Atlassian Corporation Pty Ltd.

Atlassian Inc.

Atlassian Us, Inc.

Benjamin Edwin Morgan

Oliver Burn

Christian Rolf

James Navin

Boris Gvozdev

Rodrigo Berto

Konstantin Abakumov

Taylor Pechacek

Dmitry Pak

Albert Kavelar

Daniel Kerris

Bree Davies

Waiyee Loo

Amy Dittmar

Ian Dick

Gene Taylor

Djani Derviskadic

A collaborative work environment can include multiple collaboration tools. A first collaboration tool can be configured to receive a single sign-on token from a client application and, in response obtain first content from a database of the first collaboration tool. The first collaboration tool and/or a client application coupled to the collaboration tool is configured to extract an identifier referencing content stored in a second collaboration tool. In response the first collaboration tool and/or the client application submit a request with the SSO token to the second collaboration tool for second content. Thereafter, the first content is merged with the second content and displayed in a common user interface.

Displaying content in a collaborative work environment

Described herein is a computer implemented method for generating a composite response. The method comprises receiving a composite request defining one or more operations and generating a composite response by, for each operation: executing the operation using one or more server side resources; receiving execution result data; writing operation response data to the composite response; determining a status code providing information on at least one of the one or more server side resources used to execute the operation; and associating the status code with the operation response data in the composite response.

Monitoring in composite request systems

In one embodiment, a computer-implemented method comprises receiving, from a second computing device at a first computing device that is communicatively coupled to the second computing device, a request to store a first entity data object, the first entity data object including a first property key-value pair; using the first computing device, storing the first entity data object in one or more digital data repositories in response to the request; receiving, from the second computing device at the first computing device, a delete command that specifies the first property key-value pair to delete by; in response to the delete command that specifies the first property key-value pair to delete by, deleting the first entity data object in the one or more digital data repositories.

Property-based deletion of digital data

In an embodiment, a computer implemented method comprises receiving, by an issue tracking system, a request to associate an issue maintained by the issue tracking system with a feature flag maintained by a feature flag system; generating, by the issue tracking system, feature flag system issue data; effecting, by the issue tracking system, a redirect to the feature flag system and communicating the feature flag system issue data to the feature flag system; receiving, by the issue tracking system, a feature flag update from the feature flag system; processing, by the issue tracking system, the feature flag update to derive feature flag data therefrom; and associating, by the issue tracking system, the feature flag data with the issue.

Issue tracking systems and methods

In one embodiment, a computer-implemented method comprises receiving, at a server computer, a plurality of commit records of a source code management system (SCM), wherein a first commit record of the plurality of commit records includes a first parent commit identifier (ID) that identifies a parent commit record of the first commit record; storing, in one or more data repositories, a full commit record for each commit record of the plurality of commit records; in response to determining that the first commit record includes a parent commit ID, storing, in the one or more data repositories, a first partial commit record for the first commit record, wherein the first partial commit record comprises a partial commit record that is identified by the first parent commit ID; generating and submitting a database query to a digital data repository associated with the SCM, based on determining that a partial commit record is stored in the one or more digital repositories, and receiving first partial commit update data for the first partial commit record; updating, based on the first partial commit update data, one or more fields of the first partial commit record to convert the first partial commit record into an updated commit record, wherein the updated commit record comprises a full commit record.

Efficient storage and analysis of source code modification history data

Growing community of inventors

Sydney, Australia

Benjamin Edwin Morgan