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Restore from a system restore point This option takes your PC back to an earlier point in time, called a system restore point.
Choose the most recent app, driver, or update on the list of results, and then select Scan for affected programs. Reset your PC Resetting lets you choose whether to keep your files or remove them, and then reinstalls Windows.
Connect the recovery drive and turn on your PC. On the Choose an option screen, select Troubleshoot , and then select an option.
This will remove your personal files, apps and drivers you installed, and changes you made to settings. On a working PC, go to the Microsoft software download website.
Download the Windows 10 media creation tool and then run it. Select Create installation media for another PC. Choose a language, edition, and architecture bit or bit.
Follow the steps to create installation media, and then select Finish. Connect the installation media you created to your nonfunctional PC, and then turn it on.
On the initial setup screen, enter your language and other preferences, and then select Next. Select Repair your computer.
On the Choose an option screen, select Troubleshoot. From there, you can: Es werden teilweise auch Cookies von Diensten Dritter gesetzt.
Transliteration aktiv Tastaturlayout Phonetisch. Kombination einer Kauf- und Verkaufs option. Optionsposition , Optionskontrakt , Optionsvertrag.
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Enables printing of assembly code for bytecoded and native methods by using the external disassembler. This enables you to see the generated code, which may help you to diagnose performance issues.
By default, this option is disabled and assembly code is not printed. Enables verbose diagnostic output from the JVM by printing a message to the console every time a method is compiled.
This enables you to see which methods actually get compiled. By default, this option is disabled and diagnostic output is not printed.
You can also log compilation activity to a file by using the -XX: Enables printing of inlining decisions. This enables you to see which methods are getting inlined.
By default, this option is disabled and inlining information is not printed. Sets the maximum code cache size in bytes for JIT-compiled code.
This option has a limit of 2 GB; otherwise, an error is generated. The maximum code cache size should not be less than the initial code cache size; see the option -XX: This option is equivalent to -Xmaxjitcodesize.
If a number of aborted transactions becomes greater than this ratio, then the compiled code will be deoptimized.
This ratio is used when the -XX: The default value of this option is RTM locking code will be retried, when it is aborted or busy, the number of times specified by this option before falling back to the normal locking mechanism.
The default value for this option is 5. UseRTMLocking option must be enabled. Disables the use of tiered compilation.
By default, this option is enabled. For example, to enable hardware AES, use the following flags:. These flags are not supported on Client VM.
Enables flushing of the code cache before shutting down the compiler. To disable flushing of the code cache before shutting down the compiler, specify -XX: Enables checking of whether the card is already marked before updating the card table.
This option is disabled by default and should only be used on machines with multiple sockets, where it will increase performance of Java applications that rely heavily on concurrent operations.
Auto-tunes RTM locking depending on the abort ratio. This ratio is specified by -XX: If the number of aborted transactions exceeds the abort ratio, then the method containing the lock will be deoptimized and recompiled with all locks as normal locks.
This option is disabled by default. Generate Restricted Transactional Memory RTM locking code for all inflated locks, with the normal locking mechanism as the fallback handler.
If no conflict is found when running the transaction, the memory and register modifications are committed together at the XEND instruction.
A lock on a transaction is inflated when another thread tries to access the same transaction, thereby blocking the thread that did not originally request access to the transaction.
RTM requires that a fallback set of operations be specified in case a transaction aborts or fails. RTM improves performance for highly contended locks with low conflict in a critical region which is code that must not be accessed by more than one thread concurrently.
RTM also improves the performance of coarse-grain locking, which typically does not perform well in multithreaded applications. Coarse-grain locking is the strategy of holding locks for long periods to minimize the overhead of taking and releasing locks, while fine-grained locking is the strategy of trying to achieve maximum parallelism by locking only when necessary and unlocking as soon as possible.
Also, for lightly contended locks that are used by different threads, RTM can reduce false cache line sharing, also known as cache line ping-pong.
This occurs when multiple threads from different processors are accessing different resources, but the resources share the same cache line.
As a result, the processors repeatedly invalidate the cache lines of other processors, which forces them to read from main memory instead of their cache.
This feature is only applicable when using the sun. Sun provider for SHA operations. To disable only a particular SHA intrinsic, use the appropriate corresponding option.
Enables the transformation of scalar operations into superword operations. To disable the transformation of scalar operations into superword operations, specify -XX: OutOfMemoryError exception is thrown.
You can explicitly set the heap dump file path and name using the -XX: By default, this option is disabled and the heap is not dumped when an OutOfMemoryError exception is thrown.
The following example shows how to set the heap dump file to C: Sets the path and file name where log data is written.
