Abstract: A tracing mechanism operates at a low level of detail during normal program execution and automatically provides an increased level of detail during exception situations. The tracing mechanism also discloses history information prior to the exception situation. Program activity trace data is used to control action of the configurable trace facility allowing history data of a program's activity to be combined with current trace data into a persistent log. The trace facility may also be configured to recognize specified trigger values from either hardware or software means.

Abstract: A method for creating a specific POSIX style locale source file, on demand, suitable for compilation in a computer is provided the method comprising, receiving a request submitted for the specific POSIX style locale, and obtaining a plurality of localization values related to the specific POSIX style locale. Next, determining a category within the plurality of localization values and selecting process routines dependent upon the category, and then selectively extracting the category information. After extracting the category information is stored into a memory of the computer. A determination is made regarding more categories to process, which might result in processing the remaining categories, otherwise assembling the extracted information into the POSIX style locale source file. Assembling may entail addition of no files or files such as LC-CTYPE and LC_COLLATE to form a locale source suitable for compilation.

Abstract: A computer implemented method for preparing a plurality of stream oriented locale files for verification is provided. In an embodiment there is a method comprising obtaining at least one of the plurality of stream oriented locale files as input, determining more than one of a plurality of stream oriented locale files, merging the plurality of stream oriented locale files into a stream oriented locale file, otherwise; locating a respective portion of the stream oriented locale file, creating an output portion from the respective portion by selectively invoking a process based on the respective portion, storing the output portion in a memory and formatting the output portion, stored in the memory, into a formatted string. The formatted string may then be viewed by a user verifier or programmatically verified using reference strings. This form of verification is performed using typical system utilities and scripting services.

Abstract: A tracing mechanism operates at a low level of detail during normal program execution and automatically provides an increased level of detail during exception situations. The tracing mechanism also discloses history information prior to the exception situation. Program activity trace data is used to control action of the configurable trace facility allowing history data of a program's activity to be combined with current trace data into a persistent log. The trace facility may also be configured to recognize specified trigger values from either hardware or software means.

Abstract: A tracing method operates at a low level of detail during normal program execution and automatically provides an increased level of detail during exception situations. The tracing method also discloses history information prior to the exception situation. Program activity trace data is used to control action of the configurable trace facility allowing history data of a program's activity to be combined with current trace data into a persistent log. The trace facility may also be configured to recognize specified trigger values from either hardware or software means.

Abstract: A framework for managing data that provides correlation information in a distributed computing system is provided. The framework includes a generic correlator data structure and service for generating and managing correlators. The generic correlator data structure defines a generic correlator to uniquely identify a specific event occurring at a specific time on a specific thread of a specific process of a specific application executing on a specific machine in the distributed computing system. The correlator may be used to correlate the specific event with another event, even one occurring on a different machine. The generic correlator data structure may be extended, optionally, to include additional context data, for example, specific information selected by a service, tool or other application requiring the correlators. Preferably, the generic correlator data structure is configured to include an association to a partner correlator for a correlated event.