Abstract: Techniques to identify idiomatic code in a code base are described. Embodiments of such techniques are configured with idiom information corresponding to idiomatic code representations of computer code of which each idiomatic code representation comprises information corresponding to a control structure and variable usage. These techniques are operative to compare the idiomatic code representations to computer code fragments in the code base and identify one or more code fragments matching at least one of the idiomatic code representations. These techniques may identify functional operators for replacing the code fragments in the code base. Other embodiments are described and claimed.

Abstract: Various technologies described herein pertain to time travel debugging in a managed runtime system. The managed runtime system can include an execution component that executes a managed program component. Moreover, the managed runtime system can include a time travel debugger component. The time travel debugger component can be configured to record a sequence of live-object snapshots of program states during execution of the managed program component. A live-object snapshot can include live objects from a heap in memory at a given time during the execution. Moreover, the time travel debugger component can be configured to replay at least a portion of the execution of the managed program component based upon the live-object snapshots.

Abstract: Techniques to identify idiomatic code in a code base are described. Embodiments of such techniques are configured with idiom information corresponding to idiomatic code representations of computer code of which each idiomatic code representation comprises information corresponding to a control structure and variable usage. These techniques are operative to compare the idiomatic code representations to computer code fragments in the code base and identify one or more code fragments matching at least one of the idiomatic code representations. These techniques may identify functional operators for replacing the code fragments in the code base. Other embodiments are described and claimed.

Abstract: Various technologies described herein pertain to time travel debugging in a managed runtime system. The managed runtime system can include an execution component that executes a managed program component. Moreover, the managed runtime system can include a time travel debugger component. The time travel debugger component can be configured to record a sequence of live-object snapshots of program states during execution of the managed program component. A live-object snapshot can include live objects from a heap in memory at a given time during the execution. Moreover, the time travel debugger component can be configured to replay at least a portion of the execution of the managed program component based upon the live-object snapshots.