104 results about "Java bytecode" patented technology

The invention discloses a service data real-time monitoring system and method based on a Java byte code enhancement technology. The system comprises the components: a monitored application side, Agentbeing deployed in a JVM, when the application program is loaded into the JVM, the Agent modifying and loading the class of the JVM by using ASM, codes of various events and measurement values being dynamically inserted and collected when the application program runs, the newly-added codes executing and obtaining various data and then sending the data to the monitoring platform side, and the Agentperiodically obtaining and executing instructions such as starting and stopping of the Agent and thread analysis issued by the monitoring platform side; a monitoring platform side, used for acquiringthe data of the monitored application side, processing the acquired data and putting the processed data into message queues with different themes of the message middleware according to data types, aconsumer acquiring the data processing from the message queues according to the different themes and performing pre-computation on the data of the themes according to time windows and dimensions by utilizing stream computation; and a user side obtaining the calculation result and outputting the calculation result.

The invention provides a Java bytecode debugger and debugging method which are used for improving the debugging efficiency of Java software engineers, and relates to the technical field of software engineering. The Java bytecode debugger comprises a symbol library module, a cache module, a debugging module, a stack analysis module and a quote analysis module; the symbol library module is used for acquiring symbol information from a Java source code file and storing the symbol information; the cache module is used for acquiring symbol information and data information from a Java bytecode file and caching the symbol information and the data information; the debugging module is used for being connected with a virtual machine through a Keil channel, and therefore the Java bytecode file can run and be debugged on the virtual machine; the stack analysis module is used for receiving a Java stack in a memorizer of the virtual machine running to a breakpoint position and analyzing the Java stack; the quote analysis module is used for analyzing a Java quote corresponding to a Java bytecode when the virtual machine runs to the breakpoint position. The debugger and debugging method are used for debugging the Java bytecode.