LE Utils and constants shared across Kolibri, Ricecooker, and the Kolibri Studio.
Project description
LE Utils
========
Utilities and constants shared across Ricecooker, Kolibri, and Kolibri Studio.
Languages
---------
The file [le_utils/constants/languages.py](./le_utils/constants/languages.py) and
the lookup table in [le_utils/resources/languagelookup.json](./le_utils/resources/languagelookup.json)
define the internal representation for languages codes used by Ricecooker, Kolibri,
and Kolibri Studio to identify educational content in different languages.
The internal representation uses a mixture of two-letter codes (e.g. `en`),
two-letter-and-country code (e.g. `pt-BR` for Brazilian Portuguese),
and three-letter codes (e.g., `zul` for Zulu).
In order to make sure you have the correct language code when interfacing with
the Kolibri ecosystem (e.g. when uploading new content to Kolibri Studio), you
must lookup the language object using the helper method `getlang`:
```
>>> from le_utils.constants.languages import getlang
>>> language_obj = getlang('en') # lookup language using language code
>>> language_obj
Language(native_name='English', primary_code='en', subcode=None, name='English', ka_name=None)
```
The function `getlang` will return `None` if the lookup fails. In such cases, you
can try lookup by name or lookup by alpha2 code (ISO_639-1) methods defined below.
Once you've successfully looked up the language object, you can obtain the internal
representation language code from the language object's `code` attribute:
```
>>> language_obj.code
'en'
```
The Ricecooker API expects these internal representation language codes will be
supplied for all `language` attributes (channel language, node language, and files language).
### More lookup helper methods
The helper method `getlang_by_name` allows you to lookup a language by name:
```
>>> from le_utils.constants.languages import getlang_by_name
>>> language_obj = getlang_by_name('English') # lookup language by name
>>> language_obj
Language(native_name='English', primary_code='en', subcode=None, name='English', ka_name=None)
```
The module `le_utils.constants.languages` defines two other language lookup methods:
- Use `getlang_by_native_name` for lookup up names by native language name,
e.g., you look for 'Franأ§ais' to find French.
- Use `getlang_by_alpha2` to perform lookups using the standard two-letter codes
defined in [ISO_639-1](https://en.wikipedia.org/wiki/ISO_639-1) that are
supported by the `pycountries` library.
#### Useful links
The following websites are usful for researching language codes:
- https://www.ethnologue.com/
- https://en.wikipedia.org/wiki/List_of_ISO_639-2_codes
Licenses
--------
All content nodes within Kolibri and Kolibri Studio must have a license. The file
[le_utils/constants/licenses.py](./le_utils/constants/licenses.py) contains the
constants used to identify the license types. These constants are meant to be
used in conjunction with the helper method `ricecooker.classes.licenses.get_license`
to create `Licence` objects.
To initialize a license object, you must specify the license type and the
`copyright_holder` (str) which identifies a person or an organization. For example:
```
from ricecooker.classes.licenses import get_license
from le_utils.constants import licenses
license = get_license(licenses.CC_BY, copyright_holder="Khan Academy")
```
Note: The `copyright_holder` field is required for all License types except for
the public domain license for which `copyright_holder` can be None.
Content Kinds and File Types
----------------------------
The files [le_utils/constants/content_kinds.py](./le_utils/constants/content_kinds.py)
and [le_utils/constants/file_types.py](./le_utils/constants/file_types.py) contain
identifiers for the different content types supported by Kolibri and Kolibri Studio.
The currently supported content formats are
- Topic node (folder)
- Video content nodes backed by a video files
- Audio content nodes backed by an audio files
- Document content nodes backed by a document files (PDF)
- HTML5 app content nodes backed by a HTML5 zip files
- Exercise content nodes, which contain different types of questions
File Formats and Format Presets
-------------------------------
The files [le_utils/constants/file_formats.py](./le_utils/constants/file_formats.py)
and [le_utils/constants/format_presets.py](./le_utils/constants/format_presets.py)
contain strings used in user interface to identify different file formats.
Exercises
---------
The file [le_utils/constants/exercises.py](./le_utils/constants/exercises.py)
contains identifiers for different question types and mastery models.
Proquint Channel Tokens
-----------------------
The file [le_utils/proquint.py](./le_utils/proquint.py) contains helper methods
for generating proquint identifiers for content channels. These are short strings
that are easy to enter on devices without a full keyboard, e.g. `sutul-hakuh`.
========
Utilities and constants shared across Ricecooker, Kolibri, and Kolibri Studio.
Languages
---------
The file [le_utils/constants/languages.py](./le_utils/constants/languages.py) and
the lookup table in [le_utils/resources/languagelookup.json](./le_utils/resources/languagelookup.json)
define the internal representation for languages codes used by Ricecooker, Kolibri,
and Kolibri Studio to identify educational content in different languages.
