Microsoft Technology Licensing, LLC

David N Schach

Avner Y Aharoni

Henricus Johannes Maria Meijer

Brian C Beckman

Peter Drayton

Paul Allen Vick, Jr

Amanda K Silver

Ralf Lammel

Aleksey V Tsingauz

Matthew J Warren

Mads Torgersen

Andrew Eyring Kimball

Peter H Golde

Jared Porter Parsons

Neal M Gafter

Timothy Yat Tim Ng

Adam Wiener

Karen Liu

Lisa Feigenbaum

Renaud Paquay

Anders Hejlsberg

Wolfram Schulte

Erik Meijer

Luca Bolognese

Alexander Vaschillo

Chris A Suver

Todd F Pfleiger

Steven D White

Andrew Conrad

Kevin Pilch-Bisson

Srinivasa Rao Burugapalli

Alex Laskos

Jason Zhengnan Zhu

Bertan Ari

Kevin Wagner Halverson

Ghanashyam Chandrasekhar Namboodiripad

Olivier Michel Destrebecq

Joseph Tyler Whitney

Priyamvadha P Lakshminarayanan

Ilker Cengiz

Scott Daniel Wisniewski

Sophia Salim

Jonathan Paul Aneja

Kevin Andrew Pilch

Abel Valadez Martinez

Vladimir G Sadov

Sravani Kothapalle

Efficient immutable syntax representation with parent pointers under incremental change is enabled by creating a data structure comprising at least one tree structure that allows both upward and downward references in the tree and a tree structure that is immutable (read-only), and allows parts of itself to be re-used in other data structures. The data structure described enables tools to search and target particular sub trees. The fragment of the tree representing the targeted sub tree is produced as it is used. The rest of the tree is not produced. The read-only tree retains relative information, allowing it to be reassembled and shared.

Efficient immutable syntax representation with incremental change

When a user enters text into an application, the application can utilize an auto-complete feature to provide the user with estimations as to a complete term a user is attempting to enter into the application. Visualization can be provided along with an estimation to disclose the likelihood the estimation is what the user intends to enter. Furthermore, a rationale can be provided to the user for the reason an estimation was provided to the user.

Visualization techniques for imprecise statement completion

Systems and methods that enhance and balance a late binding and an early binding in a programming language, via supplying an option component to opt-in (or opt-out) late binding, and wherein a late binding is triggered based on a static type for the variable (e.g., object or a type/string.) Additionally, the variable is enabled to have different static types at different regions (e.g., a program fragment) of the programming language.

Type inference and type-directed late binding

An architecture that that extends conventional computer programming languages that compile into an instance of an extensible markup language (XML) document object model (DOM) to provide support for XML literals in the underlying programming language. This architecture facilitates a convenient short cut by replacing the complex explicit construction required by conventional systems to create an instance of a DOM with a concise XML literal for which conventional compilers can translate into the appropriate code. The architecture allows these XML literals to be embedded with expressions, statement blocks or namespaces to further enrich the power and versatility. In accordance therewith, context information describing the position and data types that an XML DOM can accept can be provided to the programmer via, for example, an integrated development environment. Additionally, the architecture supports escaping XML identifiers, a reification mechanism, and a conversion mechanism to convert between collections and singletons.

Embedding expressions in XML literals

A batch compiler is employed to enable compilation of code provided at runtime. A managed application receives code during execution and invokes the compiler to transform the code to enable it to execute within the context of the receiving application. Among other things, employment of a batch compiler preserves investments made to such compilers while also opening up new scenarios in application scripting and/or hosting that are otherwise unavailable.

Compiler in a managed application context

Systems and methods that enhance expressibility in a programming language (e.g., Visual Basic) via relaxation of artificial restrictions and extension of delegates associated therewith, without changing the runtime infrastructure. A stub is employed that can replace an impermissible expression in the programming language, to leverage the existing permissible expressions.

Relaxed and extended delegates

Modified compilers and other development tools provide implied line continuation within a sequence of syntax tokens of a programming language grammar which includes multiple semantic contexts and which uses line termination as presumptive statement termination. When source code parsing encounters a line terminator adjacent a context-dependent implicit line continuation token in an associated semantic context, an explicit decision is made whether to imply line continuation. Line continuation may also be implied in response to other specified tokens.

Implicit line continuation

An architecture that extends conventional computer programming languages that compile into an instance of an extensible markup language (XML) document object model (DOM) to provide support for XML literals in the underlying programming language. This architecture facilitates a convenient short cut by replacing the complex explicit construction required by conventional systems to create an instance of a DOM with a concise XML literal for which conventional compilers can translate into the appropriate code. The architecture allows these XML literals to be embedded with expressions, statement blocks or namespaces to further enrich the power and versatility. In accordance therewith, context information describing the position and data types that an XML DOM can accept can be provided to the programmer via, for example, an integrated development environment. Additionally, the architecture supports escaping XML identifiers, a reification mechanism, and a conversion mechanism to convert between collections and singletons.

Embedding expression in XML literals

Data is requested by an XML application conforming to the XML data model. The data is stored in an SQL database conforming to the relational data model. A mapping component transforms the XML query into an SQL query using a mapping component comprising instructions obtained from an instruction set defined by a mapping algebra. The transformed operation is used to retrieve the data. Once retrieved, the algebraically defined mapping component transforms the SQL data from data conforming to the relational data model to data conforming to the XML data for use in the XML application.

Method and apparatus for elegant mapping between data models

A data mapping architecture for mapping between two or more data sources without modifying the metadata or structure of the data sources themselves. Data mapping also supports updates. The architecture also supports at least the case where data sources that are being mapped, are given, their schemas predefined, and cannot be changed. The architecture includes a mapping component that receives respective metadata from at least two arbitrary data models, and maps expressions between the data models.

Mapping architecture for arbitrary data models

The subject disclosure pertains to layering of a plurality of type systems. A development environment and language compilers can support multiple data models and their type systems in the same program. Elements of a program such as expressions can then be associated with several types from the multiple type systems. Compilers can employ the information provided by additional type systems to improve static type checking. Furthermore, the information can be bubbled up to a user in a plurality of forms including but not limited to intelligent assistance, auto-completion, tool tips, error information, and return types to enhance the program development experience.

Layered type systems

Systems and methods that enhance a programming language by introducing null unification on a type level in addition to a value level, for static types of both reference and value types T. An operator that adds a level of nullability (and removes such nullability) is introduced without a mention of the actual type, to steer overloading in a precise manner.

Nullable and late binding

The subject invention relates to systems and methods that augment node-based programming languages to facilitate efficient data manipulation of hierarchical data structures. In one aspect, a query or general purpose language system is provided. The system includes a query component to interact with hierarchical node-based data collections and a language extension component to augment the query component to facilitate interactions with the node-based data collections. The language extension component supplies various functions to filter the data collections at a granular level, re-shape the data collections, sort the data collections, or extend the data collections with computed nodes.

Enhancing node-based query languages to support common relational mapping patterns

Growing community of inventors

Redmond, WA, United States of America

David N Schach