Mike Bridge f840ce9813 refactor(activity-view): Phase 3 tidies from clean-code review
Five structural changes — no behaviour change — applied as one commit
per the tidy-first discipline. All from the clean-code review of
e4070a4716.

* Tidy 1 — Fix _fetch_change_records sort key. Was calling .timestamp()
  on issued_at with an `else 0` fallback; the fallback was dead defense
  (column is non-null per sc-103156 schema) and .timestamp() introduces
  non-determinism on tz-naive datetimes. Sort on the datetimes directly.

* Tidy 2 — parse_activity_query_params now raises ActivityParamsError
  (subclass of ValueError) instead of returning (Optional[dict],
  Optional[str]). The tuple was forcing every caller into a defensive
  `if error or params is None: return self.response_400(message=error
  or "Invalid query parameters")`. The new shape — `try: params =
  parse(...); except ActivityParamsError as exc: return
  response_400(str(exc))` — is shorter, type-safe, and the contract
  is enforced at the boundary.

* Tidy 3 — Test helper now uses Flask client's query_string= parameter
  instead of f-string concatenation. Handles URL-encoding correctly
  for the day a test passes a value containing & / = / + / etc.

* Tidy 4 — get_activity pipeline collapses to a single rolling
  `records` variable instead of the mid-stream `raw / visible_raw /
  enriched / visible` naming. Each function call's name documents
  what the step does; no intermediate variable names needed.

* Tidy 5 — Extracted four per-parameter parsers: _parse_optional_iso,
  _parse_include, _parse_page, _parse_page_size. The "parse one
  parameter" concept now has a name. Cost: four small helpers (each
  10-15 lines, one job). Benefit: parse_activity_query_params is a
  10-line table-driven dispatcher.

Test changes: parser unit tests now use pytest.raises(ActivityParamsError)
instead of unpacking the (params, error) tuple. Added one test
confirming ActivityParamsError subclasses ValueError so the standard
library exception hierarchy still catches it. Total unit tests: 57.
Integration tests still 10/10 green.

Deferred per the review: the UUID-parse + entity-find + ownership-
check dance is duplicated between activity / list_versions / get_version
and will grow to T028 / T033. Refactor when T028 lands — three real
callers > one prospective one.

Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
2026-05-28 15:37:24 -06:00
2024-04-15 11:21:42 -06:00

Superset

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A modern, enterprise-ready business intelligence web application.

Documentation

  • User Guide — For analysts and business users. Explore data, build charts, create dashboards, and connect databases.
  • Administrator Guide — Install, configure, and operate Superset. Covers security, scaling, and database drivers.
  • Developer Guide — Contribute to Superset or build on its REST API and extension framework.

Why Superset? | Supported Databases | Release Notes | Get Involved | Resources | Organizations Using Superset

Why Superset?

Superset is a modern data exploration and data visualization platform. Superset can replace or augment proprietary business intelligence tools for many teams. Superset integrates well with a variety of data sources.

Superset provides:

  • A no-code interface for building charts quickly
  • A powerful, web-based SQL Editor for advanced querying
  • A lightweight semantic layer for quickly defining custom dimensions and metrics
  • Out of the box support for nearly any SQL database or data engine
  • A wide array of beautiful visualizations to showcase your data, ranging from simple bar charts to geospatial visualizations
  • Lightweight, configurable caching layer to help ease database load
  • Highly extensible security roles and authentication options
  • An API for programmatic customization
  • A cloud-native architecture designed from the ground up for scale

Screenshots & Gifs

Video Overview

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Large Gallery of Visualizations


Craft Beautiful, Dynamic Dashboards


No-Code Chart Builder


Powerful SQL Editor


Supported Databases

Superset can query data from any SQL-speaking datastore or data engine (Presto, Trino, Athena, and more) that has a Python DB-API driver and a SQLAlchemy dialect.

Here are some of the major database solutions that are supported:

Amazon Athena   Amazon DynamoDB   Amazon Redshift   Apache Doris   Apache Drill   Apache Druid   Apache Hive   Apache Impala   Apache Kylin   Apache Pinot   Apache Solr   Apache Spark SQL   Ascend   Aurora MySQL (Data API)   Aurora PostgreSQL (Data API)   Azure Data Explorer   Azure Synapse   ClickHouse   Cloudflare D1   CockroachDB   Couchbase   CrateDB   Databend   Databricks   Denodo   Dremio   DuckDB   Elasticsearch   Exasol   Firebird   Firebolt   Google BigQuery   Google Sheets   Greenplum   Hologres   IBM Db2   IBM Netezza Performance Server   MariaDB   Microsoft SQL Server   MonetDB   MongoDB   MotherDuck   OceanBase   Oracle   Presto   RisingWave   SAP HANA   SAP Sybase   Shillelagh   SingleStore   Snowflake   SQLite   StarRocks   Superset meta database   TDengine   Teradata   TimescaleDB   Trino   Vertica   YDB   YugabyteDB

A more comprehensive list of supported databases along with the configuration instructions can be found here.

Want to add support for your datastore or data engine? Read more here about the technical requirements.

Installation and Configuration

Try out Superset's quickstart guide or learn about the options for production deployments.

Get Involved

Contributor Guide

Interested in contributing? Check out our Developer Guide to find resources around contributing along with a detailed guide on how to set up a development environment.

Resources

Understanding the Superset Points of View

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