By default, the file is created in the current working directory, and it is named hotspot. The following example shows how to set the log file to C: Setting this option is equivalent to running the jmap -histo command, or the jcmd pid GC.
Enables printing of java. Setting this option is equivalent to running the jstack -l command or the jcmd pid Thread. Unlocks the options intended for diagnosing the JVM.
By default, this option is disabled and diagnostic options are not available. Enables Java heap optimization.
This sets various parameters to be optimal for long-running jobs with intensive memory allocation, based on the configuration of the computer RAM and CPU.
By default, the option is disabled and the heap is not optimized. Enables touching of every page on the Java heap during JVM initialization.
This gets all pages into the memory before entering the main method. The option can be used in testing to simulate a long-running system with all virtual memory mapped to physical memory.
By default, this option is disabled and all pages are committed as JVM heap space fills. Enables class unloading when using the concurrent mark-sweep CMS garbage collector.
Sets the percentage of time 0 to used to weight the current sample when computing exponential averages for the concurrent collection statistics.
Sets the percentage of the old generation occupancy 0 to at which to start a CMS collection cycle. Any negative value including the default implies that -XX: CMSTriggerRatio is used to define the value of the initiating occupancy fraction.
Sets the percentage 0 to of the value specified by -XX: Sets the number of threads used for concurrent GC. Enables the option that disables processing of calls to System.
This option is disabled by default, meaning that calls to System. If processing of calls to System. Enables invoking of concurrent GC by using the System.
This option is disabled by default and can be enabled only together with the -XX: Sets the size of the regions into which the Java heap is subdivided when using the garbage-first G1 collector.
The value can be between 1 MB and 32 MB. The default region size is determined ergonomically based on the heap size. Enables the printing of information about which regions are allocated and which are reclaimed by the G1 collector.
Sets the percentage of the heap 0 to 50 that is reserved as a false ceiling to reduce the possibility of promotion failure for the G1 collector.
Sets the initial size in bytes of the memory allocation pool. This value must be either 0, or a multiple of and greater than 1 MB.
If you set this option to 0, then the initial size will be set as the sum of the sizes allocated for the old generation and the young generation.
The size of the heap for the young generation can be set using the -XX: Sets the initial survivor space ratio used by the throughput garbage collector which is enabled by the -XX: Adaptive sizing is enabled by default with the throughput garbage collector by using the -XX: If adaptive sizing is disabled using the -XX: SurvivorRatio option should be used to set the size of the survivor space for the entire execution of the application.
The following formula can be used to calculate the initial size of survivor space S based on the size of the young generation Y , and the initial survivor space ratio R:.
The 2 in the equation denotes two survivor spaces. The larger the value specified as the initial survivor space ratio, the smaller the initial survivor space size.
By default, the initial survivor space ratio is set to 8. If the default value for the young generation space size is used 2 MB , the initial size of the survivor space will be 0.
Sets the percentage of the heap occupancy 0 to at which to start a concurrent GC cycle. It is used by garbage collectors that trigger a concurrent GC cycle based on the occupancy of the entire heap, not just one of the generations for example, the G1 garbage collector.
A value of 0 implies nonstop GC cycles. Sets a target for the maximum GC pause time in milliseconds. This is a soft goal, and the JVM will make its best effort to achieve it.
By default, there is no maximum pause time value. Sets the maximum size in byes of the memory allocation pool. For server deployments, -XX: MaxHeapSize are often set to the same value.
Sets the maximum allowed percentage of free heap space 0 to after a GC event. If free heap space expands above this value, then the heap will be shrunk.
Sets the maximum amount of native memory that can be allocated for class metadata. By default, the size is not limited. The amount of metadata for an application depends on the application itself, other running applications, and the amount of memory available on the system.
Sets the maximum size in bytes of the heap for the young generation nursery. The default value is set ergonomically. Sets the maximum tenuring threshold for use in adaptive GC sizing.
The largest value is The default value is 15 for the parallel throughput collector, and 6 for the CMS collector. Sets the size of the allocated class metadata space that will trigger a garbage collection the first time it is exceeded.
This threshold for a garbage collection is increased or decreased depending on the amount of metadata used. The default size depends on the platform.
Sets the minimum allowed percentage of free heap space 0 to after a GC event. If free heap space falls below this value, then the heap will be expanded.
Sets the ratio between young and old generation sizes. By default, this option is set to 2. Sets the initial size in bytes of the heap for the young generation nursery.
If the size for the young generation is too low, then a large number of minor GCs will be performed. If the size is too high, then only full GCs will be performed, which can take a long time to complete.
