Mysql Server Macos

Posted : admin | On 21-04-2021

Mar 01, 2021 Server: The TCP/IP address or host name of the server running a MySQL server. 127.0.0.1 Port: The TCP/IP port on which the MySQL server is listening. 3306 Database: Name of the current database for the connection. If the Database is not specified, no current database is set up. MyDB UserName: The MySQL user ID. Root Password: The MySQL.
MacOS Server, formerly Mac OS X Server and OS X Server, is a series of Unix-like server operating systems developed by Apple Inc. And based on macOS (formerly Mac OS X and OS X). MacOS Server adds server functionality and system administration tools to macOS and provides tools to manage both macOS -based computers and iOS -based devices.
I installed MySQL on Mac OS X Mountain Lion with homebrew install mysql, but when I tried mysql -u root I got the following error: ERROR 2002 (HY000): Can't connect to local MySQL server through.

/ Installing and Upgrading MySQL / Installing MySQL on Linux / Managing MySQL Server with systemd 2.5.9 Managing MySQL Server with systemd If you install MySQL using an RPM or Debian package on the following Linux platforms, server startup and shutdown is managed by systemd. MySQL Community Edition is a freely downloadable version of the world's most popular open source database that is supported by an active community of open source developers and enthusiasts. MySQL Cluster Community Edition is available as a separate download.

Go Up to Database Connectivity (FireDAC)

This topic describes how to connect to MySQL Server.

2Client Software
6Usage Cases
7See Also

Supported Versions

The FireDAC native driver supports:

MySQL Server Community, Enterprise, and Embedded editions version 3.21 and later
MariaDB 5.5 and later.

Client Software

Windows Client Software

Mac Os Download

Tip: RAD Studio IDE works in 32-bit, that is why it cannot connect with MySQL 8.0, which is only available in 64-bit.To avoid this connection issue you can use MySQL 5.7.29, which is the most recent 32-bit version of MySQL.

FireDAC requires one of the following libraries:

The LIBMYSQL.DLL client library for connecting to MySQL server.

The LIBMYSQLD.DLL embedded server library. See MySQL Embedded server later in this topic.

You can take them from a server (details) installation Bin or Lib folders and place them in:

a folder listed in your PATH environment variable (for example, <Windows>SYSTEM32)
your application EXE folder.

To connect to a 64-bit version of MySQL 8.0 at runtime you need:

LIBMYSQL.DLL.

VS2015 runtime 64-bit.

Two libraries from MySQL MSVC++ Connectors pack of the 8.0 version:

LIBCRYPTO-1_1-x64.DLL.

LIBSSL-1_1-x64.DLL.

Note: If you use a 64-bit SQL server, the client DLLs will also be 64-bit. To connect at design time or to use this server with a 32-bit application, download 32-bit DLLs from http://dev.mysql.com/downloads/connector/c/#downloads

Alternatively you may put the required files in any other folder, and specify their path in FDDrivers.ini:

Unzip zip file with password mac. If the MySQL client library has not been installed properly, an exception is raised when you try to connect:

[FireDAC][Phys][MySQL]-314. Cannot load vendor library [libmysql.dll]. The specified module could not be found.Check [libmysql.dll], which is located in one of the PATH directories or in application EXE directory.

macOS Client Software

FireDAC requires:

the libmysqlclient.dylib x86 client library.

You can download it as Connector/C for macOS (here) and extract it into /usr/local folder, using the command:

iOS Client Software

The article (more) explains how to build libmysqlclient.dylib for iOS.

Note, Embarcadero Technologies has not tested this and does not provide assistance with it.

Linux Client Software

To install the MySQL client library:

On Ubuntu Server 16.04 LTS, run:
On Red Hat Enterprise Linux 7, run:

Driver Linkage

To link the driver:

drop a TFDPhysMySQLDriverLink component from the 'FireDAC Links' component palette page
or include the FireDAC.Phys.MySQL unit in the uses clause.

