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A term-uuid function-factory actor. Comunica Term Function Uuid Function Factory Actor. A function factory actor that constructs a term function capable of evaluating the Uuid Calling Uuid::setFactory() to replace the factory will change the behavior of Uuid no matter where it is used, so keep this in mind when replacing the factory. If you replace the factory deep inside a method somewhere, any later code that calls a static method on Ramsey Uuid Uuid will use the new factory to generate UUIDs.

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SELECT UUID_SHORT(); -> 92395783831158784Note UUID_SHORT() does not work with statement-based replication. UUID_TO_BIN(string_uuid), UUID_TO_BIN(string_uuid, swap_flag) Converts a string UUID to a binary UUID and returns the result. (The IS_UUID() function description lists the permitted string UUID formats.) The return binary UUID is a VARBINARY(16) value. If the UUID argument is NULL, the return value is NULL. If any argument is invalid, an error occurs. UUID_TO_BIN() takes one or two arguments: The one-argument form takes a string UUID value. The binary result is in the same order as the string argument. The two-argument form takes a string UUID value and a flag value: If swap_flag is 0, the two-argument form is equivalent to the one-argument form. The binary result is in the same order as the string argument. If swap_flag is 1, the format of the return value differs: The time-low and time-high parts (the first and third groups of hexadecimal digits, respectively) are swapped. This moves the more rapidly varying part to the right and can improve indexing efficiency if the result is stored in an indexed column. Time-part swapping assumes the use of UUID version 1 values, such as are generated by the UUID() function. For UUID values produced by other means that do not follow version 1 format, time-part swapping provides no benefit. For details about version 1 format, see the UUID() function description. Suppose that you have the following string UUID value: mysql> SET @uuid = '6ccd780c-baba-1026-9564-5b8c656024db'; To convert the string UUID to binary with or without time-part swapping, use UUID_TO_BIN(): mysql> SELECT HEX(UUID_TO_BIN(@uuid));+----------------------------------+| HEX(UUID_TO_BIN(@uuid)) |+----------------------------------+| 6CCD780CBABA102695645B8C656024DB |+----------------------------------+mysql> SELECT HEX(UUID_TO_BIN(@uuid, 0));+----------------------------------+| HEX(UUID_TO_BIN(@uuid, 0)) |+----------------------------------+| 6CCD780CBABA102695645B8C656024DB |+----------------------------------+mysql> SELECT HEX(UUID_TO_BIN(@uuid, 1));+----------------------------------+| HEX(UUID_TO_BIN(@uuid, 1)) |+----------------------------------+| 1026BABA6CCD780C95645B8C656024DB |+----------------------------------+ To convert a binary UUID returned by UUID_TO_BIN() to a string UUID, use BIN_TO_UUID(). If you produce a binary UUID by calling UUID_TO_BIN() with a second argument of 1 to swap time parts, you should also pass a second argument of 1 to BIN_TO_UUID() to unswap the time parts when converting the binary UUID back to a string UUID: mysql> SELECT BIN_TO_UUID(UUID_TO_BIN(@uuid));+--------------------------------------+| BIN_TO_UUID(UUID_TO_BIN(@uuid)) |+--------------------------------------+| 6ccd780c-baba-1026-9564-5b8c656024db |+--------------------------------------+mysql> SELECT BIN_TO_UUID(UUID_TO_BIN(@uuid,0),0);+--------------------------------------+| BIN_TO_UUID(UUID_TO_BIN(@uuid,0),0) |+--------------------------------------+| 6ccd780c-baba-1026-9564-5b8c656024db |+--------------------------------------+mysql> SELECT BIN_TO_UUID(UUID_TO_BIN(@uuid,1),1);+--------------------------------------+|

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Whole Metrics class to enable unit testingAdded some basic unit testsv0.2.0New FeaturesYou can now download a .zip of your world from /v1/worlds/{uuid}/download or all worlds at /v1/worlds/download (by @matteoturini)ServerTap now loads in the STARTUP phaseInternals/BugfixesUpgrade Javalin from v3 to v4Fix bug where log4j was being included in the shaded jar ServerTap v0.2.0 ChangesYou can now download a .zip of your world from /v1/worlds/{uuid}/download or all worlds at /v1/worlds/download (by @matteoturini)ServerTap now loads in the STARTUP phaseUpgrade Javalin from v3 to v4Fix bug where log4j was being included in the shaded jar ServerTap v0.1.3 A release with some important changesServerTap now supports websocket connections for console interactions, meaning you can make a realtime console that works via browser, for example. More use-cases to come in future.⚠️ If you don't have auth enabled, this is basically a remote admin console. Proceed with cautionAuthentication is now enabled by defaultThere is now additional attributes in the Player API: dimension, location, health, hunger, saturation, and gamemode

