Metadata-Version: 1.0
Name: pathresolver
Version: 0.1.1
Summary: 
        Path Resolver
        =============

        Resolve paths within nested objects.

        # What is Path Resolver?

        Path Resolver is a very simple piece of python code that allows you to dynamic resolve deeply-nested (or as shallow as you please)
        structures in Python.

        # Why would I use this?

        Path Resolver was born out of a need to dynamically find data within nested JSON information.

        For example, perhaps I want to extract a bunch of information from a dictionary deep within a JSON structure.
        I could, for example, simple write a lot of code and hard-coded indexes, key lookups, et cetera.

        Or, alternatively, I could use a simple DSL to look up and resolve the items I need. This is what Path Resolver is.

        # Example Usage

        ## Simple Usage

        >>> resolve(['testvalue'], 0)
        ['testvalue']

        >>> resolve(['testvalue'], '0')
        'testvalue'

        >>> resolve(['testvalue'], '*')
        ['testvalue']

        >>> resolve({'key': 'testvalue'}, 'key')
        'testvalue'

        >>> resolve({'key': 'testvalue'}, '*')
        ['testvalue']

        ## Advanced Usage

        >>> resolve({'parent': ['one', 'two', 'three']}, 'parent.*')
        ['one', 'two', 'three']

        >>> resolve({'parent': [{'child': 'testvalue1'}]}, 'parent.*.child')
        ['testvalue1']

        >>> resolve({'parent': [{'child': 'testvalue1'}, {'child': 'testvalue2'}]}, 'parent.*.child')
        ['testvalue1', 'testvalue2']

        >>> resolve({'parent': {'child1': 'testvalue1', 'child2': 'testvalue2'}}, 'parent.*')
        ['testvalue1', 'testvalue2']
    
Home-page: https://github.com/Andrew-Crosio/pathresolver
Author: Andrew Crosio
Author-email: andrew@andrewcrosio.com
License: UNKNOWN
Description: Path Resolver
        =============
        
        Resolve paths within nested objects.
        
        
        Build Status:     [![Build Status](https://travis-ci.org/Andrew-Crosio/pathresolver.svg?branch=master)](https://travis-ci.org/Andrew-Crosio/pathresolver)
        
        Coverage:         [![Coverage Status](https://coveralls.io/repos/Andrew-Crosio/pathresolver/badge.png)](https://coveralls.io/r/Andrew-Crosio/pathresolver)
        
        
        # What is Path Resolver?
        
        Path Resolver is a very simple piece of python code that allows you to dynamic resolve deeply-nested (or as shallow as you please)
        structures in Python.
        
        # Why would I use this?
        
        Path Resolver was born out of a need to dynamically find data within nested JSON information.
        
        For example, perhaps I want to extract a bunch of information from a dictionary deep within a JSON structure.
        I could, for example, simple write a lot of code and hard-coded indexes, key lookups, et cetera.
        
        Or, alternatively, I could use a simple DSL to look up and resolve the items I need. This is what Path Resolver is.
        
        # Example Usage
        
        ## Simple Usage
        
        ```python
        >>> resolve(['testvalue'], 0)
        ['testvalue']
        
        >>> resolve(['testvalue'], '0')
        'testvalue'
        
        >>> resolve(['testvalue'], '*')
        ['testvalue']
        
        >>> resolve({'key': 'testvalue'}, 'key')
        'testvalue'
        
        >>> resolve({'key': 'testvalue'}, '*')
        ['testvalue']
        ```
        
        ## Advanced Usage
        
        ```python
        >>> resolve({'parent': ['one', 'two', 'three']}, 'parent.*')
        ['one', 'two', 'three']
        
        >>> resolve({'parent': [{'child': 'testvalue1'}]}, 'parent.*.child')
        ['testvalue1']
        
        >>> resolve({'parent': [{'child': 'testvalue1'}, {'child': 'testvalue2'}]}, 'parent.*.child')
        ['testvalue1', 'testvalue2']
        
        >>> resolve({'parent': {'child1': 'testvalue1', 'child2': 'testvalue2'}}, 'parent.*')
        ['testvalue1', 'testvalue2']
        ```
        
Platform: UNKNOWN
