#      ___      _        _
#     /   \__ _| |_ __ _| |__   __ _ ___  ___
#    / /\ / _` | __/ _` | '_ \ / _` / __|/ _ \
#   / /_// (_| | || (_| | |_) | (_| \__ \  __/
#  /___,' \__,_|\__\__,_|_.__/ \__,_|___/\___|

# Configure a database for use.
database:

    # - Available options in type.
    #   All options use HikariCP for better performance.
    #  |=> MySQL
    #  |=> MariaDB
    #  |=> PostgreSQL
    #  |=> SQLite
    #  |=> H2
    #
    # If you change this configuration and your server is already
    # started. You can use the command "/foxgate db reconnect" to
    # apply the changes without restarting plugin or server.
    # Remember first reload the plugin with "/foxgate reload"
    # and use that command.
    type: "SQLite"
    # Edit table in case you want a different.
    # If you want to use your actually stats (of 1.0.5-pre4 or older),
    # use the next:
    # - "vpn_cache"
    table: "foxgate"
    
    # MariaDB/MySQL databases type. Edit here.
    remote:
      # Determine information of your database.
      hostname: "localhost"
      port: 3306
      database: "foxav_db"
      username: "root"
      password: "password123"
      
      # These settings apply to the MySQL/MariaDB connection pool (HikariCP).
      # - Default values are suitable for most users. Only modify these if you know what you're doing!
      pool-settings:

        # The maximum number of connections in the connection pool.
        # - Determines the upper limit of active database connections that can be managed simultaneously.
        # - Setting this too high can overload your database server, while setting it too low can cause delays.
        # Example:
        #   If your server has high traffic and the database can handle it, set this to 10 or higher.
        # Recommended: 10
        # More information: https://github.com/brettwooldridge/HikariCP/wiki/About-Pool-Sizing
        maximum-pool-size: 10

        # Minimum number of idle connections to maintain in the pool.
        # - The pool will try to maintain this number of idle (inactive) connections ready for use.
        # - Setting this equal to 'maximum-pool-size' creates a fixed-size connection pool,
        #   ensuring consistent resource allocation.
        # Example:
        #   For a server with occasional traffic spikes, set this to half of 'maximum-pool-size'.
        # Recommended: 2
        minimum-idle: 2
       
        # Sets the maximum time an idle connection can remain in the pool before being automatically closed.
        # - Connections that remain idle for longer than the configured value will be removed from the pool
        #   and replaced with new connections as needed.
        # - This is useful to free up resources and keep connections "fresh" avoiding possible problems with
        #   stale connections.
        # Recommended: 600000 (10 minutes)
        idle-timeout: 600000

        # Maximum lifetime of a connection in the pool, in milliseconds.
        # - Connections older than this value will be closed and replaced.
        # - This prevents stale connections from lingering indefinitely and reduces database timeout issues.
        # - Should be at least 30 seconds less than the timeout imposed by the database itself.
        # Example:
        #   If your database timeout is 30 minutes, set this value to 25 minutes (1500000 ms).
        # Recommended: 1500000 (25 minutes)
        maximum-lifetime: 1500000

        # Frequency of pings to keep the connection alive, in milliseconds.
        # - This prevents connections from being closed due to inactivity (common in many databases or firewalls).
        # - Must be less than 'maximum-lifetime' and greater than 30 seconds (30000 ms).
        # Example:
        #   For long-running servers, a value of 10 minutes (600000 ms) is generally ideal.
        # Recommended: 600000 (10 minutes)
        keepalive-time: 600000

        # The maximum time in milliseconds to wait for a connection from the pool.
        # - If no connection is available within this time, an exception will be thrown.
        # - Setting a low value ensures responsiveness but may cause issues under heavy load.
        # Example:
        #   For responsive applications, a value between 3-5 seconds (3000-5000 ms) is ideal.
        # Recommended: 5000 (5 seconds)
        connection-timeout: 5000

