Multi-Data Center Cluster 38 Calculating Tokens 39 Calculating Tokens for Multiple Racks 40 Calculating Tokens for a Single Data Center 40 Calculating Tokens for a Multi-Data Center Cluster 41 Starting Cluster 95 Running Routine Node Repair 95 Adding Capacity to an Existing Cluster 95 Calculating Tokens For the New Nodes 96 Adding Nodes to a Cluster 96 Changing the Replication Factor 97 Replacing and those of the other nodes in the cluster. When initializing a new cluster, you should generate tokens for the entire cluster and assign an initial token to each node before starting up. Each node will

whole Navicat On-Prem Server, such as changing the organization profile, adding users, licensing tokens, editing server settings. Note: You must be a superuser or an admin in order to perform these configurations On-Prem Server requires tokens for users to continue synchronizing Navicat objects or files. Tokens can be bought as a perpetual license or on a subscription basis. To manage your tokens and license the the users, click Tokens & Licensed Users in Advanced Configurations. Note: Perpetual License and Subscription Plan cannot be used at the same Navicat On-Prem Server. Before changing the activation method

In the Windows Security Tokens area, enter a token for each Windows user (or group) who can authenticate with the MySQL user name. MySQL accounts can include security tokens for both local Windows users users and Windows users that belong to a domain. Multiple security tokens are separated by the semicolon character (;) and use the following format for local and domain accounts: • Local account 13 Windows permits you to test all of the security tokens each time you add or modify a token. Click Test Security Tokens to validate (or revalidate) each token. Invalid tokens generate a descriptive error message along

commands. A command is composed of a sequence of tokens, ter- minated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular word, an identifier, a quoted identifier, a literal (or constant), or a special character symbol. Tokens are normally separated by whitespace (space, tab, newline), but need not be if there is no ambiguity adjacent to some other token type). Additionally, comments can occur in SQL input. They are not tokens, they are effectively equivalent to whitespace. For example, the following is (syntactically) valid

commands. A command is composed of a sequence of tokens, terminated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular word, an identifier, a quoted identifier, a literal (or constant), or a special character symbol. Tokens are normally separated by whitespace (space, tab, newline), but need not be if there is no ambiguity adjacent to some other token type). Additionally, comments can occur in SQL input. They are not tokens, they are effectively equivalent to whitespace. For example, the following is (syntactically) valid

commands. A command is composed of a sequence of tokens, terminated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular word, an identifier, a quoted identifier, a literal (or constant), or a special character symbol. Tokens are normally separated by whitespace (space, tab, newline), but need not be if there is no ambiguity adjacent to some other token type). Additionally, comments can occur in SQL input. They are not tokens, they are effectively equivalent to whitespace. For example, the following is (syntactically) valid

commands. A command is composed of a sequence of tokens, ter- minated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular word, an identifier, a quoted identifier, a literal (or constant), or a special character symbol. Tokens are normally separated by whitespace (space, tab, newline), but need not be if there is no ambiguity adjacent to some other token type). Additionally, comments can occur in SQL input. They are not tokens, they are effectively equivalent to whitespace. For example, the following is (syntactically) valid

commands. A command is composed of a sequence of tokens, ter- minated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular word, an identifier, a quoted identifier, a literal (or constant), or a special character symbol. Tokens are normally separated by whitespace (space, tab, newline), but need not be if there is no ambiguity not tokens, they are effectively equivalent to whitespace. The SQL syntax is not very consistent regarding what tokens identify commands and which are operands or parameters. The first few tokens are

commands. A command is composed of a sequence of tokens, terminated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular word, an identifier, a quoted identifier, a literal (or constant), or a special character symbol. Tokens are normally separated by whitespace (space, tab, newline), but need not be if there is no ambiguity not tokens, they are effectively equivalent to whitespace. The SQL syntax is not very consistent regarding what tokens identify commands and which are operands or parameters. The first few tokens are

understands. SQL queries consist of a sequence of commands. Commands consist of a sequence of valid tokens in correct syntax order, terminated by a semicolon (;). For more information about SQL commands The json data type does not alter the input text. Semantically-insignificant white space between tokens is retained, as well as the order of keys within JSON objects. All key/value pairs are kept even Search Parsers This topic describes the types of tokens the Greenplum Database text search parser produces from raw text. Text Search Dictionaries Tokens produced by the Greenplum Database full text search