semvec/pypi-packages huggingface dataset:
gSheetsDataExtractor 0.0.1
Google sheets Data Extractor
License: MIT
Keywords: dataExtractor

# gSheetsDataExtractor

Extracts data from google sheets and plots a chart with the values on the sheet. This library also gives the user an option to select the columns for x-axis and y-axis

## Installation

Use `pip` to install the package

#### Python Version support
This package runs aunder python 3.6 and above versions

```
    $ pip install gSheetsDataExtractor
```

## Quickstart

Sign into the `Google Drive` with the your Google account
Open the spreadsheet you want to access and get the `SpreadSheet ID` from the link

### Example
> https://docs.google.com/spreadsheets/d/`1SrZfvr2ee54r7HR1jGtAE9zHIj_Y-UzK9ok8bdwkpqc`/edit#gid=0
The highlighted part in the above link will be the SpreadSheet ID

import the library and provide the input to the spreadSheetId and spreadSheetName:
 - spreadSheetName can be any string without `space`

```
    >>> import gSheetsDataExtractor as de
    >>> spreadSheetId = input()
    >>> spreadSheetName = input()
```

For extracting the data and for plotting the chart with the values on the sheet, call the function extractData with googleSheetId and spreadSheetName as shown below:

```
	>>> de.extractData(spreadSheetId, spreadSheetName)
```
This prints the column names of the spreadsheet and gives the user to select the columns for x-axis and y-axis and plots the graph with the column names given by user.


## License


This package is distributed under the `MIT license`.
pyLLVM 0.1.1
LLVM 2.6 code generation for Python.
License: MIT

A tool for compilers/interpreters written in Python that generates LLVM 2.6 code.
# pyLLVM

pyLLVM is a tool for compilers/interpreters written in Python that generates LLVM 2.6 code. pyLLVM is currently in development and is released only as a proof of concept.

# Example Usage

Install pyLLVM:

```
pip install pyLLVM
```

Import the "operations" class:

```python
>>> from pyLLVM import operations
```
Generate LLVM code for multiplying 1 and 2:

```python
>>> operations.mul(1, 2)
add i32 1, 2
```