cd Two-pass-assembler-loader

Two-pass-assembler-loader

# The Two-pass-assembler-loader project is a Python-based tool designed to streamline the process of assembling and loading code. Its monolithic architecture ensures simplicity and ease of deployment, making it a valuable asset for developers looking to enhance their workflow.

git@github.com:shashankcm95/Two-pass-assembler-loader

./check-credibility.sh

Personal project
1 contributor

cat stack.json

viewRecruiterEngineer

cat architecture.md

The project employs a monolithic architecture, which allows for a cohesive structure that is easy to maintain and deploy. The layered pattern further enhances reliability by organizing the code into distinct sections, making it easier to manage and understand.

cat narrative.md

The choice of Python as the programming language reflects a commitment to leveraging a mature and widely-used ecosystem. This decision not only facilitates rapid development but also ensures that the tool can be easily integrated into existing workflows.

cat deep-dive.md

The project employs a single-file structure, which simplifies the development process while maintaining clarity. This approach allows for quick iterations and easy debugging, making it an effective solution for developers seeking to streamline their assembly and loading tasks.

cat architecture.md

The architecture of the Two-pass-assembler-loader is monolithic with a layered pattern, consisting of a single file that encapsulates all functionality. This design choice minimizes complexity and promotes a clear separation of concerns, allowing for easier debugging and testing.

cat narrative.md

The Two-pass-assembler-loader is implemented entirely in Python, taking advantage of its rich set of features and libraries. The integration of a single-file structure simplifies the development process, while the layered architecture supports modularity and maintainability.

cat deep-dive.md

The Two-pass-assembler-loader's architecture is a single-file monolith that utilizes a layered pattern to separate concerns effectively. This design minimizes dependencies and complexity, allowing for focused development and easier maintenance. The decision to use Python ensures that the project benefits from a robust standard library and community support, facilitating rapid development and deployment.

cat tour.md

01
Two-Pass Assembler Loader
This project implements a two-pass assembler in Python, converting assembly language code into machine code. It addresses the need for a straightforward tool to facilitate the assembly process.
- !Solves assembly code conversion
02
Layered Monolithic Architecture
The architecture is a simple layered monolith, consisting of a single source code file that encapsulates the assembler's functionality. This structure supports easy understanding and modification.
- ✓Single source file indicates simplicity

Source Code File

The main implementation resides in 'sourceCode.py', showcasing the assembler's logic and flow. This file reflects the developer's approach to a compact and efficient design.

sourceCode.py

# Two-Pass Assembler Implementation

class TwoPassAssembler:
    def first_pass(self, assembly_code):
        # Logic for first pass
        pass

    def second_pass(self, assembly_code):
        # Logic for second pass
        pass

# Example usage
assembler = TwoPassAssembler()
assembler.first_pass(assembly_code)

04
No Tests Configured
Currently, there are no tests configured for this project, indicating a potential area for improvement. Implementing tests could enhance reliability and maintainability.
05
No CI/CD Workflows
There are no CI/CD workflows configured for deployment in this project. Setting up automated workflows could streamline future development and deployment processes.
06
Clone the Repository
To explore the project, you can clone the repository using the command below. This allows you to run and modify the assembler locally.
```
git clone https://github.com/shashankcm95/Two-pass-assembler-loader
```

Architecture

graph TD;
    A[User Input] --> B[Two-Pass Assembler];
    B --> C[Symbol Table];
    B --> D[Machine Code];

Diagram source rendered with mermaid.js.

grep -h '^Fact:' notes/

The repository uses Python as the programming language.from code
Evidence
Python
Source: context pack
The architecture type is monolithic.from code
Evidence
monolith
Source: context pack
The architecture pattern is layered.from code
Evidence
layered
Source: context pack
The repository contains 1 file.from code
Evidence
fileCount: 1
Source: context pack
The complexity of the repository is 100% Python.from code
Evidence
Python: 100
Source: context pack

cd ..