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// - https://www.getbounds.com/blog/rtk-to-wgs84/
//
// Output:
// nad83: https://www.google.com/maps?q=36.2929067,-97.308243
// wgs84: https://www.google.com/maps?q=36.29291304405147,-97.30825093744994

import proj4 from 'proj4';

// The transformation in this example (known as the ITRF00 transformation) came from ArcGIS Desktop 10.7
function coordRTKtoWGS84(point) {

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# https://gis.stackexchange.com/questions/304231/converting-nad83-epsg4269-to-wgs84-epsg4326-using-pyproj
# Output:
# (-80.00001, 40.00001)
# (-80.00001904501643, 40.00003299028925)
# (-80.00001618601023, 40.00001788467985)
#
# projections, datums, transformations, coordinates

from pyproj import Proj, transform
p2 = Proj(init='epsg:4326')

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References:

• How to Put a Yocto Build Under Continuous Integration in the Cloud

I expect an Azure self-hosted agent is required due to large storage requirements.

you can reuse the downloads and sstate-cache folders that it generated to speed up future builds (sometimes called "incremental" or "short" builds)

rm_work drastically reduces the storage space used while downloads and sstate-cache drastically reduce the build time, usually to under 30 minutes i.e.

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#!/usr/bin/env python

#******************************
# get-ntrip-source-table.py
#
# Get a NTRP server's SOURCETABLE mount points
#
# Verify host and port using wget or curl
# `
# curl --http0.9 rtgpsout.unavco.org:2101

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Git Cheatsheet

Create New branch and Push to Remote

# Use <yourInitials>/branch-name to organize your branches
git checkout -b my/new-branch
git push origin my/new-branch

Switch to Branch

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##########################################
# File: cypress-checksum.py
#
# Calculates EZ Serial checksum from hex string input and appends
# - Hex string input does not require space separated hex bytes
# - Cut & paste output into serial terminal connected to CYBT-483056-EVAL
# - Default Baud 115,200, N, 8, 1
#
# See:
#   EZ-Serial BLE Firmware Platform User Guide

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# Get Bluetooth MAC address
adb shell settings get secure bluetooth_address

# Grab a screenshot
adb exec-out screencap -p > image.png

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/// Debug dump bytes in hexadecimal format 16-bytes per row
///
/// \param source
/// \param length
///
/// Example Output:
/// \code
///    0000  bd 7a 32 13 08 1c 1e d9  -  c9 48 48 0b 5f 23 1a f5
///    0010  72 3d 8f 7a e6 2c 07 e4  -  6e 45 79 0f cb 18 13 6f
/// \endcode

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Overview ( Warning: This Does Not Work )

Installing a working copy of Qt for MCUs (commercial license) on Windows 10 with Visual 2019 is very complex. I have yet to succeed. VS 2019, CMake, and indvidual components dependencies for Qt for MCU are a mess.

I have used Qt for desktop development Linux, Windows, and macOS for over 10 years. I have never had a more difficult time.

Is there an easier way?

• Install Qt 6.3 desktop first, followed by Qt for MCU? ( This did not seem to work either )

Windows 10

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Import SVN commit history from SVN to git

svn-repo=url/path/to/svn/repo
dest-repo-name=my-repo

Create authors.txt file for importing change history

svn checkout ${svn-repo} working-folder
cd working-folder