        # Custom validation timeout (time taken to validate a connection), in milliseconds.
        # - Determines how long the pool will wait while testing if a connection is still valid.
        # - A low value improves responsiveness, but setting it too low may cause false negatives.
        # Example:
        #   For most databases, 3 seconds (3000 ms) is sufficient for validation.
        # Recommended: 3000 (3 seconds)
        validation-timeout: 3000
        
        # Leak detection threshold in milliseconds.
        # - This setting helps detect connections that are not properly closed.
        # - If a connection is checked out but not closed within this time, a warning will be logged.
        # - Useful for debugging connection leaks in plugins or applications.
        # Example:
        #   If you expect queries to be fast, a value of 60 seconds (60000 ms) can help catch leaks.
        #   If you have long transactions, set a higher value to avoid false positives.
        # Recommended: 60000 (1 minute)
        leak-detection-threshold: 60000
   
      # Custom properties for advanced users.
      # Add any additional properties to fine-tune the connection.
      #
      # You can uncomment unnecesary properties or remove,
      # also edit to values that is perfect for you.
      # (!) THIS PROPERTIES IS BASED WITH SUPPORT
      # MARIADB, IF YOU GET ERROR IN MYSQL, YOU CAN
      # ADAPT OR CONSIDERING TO CHANGE TO MARIADB,
      # THAT WORKS WITH MYSQL DATABASES.
      properties:

        # - SSL.
        # Database connection settings.
        # Adjust these properties to optimize the connection with your MySQL/MariaDB server.
        # Enables or disables SSL for secure connections.
        # It is highly recommended to set this to true if your server supports SSL.
        # Default is false, as many MySQL/MariaDB servers do not support SSL.
        sslMode: "disabled"
        requireSSL: "false"                   # If set to "true", forces SSL connections. Overrides 'sslMode'.
        verifyServerCertificate: "false"      # Validates the server's SSL certificate. Set to "true" for production.
        # - Connection Optimization
        cachePrepStmts: "true"                # Enables prepared statement caching
        prepStmtCacheSize: "250"              # Number of prepared statements to cache
        prepStmtCacheSqlLimit: "2048"         # Maximum size of a query in the cache
        useServerPrepStmts: "true"            # Uses server-side prepared statements
        # - Performance and Buffering
        rewriteBatchedStatements: "true"      # Optimizes batch insert/update performance
        useCompression: "false"               # Enables compression for data transfer (optional)
        maintainTimeStats: "false"            # Disables time statistics for improved performance
        autoReconnect: "true"                 # Automatically reconnects if the connection is lost
        # - Character Encoding
        # Specifies whether Unicode character encoding should be used.
        # If working with multilingual data, this is highly recommended.
        useUnicode: "true"
        # Defines the character encoding for the database connection.
        # Use "utf8" for compatibility with most character sets.
        characterEncoding: "utf8"
        # - Time Zone
        serverTimezone: "UTC"                 # Ensures consistent timezone handling

    postgresql:
      hostname: "localhost"
      port: 5432
      database: "foxav_db"
      username: "postgres"
      password: "password123"

      # Database connection settings for PostgreSQL.
      settings:

        # Adjust these properties to optimize the connection with your PostgreSQL server.
        # Enables or disables SSL for secure connections.
        # It is highly recommended to set this to true if your server supports SSL.
        # Default is false.
        ssl: false
 
        # The maximum time in seconds to wait for a connection from the pool.
        # Choose a value between 1 and 5 for a balance between availability and performance.
        # Recommended: 3.0
        connectiontimeout: 3.0

        # Specifies whether Unicode character encoding should be used.
        # PostgreSQL natively supports Unicode, so this can be left as true.
        useUnicode: true

        # Defines the character encoding for the database connection.
        # Use "UTF-8" to handle multilingual data and ensure compatibility.
        characterEncoding: "UTF-8"

        # Keeps idle connections alive.
        tcpKeepAlive: true

        # Timeout for socket operations in seconds.
        socketTimeout: 30

        # Number of prepared statement executions before switching to server-side prepared statements.
        prepareThreshold: 5