The internal representation uses a mixture of two-letter codes (e.g. `en`),
two-letter-and-country code (e.g. `pt-BR` for Brazilian Portuguese),
and three-letter codes (e.g., `zul` for Zulu).
In order to make sure you have the correct language code when interfacing with
the Kolibri ecosystem (e.g. when uploading new content to Kolibri Studio), you
must lookup the language object using the helper method `getlang`:
```
>>> from le_utils.constants.languages import getlang
>>> language_obj = getlang('en') # lookup language using language code
>>> language_obj
Language(native_name='English', primary_code='en', subcode=None, name='English', ka_name=None)
```
The function `getlang` will return `None` if the lookup fails. In such cases, you
can try lookup by name or lookup by alpha2 code (ISO_639-1) methods defined below.
Once you've successfully looked up the language object, you can obtain the internal
representation language code from the language object's `code` attribute:
```
>>> language_obj.code
'en'
```
The Ricecooker API expects these internal representation language codes will be
supplied for all `language` attributes (channel language, node language, and files language).
### More lookup helper methods
The helper method `getlang_by_name` allows you to lookup a language by name:
```
>>> from le_utils.constants.languages import getlang_by_name
>>> language_obj = getlang_by_name('English') # lookup language by name
>>> language_obj
Language(native_name='English', primary_code='en', subcode=None, name='English', ka_name=None)
```
The module `le_utils.constants.languages` defines two other language lookup methods:
- Use `getlang_by_native_name` for lookup up names by native language name,
e.g., you look for 'Franأ§ais' to find French.
- Use `getlang_by_alpha2` to perform lookups using the standard two-letter codes
defined in [ISO_639-1](https://en.wikipedia.org/wiki/ISO_639-1) that are
supported by the `pycountries` library.
#### Useful links
The following websites are usful for researching language codes:
- https://www.ethnologue.com/
- https://en.wikipedia.org/wiki/List_of_ISO_639-2_codes
Licenses
--------
All content nodes within Kolibri and Kolibri Studio must have a license. The file
[le_utils/constants/licenses.py](./le_utils/constants/licenses.py) contains the
constants used to identify the license types. These constants are meant to be
used in conjunction with the helper method `ricecooker.classes.licenses.get_license`
to create `Licence` objects.
To initialize a license object, you must specify the license type and the
`copyright_holder` (str) which identifies a person or an organization. For example:
```
from ricecooker.classes.licenses import get_license
from le_utils.constants import licenses
license = get_license(licenses.CC_BY, copyright_holder="Khan Academy")
```
Note: The `copyright_holder` field is required for all License types except for
the public domain license for which `copyright_holder` can be None.
Content Kinds and File Types
----------------------------
The files [le_utils/constants/content_kinds.py](./le_utils/constants/content_kinds.py)
and [le_utils/constants/file_types.py](./le_utils/constants/file_types.py) contain
identifiers for the different content types supported by Kolibri and Kolibri Studio.
The currently supported content formats are
- Topic node (folder)
- Video content nodes backed by a video files
- Audio content nodes backed by an audio files
- Document content nodes backed by a document files (PDF)
- HTML5 app content nodes backed by a HTML5 zip files
- Exercise content nodes, which contain different types of questions
File Formats and Format Presets
-------------------------------
The files [le_utils/constants/file_formats.py](./le_utils/constants/file_formats.py)
and [le_utils/constants/format_presets.py](./le_utils/constants/format_presets.py)
contain strings used in user interface to identify different file formats.
Exercises
---------
The file [le_utils/constants/exercises.py](./le_utils/constants/exercises.py)
contains identifiers for different question types and mastery models.
Proquint Channel Tokens
-----------------------
The file [le_utils/proquint.py](./le_utils/proquint.py) contains helper methods
for generating proquint identifiers for content channels. These are short strings
that are easy to enter on devices without a full keyboard, e.g. `sutul-hakuh`.
Release history Release notifications | RSS feed
Download files
Download the file for your platform. If you're not sure which to choose, learn more about installing packages.
Source Distribution
le-utils-0.1.13.tar.gz
(21.6 kB
view details)
File details
Details for the file le-utils-0.1.13.tar.gz.
File metadata
- Download URL: le-utils-0.1.13.tar.gz
- Upload date:
- Size: 21.6 kB
- Tags: Source
- Uploaded using Trusted Publishing? No
- Uploaded via: Python-urllib/3.6
File hashes
| Algorithm | Hash digest | |
|---|---|---|
| SHA256 | 9d7724a9ad2ca3e3722a5c72bf780062691198966965125c8c61cbc845d53a95 |
|
| MD5 | a3755d4503278a6389baca995547075f |
|
| BLAKE2b-256 | c3d37409f74050e3465d63f7cbae02dc6d7ea17a7a6991053ebeb1507243a82f |
