arche.tools.api

Module Contents

arche.tools.api.Filters
arche.tools.api.get_job(key: str) → Job
arche.tools.api.get_jobs(keys: List[str]) → List[Job]
arche.tools.api.get_collection(key)
arche.tools.api.get_errors_count(job)
arche.tools.api.get_job_state(job)
arche.tools.api.get_job_close_reason(job)
arche.tools.api.get_items_count(job)
arche.tools.api.get_counts(job: Job) → Optional[Dict[str, int]]
arche.tools.api.get_finish_time_difference_in_days(job1, job2)
arche.tools.api.get_runtime(job)

Returns the runtime in milliseconds or None if job is still running

arche.tools.api.get_runtime_s(job)

Returns job runtime in milliseconds.

arche.tools.api.get_max_memusage(job)
arche.tools.api.get_response_status_count(job)
arche.tools.api.get_requests_count(job)
arche.tools.api.get_crawlera_user(job)
arche.tools.api.get_source(source_key)
arche.tools.api.get_items_with_pool(source_key: str, count: int, start_index: int, workers: int = 4) → np.ndarray

Concurrently reads items from API using Pool

Parameters
  • source_key – a job or collection key, e.g. ‘112358/13/21’

  • count – a number of items to retrieve

  • start_index – an index to read from

  • workers – the number of separate processors to get data in

Returns

A numpy array of items

arche.tools.api.get_items(key: str, count: int, start_index: int, start: Optional[str], filters: Optional[Filters] = None, p_bar: Union[tqdm, notebook.tqdm] = notebook.tqdm, desc: Optional[str] = None) → np.ndarray