        # Application name for debugging or monitoring purposes.
        applicationName: "FoxGate"

        # Enables optimized binary transfer for certain data types.
        binaryTransfer: true
      
      # These settings apply to this PostgreSQL, because uses Hikari for connection.
      # - Default values are suitable for most users. Only modify these if you know what you're doing!
      pool-settings:

        # The maximum number of connections in the connection pool.
        # - Determines the upper limit of active database connections that can be managed simultaneously.
        # - Setting this too high can overload your database server, while setting it too low can cause delays.
        # Example: 
        #   If your server has high traffic and the database can handle it, set this to 10 or higher.
        # Recommended: 10
        # More information: https://github.com/brettwooldridge/HikariCP/wiki/About-Pool-Sizing
        maximum-pool-size: 10

        # Minimum number of idle connections to maintain in the pool.
        # - The pool will try to maintain this number of idle (inactive) connections ready for use.
        # - Setting this equal to 'maximum-pool-size' creates a fixed-size connection pool,
        #   ensuring consistent resource allocation.
        # Example:
        #   For a server with occasional traffic spikes, set this to half of 'maximum-pool-size'.
        # Recommended: 2
        minimum-idle: 2

        # Maximum lifetime of a connection in the pool, in milliseconds.
        # - Connections older than this value will be closed and replaced.
        # - This prevents stale connections from lingering indefinitely and reduces database timeout issues.
        # - Should be at least 30 seconds less than the timeout imposed by the database itself.
        # Example:
        #   If your database timeout is 30 minutes, set this value to 25 minutes (1500000 ms).
        # Recommended: 1800000 (30 minutes)
        maximum-lifetime: 1800000

        # The maximum time in milliseconds to wait for a connection from the pool.
        # - If no connection is available within this time, an exception will be thrown.
        # - Setting a low value ensures responsiveness but may cause issues under heavy load.
        # Example:
        #   For responsive applications, a value between 30-50 seconds (30000-50000 ms) is ideal.
        # Recommended: 30000 (30 seconds)
        connection-timeout: 30000
        
        # Leak detection threshold in milliseconds.
        # - This setting helps detect connections that are not properly closed.
        # - If a connection is checked out but not closed within this time, a warning will be logged.
        # - Useful for debugging connection leaks in plugins or applications.
        # Example:
        #   If you expect queries to be fast, a value of 60 seconds (60000 ms) can help catch leaks.
        #   If you have long transactions, set a higher value to avoid false positives.
        # Recommended: 60000 (1 minute)
        leak-detection-threshold: 60000

    sqlite:
      file: "FoxGate.db"
     
      # These settings apply to this SQLite, because uses Hikari for connection.
      # - Default values are suitable for most users. Only modify these if you know what you're doing!
      #
      # Yeah... I know HikariCP isn't better to use with SQLite, but is only for avoid any
      # type of errors! Please, don't kill me!
      pool-settings:

        # The maximum number of connections in the connection pool.
        # - Determines the upper limit of active database connections that can be managed simultaneously.
        # - Setting this too high can overload your database server, while setting it too low can cause delays.
        # Example: 
        #   If your server has high traffic and the database can handle it, set this to 10 or higher.
        # Recommended: 10
        # More information: https://github.com/brettwooldridge/HikariCP/wiki/About-Pool-Sizing
        maximum-pool-size: 10

        # Minimum number of idle connections to maintain in the pool.
        # - The pool will try to maintain this number of idle (inactive) connections ready for use.
        # - Setting this equal to 'maximum-pool-size' creates a fixed-size connection pool,
        #   ensuring consistent resource allocation.
        # Example:
        #   For a server with occasional traffic spikes, set this to half of 'maximum-pool-size'.
        # Recommended: 1
        minimum-idle: 1

        # Maximum lifetime of a connection in the pool, in milliseconds.
        # - Connections older than this value will be closed and replaced.
        # - This prevents stale connections from lingering indefinitely and reduces database timeout issues.
        # - Should be at least 30 seconds less than the timeout imposed by the database itself.
        # Example:
        #   If your database timeout is 30 minutes, set this value to 25 minutes (1500000 ms).
        # Recommended: 1800000 (30 minutes)
        maximum-lifetime: 1800000

