serialscope
- 4 Devlogs
- 6 Total hours
An oscilloscope-style serial monitor for embedded work: plot the numbers your microcontroller prints, watch the raw console, record sessions and replay them later, with or without hardware.
Ship #1
Pending review
@threatsentinels
on
serialscope
I got tired of the Arduino serial plotter freezing and losing data whenever I wanted to look back at something, so I rebuilt my serial monitor as a proper scope-style tool. The part I’m happiest with is the plumbing: the port gets read on its own thread, pausing the display only freezes what you’re looking at while recording keeps going, and anything that gets dropped shows up in a counter instead of vanishing quietly. I also added a seeded simulator so I could test without a board plugged in, and that caught a real bug in how recordings handle a failed disk write. The tests caught that one; the GUI I could only check once I ran it on Windows myself. Next I want a proper screenshot and an icon, and maybe binary protocol support.
@threatsentinels
on
serialscope
1h 1m 27s logged
DEVLOG 4 I have now almost completed the project , In the last hour I wrote some tests and little bit of functions . I still need to fix some bugs inside logs.py .
@threatsentinels
on
serialscope
1h 23m 46s logged
DEVLOG 3 In the last 1 hr 23 min I worked on the session feature . This feature will help the users to record their session and store it for future reference .
@threatsentinels
on
serialscope
2h 13m 47s logged
DEVLOG 2 In the last 2 hours , I worked on the colour schemes , UI/UX of the project . Main issues in other serial monitors are the Bad UI/UX so i am trying to make the user interface possible . This is the greyscale theme , i will add options for multiple light and dark themes .
@threatsentinels
on
serialscope
1h 17m logged
Devlog 1 : I am working one a oscilloscope type serial monitor for hardware and embedded projects . Using arduino ide for system monitoring is pain so i have decided to make one analysis software for hardware where users can record , pause and play the readings , analyze them and export them for future reference . I have written a basic function to register channels and establish connection to hardware using usb ports and logging setup function .
