esynr3z

[alias]
    a = add
    b = branch
    s = status --short
    c = commit -m
    d = diff
    co = checkout
    dc = diff --cached
    dw = diff --word-diff
    ds = diff --stat

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Place this section to /home/${USERNAME}/.config/kicad/eeschema

Color4DWireEx=rgb(120, 170, 214)
Color4DBusEx=rgb(167, 210, 168)
Color4DConnEx=rgb(120, 170, 214)
Color4DLLabelEx=rgb(120, 170, 214)
Color4DHLabelEx=rgb(132, 132, 0)
Color4DGLabelEx=rgb(213, 213, 213)
Color4DPinNumEx=rgb(213, 213, 213)
Color4DPinNameEx=rgb(213, 213, 213)

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BasedOnStyle:  WebKit
AlignAfterOpenBracket: true
AlignOperands: true
AlignTrailingComments: true
BreakBeforeBinaryOperators: None

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Can't find EBYTE test board E73-TBM-01 V1.0 schematic, so figured out connections by myself:

NRF52832	E73-2G4M04S1B	Connected to
P0.05	21	CH340G CTS
P0.06	22	CH340G RX
P0.07	23	CH340G RTS
P0.08	24	CH340G TX
P0.13	29	SW2 (act. low)
P0.14	30	SW1 (act. low)

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#!/usr/bin/env python3

'''
Script to calculate STM32F0x RTC calibration values based on a measured time variation.
All references to STM32 RM0091: 25.4.12 RTC smooth digital calibration
'''

from datetime import datetime

# set rtc ideal freq

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Quartus Prime Lite 19.1 on Fedora 29 - installation guide

1. Install Quartus and ModelSim - get the Combined Files tar archive from here

2. Add Quartus bin dir to PATH, e.g. /space/eda/intelFPGA_lite/19.1/quartus/bin

3. Add ModelSim bin dir to PATH, e.g. /space/eda/intelFPGA_lite/19.1/modelsim_ase/linuxaloem

4. Install 32-bit ncurses for ModelSim

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#!/bin/bash

# Create virtual environment
virtualenv .venv

# Install Jupyter Notebook
.venv/bin/pip install jupyter notebook tornado\<6

# Install scientific packages
.venv/bin/pip install numpy scipy matplotlib

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# Simply change the project settings in this section
# for each new project. There should be no need to
# modify the rest of the script.

set tb_name tb_top

set library_file_list [list \
  work [list \
    ../../src/rtl/top.v \
    ../../src/tb/$tb_name.v] \

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PEP8 Git Commit Hook

Based on pep8-git-hook.

Every staged Python file will be checked.

Installation:

• Install the pycodestyle (formally called pep8) program: $ pip install pycodestyle
• Save pre-commit as your_project/.git/hooks/pre-commit

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Basics

Use Verible Code Obfuscator for obfuscation.

Obfuscate foo.v and save dictionary with all replacements:

verible-verilog-obfuscate --save_map obf.map < foo.v > foo_obf.v