Mysql 8 0 21 32 bit

SQLines tools can help you transfer data, convert database schema (DDL), views, stored procedures and functions, triggers, SQL queries and SQL scripts from MySQL to Microsoft SQL Server (MS SQL, MSSQL), Azure SQL and Azure Synapse.SQLines Data - Data Transfer, Schema Migration and Validation toolDatabases MySQL 8.x and 5.x Microsoft SQL Server 2022, 2019, 2017, 2016, 2014, 2012, 2008 and 2005Migration ReferenceSQL Language ElementsConverting language elements and constructs: MySQL SQL Server 1 b'100' Binary string 0x04 Hex string only IdentifiersConverting identifiers: MySQL SQL Server Quoted Identifiers ` (backtick) and " (double quotes) [ ] and " (double quotes) Data TypesConverting character data types: MySQL SQL Server 1 CHAR(n), CHARACTER(n) Fixed-length string, 1 ⇐ n ⇐ 255 CHAR(n), CHARACTER(n) 2 CHARACTER VARYING(n) Variable-length string, 1 ⇐ n ⇐ 65535 CHARACTER VARYING(n) 3 LONGTEXT Character large object, ⇐ 4G VARCHAR(max) 4 LONG, LONG VARCHAR Character large object, ⇐ 16M VARCHAR(max) 5 MEDIUMTEXT Character large object, ⇐ 16M VARCHAR(max) 6 NCHAR(n) Fixed-length UTF-8 string, 1 ⇐ n ⇐ 255 NCHAR(n) 7 NVARCHAR(n) Varying-length UTF-8 string, 1 ⇐ n ⇐ 65535 NVARCHAR(n) 8 TEXT Character large object, ⇐ 64K VARCHAR(max) 9 TINYTEXT Character data, ⇐ 255 bytes VARCHAR(255) 10 VARCHAR(n) Variable-length string, 1 ⇐ n ⇐ 65535 VARCHAR(n) Converting numeric data types: MySQL SQL Server 1 BIGINT 64-bit integer BIGINT 2 DECIMAL(p,s) Fixed-point number, p ⇐ 65, default 10 DECIMAL(p,s) p ⇐ 38, default 18 3 DEC(p,s) Synonym for DECIMAL DEC(p,s) 4 DOUBLE [PRECISION] Double-precision floating-point number FLOAT 5 FIXED(p,s) Synonym for DECIMAL DECIMAL(p,s) 6 FLOAT(p) Floating-point number FLOAT 7 FLOAT4(p) Floating-point number FLOAT 8 FLOAT8 Double-precision floating-point number BINARY_DOUBLE 9 INT, INTEGER 32-bit integer INT, INTEGER 10 INT1 8-bit integer SMALLINT 11 INT2 16-bit integer SMALLINT 12 INT3 24-bit integer INT 13 INT4 32-bit integer INT 14 INT8 64-bit integer BIGINT 15 MEDIUMINT 24-bit integer INT 16 MIDDLEINT 24-bit integer INT 17 NUMERIC(p,s) Synonym for DECIMAL NUMERIC(p,s) 18 REAL Double-precision floating-point number DOUBLE PRECISION 19 SERIAL 64-bit autoincrementing integer NUMERIC(20) 20 SMALLINT 16-bit integer SMALLINT 21 TINYINT 8-bit integer SMALLINT Converting date and time data types: MySQL SQL Server 1 DATE Date (year, month and day) DATE Since SQL Server 2008 2 DATETIME(p) Date and time data with fraction DATETIME2(p) 3 TIME(p) Time (Hour, minute, second and fraction) TIME(p) 4 TIMESTAMP(p) Auto-updated datetime DATETIME2(p) 5 YEAR[(2 | 4)] Year in 2-digit or 4-digit format NUMERIC(4) Converting other data types: MySQL SQL Server 1 BINARY(n) Fixed-length byte string, 1 ⇐ n ⇐ 255 BINARY(n) 2 BIT(n) Fixed-length bit string, 1 n BINARY(n/8) 3 BLOB(n) Binary large object, ⇐ 64K VARBINARY(max) 4 BOOLEAN, BOOL 0 or 1 value; NULL is not allowed BIT 5 LONGBLOB Binary large object, ⇐ 4G VARBINARY(max) 6 LONG VARBINARY Binary

