Abstract: A disclosed example non-transitory machine readable storage medium includes instructions to cause programmable circuitry to at least determine, based on output from at least one sensor, (i) a first parameter corresponding to a first position in a casing of a gas turbine engine, the first position at or downstream of a volume at which flows from respective ones of bleed offtakes are combined, and (ii) a second parameter corresponding to a second position in a casing of a gas turbine engine, the second position upstream from the first position, determine a status of at least one of the bleed offtakes or the at least one sensor based on the first and second parameters, and provide or indicate the status in response to the status indicating improper operation of at least one of the bleed offtakes or the at least one sensor.

Abstract: Methods and apparatus to determine engine status with plenum measurements are disclosed. A disclosed example apparatus for use with a gas turbine engine having bleed offtakes includes at least one sensor on or within the gas turbine engine, the at least one sensor to measure at least one parameter corresponding to: a first plenum within a casing of the gas turbine engine, the first plenum positioned at or downstream of a volume at which flows from respective ones of the bleed offtakes are combined, and a second plenum within the casing, the second plenum positioned upstream of the first plenum, and an interface to communicatively couple the at least one sensor to a controller, the controller to determine a status of the bleed offtakes based on the at least one parameter.

Abstract: Building a software product in an integrated development environment using build styles. Applying a plurality of build styles, each of the build styles comprising a dictionary of build settings, to a target, determining an order of precedence for the build styles and other dictionaries containing build settings, and building a software product using said target and said build styles.

Abstract: A method of building a software product in an integrated development environment using build styles. The method includes 1) applying a plurality of build styles, each of the build styles comprising a dictionary of build settings, to a target; 2) determining an order of precedence for the build styles and other dictionaries containing build settings; and 3) building a software product using said target and said build styles. The build settings within the build styles are capable of referring to other build settings and concatenating new values with previously defined values.

Abstract: The invention is directed towards methods and apparatuses for archiving and unarchiving objects. Some embodiments of the invention archive and unarchive objects that have global and user settings in multi-user environments. To archive objects, these embodiments identify which object settings are global settings and which settings are user settings. They store the global settings in an archive, and then store the user settings in another archive. To unarchive each object, some embodiments identify the object's settings in one or both archives. These embodiments instantiate the object, and retrieve its settings from the data archives and use the retrieved settings to define the values of the settings of the instantiated object. Some embodiments use key-value coding techniques to retrieve values and load values in an object. Key-value coding allows an archiving or unarchiving process to retrieve and load setting values for an object by using the setting names.

Abstract: A method of building several software products using build styles. The method receives target settings including definitions for several build settings for directing build applications to build the several software products. The method receives build styles to build each particular software product. Each build style includes definitions for build settings for directing the build applications to build the particular software product. At least a first received build style inherits from a second build style. The method searches the build styles to identify a definition for a particular build setting by automatically retrieving the second build style to search for a definition for the particular build setting based on an inheritance relationship between the first and second build styles. The method generates final build settings for the particular software product by applying the definition of the particular build setting to the target settings without changing the target settings.

Abstract: A method of building a software product in an integrated development environment using build styles. The method includes 1) applying a plurality of build styles, each of the build styles comprising a dictionary of build settings, to a target; 2) determining an order of precedence for the build styles and other dictionaries containing build settings; and 3) building a software product using said target and said build styles. The build settings within the build styles are capable of referring to other build settings and concatenating new values with previously defined values.

Abstract: What is disclosed is a method of building a software product in an integrated development environment using several build styles and a target. The method includes (1) determining an order of precedence for the build styles, where each of the build styles comprises a dictionary of build settings; and (2) building a software product by applying at least one of several build styles to the target based upon the order of precedence. In various embodiments of the invention, the build settings within the build styles are capable of referring to other build settings and concatenating new values with previously defined values.

Abstract: The invention is directed towards methods and apparatuses for archiving and unarchiving objects. Some embodiments of the invention archive and unarchive objects that have first and second types of settings (e.g., global and user settings in multi-user environments). To archive each object, these embodiments initially identify which object settings are of the first type and which object settings are of the second type. They then store the first-type settings in a first data archive, and then store the second-type settings in a second data archive. To unarchive each object, some embodiments identify the object's settings in one or both of the data archives. These embodiments then instantiate the object, and retrieve the object's first and second type settings from the data archives. These embodiments then use the retrieved settings to define the values of the settings of the instantiated object. Some embodiments use key-value coding techniques to retrieve values and load values in an object.

Abstract: The invention is directed towards methods and apparatuses for archiving and unarchiving objects. Some embodiments of the invention archive and unarchive objects that have global and user settings in multi-user environments. To archive objects, these embodiments identify which object settings are global settings and which settings are user settings. They store the global settings in an archive, and then store the user settings in another archive. To unarchive each object, some embodiments identify the object's settings in one or both archives. These embodiments instantiate the object, and retrieve its settings from the data archives and use the retrieved settings to define the values of the settings of the instantiated object. Some embodiments use key-value coding techniques to retrieve values and load values in an object. Key-value coding allows an archiving or unarchiving process to retrieve and load setting values for an object by using the setting names.