Abstract: Techniques involve implementing systems and methods for identifying and tracking tubular goods. One or more embodiments involve generating a pipe ID for a pipe. The pipe ID is associated with information concerning one or more characteristics of the pipe. Testing may be performed on the pipe to generate testing results, and these testing results are further associated with the pipe ID. An external identifier may be attached to the pipe. The external identifier is associated with the pipe ID, and the pipe ID is saved in a database. The database may be accessed to save further pipe information associated with the pipe ID, or accessed to acquire the pipe information associated with a particular pipe ID.

Abstract: Techniques include systems and methods for accessing an identification and tracking system for tubular goods. One or more embodiments involve reading an identifier of a pipe, sending a query to a database to access pipe information associated with the identifier, and displaying pipe information based on the identifier, in response to the query. In some embodiments, reading the identifier includes reading an RFID tag on the pipe and displaying pipe information which may comprise pipe dimensions, pipe composition, pipe treatment details, pipe testing results, pipe order number, bill of lading number, pipe manufacturing location, pipe treatment location, pipe delivery destination, or combinations thereof.

Abstract: Techniques include systems and methods for accessing an identification and tracking system for tubular goods. One or more embodiments involve reading an identifier of a pipe, sending a query to a database to access pipe information associated with the identifier, and displaying pipe information based on the identifier, in response to the query. In some embodiments, reading the identifier includes reading an RFID tag on the pipe and displaying pipe information which may comprise pipe dimensions, pipe composition, pipe treatment details, pipe testing results, pipe order number, bill of lading number, pipe manufacturing location, pipe treatment location, pipe delivery destination, or combinations thereof.

Abstract: Techniques involve implementing systems and methods for identifying and tracking tubular goods. One or more embodiments involve generating a pipe ID for a pipe. The pipe ID is associated with information concerning one or more characteristics of the pipe. Testing may be performed on the pipe to generate testing results, and these testing results are further associated with the pipe ID. An external identifier may be attached to the pipe. The external identifier is associated with the pipe ID, and the pipe ID is saved in a database. The database may be accessed to save further pipe information associated with the pipe ID, or accessed to acquire the pipe information associated with a particular pipe ID.

Abstract: A method and apparatus for monitoring and reporting corrosion in terms recognized as conforming to an industry standard includes coating a substrate with a corrodible metallic substance of predetermined thickness, passing a current through the metallic substance, and generating a signal when electrical continuity is broken due to corrosion of the metallic substance. In one embodiment the apparatus includes a printed circuit board onto which the coated substrate is mounted, a power source for applying an electrical current across the coated substrate, and a display (such as a light or LCD panel) for providing an indication/alert that electrical continuity has been broken due to corrosion of the metallic substance.

Abstract: A method and apparatus for monitoring and reporting corrosion in terms recognized as conforming to an industry standard includes coating a substrate with a corrodible metallic substance of predetermined thickness, passing a current through the metallic substance, and generating a signal when electrical continuity is broken due to corrosion of the metallic substance. In one embodiment the apparatus includes a printed circuit board onto which the coated substrate is mounted, a power source for applying an electrical current across the coated substrate, and a display (such as a light or LCD panel) for providing an indication/alert that electrical continuity has been broken due to corrosion of the metallic substance.

Abstract: In one embodiment, a method for test replication through revision control linking, the method comprising: checking out a test case; viewing a corresponding V file that has the contents of the test case, wherein the corresponding V file is linked to the test case; modifying the contents in the V file; and checking in the modified V file with a modified V file name, so that the modified V file is stored. In another embodiment, an apparatus for test replication through revision control linking, includes various features that can perform the above method.

Abstract: In one embodiment, a method and system for test replication through renaming, includes the acts of: modifying a current test name of a test to a new test name; reading the new test name; sending a feedback variable indicating the new test name; and changing a stimulus or programmed featured in the test case, based upon the new test name indicated in the feedback variable. In another embodiment, an apparatus for test replication through renaming, includes various features that perform the above method.

Abstract: In one embodiment of the invention, a method for detecting if a test case is running, includes: submitting a selected test case as a job into a queuing system; assigning a job name to the job; assigning, by the queuing system, a job number for the job; sending a query regarding the job number in order to obtain a description of a particular job associated with the job number; and if the description indicates that the particular job associated with the job number is running or pending, then matching a particular job name of the particular job with a test name of the selected test case, wherein a match between the particular job name and the test name indicates that the selected test case is running or pending.

Abstract: A preferred embodiment of the method of the present invention parses a large computer file for a selected set of target strings in a manner whereby computing power is conserved and parsing speed is increased. The method parses for the selected set of target strings by initially writing a comprehensive regular expression that will return a match if any component of the target strings in the set are present in a line of the computer file. If a regular expression match is made in a line, string comparisons for all of the strings in the set of target strings are run for the line. The preferred embodiment preferably generates a log of all positive string comparisons that are made in the file.

Abstract: A method is disclosed for creating test cases for simulating the design and operation of an integrated circuit having operational functionality that requires adherence to a multiplicity of operating rules, wherein the test cases are created in such a way that modularized component test cases can be combined and comprises creating and storing a plurality of component test cases for simulating the design and various aspects of the operational functionality of the integrated circuit, wherein each of the component test cases have data defining a predetermined configuration and a predetermined stimulus, each component test case being written to comply with the operating rules, and selectively combining and running two or more of the plurality of component test cases as a combined test case.

Abstract: The preferred embodiment of the present invention comprises writing a script to perform a function defined in a subroutine in a library file, which is written in such a way that code that actually runs the subroutine is hidden in the file and is conditionally available to run the subroutine. Running the subroutine enables one to determine if it functions as expected.

Abstract: A preferred embodiment of the present invention is disclosed for flattening a tree-like hierarchical software program structure having multiple levels that import files from other locations, that comprises parsing the program structure to identify each instance in which the program imports code from another location in said program structure, creating an import file for each instance in which code is imported, each import file containing code that is operational to only import code from another location, and consolidating all import files into a consolidated import file, whereby the non-import files are substantially on a single hierarchical level immediately below the consolidated import file.