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The Seequent Object format. Some types of voxels cannot be translated to the Seequent Object format; we recommend that you display them in a 3D View and pack the view prior to publishing. The vector voxel type is not supported and is currently disabled from selection (hovering over a vector voxel in the list will produce an appropriate tooltip). Geosurfaces Geosurfaces are published in the Seequent Object format. VOXI VOXI models (i.e., DC-IP/resistivity, EM (FDEM and TDEM), gravity, magnetic) are published in the Geosoft format. GM-SYS 3D Models GM-SYS 3D models are published in the Geosoft format. GM-SYS 2D Models GM-SYS 2D models are published in the Geosoft format. Coordinate System and Reprojection Geosoft formats will retain the coordinate system as set by the application, prior to publishing.Seequent Object formats will be automatically reprojected to the coordinate system of the Central project, prior to publishing. The Download Process When data from a Central project is downloaded for the first time, a single folder with a universally unique ID (UUID ) is created in the download cache path, which is set by default to %USERPROFILE%\AppData\Local\Temp\seequent\central\download. This folder, in turn, contains a folder with its own UUID for every instance of data downloaded from Central either in the same session or future sessions. The cache path default location can be modified via Seequent Connector in the taskbar, which manages the cache and the communication with Central. The "download package" stored in the Seequent cache contains: The Central project metadata The Oasis project. A term-uuid function-factory actor. Comunica Term Function Uuid Function Factory Actor. A function factory actor that constructs a term function capable of evaluating the Uuid

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User Id as the partition key and Group Id as the sort key, and it will be used to determine the groups a user belongs to.Group Id: UUID (partition key)User Id: UUID (sort key)……Group Id: UUID (sort key)User Id: UUID (partition key)……When using this approach, you need to ensure data consistency in both tables, which can be achieved by implementing distributed transactions when making changes.APIThe following endpoints are added to the existing endpoints we already have:createGroup(userId: UUID, name: String, members: List) - Creates a new group with the provided details and returns the Group Id.joinGroup(userId: UUID, groupId: UUID) - Allows a user to join a specific group by providing the Group Id.leaveGroup(userId: UUID, groupId: UUID) - Allows a user to leave a specific group by providing the Group Id.getGroupMembers(groupId: UUID) - Retrieves the list of members belonging to a specific group by providing the Group Id.getAllGroups(userId: UUID) - Retrieves the list of groups in which a user is a member by providing the User Id.getGroupMessages(groupId: UUID, timestamp: Long) - Retrieves the messages sent in a specific group by providing the Group Id.ArchitectureWhile the high-level architecture remains unchanged, the handling of group messages will differ slightly from handling direct messages. When a user sends a message to a group, it should be delivered to all members of that group. Below is a diagram illustrating this process.This diagram is sufficient for the initial understanding, but there are a few key points to consider.In the above diagram, we use synchronous HTTP requests to transfer messages from one chat service to another. As a result, there may be a potential issue with the order in which these messages are received by the users. Additionally, in cases of excessive external or internal load, the chat service may start throttling. This means the service will limit the rate at which it processes requests or sends messages to cope with the increased load and prevent server overload.To address the issue of message order, it can be handled on the client side. If a client receives a message with a messageId greater than the last message in its

