Skip to main content
SimilarExport ZIP
100%

Programa 1 Dame tu nombre Código Assembly ARM64 Capturar nombre y mostralo para RaspbianOS

✓ Published0🌍 Public
IIoTeacher
Last edited Apr 3, 2025
Created on May 25, 2025

This example shows an ARM64 Assembly program for RaspbianOS that captures a user's name from standard input and displays a greeting, with a parallel C# version included in comments. It demonstrates Linux system calls via the `svc` instruction, using `mov x8, 63` for the `read` syscall and `mov x8, 64` for `write`, alongside `mov x8, 93` for `exit`. The code allocates a 50-byte buffer in the `.bss` section and writes fixed-length messages from `.data`. An asciinema recording at https://asciinema.org/a/711547 documents the execution.

AI-generated description

Similar vizzes

Loading thumbnail…

Codigo Assembly ARM64 Hola Mundo para RaspbianOS

This example shows a minimal ARM64 assembly program for RaspbianOS that prints "Hola, Mundo!" to standard output. It demonstrates the low-level system call interface without any external libraries, relying directly on Linux kernel syscalls. The code first invokes the `write` syscall (x8=64) with file descriptor 1 (stdout), a pointer to the message string, and its computed length, then calls `exit` (x8=93) with status 0. The data section defines the message using the `.ascii` directive, and the length is calculated via the assembler’s dot operator. This example illustrates bare-metal-style programming for embedded development, contrasting with the commented-out C# reference.

IIoTeacher
81% match
Loading thumbnail…

Codigo Assembly ARM64 Hola Mundo para RaspbianOS

This example shows a multiplication table for 12 printed line by line to standard output on a Raspberry Pi running RaspbianOS, using ARM64 assembly. The program constructs each line in a memory buffer by combining fixed text segments (“12x”, “ = ”, newline) with dynamically converted decimal numbers. It relies on Linux system calls via `svc` instructions—`write` (syscall 64) for output and `exit` (syscall 93) to terminate—and uses custom subroutines `memcpy_copy`, `convert_mult`, and `convert_product` rather than any external libraries or framework.

IIoTeacher
73% match
Loading thumbnail…

Compiación de ARM Assembly en RaspbianOS

This example shows the compilation and debugging workflow for ARM assembly code on Raspbian OS, using a Mermaid sequence diagram to trace interactions between a developer, text editor, Makefile, GNU Assembler (as), GNU Linker (ld), the system, and GDB with GEF. The diagram documents how the developer writes and saves a `.s` file, adjusts the Makefile, compiles to object code, links an executable, runs it, and invokes GDB for debugging. The visualization renders Mermaid’s `sequenceDiagram` syntax directly, with participant aliases and labeled arrows capturing each step.

IIoTeacher
66% match
Loading thumbnail…

Termux con ARM64 Assembly " Hello World "

This example shows a complete workflow for writing, assembling, linking, and running a "Hello World" program in ARM64 (AArch64) assembly directly on an Android device using Termux. It demonstrates the use of GNU Assembly tools, specifically the `as` assembler and `ld` linker, along with the `nano` text editor for editing the source file. The program issues Linux syscalls (`write` and `exit`) via the `svc` instruction, targeting the AArch64 architecture, and the included `file hola` command verifies the resulting ELF 64-bit executable.

IIoTeacher
65% match
Loading thumbnail…

Termux con ARM64 Assembly

This visualization demonstrates a complete ARM64 assembly workflow executed within the Termux Android environment, showing the full pipeline from source code to executable. The example uses GNU assembler (`as`) and linker (`ld`) to compile a “Hola mundo” program that directly invokes Linux syscalls via `svc` instructions—specifically syscall 64 for `write` and syscall 93 for `exit`. The code defines a data section with the message string and computes its length using the `.ascii` directive and the `.` location counter, then calls `_start` as the entry point. The final executable is verified with the `file` command to confirm its ELF 64-bit ARM aarch64 format, illustrating how Termux provides a real Linux environment for low-level programming on mobile hardware.

IIoTeacher
63% match
Loading thumbnail…

Gist d0ce3de688f2a5f8a7dab8c840b24151

This example shows a minimal ARM64 assembly program that exits cleanly using the Linux syscall interface, paired with a structured template for documenting student assignments. The assembly code initializes register x0 to zero and invokes the exit syscall (93) via the `svc` instruction, while the accompanying markdown file outlines required sections like problem description, pseudocode, and compilation steps. The visualization highlights how low-level assembly interacts with the operating system through syscalls, and the template demonstrates a reproducible workflow for compiling with `as` and linking with `ld`. No external libraries or data sources are used; the focus is on the code structure and documentation format.

IIoTeacher
61% match
Loading thumbnail…

Templete para RP2040 clásico con InLineAssembly en 32bits

This visualization demonstrates a structured template for teaching inline ARM Thumb assembly on the Raspberry Pi Pico W (RP2040) using MicroPython. It shows how to define assembly functions with the `@micropython.asm_thumb` decorator, passing arguments in registers r0 and r1 and returning results via r0, alongside a Python main program for control and testing. The code uses machine.Pin to toggle the onboard LED as a debug indicator and includes documentation on register conventions and the mandatory `bx(lr)` return instruction, serving as an educational framework for embedded systems courses.

IIoTeacher
60% match
Loading thumbnail…

Microbit Assembly inline_code para practicas de ensamblador

This example shows a Micro:bit v2 assembly programming exercise that integrates ARM32 assembly instructions directly into MicroPython code. It demonstrates the use of the `@micropython.asm_thumb` decorator to access the Cortex-M4 processor's low-level functionality. The code includes a professional programmer's header with author, date, and device information, along with Spanish comments explaining each assembly instruction. It provides a functional example of adding two numbers using embedded assembly, designed to run in the MicroPython editor.

IIoTeacher
59% match