Connection Definition Parameters

To connect to a MySQL DBMS, most applications require that you specify DriverID, Server, Database, User_Name, Password, and CharacterSet (see Defining Connection (FireDAC) for details).

DriverID=MySQL

Parameter	Description	Example value
Server	The TCP/IP address or host name of the server running a MySQL server.	127.0.0.1
Port	The TCP/IP port on which the MySQL server is listening.	3306
Database	Name of the current database for the connection. If the Database is not specified, no current database is set up.	MyDB
User_Name	The MySQL user ID.	root
Password	The MySQL user password.
CharacterSet	The default character set for the connection. The connection collation becomes the default collation of the character set. For details, see the SET NAMES statement.	cp1251
Compress	Specify True to enable network traffic compression. By default, it is set to False.
UseSSL	Specify True to enable SSL connection. By default, it is set to False. Setting UseSSL=True requires you to additionally specify the connection definition parameters: SSL_key -- is the path name to the key file. SSL_cert -- is the path name to the certificate file. SSL_ca -- is the path name to the certificate authority file. SSL_capath -- is the path name to a directory that contains trusted SSL CA certificates in pem format. SSL_cipher -- is a list of permissible ciphers to use for SSL encryption. For additional details, see the MySQL Documentation:	True
LoginTimeout	Controls the amount of time, in seconds, before an application times out while attempting to establish a connection.	30
ReadTimeout	The time-out in seconds for attempts to read from the server. Each attempt uses this time-out value and there are retrials if necessary, so the total effective time-out value is three times the option value. You can set the value so that a lost connection can be detected earlier than the TCP/IP Close_Wait_Timeout value of 10 minutes. This option works only for TCP/IP connections and, prior to MySQL 5.1.12, only for Windows. By default, it is not set.	5
WriteTimeout	The time-out in seconds for attempts to write to the server. Each attempt uses this time-out value and there are net_retry_count retrials if necessary, so the total effective time-out value is net_retry_count times the option value. This option works only for TCP/IP connections and, prior to MySQL 5.1.12, only for Windows. By default, it is not set.	5
ResultMode	Controls the fetching of a result set to a client. The default value is Store. Store -- fetches all rows right after query execution and stores them on a client, making the server process ready for new requests. Use -- rows are fetched on demand from a client. Until all rows from the result set are fetched, the server cannot handle new requests. It allows you to reduce memory usage on very big result sets. Choose -- FireDAC automatically chooses a mode. If the FetchOption.Mode is either fmAll or fmExactRecsMax, then 'Store', otherwise 'Use'.	Use
TinyIntFormat	Controls the TINYINT(1) representation. The default value is Boolean. Boolean - TINYINT(1) columns are represented as dtBoolean. Integer - TINYINT(1) columns are represented as dtSByte or dtByte.	Integer
MetaDefCatalog	Default database name. The Design time code excludes the catalog name from the object name if it is equal to MetaDefCatalog. Setting the MetaDefCatalog does not change the current database in the MySQL session.	MyDB

MySQL Embedded Server

Stop Mysql Server Macos

Important:

All path argument values use Unix backslashes. You can specify paths relatively to the application EXE folder, which simplifies the deployment.
libmysqld.dll and errmsg.sys must be of the same version.
libmysqld.dll v 5.1.34, as probably some other versions, are broken and do not work. Update to other version.
The general MySQL Embedded setup may be hard. For simplified setup, see examples later.
In case of incorrect arguments for libmysqld.dll initialization, the application may silently terminate.

