Google Inc.

Haluk Burcin Tunali

Lev Epshteyn

Farzad Khosrowshahi

Luiz Do Amaral De Franca Pereira Filho

Mandy Richau Sladden

Behnoosh Hariri

Igor Kopylov

Kevin Winter

Scott Matthew Johnston

Etan Bukiet

Joseph Wain

Olga Sergeyevna Saviano

Gregory George Galante

Jacob Robert Voytko

Leeran Raphaely

Norbert Zsolt Kenderesi

Matthew Jay Isison

Mathieu Turcotte

Zachary Erik Lloyd

Steven Joseph Saviano

Olga Sergeyevna Belomestnykh

The technology herein involves accessing content of an electronic document and a shared layout for the electronic document, wherein the shared layout provides a layout for user devices having different dimensions of display areas; rendering the content of the electronic document onto a primary rendering surface and a secondary rendering surface, wherein the primary rendering surface is associated with a native platform of a user device and the secondary rendering surface is associated with the shared layout of a server; applying operation commands to modify the primary rendering surface, the operation commands resulting from a user interaction with the electronic document; merging the operation commands into a merged operation call; and invoking the merged operation call to modify the secondary rendering surface, wherein the merged operation call reduces a number of operation calls that modify the secondary rendering surface and is shared with the server to modify the shared layout.

Interactively presenting a visible portion of a rendering surface on a user device

Systems and methods disclosed herein provide a method that includes obtaining, at a user device from a remote storage server, content relating to an electronic document, and rendering the content of the electronic document onto a first virtual rendering surface. The method further includes maintaining a second virtual rendering surface that stores a current state of the first virtual rendering surface. The method further includes obtaining an operation command relating to the electronic document, and retrieving first state information of the first virtual rendering surface and second state information of the second virtual rendering surface. The method further includes applying the operation command to the rendered content of the electronic document on the first virtual rendering surface, and updating at least one of the first state information or the second state information based on a type of the operation command.

Systems and methods disclosed herein provide a method of consistently presenting a visible portion of a rendering surface on multiple user devices. The method includes obtaining, at a user device from a remote storage server, content relating to an electronic document stored on the remote storage server, and then determining layout parameters of the content. The layout parameters define a consistent layout on a virtual rendering surface for the content of the electronic document across multiple user devices having different dimensions of display areas. The method further includes obtaining, via a user interface at the user device, a user indication indicative of a visible portion of the electronic document to be displayed via the user interface. The method further includes determining rendering parameters to render the visible portion at the user interface, and rendering the visible portion via the user interface on the user device.

Systems and methods for interactively presenting a visible portion of a rendering surface on a user device

In one implementation, a computer-implemented method includes receiving a request to access an electronic document collection that integrates a plurality of electronic sub-documents that are each of one of a plurality of defined document types. The method also includes retrieving information that is associated with the document collection, wherein the retrieved information identifies a first sub-document of the plurality of sub-documents using a first non-address identifier, and identifying a first software application that is configured to provide access to the first sub-document. The method additionally includes initiating a first connection with a first server that causes execution of the identified first software application and that, using the first non-address identifier, provides access to the first sub-document. The method further includes integrating access to the first sub-document into the document collection through the initiated first connection with the first server that causes execution of the first software application.

Providing an electronic document collection

Systems, servers, methods, and media for interfacing first compiled code of first code with second compiled code of second code are provided. The first compiled code includes a first compiled object that corresponds to an original object in the first code, and includes a first API wrapper that associates the first compiled object with the original object. The second compiled code includes a second compiled object that corresponds to a reference in the second code to the original object, and includes a second API wrapper that associates the second compiled object with the reference. When the second compiled object in the second compiled code is executed, the second compiled code calls the second API wrapper, the second API wrapper proxies the call to the first API wrapper, and the first API wrapper proxies the call to the first compiled object in the first compiled code.

Javascript application programming interfaces for independently compiled javascript binaries

Growing community of inventors

North Bergen, NJ, United States of America

Haluk Burcin Tunali