edl-cr 0.0.1.1

A CLI tool to run code

edl-cr

A CLI tool to run code.

Install

Use pip to install edl-cr.

pip install edl-cr

Usage

Use command ecr to run edl-cr.

CLI Mode

Option	Description
-w --wdir	Set working directory
-c --command	Execute command just like in interactive mode

Interactive Mode

If you don't use --command options, edl-cr will run in interactive mode.

Initialize

> init

Initialize ECR data. It will create a directory named .ecr in current directory.

If you want to clear ECR data, use this command:

> clear

Create and Run

Create a new code file:

> new a.cpp

It will use code template in .ecr/templates/ to create file and set current file with the new file.

If you want to set current file with a existed file, use this:

> now a.cpp

Then use run command to run code.

# run a.cpp
a.cpp> run

# run b.cpp
a.cpp> run b.cpp

# run a.cpp with file input and standard output
a.cpp> run -io fs

Input and Output

The file input is at .ecr/input.data, and the file output is at .ecr/output.data.

Clean

Clean the compiling output and something else:

> clean

Config

The config files is at .ecr/

config.json

This file contains basic config.

{
    // File extension name to be cleaned
    "tempFileFilter": [
        "exe",
        "o",
        "class",
        "out"
    ],

    // Map name to system command
    "importedCommand": {
        "ls": "ls",
        "cls": "clear"
    },

    // The default shell to execute command
    "defaultShell": "powershell -c",

    // The default IO when run
    "defaultIO": "ss",

    // The default time limit for every step when run
    "defaultTimeLimit": 5
}

executor.json

This file gives the way to run a code file.

You can use these varible in command:

• fileName The code file name
• fileNameWithoutExt The code file name without extension

{
    "c": [
        "gcc {fileName} -o {fileNameWithoutExt}",
        "./{fileNameWithoutExt}"
    ],
    "cpp": [
        "g++ {fileName} -o {fileNameWithoutExt}",
        "./{fileNameWithoutExt}"
    ],
}

Developing

• The Makefile use SHELL varible in Windows (as well as PY), so if you are in Linux, change it before use make.
• To build and upload the package, this requires these modules setuptools, wheel, twine. You can try make prepare to install these modules.

# Run
make run

make run RARG=-h # use command args

# Test
make test

# Test and get coverage
make cover

# Build
make build -B

# Install locally
make install

# Uninstall locally
make uninstall

# Clean
make clean

# Upload to PyPI
make upload

# Upload to TestPyPI
make uptest

Requirements

• Python 3.7