You can see ESP's content is updated in the registers view, but Memoy inspectors still show Memory at the same addresses than before. It will help correctly compute Bitmap size needed for this view and save memory. Window -> Show View -> Memory or Memory BrowserĪdd Memory Monitor -> Input: $esp -> OK or Input: $esp in Memory Browser -> Go Prefer to use this JAR so you can see Java docs in Eclipse tooltips. (screens 4 and 5) Choose the Bitmap class name. Choose the ‘Bitmap’ Class Name for the current snapshot, select each Instance of bitmap and view what image exactly consume more memory than expected. An Object requires 32 (or 64 bits, depending on the architecture) for each reference. It visualizes the references to objects based on Java heap dumps. This helps the developer to find memory leaks and high memory consumption issues. Shallow heap is the amount of memory consumed by one object. The Eclipse Memory Analyser Tooling (MAT) is a set of plug-ins for the Eclipse IDE which provides tools to analyze heap dumps from Java application and to identify memory problems in the application. There are two calculations, Shallow Heap and Retained Heap. Sh /usr/lib/eclipse-cdt/plugins/.application_1.02131403/scripts/cdtdebug.sh binarybomb Open the ‘Android Monitor’ tab (at the bottom left) and then Memory tab. We can also see the amount of memory each Object is using. Linux, openjdk-7-jre 7u95-2.6.4, Eclipse Luna I have to manually click 'Go' next to Memory Browser's address field, or (even worse) delete the 'old' Memory Monitor and set up a new one.
ECLIPSE MEMORY MONITOR BITMAP UPDATE
I've set Update Mode to Always and tried manually Refreshing, but I suppose that only updates the view of what's in memory, not the context.Īnyway, what can I do to inspect memory at the address of $esp?įurther details to reproduce, if you care: Is this normal behavior? Since at least the Memory Monitor states the input for the memory address to show is an expression, I thought it interprets that expression after every step, since that expression may change. I'm using the CDT stand-alone debugger script: The expression used is $esp (content of the CPU's ESP register). My expectation was that the Panels update the Address to inspect based on the expression I entered, after a step (F5, step into) is done. I can't get the Memory Browser and Memory Monitor to update the Memory Address to inspect at when stepping through disassembly while debugging.
0 kommentar(er)