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This tool allows you to easily generate GUIDs/ UUIDs for your projects or any other purpose. Simply use the default GUID/UUID generated on page load or generate multiple GUIDs/UUIDs as needed. Generate More? Generate in Uppercase Please exercise caution when using these GUIDs. Their uniqueness and suitability are not guaranteed or assured in any way. Use at your own discretion. What is a GUID/UUID? A GUID is a 128-bit identifier used in software applications to ensure uniqueness across different systems and environments. How are GUIDs generated? GUIDs are generated using random numbers combined with predefined formats to ensure their uniqueness. Types of UUID Version Generation Method Key Features Version 1 Generated using timestamp and node ID (e.g., MAC address) Includes time and node-specific information Version 2 Similar to V1, but includes POSIX UID/GID Used for security domain identification Version 3 Generated using MD5 hash of namespace and name Deterministic; same inputs produce the same UUID Version 4 Random or pseudo-random numbers Most common; highly unique Version 5 Generated using SHA-1 hash of namespace and name Similar to V3 but uses stronger hashing Version 6 Reordered timestamp and random data Improves database indexing by preserving timestamp order Version 7 Generated using Unix epoch timestamp and random data Optimized for time-based ordering Version 8 Custom format defined by implementers Provides flexibility for unique use cases How to Identify UUID Version The version of a UUID can be determined by looking at the 13th hexadecimal digit (first digit of the 7th byte) in the UUID string. For example: UUID Structure UUID Format A UUID is typically represented in the following format: 8-4-4-4-12 Example: 123e4567-e89b-12d3-a456-426614174000

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Zone to the configured state.How to Install a Subset of the PackagesWhen installing from CD or ISO images, you can install a subset of thepackages on the install media. The available subsets are core, server, desktop, developer,and all.You must be the global administrator in the global zone to perform thisprocedure.Become superuser, or assume the Primary Administratorrole.To create the role and assign the role to a user, see Using the Solaris Management Tools With RBAC (Task Map) in System Administration Guide: Basic Administration.Install only the server package:global# zoneadm -z lx-zone install -d archive_path serverHow to Enable Networking in an lx BrandedZoneWhen you install an lx branded zone, networking is disabled. Use a procedure such asthis one to enable networking.You must be the zone administrator to perform this procedure.Edit the /etc/sysconfig/network file in thezone.NETWORKING=yesHOSTNAME=your.hostnameTo set up a NIS domain, add a line similar to the following:Configuring Networking and Naming ServicesFor more information on configuring networking or naming services, consultthe documentation for your Linux distribution.How to Obtain the UUID of an Installed Branded ZoneAuniversally unique identifier (UUID) is assigned to a zone when it is installed.The UUID can be obtained by using zoneadm with the list subcommand and the -p option. The UUID is the fifthfield of the display.View the UUIDs for zones that have been installed.You will see a display similar to the following:0:global:running:/::native 1:centos38:running:/zones/centos38:27fabdc8-d8ce-e8aa-9921-ad1ea23ab063:lxExample 35–4 How to Use the UUID in a Commandglobal# zoneadm -z lx-zone -u 61901255-35cf-40d6-d501-f37dc84eb504 list -vIf both -u uuid-match and -z zonename are present, the match is donebased on the UUID first. If a zone with the specified UUID is found, thatzone is used, and the -z parameter is ignored. If no zonewith the specified UUID is found, then the system searches by the zone name.About the UUIDZones can be uninstalled and reinstalled under the same name with differentcontents. Zones can also be renamed without the contents being changed. Forthese reasons, the UUID is a more reliable handle than the zone name.See AlsoFor more information, see zoneadm(1M) and libuuid(3LIB).How to Mark an Installed lx BrandedZone IncompleteIf administrative changeson the system have rendered a zone unusable or inconsistent,

