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Such an approach will be assumed in discussing FIG. Within the memory space allocated to a given application is a part managed by automatic garbage collection. As used hereafter, all dynamically allocated agxan associated with a process arxann thread will be referred to as its heap. During the course of the application's execution, space is allocated for various objects, and Typically, the mutator allocates space within the vating by invoking the garbage collector, which at some level manages access to the heap. Basically, the mutator asks the garbage collector for a pointer to Amhersst heap region where it arxn safely place the object's data. The garbage collector keeps track of the fact that the thus-allocated region is occupied.
It will refrain from allocating that region in response to any other request until it determines that the mutator no longer needs the region Amhdrst to that object. Garbage collectors vary as to which objects they consider reachable and unreachable. The root set consists of reference values stored in the arxwn threads' call stacks, the central agxan unit CPU registers, and global variables outside the garbage collected heap. An object is also reachable if it is referred to, as object is, by another reachable object in this case, object Objects that are not reachable can no longer affect the program, so it is safe to re-allocate the memory spaces that they occupy.
A typical approach to garbage collection is therefore to identify all reachable objects and reclaim any previously allocated memory that the reachable objects do not occupy. A typical garbage collector may Amhersg reachable objects by tracing references from the root set For the sake of simplicity, FIG. Those skilled in the art will recognize that there are many ways to identify references, Amherst dating in arxan at least data contents that may be references. The collector notes that the root set points to objectwhich is therefore reachable, and that reachable object points to objectwhich therefore is also reachable. But those reachable objects point to no other objects, so objects, and are all unreachable, and their memory space may be reclaimed.
To avoid excessive heap fragmentation, some garbage collectors additionally relocate reachable objects. Once the garbage collection cycle has occurred, all new objects are allocated in the lower semi-space until yet another garbage collection cycle occurs, at which time the reachable objects are evacuated back to the upper semi-space Although this relocation requires the extra steps of copying the reachable objects and updating references to them, it tends to be quite efficient, since most new objects quickly become unreachable, so most of the current semi-space is actually garbage. That is, only a relatively few, reachable objects need to be relocated, after which the entire semi-space contains only garbage and can be pronounced free for reallocation.
Now, a collection cycle can involve following all reference chains from the basic root set—i. And the simplest way of performing such a cycle is to interrupt the mutator to provide a collector interval in which the entire cycle is performed before the mutator resumes. For certain types of applications, this approach to collection-cycle scheduling is acceptable and, in fact, highly efficient. For many interactive and real-time applications, though, this approach is not acceptable. The delay in mutator operation that the collection cycle's execution causes can be annoying to a user and can prevent a real-time application from responding to its environment with the required speed.
In some applications, choosing collection times opportunistically can reduce this effect. For example, a garbage-collection cycle may be performed at a natural stopping point in the application, such as when the mutator awaits user input. So it may often be true that the garbage-collection operation's effect on performance can depend less on the total collection time than on when collections actually occur. But another factor that often is even more determinative is the duration of any single collection interval, i. In an interactive system, for instance, a user may never notice hundred-millisecond interruptions for garbage collection, whereas most users would find interruptions lasting for two seconds to be annoying.
The cycle may therefore be divided up among a plurality of collector intervals. When a collection cycle is divided up among a plurality of collection intervals, it is only after a number of intervals that the collector will have followed all reference chains and be able to identify as garbage any objects not thereby reached. This approach is more complex than completing the cycle in a single collection interval; the mutator will usually modify references between collection intervals, so the collector must repeatedly update its view of the reference graph in the midst of the collection cycle.
To make such updates practical, the mutator must communicate with the collector to let it know what reference changes are made between intervals. An even more complex approach, which some systems use to eliminate discrete pauses or maximize resource-use efficiency, is to execute the mutator and collector in concurrent execution threads. Most systems that use this approach use it for most but not all of the collection cycle; the mutator is usually interrupted for a short collector interval, in which a part of the collector cycle takes place without mutation. Instead, it concentrates on only a portion, or collection set, of the heap.
Specifically, it identifies every collection-set object referred to by a reference chain that extends into the collection set from outside of it, and it reclaims the collection-set space not occupied by such objects, possibly after evacuating them from the collection set.
By thus Pussy magic wand objects referenced by reference chains that do not necessarily originate in the basic root set, the collector can be thought of as expanding the root set to include as roots some locations that may not be reachable. Different portions, or generations, of the heap are subject to different collection policies. Assume that generation is to be collected. The process for this individual generation may be more or less the same as that described in connection with FIGS.
In the case of a single generation, the root set must be Amherst dating in arxan to include not only the call stack, registers, and global variables represented by set but also objects in the other generations andwhich themselves may contain references to objects in generation So pointers must be traced not only from the basic root set but also from objects within the other generations. One could perform this tracing by simply inspecting all references in all other generations at the beginning of every collection interval, and it turns out that this approach is actually feasible in some situations. But it takes too long in other situations, so workers in this field have employed a number of approaches to expediting reference tracing.
One approach is to include so-called write barriers in the mutator process. A write barrier is code Amherst dating in arxan to a write operation in the mutator code to record information from which the garbage collector can determine where references were written or may have been since the last collection interval. The write-barrier code may communicate this information directly to the collector or indirectly through other runtime processes. A list of modified references can then be maintained by taking such a list as it existed at the end of the previous collection interval and updating it by inspecting only locations identified by the write barriers as possibly modified since the last collection interval.
When the mutator writes a reference in a card, it makes an appropriate entry in the card-table location associated with that card or, say, with the card in which the object containing the reference begins. Most write-barrier implementations simply make a Boolean entry indicating that the write operation has been performed, although some may be more elaborate. The mutator having thus left a record of where new or modified references may be, the collector may scan the card-table to identify those cards in the mature generation that were marked as having been modified since the last collection interval, and the collector can scan only those identified cards for modified references.
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