        # The maximum time in milliseconds to wait for a connection from the pool.
        # - If no connection is available within this time, an exception will be thrown.
        # - Setting a low value ensures responsiveness but may cause issues under heavy load.
        # Example:
        #   For responsive applications, a value between 30-50 seconds (30000-50000 ms) is ideal.
        # Recommended: 30000 (30 seconds)
        connection-timeout: 30000
        
        # Leak detection threshold in milliseconds.
        # - This setting helps detect connections that are not properly closed.
        # - If a connection is checked out but not closed within this time, a warning will be logged.
        # - Useful for debugging connection leaks in plugins or applications.
        # Example:
        #   If you expect queries to be fast, a value of 60 seconds (60000 ms) can help catch leaks.
        #   If you have long transactions, set a higher value to avoid false positives.
        # Recommended: 60000 (1 minute)
        leak-detection-threshold: 60000

    h2:
      file: "h2db"
      
      # These settings apply to this H2, because uses Hikari for connection.
      # - Default values are suitable for most users. Only modify these if you know what you're doing!
      pool-settings:

        # The maximum number of connections in the connection pool.
        # - Determines the upper limit of active database connections that can be managed simultaneously.
        # - Setting this too high can overload your database server, while setting it too low can cause delays.
        # Example: 
        #   If your server has high traffic and the database can handle it, set this to 10 or higher.
        # Recommended: 10
        # More information: https://github.com/brettwooldridge/HikariCP/wiki/About-Pool-Sizing
        maximum-pool-size: 10

        # Minimum number of idle connections to maintain in the pool.
        # - The pool will try to maintain this number of idle (inactive) connections ready for use.
        # - Setting this equal to 'maximum-pool-size' creates a fixed-size connection pool,
        #   ensuring consistent resource allocation.
        # Example:
        #   For a server with occasional traffic spikes, set this to half of 'maximum-pool-size'.
        # Recommended: 1
        minimum-idle: 1

        # Maximum lifetime of a connection in the pool, in milliseconds.
        # - Connections older than this value will be closed and replaced.
        # - This prevents stale connections from lingering indefinitely and reduces database timeout issues.
        # - Should be at least 30 seconds less than the timeout imposed by the database itself.
        # Example:
        #   If your database timeout is 30 minutes, set this value to 25 minutes (1500000 ms).
        # Recommended: 1800000 (30 minutes)
        maximum-lifetime: 1800000

        # The maximum time in milliseconds to wait for a connection from the pool.
        # - If no connection is available within this time, an exception will be thrown.
        # - Setting a low value ensures responsiveness but may cause issues under heavy load.
        # Example:
        #   For responsive applications, a value between 30-50 seconds (30000-50000 ms) is ideal.
        # Recommended: 30000 (30 seconds)
        connection-timeout: 30000
        
        # Leak detection threshold in milliseconds.
        # - This setting helps detect connections that are not properly closed.
        # - If a connection is checked out but not closed within this time, a warning will be logged.
        # - Useful for debugging connection leaks in plugins or applications.
        # Example:
        #   If you expect queries to be fast, a value of 60 seconds (60000 ms) can help catch leaks.
        #   If you have long transactions, set a higher value to avoid false positives.
        # Recommended: 60000 (1 minute)
        leak-detection-threshold: 60000

    # When an IP isn't detected a vpn or proxy, this need to save in
    # cache to don't make more requests for a little time for save
    # performance and requests, customizable here.
    bypass:
        # Enable this feature?
        enable: true

        # Determine the amount in hours to save the IP in cache and avoid
        # make more requests to this IP. Useful to save performance and
        # verify only one time for certain time.
        #
        # Recommended: 2
        # Type 'permanent' for bypass permanent.
        expiration_time: 2

    # When an IP is detected in a result, this is save in the cache
    # to don't make more request for a little time, this value is
    # saved in hours.
    #
    # Recommended: 36
    # Type 'permanent' for blocking permanent.
    expiration_time: 36