Visually marking failed components
View Patent ↗Methods, apparatus, and products for visually marking computing components within a computing system are disclosed that include: detecting that a particular computing component has failed, wherein the particular computing component has a physical surface that may be altered with the application of some physical stimulus; and applying a requisite physical stimulus to the physical surface such that the appearance of the physical service is altered, thereby visually identifying that the component has failed.
1. A method of visually marking failed components, the method comprising:
detecting, by a component distinguishing module, that a computing component has failed, wherein the computing component includes a physical surface having a predefined location on the computing component for identifying that the computing component has failed, wherein the physical surface comprises a printed circuit board (‘PCB’) substrate, wherein the physical surface for identifying that the component has failed is composed of an irreversible ultraviolet (‘UV’) photochromic ink solution that irreversibly turns a particular color when exposed to light; and
marking, by the component distinguishing module, the physical surface with a predetermined mark identifying that the computing component has failed.
2. The method of claim 1 wherein detecting, by a component distinguishing module, that a computing component has failed further comprises receiving, by the component distinguishing module, an error detection message when attempting to access the computing component.
3. The method of claim 1 , wherein marking, by the component distinguishing module, the physical surface with a predetermined mark identifying that the computing component has failed further comprises:
identifying, by the component distinguishing module, a particular light source that can deliver light to the surface of the computing component that has failed; and
illuminating the particular light source.
4. The method of claim 1 wherein the computing component is a dual in-line memory module (‘DIMM’).
5. An apparatus for visually marking failed components, the apparatus comprising a computer processor, a computer memory operatively coupled to the computer processor, the computer memory having disposed within it computer program instructions for:
detecting, by a component distinguishing module, that a computing component has failed, wherein the computing component includes a physical surface having a predefined location on the computing component for identifying that the computing component has failed, wherein the physical surface comprises a printed circuit board (‘PCB’) substrate, wherein the physical surface for identifying that the component has failed is composed of an irreversible ultraviolet (‘UV’) photochromic ink solution that irreversibly turns a particular color when exposed to light; and
marking, by the component distinguishing module, the physical surface with a predetermined mark identifying that the computing component has failed.
6. The apparatus of claim 5 wherein the computer program instructions for detecting, by a component distinguishing module, that a computing component has failed further comprise computer program instructions for receiving, by the component distinguishing module, an error detection message when attempting to access the computing component.
7. The apparatus of claim 5 wherein the computer program instructions for marking, by the component distinguishing module, the physical surface with a predetermined mark identifying that the computing component has failed further comprise:
computer program instructions for identifying, by the component distinguishing module, a particular light source that can deliver light to the surface of the computing component that has failed; and
computer program instructions for illuminating the particular light source.
8. The apparatus of claim 5 wherein the computing component is a dual in-line memory module (‘DIMM’).
9. A computer program product for visually distinguishing failed computing components from operational computing components, the computer program product disposed upon a computer readable storage medium, the computer program product comprising computer program instructions that, when executed, cause a computer to carry out the steps of:
detecting, by a component distinguishing module, that a computing component has failed, wherein the computing component includes a physical surface having a predefined location on the computing component for identifying that the computing component has failed, wherein the physical surface comprises a printed circuit board (‘PCB’) substrate, wherein the physical surface for identifying that the component has failed is composed of an irreversible ultraviolet (‘UV’) photochromic ink solution that irreversibly turns a particular color when exposed to light; and
marking, by the component distinguishing module, the physical surface with a predetermined mark identifying that the computing component has failed.
10. The computer program product of claim 9 wherein the computer program instructions for detecting, by a component distinguishing module, that a computing component has failed further comprise computer program instructions for receiving, by the component distinguishing module, an error detection message when attempting to access the computing component.
11. The computer program product of claim 9 wherein the computer program instructions for marking, by the component distinguishing module, the physical surface with a predetermined mark identifying that the computing component has failed further comprise:
computer program instructions for identifying, by the component distinguishing module, a particular light source that can deliver light to the surface of the computing component that has failed; and
computer program instructions for illuminating the particular light source.
12. The computer program product of claim 9 wherein the computing component is a dual in-line memory module (‘DIMM’).
13. A dual in-line memory module (‘DIMM’) that includes a physical surface having a predefined location on the DIMM for identifying that the DIMM has failed, wherein the physical surface comprises a printed circuit board (‘PCB’) substrate and the appearance of the physical surface changes when a physical stimulus is applied to the physical surface, wherein the physical surface includes an irreversible ultraviolet (‘UV’) photochromic ink solution that changes colors when exposed to light.