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        "author": "Bernhard Bauer-Marschallinger",
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        "description": "=============\ngeopathfinder\n=============\n\n\nA package for creating, quering, and searching in data structures holding geo data sets.\n\n\nDescription\n===========\n\nThis packages aims to provide a rich toolbox for efficient, quick, and precise handling of filenames and folder structures for geo-data, most conviniently when combined with grid objects as e.g. the https://github.com/TUW-GEO/Equi7Grid.\n\nWith pre-defined sets comprising string-definitions, folder path logics, and filename en-/decoders, a variety of file/folder naming conventions can be implemented.\n\nThe base classes SmartPath() and SmartTree() comprise also functions for file search and folder(-tree) volume determination.\n\n\nAdding a new filenaming convention\n----------------------------------\nIn general, please follow the code and test guidelines of existing naming conventions.\nThe following description aims to show how to implement a new naming convention:\n\n- Create a new .py file in the folder \"geopathfinder/naming_conventions/\". The filename should be an abbreviation of the new naming convention separated from \"naming\" with an underscore, e.g., \"sgrt_naming.py\" ot \"eodr_naming.py\".\n\n- Inside this file, write a new class, which inherits from *SmartFilename*. In this class you can define how the filename structure should look like. For each field you can define the length of the field ('len', integer), if a delimiter should be in between the current and the previous part of the filename ('delim', boolean) and finally, if desired, a decoding and encoding function ('decoder', 'encoder'). The latter parameters should point via a lambda function to a decoding or encoding method defined in the same class.\n\n- Finally, the parent class *SmartFilename* can be initiated with the given fields, fields definitions, a padding, a delimiter and a boolean value if en-/decoding should be applied or not.\n\n- Sometimes one needs information from the filename, which can be directly derived from one or multiple filename entries. An example would be a mean date derived from the start and end date specified in the filename.\n  To allow this, one can define methods tagged with *property* in the current class. *SmartFilename* then handles the properties of the inherited class equally to a common filename entry given in the field definition.\n  \n- The second important part is the functionality of parsing a string following the new filenaming convention. To do so,\n  create a new function below the class definition. It should be named \"create_[]_filename\", where \"[]\" should be replaced by the abbreviation of the new naming convention.\n  This function should split the filename string into parts needed for initialising a fields dictionary. As a result, the function returns a class instance of the class defined before.\n  \n- Add tests to \"tests\" and name the test file \"test_[]_naming.py\", where \"[]\" should be replaced by the abbreviation of the new naming convention.\n\n\nNote\n====\n\nThis project has been set up using PyScaffold 2.5.11. For details and usage\ninformation on PyScaffold see http://pyscaffold.readthedocs.org/.",
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