Roman Imankulov imankulov

Overview of localization tools.

I have collected a large number of proposals from Artyom, Roman, Nuno, Goncalo, selected 8 of them in my opinion the most successful platforms and checked how well they fit us.

I checked which of service fit us on the basis of features reviews from Goncalo, Nuno, and Roman, and tested following features:

Format support - localization formats which we can upload / download to / from service
Integrate with - Parameter indicates that the service is integrated with the app store. Since Nuno reported problems that changing in the localization files have to wait long for a confirmation.
Quality checks - checks on the correctness of the translation
Prulals - supports multiple forms and checks their spelling

Overview of localization tools.

I have collected a large number of proposals from Artyom, Roman, Nuno, Goncalo, selected 8 of them in my opinion the most successful platforms and checked how well they fit us.

I checked which of service fit us on the basis of features reviews from Goncalo, Nuno, and Roman, and tested following features:

Format support - localization formats which we can upload / download to / from service
Quality checks - checks on the correctness of the translation
Prulals - supports multiple forms and checks their spelling
Glossary - helps to standardize the way terms in your project are translated

	>>> bitmapist.mark_unique('foo', 1)
	>>> bitmapist.mark_unique('foo', 1000)
	>>> bitmapist.mark_unique('bar', 1)
	>>> list(bitmapist.UniqueEvents('foo') & ~bitmapist.UniqueEvents('bar'))
	[]
	>>> list(bitmapist.UniqueEvents('foo') ^ bitmapist.UniqueEvents('bar') & bitmapist.UniqueEvents('foo'))
	[1000]

	session=wahoo

	[first]
	cmd='echo Wahoo!' C-m
	[second]
	cmd='echo Heya.' C-m

	"""
	Jump hash with linear probing
	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

	JumpHash(N) maps consistently integer values onto the range [0, N), which can
	be used to map users (by their user ids) to servers (by their indexes in
	a configuration file, for example).

	There is one important limitation of the hash, which affects its
	use: buckets (servers) must be numbered sequentially, and it's important

	def change_type(root, old_type, new_type):
	"""
	Helper function to recursively walk through the datastructure and change old_type to new_type
	"""
	def _match(obj, **kwargs):
	return isinstance(obj, old_type)

	def _replace(obj, **kwargs):
	return new_type(obj)

	{
	"af": {
	"name": "Afrikaans",
	"formula": "n != 1",
	"plurals": 2,
	"cases": [
	"one",
	"other"
	],
	"examples": {

	#!/bin/bash
	function create_venv() {
	test -d env \|\| virtualenv env
	source ./env/bin/activate
	pip install -q -U pip
	}

	function babel_from_pip() {
	echo "=================================================="
	echo "Running tests with Babel 2.1.1, installed with pip"

	import json

	def dictify(obj):
	"""
	Recursively find all dicts in a stricture, and convert them to attr dict
	"""
	if isinstance(obj, (list, tuple, set)):
	return obj.__class__([dictify(item) for item in obj])

	if isinstance(obj, dict):