BobSaidHi BobSaidHi

Hi there 👋

Stats

Language Statistics Method/ Weights: 75% by byte count, 25% by repository count, excluding forked repositories, and contributions to other users/organizations. I also manually excluded some of languages that I'm not very familiar with and must have bee auto-generated. I feel this weighting portrays my language usage statistics more accurately.

Alternative Weightings

Default Weighting (100% by byte count, 0% by repository count)	Recommended Weighting (50% by byte count, 50% by repository count)

Manually Counted Statistics

Only counting the top languages in each repository.

Mixed C++ and Python repositories are likely not counted properly. Mixed SystemVerilog, Other HDL, and Assembly repositories are likely not counted properly

Updated Fall 2024

Language	Repositories Count	Files Count	Percentage Repos / Files
Java	27	278	53% / 63%
SystemVerilog	05	100	10% / 22%
Python	13	036	25% / 08%
C++/C	05	20	10% / 05%
ASM	01	13	02% / 03%
TOTALS	51	439	100% / 100%

Technologies

These have been ordered such that relevant libraries follow each language. Platforms, tools, hardware, and vendors are shown at the end.

Additional Python Libraries

Additional Software

CAD Software

Office Software

Selected COTS Part OEMs

Selected Equipment OEMs

Additional Favorite Vendors

C++ 11+

Arduino

Java 8+

Javadoc

WPILib

Python 3

Easy SCPI
logging
ODrive
PySimpleGui
PyVISA
Requests

SystemVerilog

AMD (Xilinx) Vivado

HTML

Markdown

Windows CMD

Standard Commands for Programmable Instruments (SCPI)

Doxygen

Draw.io

WireViz

Windows 7/8/10+

Debian Linux

GitHub

GitHub Actions

GitLab

Microsoft Visual Studio Code

JetBrains Pycharm

JetBrains IDEA

Eclipse

Notepad++

Confluence
Git
Jira
PuTTY
Trello

Autodesk AutoCad
Autodesk Fusion360
Autodesk Revit
DigiKey Scheme-It

Adobe Acrobat
Apache OpenOffice
Google Workspace
Microsoft Office

Adafruit Industries
Arduino (Uno Rev3)
Cross the Road Electronics
Digilent (Basys 3 Artix-7 FPGA)
Espressif Systems (ESP32)
National Instruments (roboRIO)
Raspberry Pi (3b)
REV Robotics
VEX Robotics

Agilent Technologies, Inc.
Asus
Dell
HP
Keysight Technologies
Netgear
RIGOL Technologies
Siglent Technologies

AndyMark, Inc.
Digi-Key Electronics
Grainger

(General,
Multi‑paradigm,
Embedded,
OOP)

(Embedded Framework)

(General,
Multi‑paradigm,
OOP)

(Documentation Tool)

(Robotics Framework)

(General,
Scripting,
Multi‑paradigm,
OOP)

(Hardware Description Language)

(FPGA Design Suite)

(Markup)

(Shell)

(Shell Commands)

(Documentation Tool)

(General Diagramming Tool)

(Wiring Diagramming Tool)

(OS)

(Developer Platform)

(CI/CD)

(Developer Platform)

(General IDE)

(IDE)

(Text Editor)

Special Thanks

Thanks to @Kaweees for the example of how setup the GitHub Readme Stats cards.

The inclusion of my some of the technologies I am familiar with was inspired by an adapted from @samarjitsahoo. Most icons were obtained from WorldVectorLogo, but may be copyrighted or trademarked and used under fair use. The WPILib Icon is based off of their official generic logo but rearranged into their secondary (square / profile) format per their guidelines (Likely copyrighted / fair use). I obtained the AMD / Xilinx Vivado Icon from Flathub (Likely copyrighted / fair use). I obtained the Windows Command Prompt from Wikipedia (Copyrighted / fair use). I obtained the IVI Foundation logo from their website, ivifoundation.org (Likely copyrighted / fair use).