12/27/2022 0 Comments Netbook memory monitor utility mimimemTo find a particular method in the call stacks tree, click Find and enter a search string.Ĭlick Refresh to update the call stacks tree as data is gathered. The sorting is case sensitive.Ĭlick a row to display the call stack tree in a window to the right of the table.Ĭlick a folder to browse the call stacks tree to see the methods that create the object. Interact with the object table while the memory monitor is running.Ĭlick a column header to sort the data. NETBOOK MEMORY MONITOR UTILITY MIMIMEM FREEAverage object size in bytes, calculated by dividing the number of live instances by the total size.īeneath the table you see counters displaying the total number of objects, the amount of memory used, the amount of free memory, and the total amount of memory on the device.ĭescription of "Figure 11-1 The Memory Monitor Tab" The percentage value is the amount of memory used over the total amount of memory.Īverage Size. Total amount of memory the object uses in bytes. The percentage given is the number of objects allocated over the total number of objects. Total number of objects allocated since the application began. The red line is the maximum amount of memory used since program execution, corresponding to the Maximum size in bytes on the left. To the left of the graph you see the Current memory use in bytes. In the Memory Monitor tab you see data displayed on the graph above and in the object table below. The output window displays both application status and tracing outputs for this device. The output window tab is labeled "memory-monitor" indicating that the memory monitor is active for this session. If the profiler is not yet integrated you are prompted to enable profiling for the project. In the Projects view, right-click the project and select Profile. Username \javame-sdk\3.3\work\JavaMEPhone1\device.logĭo not suspend the emulator while using the memory monitor. It is also written to the device log, which is stored in the working directory for the device. Tracing data is displayed in the output window ( Window > Output > Output) when an application is run on this device. From the General node, select Heapsize, and choose a size. Right-click a device and select Properties. You can increase the device memory as follows: (Optional) Verbose tracing output might cause you to run out of memory on the device before the application is fully tested. The output for this option is very verbose and it can affect performance. Observing class initialization and loading is useful for determining dependencies among classes. Dead objects will be garbage collected and not reported as live. The garbage collector cannot delete objects that do not have a null reference. Monitoring GC can help you determine object health. In the Properties window, go to the Monitor node and check the desired trace options. In the Device Selector window, right-click a device and select Properties.
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