Further addition to docs: creating modules, configurations, installation

This commit is contained in:
Patrick Robertson
2025-02-11 13:49:30 +00:00
parent 7d87b858d6
commit 2f51d3917a
10 changed files with 266 additions and 204 deletions

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@@ -21,13 +21,12 @@ language = 'en'
# -- General configuration ---------------------------------------------------
extensions = [
"myst_parser", # Markdown support
"autoapi.extension", # Generate API documentation from docstrings
"sphinxcontrib.mermaid", # Mermaid diagrams
"myst_parser", # Markdown support
"sphinx.ext.viewcode", # Source code links
"sphinx.ext.napoleon", # Google-style and NumPy-style docstrings
"sphinx.ext.autosectionlabel",
# "sphinx.ext.autodoc", # Include custom docstrings
# 'sphinx.ext.autosummary', # Summarize module/class/function docs
]
@@ -55,7 +54,6 @@ autoapi_options = [
# -- Markdown Support --------------------------------------------------------
myst_enable_extensions = [
"colon_fence", # ::: fences
"deflist", # Definition lists
"html_admonition", # HTML-style admonitions
"html_image", # Inline HTML images
@@ -63,7 +61,6 @@ myst_enable_extensions = [
"smartquotes", # Smart quotes
"linkify", # Auto-detect links
"substitution", # Text substitutions
"attrs_block",
]
myst_heading_anchors = 2
myst_fence_as_directive = ["mermaid"]

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# Creating Your Own Modules
Modules are what's used to extend `auto-archiver` to process different websites or media, and/or transform the data in a way that suits your needs. In most cases, the [](../core_modules.md) should be sufficient for every day use, but the most common use-cases for making your own Modules include:
1. Extracting data from a website which doesn't work with the current core extractors.
2. Enriching or altering the data before saving with additional information that the core enrichers do not offer.
3. Storing your data in a different format/location from what the core storage providers offer.
## Setting up the folder structure
1. First, decide what type of module you wish to create. Check the types of modules on the [](../core_modules.md) page to decide what type you need. (Note: a module can be more than one type, more on that below)
2. Create a new python package (a folder) with the name of your module (in this tutorial, we'll call it `awesome_extractor`).
3. Create the `__manifest__.py` and an the `awesome_extractor.py` files in this folder.
When done, you should have a module structure as follows:
```
.
├── awesome_extractor
│ ├── __manifest__.py
│ └── awesome_extractor.py
```
Check out the [core modules](https://github.com/bellingcat/auto-archiver/tree/main/src/auto_archiver/modules) in the `auto-archiver` repository for examples of the folder structure for real-world modules.
## Populating the Manifest File
The manifest file is where you define the core information of your module. It is a python dict containing important information, here's an example file:
```{code} python
:filename: myfile.py
def setup():
pass
```
```{include} ../../../tests/data/test_modules/example_module/__manifest__.py
:name: __manifest__.py
:literal:
:parser: python
```
## Creating the Python Code
The next step is to create your module code. First, create a class which should subclass the base module types from `auto_archiver.core`, here's an example class for the `awesome_extractor` module which is an `extractor`:
```{code-block} python
:filename: awesome_extractor.py
from auto_archiver.core import Extractor, Metadata
def AwesomeExtractor(Extractor):
def download(self, item: Metadata) -> Metadata | False:
url = item.get_url()
# download the content and create the metadata object
metadata = ...
return metadata
```

