Abstract: Embodiments relate to cache coherency verification using ordered lists. An aspect includes maintaining a plurality of ordered lists, each ordered list corresponding to a respective thread that is executed by a processor, wherein each ordered list comprises a plurality of atoms, each atom corresponding to a respective operation performed in a cache by the respective thread that corresponds to the ordered list in which the atom is located, wherein the plurality of atoms in an ordered list are ordered based on program order. Another aspect includes determining a state of an atom in an ordered list of the plurality of ordered lists. Another aspect includes comparing the state of the atom in an ordered list to a state of an operation corresponding to the atom in the cache. Yet another aspect includes, based on the comparing, determining that there is a coherency violation in the cache.

Abstract: Embodiments relate to cache coherency verification using ordered lists. An aspect includes maintaining a plurality of ordered lists, each ordered list corresponding to a respective thread that is executed by a processor, wherein each ordered list comprises a plurality of atoms, each atom corresponding to a respective operation performed in a cache by the respective thread that corresponds to the ordered list in which the atom is located, wherein the plurality of atoms in an ordered list are ordered based on program order. Another aspect includes determining a state of an atom in an ordered list of the plurality of ordered lists. Another aspect includes comparing the state of the atom in an ordered list to a state of an operation corresponding to the atom in the cache. Yet another aspect includes, based on the comparing, determining that there is a coherency violation in the cache.

Abstract: Embodiments relate to cache coherency verification using ordered lists. An aspect includes maintaining a plurality of ordered lists, each ordered list corresponding to a respective thread that is executed by a processor, wherein each ordered list comprises a plurality of atoms, each atom corresponding to a respective operation performed in a cache by the respective thread that corresponds to the ordered list in which the atom is located, wherein the plurality of atoms in an ordered list are ordered based on program order. Another aspect includes determining a state of an atom in an ordered list of the plurality of ordered lists. Another aspect includes comparing the state of the atom in an ordered list to a state of an operation corresponding to the atom in the cache. Yet another aspect includes, based on the comparing, determining that there is a coherency violation in the cache.

Abstract: Embodiments relate to cache coherency verification using ordered lists. An aspect includes maintaining a plurality of ordered lists, each ordered list corresponding to a respective thread that is executed by a processor, wherein each ordered list comprises a plurality of atoms, each atom corresponding to a respective operation performed in a cache by the respective thread that corresponds to the ordered list in which the atom is located, wherein the plurality of atoms in an ordered list are ordered based on program order. Another aspect includes determining a state of an atom in an ordered list of the plurality of ordered lists. Another aspect includes comparing the state of the atom in an ordered list to a state of an operation corresponding to the atom in the cache. Yet another aspect includes, based on the comparing, determining that there is a coherency violation in the cache.

Abstract: Embodiments relate to cache coherency verification using ordered lists. An aspect includes maintaining a plurality of ordered lists, each ordered list corresponding to a respective thread that is executed by a processor, wherein each ordered list comprises a plurality of atoms, each atom corresponding to a respective operation performed in a cache by the respective thread that corresponds to the ordered list in which the atom is located, wherein the plurality of atoms in an ordered list are ordered based on program order. Another aspect includes determining a state of an atom in an ordered list of the plurality of ordered lists. Another aspect includes comparing the state of the atom in an ordered list to a state of an operation corresponding to the atom in the cache. Yet another aspect includes, based on the comparing, determining that there is a coherency violation in the cache.

Abstract: Embodiments relate to cache coherency verification using ordered lists. An aspect includes maintaining a plurality of ordered lists, each ordered list corresponding to a respective thread that is executed by a processor, wherein each ordered list comprises a plurality of atoms, each atom corresponding to a respective operation performed in a cache by the respective thread that corresponds to the ordered list in which the atom is located, wherein the plurality of atoms in an ordered list are ordered based on program order. Another aspect includes determining a state of an atom in an ordered list of the plurality of ordered lists. Another aspect includes comparing the state of the atom in an ordered list to a state of an operation corresponding to the atom in the cache. Yet another aspect includes, based on the comparing, determining that there is a coherency violation in the cache.

Abstract: A computer program product stored including machine executable instructions stored on machine readable media, the instructions configured for performing automatic logic build processes and implementing autonomic quality checking, by implementing a method including: providing a model repository for holding at least one component; updating the model repository with at least one component; creating a tag for each sub-component of a selected component of the model repository; associating each tag with a latest version of each respective sub-component; and issuing a component submit notice to identify at least one of a dependency and a priority between selected components. A system is also provided.

Abstract: A computer program product stored including machine executable instructions stored on machine readable media, the instructions configured for performing automatic logic build processes and implementing autonomic quality checking, by implementing a method including: providing a model repository for holding at least one component; updating the model repository with at least one component; creating a tag for each sub-component of a selected component of the model repository; associating each tag with a latest version of each respective sub-component; and issuing a component submit notice to identify at least one of a dependency and a priority between selected components. A system is also provided.