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Specific Binary SubtypesMongoDB defines multiple binary subtypes to categorize the binary data. Each subtype suggests how the binary data might be utilized. A common subtype is ’04’ for UUIDs.Inserting and Retrieving UUIDsEnforcing the UUID subtype can ensure applications interpret binary data as intended:// MongoDB JavaScript Shellconst { Binary, UUID } = require('mongodb')// Create UUID instanceconst uuid = UUID();// Save UUID to MongoDBdb.collection('uuids').insertOne({ uniqueId: new Binary(uuid, Binary.SUBTYPE_UUID)});// Retrieve UUID from MongoDBconst document = db.collection('uuids').findOne();const myUuid = new UUID(document.uniqueId.buffer);In these examples, we manipulate the binary data as an UUID object. When retrieving the data, we ensure that the application correctly interprets it as a UUID, not just a set of bytes.Handling Larger FilesFor larger binary files (such as images or video clips), it may be more efficient to use MongoDB’s GridFS specification, which avoids issues with the size limits of BSON documents by storing files in chunks.Using GridFS to Store Large FilesThe gridfs module allows for the streamlined storage and retrieval of large files in MongoDB:// JavaScript using MongoDB Driver with GridFSconst { MongoClient, GridFSBucket } = require('mongodb');const fs = require('fs');// Connect to the MongoDB clientconst client = new MongoClient('connection_string');async function uploadFile(path) { const db = client.db('database_name'); const bucket = new GridFSBucket(db); // Read the file stream and upload fs.createReadStream(path).pipe(bucket.openUploadStream(path.split('/').pop())) .on('error', function(error) { console.log('Error:', error); }) .on('finish', function() { console.log('File uploaded successfully.'); });}uploadFile('/path/to/large/file');Likewise, downloading a file is simply a matter of streaming the file from the database back to the local file system or to another destination.Best Practices for Managing Binary DataHere are some best practices to follow when working with binary data in MongoDB:Use the appropriate binary subtype to aid in data interpretation.Leverage GridFS for storing files larger than the BSON document size limit, which is currently 16MB.Be cognizant of memory usage when working with large binary data in your application.When possible, save references to binary data if the data is reused across documents, rather than duplicating the data itself.ConclusionBy following this tutorial, you should be more comfortable storing, retrieving, and managing binary data in MongoDB. Leveraging BSON’s capabilities and MongoDB’s GridFS, managing binary data alongside traditional JSON documents is efficient and practical for a wide variety of application needs.. A term-uuid function-factory actor. Comunica Term Function Uuid Function Factory Actor. A function factory actor that constructs a term function capable of evaluating the Uuid Calling Uuid::setFactory() to replace the factory will change the behavior of Uuid no matter where it is used, so keep this in mind when replacing the factory. If you replace the factory deep inside a method somewhere, any later code that calls a static method on Ramsey Uuid Uuid will use the new factory to generate UUIDs.

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= (new LoupeFactory())->create('path/to/my_loupe_data_dir', $configuration);To create an in-memory search client:createInMemory($configuration);">$loupe = (new LoupeFactory())->createInMemory($configuration);Adding documentsaddDocuments([ [ 'uuid' => 2, 'firstname' => 'Uta', 'lastname' => 'Koertig', 'departments' => [ 'Development', 'Backoffice', ], 'age' => 29, ], [ 'uuid' => 6, 'firstname' => 'Huckleberry', 'lastname' => 'Finn', 'departments' => [ 'Backoffice', ], 'age' => 18, ],]);">$loupe->addDocuments([ [ 'uuid' => 2, 'firstname' => 'Uta', 'lastname' => 'Koertig', 'departments' => [ 'Development', 'Backoffice', ], 'age' => 29, ], [ 'uuid' => 6, 'firstname' => 'Huckleberry', 'lastname' => 'Finn', 'departments' => [ 'Backoffice', ], 'age' => 18, ],]);Performing searchwithQuery('Gucleberry') ->withAttributesToRetrieve(['uuid', 'firstname']) ->withFilter("(departments = 'Backoffice' OR departments = 'Project Management') AND age > 17") ->withSort(['lastname:asc']);$results = $loupe->search($searchParameters);foreach ($results->getHits() as $hit) { echo $hit['title'] . PHP_EOL;}">$searchParameters = SearchParameters::create() ->withQuery('Gucleberry') ->withAttributesToRetrieve(['uuid', 'firstname']) ->withFilter("(departments = 'Backoffice' OR departments = 'Project Management') AND age > 17") ->withSort(['lastname:asc']);$results = $loupe->search($searchParameters);foreach ($results->getHits() as $hit) { echo $hit['title'] . PHP_EOL;}The $results array contains a list of search hits and metadata about the query.toArray());[ 'hits' => [ [ 'uuid' => 6, 'firstname' => 'Huckleberry' ] ], 'query' => 'Gucleberry', 'processingTimeMs' => 4, 'hitsPerPage' => 20, 'page' => 1, 'totalPages' => 1, 'totalHits' => 1]">print_r($results->toArray());[ 'hits' => [ [ 'uuid' => 6, 'firstname' => 'Huckleberry' ] ], 'query' => 'Gucleberry', 'processingTimeMs' => 4, 'hitsPerPage' => 20, 'page' => 1, 'totalPages' => 1, 'totalHits' => 1]DocsSchemaConfigurationIndexingSearchingRankingTokenizerPerformance"Why Loupe?" you ask? "Loupe" means "magnifier" in French and I felt like this was the appropriate choice for thislibrary after having given my PHP crawler library a French name :-)

