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textproc/elasticsearch-py-2.4.0 (Score: 9.2878623E-4)
Official Python low-level client for Elasticsearch
Official low-level client for Elasticsearch. It's goal is to provide common ground for all Elasticsearch-related code in Python; because of this it tries to be opinion-free and very extendable.
textproc/pod2mdoc-0.2 (Score: 9.2878623E-4)
Convert POD data to mdoc input
The pod2mdoc utility is a converter from POD into mdoc. It's meant to operate like pod2man; however, it doesn't require a Perl installation: pod2mdoc is a standalone ISC-licensed ISO C utility and should compile on any modern UNIX system.
textproc/uim-1.8.6 (Score: 9.2878623E-4)
KDE4 panel applet of uim input method
KDE4 panel applet of uim input method.
textproc/hyperestraier-0.10.10 (Score: 9.2878623E-4)
Pure Python HyperEstraier library
HyperEstraier client API implemented with pure Python. It works with synchronous manner. Since version 0.10, it also works with asyn manner based on Twisted library.
textproc/jaxml-3.02 (Score: 9.2878623E-4)
Python module to generate XML easily
A Python module to generate XML easily
textproc/asv-0.5 (Score: 9.2878623E-4)
Extensible Python module to parse simple text file formats like CSV
ASV is a popular Python module to parse or write simple text file formats such as comma-separated values (CSV), tab-separated values (TSV) and colon-separated values. It can easily be extended to cope with other related file formats. This port installs both a Python module ("ASV"), and an executable command-line script ("asv"). This release of ASV requires Python 2.0 or later, and is still to be regarded as a beta version.
textproc/Text-CharWidth-0.04 (Score: 9.2878623E-4)
Get number of occupied columns of a string on terminal
This module supplies features similar as wcwidth(3) and wcswidth(3) in C language. Characters have its own width on terminal depending on locale. For example, ASCII characters occupy one column per character, east Asian fullwidth characters (like Hiragana or Han Ideograph) occupy two columns per character, and combining characters (apperaring in ISO-8859-11 Thai, Unicode, and so on) occupy zero columns per character. mbwidth() gives the width of the first character of the given string and mbswidth() gives the width of the whole given string. The names of mbwidth and mbswidth came from "multibyte" versions of wcwidth and wcswidth which are "wide character" versions. mblen(string) returns number of bytes of the first character of the string. Please note that a character may consist of multiple bytes in multibyte encodings such as UTF-8, EUC-JP, EUC-KR, GB2312, or Big5. mbwidth(string) returns the width of the first character of the string. mbswidth(string) returns the width of the whole string. Parameters are to be given in locale encodings, not always in UTF-8.
textproc/curator-3.5.1 (Score: 9.2878623E-4)
Python index manager for Elasticsearch
Have indices in Elasticsearch? This is the tool for you! Like a museum curator manages the exhibits and collections on display, Elasticsearch Curator helps you curate, or manage your indices.
textproc/elasticsearch-dsl-py-0.0.8 (Score: 9.2878623E-4)
High level Python client for Elasticsearch
Elasticsearch DSL is a high-level library whose aim is to help with writing and running queries against Elasticsearch. It is built on top of the official low-level client (elasticsearch-py). It provides a more convenient and idiomatic way to write and manipulate queries. It stays close to the Elasticsearch JSON DSL, mirroring its terminology and structure. It exposes the whole range of the DSL from Python either directly using defined classes or a queryset-like expressions. It also provides an optional wrapper for working with documents as Python objects: defining mappings, retrieving and saving documents, wrapping the document data in user-defined classes. To use the other Elasticsearch APIs (eg. cluster health) just use the underlying client.
textproc/Text-Table-1.131 (Score: 9.2878623E-4)
Organize Data in Tables
Organization of data in table form is a time-honored and useful method of data representation. While columns of data are trivially generated by computer through formatted output, even simple tasks like keeping titles aligned with the data columns are not trivial, and the one-shot solutions one comes up with tend to be particularly hard to maintain. Text::Table allows you to create and maintain tables that adapt to alignment requirements as you use them.