Check if anaconda3 is installed on your system or not (Sometime the package may be broken due to network issues during installation (Not worked for me)). And whether you are able to launch anaconda-navigator without a desktop entry. Try this. If it works, you're definitely all set to go.

Open your text editor and save the following content as Anaconda.desktop to your home directory.

Change munim to your username in Exec and Icon lines. Also change python3.7 to something else if you're not on Python 3.7.

Credit: https://stackoverflow.com/questions/51691898/how-to-create-a-desktop-entry-for-anaconda-on-ubuntu-17-10

”A bird does not sing because it has an answer.

It sings because it has a song.”

Chinese Proverb

”Everyone wants to understand painting.

Why isn’t there any attempt to understand bird songs?”

Pablo Picasso (1881-1973)

”Use what talents you possess: the woods would be very silent if no birds sang there, except those that sang best.”

Henry Van Dyke (18521933)

”Fall is my favorite season in Los Angeles,

watching the birds change color and fall from the trees.”

David Letterman (1947 - )

”God loved the birds and invented trees.

Man loved the birds and invented cages.”

Jacques Deval (1895-1972)

”A light broke in upon my soul –

It was the carol of a bird;

It ceased – and then it came again

The sweetest song ear ever heard.”

Lord Byron (1788-1824)

”It is not only fine feathers that make fine birds.”

Aesop (620 BC - 560 BC)

This book was published by the 'publishing arm' of Computer Concepts (now Xara) around 1988 or so. Acorn was selling the ARM2 (?) development workstations and had just launched the A300 Archimedes computer. My copy was handed to me when I joined Computer Concepts. Incorporating an assembler was par for the course for Acorn, and much of Computer Concepts software was written as assembly code wrapped by a two-pass BASIC for-loop. The book is a slim book, and covers the ARM3 instruction set including the load/store instructions, arithmetic, barrel shifter. It's a decent read and covers the material adequately, but as always, it probably better to actually learn mainly by getting your hands dirty and writing some code. Note that there is no thumb coverage, since this was not introduced to the ARM until much later. This book is more of a historical artifact now, being almost 20 years old, but still of interest.

This book is intended as a hands-on manual for learning how to design systems using the STM32 F1 family of micro-controllers. It was written to support a junior-level computer science course at Indiana University.

The focus of this book is on developing code to utilize the various peripherals available in STM32 F1 micro-controllers and in particular the STM32VL Discovery board. Because there are other fine sources of information on the Cortex-M3, which is the core processor for the STM32 F1 micro-controllers, we do not examine this core in detail; an excellent reference is "The Definitive Guide to the ARM CORTEX-M3."

This book is not exhaustive, but rather provides a single "trail" to learning about programming STM32 micro controller built around a series of laboratory exercises. A key design decision was to utilize readily available off-the-shelf hardware models for all the experiments discussed.

Geoffrey Brown is a Professor of Computer Science, School of Informatics and Computing, Indiana University.

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