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Smithsonian ArchivesSpace Scripts

Overview

A collection of Python/SQL scripts for data cleanup, management, and others related to the Smithsonian's ArchivesSpace implementation.

Metadata Cleanup Scripts

remove_missingtitles.py

This script takes a CSV of resources and archival objects from every repository with "Missing Title" titles in note lists and removes the title from the metadata, then posts the update to ArchivesSpace

Tests:
Requirements:
  • Packages:
  • ArchivesSpace username, password, API URL in a secrets.py file
  • logs directory for storing local log files
  • test_data/missingtitles_testdata.py file, with the following:
    • test_object_metadata = {ArchivesSpace resource or archival object metadata} for testing. Can get this from your API by using a client.get request for a resource or archival object that has a "Missing Title" in one of its notes with a list.
    • test_notes = [ArchivesSpace resource or archival object notes list] for testing. Can get this from your API using a client.get request for a resource or archival object that has a "Missing Title" in one of its notes with a list and taking all the data found in "notes" = [list of notes]
  • test_data/MissingTitles_BeGone.csv - a csv file containing the URIs of the objects that have "Missing Title" in their notes. URIs should be in the 4th spot (row[3])

update_znames.py

This script collects all users from ArchivesSpace, parses their usernames to separate any starting with 'z-' and ending with '-expired-' into just the text in-between, then updates the username in ArchivesSpace with the new username

Tests:
Requirements:
  • Packages:
  • ArchivesSpace username, password, API URL in a secrets.py file
  • logs directory for storing local log files
  • test_data/znames_testdata.py file, with viewer_user = {ArchivesSpace viewer user metadata} for testing. Can get this from your API by getting a client.get request for the `viewer' user in your ArchivesSpace instance.

delete_dometadata.py

This script iterates through all the digital objects in every repository in SI's ArchivesSpace instance - except Test, Training, and NMAH-AF, parses them for any data in the following fields: agents, dates, extents, languages, notes, and subjects, and then deletes any data within those fields except digitized date and uploads the updated digital object back to ArchivesSpace

Tests:
Requirements:
  • Packages:
  • ArchivesSpace username, password, API URL in a secrets.py file
  • logs directory for storing local log files
  • test_data/dometadata_testdata.py file, with the following variables:
    • test_record_type = string - the object endpoint ArchivesSpace uses; ex. 'digital_objects'
    • test_object_id = int - the number of the digital object you want to use for testing (must have metadata in above-mentioned fields)
    • test_object_repo_uri = string - the repository URI where the test digital object is; ex. '/repositories/12'
    • test_object_user_identifier = string - the identifier that user's input in the digital_object_id field for testing; ex. 'NMAI.AC.066.ref21.1'
    • test_digital_object_dates = dict - JSON data from a digital object that contains multiple date subrecords
    • test_digital_object_dates_deleted = dict JSON data from the same digital object as above but without any data in the dates field (i.e. dates = [])

Reporting Scripts

eepa_cameroonreport.py

This script takes CSV files listing specific collections from EEPA repository, extracts the resource URIs listed in each CSV, uses the ArchivesSpace API to grab the Abstract or Scope and Contents note from the JSON data, and writes the note to the provided CSV in a new column.

Tests:
Requirements:
  • CSV input(s) containing the following columns: ead_id,title,dates,publish,level,extents,uri
    • Note: This script originally had 3 CSVs to iterate through, but any number of CSVs should work
  • ArchivesSnake
  • ArchivesSpace username, password, API URL in a secrets.py file
  • logs directory for storing local log files
  • test_data/eepacameroon_testdata.py file, with 3 variables:
    • test_abstract_only_json = dict - JSON data from a resource that contains only an abstract note
    • test_scope_only_json = dict - JSON data from a resource that contains only a scope note
    • test_no_abstract_scope_json = dict - JSON data from a resource that contains no abstract or scope note
    • Note for the above variables and values: these are for testing. You can get these from your API by running a client.get request for resources using their URI and the .json() function to return data in JSON format.

identifier_report.py

This script reads a CSV containing all the resource and accession identifiers in ArchivesSpace and prints a dictionary containing all the unique, non-alphanumeric characters in the identifiers and their counts

Requirements:
  • CSV input containing the following columns: id, repo_id, identifier, title, ead_id, recordType
    • identifier should be structured like so: "['id_0','id_1','id_2','id_3']"

Getting Started

Dependencies

Not every script requires every package as listed in the requirements.txt file. If you need to use a script, check the import statements at the top to see which specific packages are needed.

  • ArchivesSnake - Library used for interacting with the ArchivesSpace API
  • loguru - Library used for generating log files

Installation

  1. Download the repository via cloning to your local IDE or using GitHub's Code button and Download as ZIP
  2. Run pip install requirements.txt or check the import statements for the script you want to run and install those packages
  3. Create a secrets.py file with the following information:
    1. An ArchivesSpace admin username (as_un = ""), password (as_pw = "")
    2. The URLs to your ArchivesSpace staging (as_api_stag = "") and production (as_api_prod = "") API instances
    3. Your ArchivesSpace's staging database credentials, including username (as_dbstag_un = ""), password (as_dbstag_pw = ""), hostname (as_dbstag_host = ""), database name (as_dbstag_database = ""), and port (as_dbstag_port = "")
  4. Create a logs folder in your project's local directory for storing log files
  5. Run the script as python3 <name_of_script.py>

Script Arguments

Each script has its own parameters, most not requiring any arguments to run. However, you will want to take time to adjust the script to meet your own needs. For instance, you may want to set up a 'data' and/or 'reports' folder in your code's directory to store exported CSV's, Excel spreadsheets, or any other outputs that are generated from the script. See the Overview section for more info on what each script does.

Workflow

  1. Select which script you would like to run
  2. Run the script with the following command for python scripts: python3 <name_of_script.py>
    1. If there are arguments, make sure to fill out those arguments after the python script name. Most scripts just need the information listed in secrets.py file created in the installation step above.
    2. If the script is not a python script, but an SQL statement, you can either download the SQL file or copy the code to your local SQL developer environment and run it there.

Authors

  • Corey Schmidt - IT Specialist at the Smithsonian Institution
  • Mark Custer - Manager of the Community Applications and Archival Support Team at the Smithsonian Institution

Acknowledgements

  • ArchivesSpace community