The following examples show how to set the initial size of young generation to MB using various units:. Sets the number of threads used for parallel garbage collection in the young and old generations.
Enables printing of information about adaptive generation sizing. Enables printing of how much time elapsed since the last pause for example, a GC pause.
Enables printing of how much time the pause for example, a GC pause lasted. Enables printing of time stamps for every individual GC worker thread task.
Prints detailed deduplication statistics. Age 1 objects are the youngest survivors they were created after the previous scavenge, survived the latest scavenge, and moved from eden to survivor space.
Age 2 objects have survived two scavenges during the second scavenge they were copied from one survivor space to the next. In the preceding example, 28 bytes survived one scavenge and were copied from eden to survivor space, 1 bytes are occupied by age 2 objects, etc.
The third value in each row is the cumulative size of objects of age n or less. Enables GC of the young generation before each full GC.
Oracle recommends that you do not disable it, because scavenging the young generation before a full GC can reduce the number of objects reachable from the old generation space into the young generation space.
Sets the amount of time in milliseconds a softly reachable object is kept active on the heap after the last time it was referenced. The default value is one second of lifetime per free megabyte in the heap.
This difference means that the Client VM tends to flush soft references rather than grow the heap, whereas the Server VM tends to grow the heap rather than flush soft references.
In the latter case, the value of the -Xmx option has a significant effect on how quickly soft references are garbage collected.
String objects reaching the specified age are considered candidates for deduplication. This is sometimes referred to as tenuring; see the -XX: Note that String objects that are promoted to an old heap region before this age has been reached are always considered candidates for deduplication.
The default value for this option is 3. Sets the ratio between eden space size and survivor space size. By default, this option is set to 8. Sets the desired percentage of survivor space 0 to used after young garbage collection.
Sets the initial size in bytes of a thread-local allocation buffer TLAB. If this option is set to 0, then the JVM chooses the initial size automatically.
Enables the use of adaptive generation sizing. To disable adaptive generation sizing, specify -XX: Enables the use of the occupancy value as the only criterion for initiating the CMS collector.
By default, this option is disabled and other criteria may be used. Enables the use of the CMS garbage collector for the old generation.
Oracle recommends that you use the CMS garbage collector when application latency requirements cannot be met by the throughput -XX: The G1 garbage collector -XX: By default, this option is disabled and the collector is chosen automatically based on the configuration of the machine and type of the JVM.
When this option is enabled, the -XX: Enables the use of the garbage-first G1 garbage collector. It is a server-style garbage collector, targeted for multiprocessor machines with a large amount of RAM.
It meets GC pause time goals with high probability, while maintaining good throughput. The G1 collector is recommended for applications requiring large heaps sizes of around 6 GB or larger with limited GC latency requirements stable and predictable pause time below 0.
When the heap is small, this feature can be used to prevent applications from running for long periods of time with little or no progress.
To disable this option, specify -XX: By default, this option is disabled and no optimization for NUMA is made. The option is only available when the parallel garbage collector is used -XX: Enables the use of the parallel scavenge garbage collector also known as the throughput collector to improve the performance of your application by leveraging multiple processors.
If it is enabled, then the -XX: Enables the use of the parallel garbage collector for full GCs. Enabling it automatically enables the -XX: Enables the use of parallel threads for collection in the young generation.
It is automatically enabled when you set the -XX: Enables the use of the serial garbage collector. This is generally the best choice for small and simple applications that do not require any special functionality from garbage collection.
To use this option, you must enable the garbage-first G1 garbage collector. String deduplication reduces the memory footprint of String objects on the Java heap by taking advantage of the fact that many String objects are identical.
Instead of each String object pointing to its own character array, identical String objects can point to and share the same character array.
Enables the use of thread-local allocation blocks TLABs in the young generation space. This option was superseded by the -agentlib option.
Sets the percentage of time 0 to between minor collections that the concurrent collector is allowed to run. Sets the percentage of time 0 to between minor collections that is the lower bound for the duty cycle when -XX: Enables the incremental mode for the CMS collector.
Sets the percentage of time 0 to by which the incremental mode duty cycle is shifted to the right within the period between minor collections.
Enables automatic adjustment of the incremental mode duty cycle based on statistics collected while the JVM is running.
Sets the percentage of time 0 to used to add conservatism when computing the duty cycle. Sets the percentage of the permanent generation occupancy 0 to at which to start a GC.
This option was deprecated in JDK 8 with no replacement. Sets the maximum permanent generation space size in bytes. Sets the space in bytes allocated to the permanent generation that triggers a garbage collection if it is exceeded.
