semvec/pypi-packages huggingface dataset:
warfle-deploy-cli 1.0.0
Easy to use command line deployer for smart contracts.
License: MIT

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# Overview
Warfle is an easy-to-use command-line interface for deploying smart contracts without any deep configurations.

### Important Note
In the current version, ``Warfle does not supports the public mainnet or testnet deployment`` but in the further versions, We will add this feature.

# Installation
Install from the with the ``setup`` file of the project:
```
>>> git clone https://www.github.com/egesabanci/warfle
```
```
>>> cd warfle/
>>> pip install .
```

# Example Usage
Let's say, we have a following smart contract:

```solidity
// Test.sol

pragma solidity >=5.0.1;

contract Test {
  string public greet;

  function setGreet(string memory text) public returns (bool) {
    greet = text;
    return true;
  }

  function greet() public view returns (string) {
    return greet;
  } 
}
```

###### Step 1:
Now, We want to deploy that contract with ``Warfle``. Firstly we need to initialize ``Warfle`` to the current working folder:

```
>>> warfle init
```
This command will create a ``.warfle`` configuration file to the current path. ``.warfle`` file contains:

```
{
	"rpc": "http://127.0.0.1:7545",
	"public": <YOUR WALLET PUBLIC KEY>
}
```

###### Step 2 (Optional):
If we want to update the configurations, We can simple use the ``warfle update`` command.

**Example usage:**
```
>>> warfle update KEY
```
``key`` argument must be ``rpc`` or ``public``. You can not add any other argument to the ``.warfle`` configuration file.

###### Step 3:
Then, We need to compile our smart contract with the ``warfle compile`` command. This command will create a new ``source`` folder to the current path. ``./source`` will contains 2 files: ``ABI of the contract (*.abi)`` and ``Bytecode of the contract (*.bin)``. In our case, ``./source`` will contains: ``Test.abi`` and ``Test.bin``:


**Example:**
```
>>> warfle compile Test.sol
```

###### Step 4:
Now, We are ready to deploy our contract with the ``warfle deploy`` command:
```
>>> warfle deploy <PATH TO ABI> <PATH TO BIN>
```
In our case:
```
>>> warfle deploy source/Test.abi source/Test.bin
```

# License
[MIT](https://github.com/egesabanci/warfle/blob/master/LICENSE.md) © Ege Sabanci egesabanci@outlook.com.tr
gemesh 0.0.0
A Python package to convert the geology to in mesh generator (GMSH).
License: MIT

GeoMeshPy

A Python package that converts vertices coming from geo modelling tools like GemPy. This package can be linked with the new functionality of GMSH for
creating meshes that match the geometry of your geological model.
The superiority is that this precedure can be achieved without manual treatement of the mesh. At the end, the automated coversion allows for making
water tight meshes matching the primary geometry.
gemecopy 0.0.5
A Python package to convert the geology to in mesh generator (GMSH).
License: MIT

GeoMeshPy

A Python package that converts vertices coming from geo modelling tools like GemPy. This package can be linked with the new functionality of GMSH for
creating meshes that match the geometry of your geological model.
The superiority is that this precedure can be achieved without manual treatement of the mesh. At the end, the automated coversion allows for making
water tight meshes matching the primary geometry.