involves a few blocks before the forever loop starts.

The blockly highlights, highlight the block that is currently playing. For some reason the block is not being highlighted. It was working fine before. I suspect this has something to do with the forever block.

When a stage is cleared a modal appears with a message saying get ready for the next stage. At the end of all the stages the modal is supposed to display a message saying "All stages are cleared" but no modal appears due to some minor bug somewhere.

Once the users get comfortable with the logic after say finishing six stages in level-1, the next thing is if they can write a few javascript text to carry out the same. We can add a few more stages with logic no harder than prior stages but with text area in-place of blockly workspace. Run the written code as usual. This will also require some another interface change to show compilation error.

"npm install" works.
"yarn install" throws the following error :

eicossa@eicossa-office:~/repo/eka$ yarn install
ERROR: [Errno 2] No such file or directory: 'install'

System Configuration :

eicossa@eicossa-office:~/repo/eka/dist$ uname -a
Linux eicossa-office 4.13.0-26-generic #29~16.04.2-Ubuntu SMP Tue Jan 9 22:00:44 UTC 2018 x86_64 x86_64 x86_64 GNU/Linux

Callouts on various interface elements that all disappear on a click are a good way to give an introduction to various interface options. The callouts should appear on first load and should also be displayed on help button click (where to place the help button?).

micropython webrepl link: https://github.com/micropython/webrepl

There should be button "run on board" which would directly run the code on a board using micropython webrepl. There has to be some interface to configure pins for Leds and buttons.

The show code currently shows the code for some hybrid micro-python and arduino. There should be multiple export options say for nodemcu, micro-python, arduino etc. This is implemented in blockly blocks. The code for each block can be defined in their respective js files e.g. delayBlock.js, foreverBlock.js, ledBlock.js.