Dynamic generation of program execution trace files in a standard markup language
View Patent ↗The placement of trace points in software code being developed in a software development tool leads to the generation of trace point messages when the code is executed. These trace point messages are listened for by aspects of the software development tool. Responsive to receiving one of the trace point messages, the software development tool may write information to a trace file. Advantageously, the trace file is formatted using a standard markup language format, such as HTML. Consequently, the trace file is readily readable (including information-conveying formatting) by a standard, freely available web browser, rather than a proprietary tool.
1. A method of manipulating a program execution trace file located in a computer readable medium, said method performed by a data processing unit executing predetermined computer programmed instructions, comprising:
receiving a trace point message;
reading trace point data from said trace point message; and
writing said trace point data to said program execution trace file on said computer readable medium, where said trace point data is formatted using a standard markup language that is the hyper-text mark-up language.
wherein said trace point message is generated in response to an Exit Point placed in a given function, and said trace point data comprises an identity of said given function and further comprises a return value for said given function.
2. A method of manipulating a program execution trace file located in a computer readable medium, said method performed by a data processing unit executing predetermined computer programmed instructions, comprising the steps of:
receiving a trace point message;
writing trace point data to said program execution trace file on said computer readable medium, where said trace point data is formatted using a standard markup language that is the hyper-text mark up language, and said writing step comprises encapsulating said trace point data within tag identifiers that indicate a color corresponding to a color count value, said writing step further comprising reducing said value of said color count.
3. A method of manipulating a program execution trace file located in a computer readable medium, said method performed by a data processing unit executing predetermined computer programmed instructions, comprising the steps of:
receiving a trace point message;
reading trace point data from said trace point message; and
writing said trace point data to said program execution trace file in said computer readable medium, where said trace point data is formatted using a standard markup language that is the hyper-text markup language, and said writing step comprises encapsulating said trace point data within tag identifiers that indicate a color corresponding to a color count value, wherein said color count repeats after a preset maximum value.
4. A method of manipulating a program execution trace file located in a computer readable medium, said method performed by a data processing unit executing predetermined computer programmed instructions, comprising the steps of:
receiving a trace point message;
reading trace point data from said trace point message; and
writing said trace point data to said program execution trace file in said computer readable medium, where said trace point data is formatted using a standard markup language, and said writing step comprises encapsulating said trace point data within tag identifiers that indicate a color corresponding to a color count value that repeats after a preset maximum value.
5. A method of manipulating a program execution trace file located in a computer readable medium, said method performed by a data processing unit executing predetermined computer programmed instructions, comprising:
receiving a trace point message;
reading trace point data from said trace point message; and
writing said trace point data to said program execution trace file on said computer readable medium, where said trace point data is formatted using a standard markup language,
wherein said writing said trace point data to said program execution trace file comprises encapsulating said trace point data within tag identifiers,
said tag identifiers indicate a visual attribute to associate with said trace point data,
said visual attribute is a color corresponding to a value of a color count,
said trace point message is generated in response to an Exit Point placed in a given function and said trace point data comprises an identity of said given function, and said trace point data further comprises a return value for said given function.
6. A method of manipulating a program execution trace file located in a computer readable medium, said method performed by a data processing unit executing predetermined computer programmed instructions, comprising:
receiving a trace point message;
reading trace point data from said trace point message; and
writing said trace point data to said program execution trace file on said computer readable medium, where said trace point data is formatted using a standard markup language,
wherein said trace point message is generated in response to an Exit Point placed in a given function, and said trace point data comprises an identity of said given function and further comprises a return value for said given function.
7. A method of manipulating a program execution trace file located in a computer readable medium, said method performed by a data processing unit executing predetermined computer programmed instructions, comprising the steps of:
receiving a trace point message;
reading trace point data from said trace point message; and
writing said trace point data to said program execution trace file on said computer readable medium, where said trace point data is formatted using a standard markup language, and said writing step comprises encapsulating said trace point data within tag identifiers that indicate a color corresponding to a color count value, said writing step further comprising reducing said value of said color count.