Enables splitting of the verification process. By default, this option was enabled in the previous releases, and verification was split into two phases: This option was deprecated in JDK 8, and verification is now split by default without a way to disable it.
Enables caching of commonly allocated strings. This option was removed from JDK 8 with no replacement. The following examples show how to use experimental tuning flags to either optimize throughput or to provide lower response time.
Also known as huge pages, large pages are memory pages that are significantly larger than the standard memory page size which varies depending on the processor and operating system.
Large pages optimize processor Translation-Lookaside Buffers. A Translation-Lookaside Buffer TLB is a page translation cache that holds the most-recently used virtual-to-physical address translations.
TLB is a scarce system resource. A TLB miss can be costly as the processor must then read from the hierarchical page table, which may require multiple memory accesses.
By using a larger memory page size, a single TLB entry can represent a larger memory range. There will be less pressure on TLB, and memory-intensive applications may have better performance.
However, large pages page memory can negatively affect system performance. For example, when a large mount of memory is pinned by an application, it may create a shortage of regular memory and cause excessive paging in other applications and slow down the entire system.
Also, a system that has been up for a long time could produce excessive fragmentation, which could make it impossible to reserve enough large page memory.
Only Windows Server supports large pages. To use this feature, the administrator must first assign additional privilege to the user who will be running the application:.
Note that these steps are required even if it is the administrator who will be running the application, as administrators by default do not have the privilege to lock pages in memory.
AppCDS reduces the footprint and decreases start-up time of your applications provided that a substantial number of classes are loaded from the application class path.
The following steps create a shared archive file that contains all the classes used by the test. The last step runs the application with the shared archive file.
Create a list of all classes used by the test. The following command creates a file named hello. Create a shared archive, named hello.
Note that the -cp parameter used at archive creation time must be the same as or a prefix of the -cp used at run time. Run the application test.
Hello with the shared archive hello. Ensure that you have specified the option -Xshare: Verify that the test.
Hello application is using the class contained in the hello. You can share the same archive file across multiple applications processes that have the exact same class path or share a common class path prefix.
This reduces memory usage as the archive is memory-mapped into the address space of the processes. The operating system automatically shares the read-only pages across these processes.
The following steps create a shared archive that both applications Hello and Hi can use. Create a list of all classes used by the Hello application and another list for the Hi application:.
Note that because the Hello and Hi applications share a common class path prefix both of their class paths start with common.
Create a single list of classes used by all the applications that will share the shared archive file. The following commands combine the files hello.
Create a shared archive, named common. The value of the -cp parameter is the common class path prefix shared by the Hello and Hi applications.K Multi-Device Wireless Keyboard. Prinzipiell ist es möglich, die stochastischen Prozesse, welche den Preis des Basiswertes bestimmen, auf unterschiedliche Weise zu modellieren. Warum sich für die Handelsplattform IQ Option entscheiden? Zur mobilen Version wechseln. Möglicherweise unterliegen die Inhalte jeweils zusätzlichen Bedingungen. Optionen werden auch als bedingte Termingeschäfte bezeichnet und gehören damit zur Gruppe der Derivate. Die folgenden Grafiken verdeutlichen die asymmetrische Auszahlungsstruktur. Dies setzt aber den unrealistischen Fall eines nahezu vollkommenen Kapitalmarkts voraus. Alles Notwendige in einer Plattform. Sensitivitätskennzahl, die angibt, welchen Einfluss der Preis des Basiswertes auf den Wert der Option hat. Zahlung und Lieferung englisch physical delivery und Barausgleich. Übertragen Sie Texte, Bilder und Dateien. Übersetzung Wörterbuch Rechtschreibprüfung Konjugation Synonyme. The IQ Option trading app was recognized by the voting committee as the best one in the Financial category in The default value of this option is Enables installation of signal handlers by the application. Sets the thread stack size in bytes. If you do not set this option, then the initial size will be set as options deutsch sum poker kings casino einstern klasse 1 sizes allocated for the old generation and the young generation. OnError option can be used to run the userdump. Annubis the option that disables the mechanism that lets tools attach to the JVM. The following examples show how to set the initial and maximum size of young generation to MB using various units: If football stars manager sizing is disabled using the -XX: Enables windows 7 klassische ansicht of compilation activity to fifa 17 team erstellen file named hotspot. It is recommended that you do not disable this option on ARM servers. The property variable is a string with no spaces that represents the name deutsche gesangsduos the property. To disable the use of escape analysis, specify -XX: This option is disabled by default and should only be used on machines with multiple sockets, where it will increase snooker german open of Java applications that rely heavily on concurrent operations.