Edition: DM-32357

Change edition

Team

Onboarding Checklist
Team Culture and Conduct Standards
Focus Friday
Empowerment of DM team members
Data Release Production

Communications

Slack Culture
Configuring your GitHub username in your Slack profile
Request for comments (RFC)
Request for discussion (RFD)
Policy on DM Confluence Use
Attending and Presenting at Conferences
Providing Support to the Community
DM Calendars

Project docs

Writing change-controlled documentation
Publishing Papers and Proceedings
Technotes for Stand-Alone Technical Documentation
Test Documentation

Work

DM Development Workflow with Git, GitHub, JIRA and Jenkins
Backporting Tickets to a Release Branch
Project Planning for Software Development
JIRA Agile Usage
JIRA Work Management Recipes

Code Style Guides

Introduction to DM’s Code Style Guides
Software Unit Test Policy

C++

DM C++ Style Guide
Documenting C++ Code
Using clang-format for LSST Development
Unit-Testing Private C++ Functions
Using C++ Templates
Using Boost
Using Eigen
C++ performance profiling

Python

DM Python Style Guide
Python Unit Testing
Documenting Python APIs with docstrings
Using Astropy
Python performance profiling
Python Command Line Interfaces

Pybind11

DM Pybind11 Style Guide
Python wrappers for C++ with pybind11

JavaScript

Documenting JavaScript APIs with JSDoc

ReStructuredText

ReStructuredText Style Guide

DM Stack

Supported Platforms
Transferring Code Between Packages
Deprecating Interfaces
Logging
Debugging Tasks with lsstDebug
Overview of the Stack documentation system
Layout of the doc/ directory
Topic types for package documentation
How to add a package to pipelines.lsst.io
Building single-package documentation locally
Building the pipelines.lsst.io site locally
Building pipelines.lsst.io with Jenkins (sqre/infra/documenteer)
Testing the LSST DM Stack with the Jenkins stack-os-matrix Job
Coverage Analysis
EUPS Tutorial
The LSST Software Build Tool
Adding a New Package to the Build
Moving to GitHub Actions from Travis
Managing license and copyright in Stack packages
Distributing Third-Party Packages with EUPS
Renaming a Stack package
Conda and rubin-env

Git

Git Configuration Standards & Recommendations
Using Git LFS (Large File Storage) for data repositories

Editors

Emacs Configuration for LSST Development
SublimeText Configuration for LSST Development
Vim Configuration for LSST Development
Visual Studio Code Configuration for LSST Development

Legal

Licensing LSST DM source code and content
Copyrights for LSST DM work and the COPYRIGHT file

User docs

User documentation style guide

IT Overview

LSST Information Technology Services Committee (ITSC)

Jenkins

Jenkins ci.lsst.codes Overview

LDF Services

Using the lsst-login Servers
Using the lsst-devl Servers
Using the Rubin Batch Systems
Software Common to LDF Servers
Common Dataset Organization and Policy
Rubin Observatory Data Protection Policy
Using the Bulk Transfer Server at NCSA
NCSA Orchestration User Guide
Creating LDF Jira Tickets
Overall Resources
Storage Resources
Service Integration with the LDF Monitoring Stack
Using the lsst-dev Server
Using the lsst-dev-db Server
Using the Verification Cluster

IDF

Interim Data Facility Overview

LSST DM Developer Guide

»
Using the lsst-dev-db Server
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Using the lsst-dev-db Server¶

Attention

The lsst-dev-db server was turned off on Oct 1, 2020.

Services that made use of this server should move to using alternate, supported databases.

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© Copyright 2016-2021 Association of Universities for Research in Astronomy, Inc. (AURA).

LSST DM Developer Guide by the LSST Project is licensed under a Creative Commons Attribution 4.0 International License.

LSST documentation is delivered by Fastly.

Built with Sphinx using a theme provided by Read the Docs.

Financial support for LSST comes from the National Science Foundation (NSF) through Cooperative Agreement No. 1258333, the Department of Energy (DOE) Office of Science under Contract No. DE-AC02-76SF00515, and private funding raised by the LSST Corporation. The NSF-funded LSST Project Office for construction was established as an operating center under management of the Association of Universities for Research in Astronomy (AURA). The DOE-funded effort to build the LSST camera is managed by the SLAC National Accelerator Laboratory (SLAC).