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@@ -26,7 +26,7 @@ Install development packages (used for unit tests etc.) using:
```{toctree}
:hidden:
creating_modules
docker_development
testing
docs

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# Auto Archiver Configuration
# Steps are the modules that will be run in the order they are defined
steps:
feeders:
- cli_feeder
extractors:
- generic_extractor
- telegram_extractor
enrichers:
- thumbnail_enricher
- meta_enricher
- pdq_hash_enricher
- ssl_enricher
- hash_enricher
databases:
- console_db
- csv_db
storages:
- local_storage
formatters:
- html_formatter
# Global configuration
# Authentication
# a dictionary of authentication information that can be used by extractors to login to website.
# you can use a comma separated list for multiple domains on the same line (common usecase: x.com,twitter.com)
# Common login 'types' are username/password, cookie, api key/token.
# There are two special keys for using cookies, they are: cookies_file and cookies_from_browser.
# Some Examples:
# facebook.com:
# username: "my_username"
# password: "my_password"
# or for a site that uses an API key:
# twitter.com,x.com:
# api_key
# api_secret
# youtube.com:
# cookie: "login_cookie=value ; other_cookie=123" # multiple 'key=value' pairs should be separated by ;
authentication: {}
# Logging settings for your project. See the logging settings with --help
logging:
level: INFO
# These are the global configurations that are used by the modules
file:
rotation:
local_storage:
path_generator: flat
filename_generator: static
save_to: ./local_archive
save_absolute: false
html_formatter:
detect_thumbnails: true
thumbnail_enricher:
thumbnails_per_minute: 60
max_thumbnails: 16
generic_extractor:
subtitles: true
comments: false
livestreams: false
live_from_start: false
proxy: ''
end_means_success: true
allow_playlist: false
max_downloads: inf
csv_db:
csv_file: db.csv
ssl_enricher:
skip_when_nothing_archived: true
hash_enricher:
algorithm: SHA-256
chunksize: 16000000

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# Configuring
```{toctree}
:hidden:
configurations
```
This section of the documentation provides guidelines for configuring the tool.
## Configuring from the Command Line
You can run auto-archiver directy from the command line, without the need for a configuration file, command line arguments are parsed using the format `module_name.config_value`. For example, a config value of `api_key` in the `instagram_extractor` module would be passed on the command line with the flag `--instagram_extractor.api_key=API_KEY`.
The command line arguments are useful for testing or editing config values and enabling/disabling modules on the fly. When you are happy with your settings, you can store them back in your configuration file by passing the `-s/--store` flag on the command line.
```bash
auto-archiver --instagram_extractor.api_key=123 --other_module.setting --store
# will store the new settings into the configuration file (default: orchestration.yaml)
```
## Configuring using a file
The recommended way to configure auto-archiver for long-term and deployed projects is a configuration file, typically called `orchestration.yaml`. This is a YAML file containing all the settings for your entire workflow.
A default `orchestration.yaml` will be created for you the first time you run auto-archiver (without any arguments). Here's what it looks like:
<details>
<summary>View example.orchestration.yaml</summary>
```{literalinclude} ../example.orchestration.yaml
:language: yaml
:caption: example.orchestration.yaml
```
</details>
## Core Module Configuration
View the configurable settings for the core modules on the individual doc pages for each [](../core_modules.md).
You can also view all settings available for the modules you have on your system using the `--help` flag in auto-archiver.
```{code-block} console
:caption: Example output when using the --help flag with auto-archiver
$ auto-archiver --help
...
Positional Arguments:
urls URL(s) to archive, either a single URL or a list of urls, should not come from config.yaml
Options:
--help, -h show a full help message and exit
--version show program's version number and exit
--config CONFIG_FILE the filename of the YAML configuration file (defaults to 'config.yaml')
--mode {simple,full} the mode to run the archiver in
-s, --store, --no-store
Store the created config in the config file
--module_paths MODULE_PATHS [MODULE_PATHS ...]
additional paths to search for modules
--feeders STEPS.FEEDERS [STEPS.FEEDERS ...]
the feeders to use
--enrichers STEPS.ENRICHERS [STEPS.ENRICHERS ...]
the enrichers to use
--extractors STEPS.EXTRACTORS [STEPS.EXTRACTORS ...]
the extractors to use
--databases STEPS.DATABASES [STEPS.DATABASES ...]
the databases to use
--storages STEPS.STORAGES [STEPS.STORAGES ...]
the storages to use
--formatters STEPS.FORMATTERS [STEPS.FORMATTERS ...]
the formatter to use
--authentication AUTHENTICATION
A dictionary of sites and their authentication methods (token, username etc.) that extractors can use to log into a website. If passing this on the command line, use a JSON string. You may
also pass a path to a valid JSON/YAML file which will be parsed.
--logging.level {INFO,DEBUG,ERROR,WARNING}
the logging level to use
--logging.file LOGGING.FILE
the logging file to write to
--logging.rotation LOGGING.ROTATION
the logging rotation to use
Wayback Machine Enricher:
Submits the current URL to the Wayback Machine for archiving and returns either a job ID or the...
--wayback_extractor_enricher.timeout TIMEOUT
seconds to wait for successful archive confirmation from wayback, if more than this passes the result contains the job_id so the status can later be checked manually.
--wayback_extractor_enricher.if_not_archived_within IF_NOT_ARCHIVED_WITHIN
only tell wayback to archive if no archive is available before the number of seconds specified, use None to ignore this option. For more information:
https://docs.google.com/document/d/1Nsv52MvSjbLb2PCpHlat0gkzw0EvtSgpKHu4mk0MnrA
--wayback_extractor_enricher.key KEY
wayback API key. to get credentials visit https://archive.org/account/s3.php
--wayback_extractor_enricher.secret SECRET
wayback API secret. to get credentials visit https://archive.org/account/s3.php
--wayback_extractor_enricher.proxy_http PROXY_HTTP
http proxy to use for wayback requests, eg http://proxy-user:password@proxy-ip:port
--wayback_extractor_enricher.proxy_https PROXY_HTTPS
https proxy to use for wayback requests, eg https://proxy-user:password@proxy-ip:port
```

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Configurations
==============
```{toctree}
:hidden:
configurations
```
This section of the documentation provides guidelines for configuring the tool.
File Reference
--------------
Below is the content of the `example.orchestration.yaml` file:
.. raw:: html
<details>
<summary>View example.orchestration.yaml</summary>
.. literalinclude:: ../../example.orchestration.yaml
:language: yaml
:caption: example.orchestration.yaml
.. raw:: html
</details>
Configs
-------
This section of the documentation will show the custom configurations for the individual steps of the tool.
.. include:: _auto/configs.rst

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# Installing Auto Archiver
```{toctree}
:depth: 1
configurations.md
```
There are 3 main ways to use the auto-archiver:
1. Easiest: [via docker](#installing-with-docker)