Unit Instance
Units API.
See the Weblate's Web API documentation for detailed description of the API.
GET /api/units/34412/?format=api
https://weblate.info.ucl.ac.be/api/translations/cnp3-ebook/principlesreliability/en/?format=api", "source": [ "`Bit stuffing` reserves the `01111110` bit string as the frame boundary marker and ensures that there will never be six consecutive `1` symbols transmitted by the physical layer inside a frame. With bit stuffing, a frame is sent as follows. First, the sender transmits the marker, i.e. `01111110`. Then, it sends all the bits of the frame and inserts an additional bit set to `0` after each sequence of five consecutive `1` bits. This ensures that the sent frame never contains a sequence of six consecutive bits set to `1`. As a consequence, the marker pattern cannot appear inside the frame sent. The marker is also sent to mark the end of the frame. The receiver performs the opposite to decode a received frame. It first detects the beginning of the frame thanks to the `01111110` marker. Then, it processes the received bits and counts the number of consecutive bits set to `1`. If a `0` follows five consecutive bits set to `1`, this bit is removed since it was inserted by the sender. If a `1` follows five consecutive bits sets to `1`, it indicates a marker if it is followed by a bit set to `0`. The table below illustrates the application of bit stuffing to some frames." ], "previous_source": "", "target": [ "`Bit stuffing` reserves the `01111110` bit string as the frame boundary marker and ensures that there will never be six consecutive `1` symbols transmitted by the physical layer inside a frame. With bit stuffing, a frame is sent as follows. First, the sender transmits the marker, i.e. `01111110`. Then, it sends all the bits of the frame and inserts an additional bit set to `0` after each sequence of five consecutive `1` bits. This ensures that the sent frame never contains a sequence of six consecutive bits set to `1`. As a consequence, the marker pattern cannot appear inside the frame sent. The marker is also sent to mark the end of the frame. The receiver performs the opposite to decode a received frame. It first detects the beginning of the frame thanks to the `01111110` marker. Then, it processes the received bits and counts the number of consecutive bits set to `1`. If a `0` follows five consecutive bits set to `1`, this bit is removed since it was inserted by the sender. If a `1` follows five consecutive bits sets to `1`, it indicates a marker if it is followed by a bit set to `0`. The table below illustrates the application of bit stuffing to some frames." ], "id_hash": -1470371312373282292, "content_hash": -1470371312373282292, "location": "../../principles/reliability.rst:226", "context": "", "note": "", "flags": "", "state": 100, "fuzzy": false, "translated": true, "approved": false, "position": 51, "has_suggestion": false, "has_comment": false, "has_failing_check": false, "num_words": 210, "source_unit": "https://weblate.info.ucl.ac.be/api/units/34412/?format=api", "priority": 100, "id": 34412, "web_url": "https://weblate.info.ucl.ac.be/translate/cnp3-ebook/principlesreliability/en/?checksum=6b983114ee10ca0c", "url": "https://weblate.info.ucl.ac.be/api/units/34412/?format=api", "explanation": "", "extra_flags": "", "pending": false, "timestamp": "2019-10-14T10:39:17.149953+02:00" }{ "translation": "