To prepare your application to work with a MySQL Embedded server, you should take the following actions:

Include the TFDPhysMySQLDriverLink component in your application. Note that 'add argument' means 'add argument to TFDPhysMySQLDriverLink.EmbeddedArgs list'. Optionally you can use the driver configuration file.
Copy LIBMYSQLD.DLL to the application executable folder. If this folder differs from the application executable folder, add the --basedir=<LIBMYSQLD folder> argument and set TADPhysMySQLDriverLink.VendorLib to <LIBMYSQLD folder>LIBMYSQLD.DLL.
If only English messages are used, copy shareenglisherrmsg.sys to <LIBMYSQLD folder> and add the --language=<LIBMYSQLD folder> argument. If multiple language messages are used, copy the appropriate folders from share* to <LIBMYSQLD folder>, preserving the directory structure. There is no need to add the --language argument, because <LIBMYSQLD folder>share* is the default location.
If the used character sets are different from ASCII, copy shareenglishcharsets to <LIBMYSQLD folder>, preserving the directory structure. There is no need to add the --character-sets-dir argument, because <LIBMYSQLD folder>sharecharsets is the default location.
If the database files are located in different folders than <LIBMYSQLD folder>, add the --datadir=<database files folder> argument. With 5.6.11 it is required to specify this argument.
If the InnoDB engine is not used, add the --skip-innodb argument. Otherwise, add the --innodb_data_home_dir=<database files folder> argument, where the value is the InnoDB data space directory.
If your application does not connect to a remote MySQL server, add the --skip-networking argument.
If your application uses an external settings file, add the --defaults-file=my.ini argument.
If your application uses MySQL plugins, add the --plugin_dir=<plugin folder> argument. Normally, plugins are located in <LIBMYSQLD folder>libplugin.
Add appropriate arguments to tune performance.

To connect to the MySQL Embedded server, you do not need to specify Server, Host, Port, User_Name, Password connection definition parameters. If you do not specify the --skip-networking argument, then using libmysqld.dll you can connect to the remote MySQL servers, the same as with normal libmysql.dll.

Simple setup example:

Charsets: ASCII only
Messages: English only
Database: the EXE folder

Extended setup example:

Charsets: multiple
Messages: multiple
Database: 'data' subfolder

Usage Cases

Using a Secure Connection

To use TLS/SSL encryption, define the UseSSL parameter with True as value and then specify the SSL_key, SSL_cert, and SSL_ca parameters as follows:

You may also use the SSL_capath and SSL_cipher parameters, see the UseSSL entry in the Connection Definition Parameters table above for more information.

Note: You can also use the my.cnf configuration file.

Other Usage Cases

Connect to a locally running server, listening on the default (3306) port:

Connect to a remote server, listening on a non-default port, using Unicode for character data:

Connect to an embedded server, using Unicode for character data:

Design

MySQL Workbench enables a DBA, developer, or data architect to visually design, model, generate, and manage databases. It includes everything a data modeler needs for creating complex ER models, forward and reverse engineering, and also delivers key features for performing difficult change management and documentation tasks that normally require much time and effort.
Learn More »

Develop

MySQL Workbench delivers visual tools for creating, executing, and optimizing SQL queries. The SQL Editor provides color syntax highlighting, auto-complete, reuse of SQL snippets, and execution history of SQL. The Database Connections Panel enables developers to easily manage standard database connections, including MySQL Fabric. The Object Browser provides instant access to database schema and objects.
Learn more »

Administer

MySQL Workbench provides a visual console to easily administer MySQL environments and gain better visibility into databases. Developers and DBAs can use the visual tools for configuring servers, administering users, performing backup and recovery, inspecting audit data, and viewing database health.
Learn more »

Visual Performance Dashboard

MySQL Workbench provides a suite of tools to improve the performance of MySQL applications. DBAs can quickly view key performance indicators using the Performance Dashboard. Performance Reports provide easy identification and access to IO hotspots, high cost SQL statements, and more. Plus, with 1 click, developers can see where to optimize their query with the improved and easy to use Visual Explain Plan.
Learn More »

Database Migration

MySQL Workbench now provides a complete, easy to use solution for migrating Microsoft SQL Server, Microsoft Access, Sybase ASE, PostreSQL, and other RDBMS tables, objects and data to MySQL. Developers and DBAs can quickly and easily convert existing applications to run on MySQL both on Windows and other platforms. Migration also supports migrating from earlier versions of MySQL to the latest releases.
Learn more »

Italiahunter649