Search results

libsodium-1.0.18-2.lbn25.x86_64

Sodium is a new, easy-to-use software library for encryption, decryption, signatures, password hashing and more. It is a portable, cross-compilable, installable, packageable fork of NaCl, with a compatible API, and an extended API to improve usability even further. Its goal is to provide all of the core operations needed to build higher-level cryptographic tools. The design choices emphasize security, and "magic constants" have clear rationales. The same cannot be said of NIST curves, where the specific origins of certain constants are not described by the standards. And despite the emphasis on higher security, primitives are faster across-the-board than most implementations of the NIST standards.

python3-s3transfer-0.2.1-1.lbn25.noarch

S3transfer is a Python library for managing Amazon S3 transfers.

python-gocept-0.1-3.lbn25.noarch

gocept python module

python-gocept.country-2.0-1.lbn25.noarch

This package lets you use the pycountry database within Zope 3. In practice, this means e.g., that you can easily get a zope.schema.Choice field to provide a full list of iso 3166 country codes. For more information about the database please refer to the pycountry product. gocept.country gocept.country provides Zope 3 sources for the pycountry databases. You can use it e.g. to get a zope.schema.Choice field with all iso 3166 countries. >>> import gocept.country >>> import gocept.country.db >>> import zope.schema ISO 3166 Countries To get a list of ISO 3166 countries in a webform, you can use the zope.schema.Choice field and provide the gocept.country.countries as source: >>> countries_field = zope.schema.Choice(title=u'Country', ... source=gocept.country.countries) >>> countries_field <zope.schema._field.Choice object at 0x...> >>> countries = iter(countries_field.source) The gocept.country.countries sourcefactory returns Country objects as values, which use the values from pycountry: >>> afghanistan = countries.next() >>> afghanistan <gocept.country.db.Country object at 0x...> >>> afghanistan.name u'Afghanistan' Calling the next() method again returns the next country from the source: >>> islands = countries.next() >>> islands.name u'\xc5land Islands' There are all information available, which you can get from pycountry: >>> afghanistan.alpha2 'AF' >>> afghanistan.alpha3 'AFG' >>> afghanistan.numeric '004' >>> afghanistan.official_name 'Islamic Republic of Afghanistan' To smaller the amount of results you can provide a list or tuple of countries you like to have in your source: >>> countries = iter(gocept.country.CountrySource(alpha2=['DE', 'US'])) >>> countries.next().name u'Germany' >>> countries.next().name u'United States' >>> countries.next().name Traceback (most recent call last): ... StopIteration Please note, that the result items are sorted by alpha2 code. Please also note, that you can provide alpha3 and numeric codes and names resp. official_names to smaller the amount of result items, too: >>> len(list(gocept.country.CountrySource())) 246 >>> len(list(gocept.country.CountrySource(alpha2=['DE', 'US', 'GB']))) 3 >>> len(list(gocept.country.CountrySource(alpha3=['DEU', 'USA']))) 2 >>> len(list(gocept.country.CountrySource(numeric=['276', ]))) 1 >>> countries_list = ['Germany', 'Italy', 'Poland', 'France'] >>> len(list(gocept.country.CountrySource(name=countries_list))) 4

python-gocept.munin-0.1-3.lbn25.noarch

This package provides base classes for defining Munin graphs and a main function to handle munin-typical symlinked scripts. Munin plugin scripts ==================== A single plugin file defines (multiple) graphs by subclassing the bases as mentioned in the next section. The main function uses the called script's filename to determine which of the defined graphs is relevant. Data for each graph is determined by retrieving a text file from a URL (with possibly given basic authentication data). The format for the data is plain/text wich each line having key/value pairs split by ':'. The values are expected to be floats. All graph bases expect two environment variables to be set: URL The URL at which to retrieve data from. Must include a '%s' which encodes the graph name. AUTH HTTP basic authentication information. Either empty or in the form of 'username:password'. The environment variables can be configured using munin's `plugin-conf.d` like this: The plugin is called `prefix_something_1`:: [prefix_*] env.URL http://foo:8900/myapp/munin?data=%s env.AUTH admin:admin Graph bases =========== The following base classes are currently defined: SimpleGraph A simple graph with a single value that is plotted as an absolute value. SimpleMultiGraph Multiple absolute values plotted on the same graph and scale. more bases will be added as needed. Main function ============= The main function handles munin-typical `type_option_index` symlink scripts by looking at the name from which the main script was called. Example script ============== Here's a sample script that you could symlink into the `plugins` directory:: from gocept.munin.client import SimpleGraph, main class people(SimpleGraph): name = key = 'people' title = 'How many people are there?' category = 'Office' main() [root@mistress gocept.munin-0.1]# cat README.txt ========================================== Utilities for writing munin client scripts ========================================== This package provides base classes for defining Munin graphs and a main function to handle munin-typical symlinked scripts. Munin plugin scripts ==================== A single plugin file defines (multiple) graphs by subclassing the bases as mentioned in the next section. The main function uses the called script's filename to determine which of the defined graphs is relevant. Data for each graph is determined by retrieving a text file from a URL (with possibly given basic authentication data). The format for the data is plain/text wich each line having key/value pairs split by ':'. The values are expected to be floats. All graph bases expect two environment variables to be set: URL The URL at which to retrieve data from. Must include a '%s' which encodes the graph name. AUTH HTTP basic authentication information. Either empty or in the form of 'username:password'. The environment variables can be configured using munin's `plugin-conf.d` like this: The plugin is called `prefix_something_1`:: [prefix_*] env.URL http://foo:8900/myapp/munin?data=%s env.AUTH admin:admin Graph bases =========== The following base classes are currently defined: SimpleGraph A simple graph with a single value that is plotted as an absolute value. SimpleMultiGraph Multiple absolute values plotted on the same graph and scale. more bases will be added as needed. Main function ============= The main function handles munin-typical `type_option_index` symlink scripts by looking at the name from which the main script was called. Example script ============== Here's a sample script that you could symlink into the `plugins` directory:: from gocept.munin.client import SimpleGraph, main class people(SimpleGraph): name = key = 'people' title = 'How many people are there?' category = 'Office' main()

python2-webencodings-0.5.1-6.lbn25.py37.noarch

This is a Python implementation of the WHATWG Encoding standard.

cloud-utils-0.31-10.fc36.noarch

This package provides a useful set of utilities for managing cloud images. The tasks associated with image bundling are often tedious and repetitive. The cloud-utils package provides several scripts that wrap the complicated tasks with a much simpler interface.

cloud-utils-growpart-0.31-10.fc36.noarch

This package provides the growpart script for growing a partition. It is primarily used in cloud images in conjunction with the dracut-modules-growroot package to grow the root partition on first boot.

hdparm-9.63-1.fc36.x86_64

Hdparm is a useful system utility for setting (E)IDE hard drive parameters. For example, hdparm can be used to tweak hard drive performance and to spin down hard drives for power conservation.

m17n-db-1.8.0-26.fc36.noarch

This package contains multilingualization (m17n) datafiles for m17n-lib which describe input maps, encoding maps, OpenType font data and font layout text rendering for languages.