uuid-creator/src/main/java/com/github/f4b6a3/uuid/factory

Enabled: SELECT age FROM t GROUP BY age-1; To cause MySQL to accept the query, use ANY_VALUE(): SELECT ANY_VALUE(age) FROM t GROUP BY age-1; ANY_VALUE() can be used for queries that refer to aggregate functions in the absence of a GROUP BY clause: mysql> SELECT name, MAX(age) FROM t;ERROR 1140 (42000): In aggregated query without GROUP BY, expression#1 of SELECT list contains nonaggregated column 'mydb.t.name'; thisis incompatible with sql_mode=only_full_group_by Without GROUP BY, there is a single group and it is nondeterministic which name value to choose for the group. ANY_VALUE() tells MySQL to accept the query: SELECT ANY_VALUE(name), MAX(age) FROM t; It may be that, due to some property of a given data set, you know that a selected nonaggregated column is effectively functionally dependent on a GROUP BY column. For example, an application may enforce uniqueness of one column with respect to another. In this case, using ANY_VALUE() for the effectively functionally dependent column may make sense. For additional discussion, see Section 14.19.3, “MySQL Handling of GROUP BY”. BIN_TO_UUID(binary_uuid), BIN_TO_UUID(binary_uuid, swap_flag) BIN_TO_UUID() is the inverse of UUID_TO_BIN(). It converts a binary UUID to a string UUID and returns the result. The binary value should be a UUID as a VARBINARY(16) value. The return value is a string of five hexadecimal numbers separated by dashes. (For details about this format, see the UUID() function description.) If the UUID argument is NULL, the return value is NULL. If any argument is invalid, an error occurs. BIN_TO_UUID() takes one or two arguments: The one-argument form takes a binary UUID value. The UUID value is assumed not to have its time-low and time-high parts swapped. The string result is in the same order as the binary argument. The two-argument form takes a binary UUID value and a swap-flag value: If swap_flag is 0, the two-argument form is equivalent to the one-argument form. The string result is in the same order as the binary argument. If swap_flag is 1, the UUID value is assumed to have its time-low and time-high parts swapped. These parts are swapped back to their original position in the result. A term-uuid function-factory actor. Comunica Term Function Uuid Function Factory Actor. A function factory actor that constructs a term function capable of evaluating the Uuid Calling Uuid::setFactory() to replace the factory will change the behavior of Uuid no matter where it is used, so keep this in mind when replacing the factory. If you replace the factory deep inside a method somewhere, any later code that calls a static method on Ramsey Uuid Uuid will use the new factory to generate UUIDs.

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BIN_TO_UUID(UUID_TO_BIN(@uuid,1),1) |+--------------------------------------+| 6ccd780c-baba-1026-9564-5b8c656024db |+--------------------------------------+ If the use of time-part swapping is not the same for the conversion in both directions, the original UUID is not recovered properly: mysql> SELECT BIN_TO_UUID(UUID_TO_BIN(@uuid,0),1);+--------------------------------------+| BIN_TO_UUID(UUID_TO_BIN(@uuid,0),1) |+--------------------------------------+| baba1026-780c-6ccd-9564-5b8c656024db |+--------------------------------------+mysql> SELECT BIN_TO_UUID(UUID_TO_BIN(@uuid,1),0);+--------------------------------------+| BIN_TO_UUID(UUID_TO_BIN(@uuid,1),0) |+--------------------------------------+| 1026baba-6ccd-780c-9564-5b8c656024db |+--------------------------------------+ If UUID_TO_BIN() is invoked from within the mysql client, binary strings display using hexadecimal notation, depending on the value of the --binary-as-hex. For more information about that option, see Section 6.5.1, “mysql — The MySQL Command-Line Client”. VALUES(col_name) In an INSERT ... ON DUPLICATE KEY UPDATE statement, you can use the VALUES(col_name) function in the UPDATE clause to refer to column values from the INSERT portion of the statement. In other words, VALUES(col_name) in the UPDATE clause refers to the value of col_name that would be inserted, had no duplicate-key conflict occurred. This function is especially useful in multiple-row inserts. The VALUES() function is meaningful only in the ON DUPLICATE KEY UPDATE clause of INSERT statements and returns NULL otherwise. See Section 15.2.7.2, “INSERT ... ON DUPLICATE KEY UPDATE Statement”. mysql> INSERT INTO table (a,b,c) VALUES (1,2,3),(4,5,6) -> ON DUPLICATE KEY UPDATE c=VALUES(a)+VALUES(b);