Abstract: A database system for data storage and retrieval generally includes a transactional database having a distributed data architecture providing real-time access to a dynamic data set configured to accept a query expression to the transactional database is abstracted from at least one underlying data structure of the transactional database. The database system includes a user interface configured for users to query the transactional database via queries using the query expression. The transactional database delivers a response to a query that reflects a current state of data in the dynamic data set.

Abstract: A database system for data storage and retrieval generally includes a transactional database having a distributed data architecture providing real-time access to a dynamic data set configured to accept a query expression to the transactional database is abstracted from at least one underlying data structure of the transactional database. The database system includes a user interface configured for users to query the transactional database via queries using the query expression. The transactional database delivers a response to a query that reflects a current state of data in the dynamic data set.

Abstract: A database system for data storage and retrieval generally includes a transactional database having a distributed data architecture providing real-time access to a dynamic data set configured to accept a query expression to the transactional database is abstracted from at least one underlying data structure of the transactional database. The database system includes a user interface configured for users to query the transactional database via queries using the query expression. The transactional database delivers a response to a query that reflects a current state of data in the dynamic data set.

Abstract: A database system for data storage and retrieval generally includes a transactional database having a distributed data architecture providing real-time access to a dynamic data set configured to accept a query expression to the transactional database is abstracted from at least one underlying data structure of the transactional database. The database system includes a user interface configured for users to query the transactional database via queries using the query expression. The transactional database delivers a response to a query that reflects a current state of data in the dynamic data set.

Abstract: A database system for data storage and retrieval generally includes a transactional database having a distributed data architecture providing real-time access to a dynamic data set configured to accept a query expression to the transactional database is abstracted from at least one underlying data structure of the transactional database. The database system includes a user interface configured for users to query the transactional database via queries using the query expression. The transactional database delivers a response to a query that reflects a current state of data in the dynamic data set.

Abstract: A database system for data storage and retrieval generally includes a transactional database having a distributed data architecture providing real-time access to a dynamic data set configured to accept a query expression to the transactional database is abstracted from at least one underlying data structure of the transactional database. The database system includes a user interface configured for users to query the transactional database via queries using the query expression. The transactional database delivers a response to a query that reflects a current state of data in the dynamic data set.

Abstract: A database system for data storage and retrieval generally includes a transactional database having a distributed data architecture providing real-time access to a dynamic data set configured to accept a query expression to the transactional database is abstracted from at least one underlying data structure of the transactional database. The database system includes a user interface configured for users to query the transactional database via queries using the query expression. The transactional database delivers a response to a query that reflects a current state of data in the dynamic data set.

Abstract: A database system for data storage and retrieval generally includes a transactional database having a distributed data architecture providing real-time access to a dynamic data set configured to accept a query expression to the transactional database is abstracted from at least one underlying data structure of the transactional database. The database system includes a user interface configured for users to query the transactional database via queries using the query expression. The transactional database delivers a response to a query that reflects a current state of data in the dynamic data set.

Abstract: A database system for data storage and retrieval generally includes a transactional database having a distributed data architecture providing real-time access to a dynamic data set configured to accept a query expression to the transactional database is abstracted from at least one underlying data structure of the transactional database. The database system includes a user interface configured for users to query the transactional database via queries using the query expression. The transactional database delivers a response to a query that reflects a current state of data in the dynamic data set.

Abstract: A database system for data storage and retrieval generally includes a transactional database having a distributed data architecture providing real-time access to a dynamic data set configured to accept a query expression to the transactional database is abstracted from at least one underlying data structure of the transactional database. The database system includes a user interface configured for users to query the transactional database via queries using the query expression. The transactional database delivers a response to a query that reflects a current state of data in the dynamic data set.

Abstract: A database system for data storage and retrieval generally includes a transactional database having a distributed data architecture providing real-time access to a dynamic data set configured to accept a query expression to the transactional database is abstracted from at least one underlying data structure of the transactional database. The database system includes a user interface configured for users to query the transactional database via queries using the query expression. The transactional database delivers a response to a query that reflects a current state of data in the dynamic data set.

Abstract: Optimistically type assumptions in a dynamically typed language may involve a compiler parsing code and detecting a program element that results from an operation of the code that has an unspecified type. In response, the compiler may make a first type assumption treating the element as a first type. The assumed type may be selected from multiple types as expected to have a lowest performance cost of the multiple types. The compiler may generate compiled code using the first (assumed) type. During runtime of the compiled code, it may be detected that the first type assumption is invalid for the compiled code and in response a portion of the compiled code may be replaced with other compiled code. The other compiled code may treat the element according to a second type assumption that may be selected as a type expected to have the second lowest performance cost.

Abstract: Optimistically type assumptions in a dynamically typed language may involve a compiler parsing code and detecting a program element that results from an operation of the code that has an unspecified type. In response, the compiler may make a first type assumption treating the element as a first type. The assumed type may be selected from multiple types as expected to have a lowest performance cost of the multiple types. The compiler may generate compiled code using the first (assumed) type. During runtime of the compiled code, it may be detected that the first type assumption is invalid for the compiled code and in response a portion of the compiled code may be replaced with other compiled code. The other compiled code may treat the element according to a second type assumption that may be selected as a type expected to have the second lowest performance cost.