memory - How does Go's precise GC work? -
Go 1.3 applies a garbage collector.
How does this signal properly? Looking at itempop = "text">
"
This assumption is fundamental for accurate behavior of both stack extension and garbage collection. .
Programs that use insecure packages to store integers in values-typed values They are illegal and will detect crash behavior when runtime is detected.
Programs that use insecure package to store pointers in values that were typed in the integer-type to be diagnosed during execution. Invalid but more difficult.
Add this:
Actually, GC has to find out which objects are accessible to do so Every ob To point out the factor to the points lying on the stack, they point out and follow the pointer on every object in the objects, until it conflicts with new objects.
There is garbage when GC does not face every thing. / P>The problem with this is that GC needs to know what the pointer is:
- There is an accurate GC in this information,
- One Conservative GC believes that every value on the stack can be an indicator if it is similar to the address of the allotted object. As a result, more work has to be done to keep very unattainable objects in the preservation of GC (Towers dead object graph).