I had no trouble installing the 32 bit version of mysql workbench this way onto my 32 bit Centos 6 system (by the way, the link posted in the first answer no longer seems to work):yum install mysql-workbench-community-6.1.7-1.el6.i686.rpmLoaded plugins: fastestmirror, refresh-packagekit, securityLoading mirror speeds from cached hostfile * base: mirror.clarkson.edu * epel: mirror.sfo12.us.leaseweb.net * extras: mirrors.kernel.org * updates: mirrors.syringanetworks.netSetting up Install ProcessExamining mysql-workbench-community-6.1.7-1.el6.i686.rpm: mysql-workbench-community-6.1.7-1.el6.i686Marking mysql-workbench-community-6.1.7-1.el6.i686.rpm to be installedResolving Dependencies--> Running transaction check---> Package mysql-workbench-community.i686 0:6.1.7-1.el6 will be installed--> Processing Dependency: libtinyxml.so.0 for package: mysql-workbench-community-6.1.7-1.el6.i686--> Processing Dependency: libzip.so.1 for package: mysql-workbench-community-6.1.7-1.el6.i686--> Running transaction check---> Package libzip.i686 0:0.9-3.1.el6 will be installed---> Package tinyxml.i686 0:2.6.1-1.el6 will be installed--> Finished Dependency ResolutionDependencies Resolved============================================================================================================ Package Arch Version Repository SizeInstalling: mysql-workbench-community i686 6.1.7-1.el6 /mysql-workbench-community-6.1.7-1.el6.i686 113 MInstalling for dependencies: libzip i686 0.9-3.1.el6 base 38 k tinyxml i686 2.6.1-1.el6 epel 47 kTransaction SummaryInstall 3 Package(s)Total size: 113 MTotal download size: 85 kInstalled size: 113 MIs this ok [y/N]: yDownloading Packages:(1/2): libzip-0.9-3.1.el6.i686.rpm | 38 kB 00:00 (2/2): tinyxml-2.6.1-1.el6.i686.rpm | 47 kB 00:00Total 76 kB/s | 85 kB 00:01Running rpm_check_debugRunning Transaction TestTransaction Test SucceededRunning Transaction Installing : libzip-0.9-3.1.el6.i686 1/3 Installing : tinyxml-2.6.1-1.el6.i686 2/3 Installing : mysql-workbench-community-6.1.7-1.el6.i686 3/3 Verifying : tinyxml-2.6.1-1.el6.i686 1/3 Verifying : mysql-workbench-community-6.1.7-1.el6.i686 2/3 Verifying : libzip-0.9-3.1.el6.i686 3/3 Installed: mysql-workbench-community.i686 0:6.1.7-1.el6 Dependency Installed: libzip.i686 0:0.9-3.1.el6 tinyxml.i686 0:2.6.1-1.el6 Complete!

".$myvar{'version'}."\n"; } else { goodprint "Currently running supported MySQL version ".$myvar{'version'}."\n"; } } # Checks if MySQL version is greater than equal to (major, minor) sub mysql_version_ge { my ($maj, $min) = @_; return $mysqlvermajor > $maj || ($mysqlvermajor == $maj && $mysqlverminor >= ($min || 0)); } # Checks for 32-bit boxes with more than 2GB of RAM my ($arch); sub check_architecture { if ($doremote eq 1) { return; } if (`uname` =~ /SunOS/ && `isainfo -b` =~ /64/) { $arch = 64; goodprint "Operating on 64-bit architecture\n"; } elsif (`uname` !~ /SunOS/ && `uname -m` =~ /64/) { $arch = 64; goodprint "Operating on 64-bit architecture\n"; } elsif (`uname` =~ /AIX/ && `bootinfo -K` =~ /64/) { $arch = 64; goodprint "Operating on 64-bit architecture\n"; } else { $arch = 32; if ($physical_memory > 2147483648) { badprint "Switch to 64-bit OS - MySQL cannot currently use all of your RAM\n"; } else { goodprint "Operating on 32-bit architecture with less than 2GB RAM\n"; } } } # Start up a ton of storage engine counts/statistics my (%enginestats,%enginecount,$fragtables); sub check_storage_engines { if ($opt{skipsize} eq 1) { print "\n-------- Storage Engine Statistics -------------------------------------------\n"; infoprint "Skipped due to --skipsize option\n"; return; } print "\n-------- Storage Engine Statistics -------------------------------------------\n"; infoprint "Status: "; my $engines; $engines .= (defined $myvar{'have_archive'} && $myvar{'have_archive'} eq "YES")? greenwrap "+Archive " : redwrap "-Archive " ; $engines .= (defined $myvar{'have_bdb'} && $myvar{'have_bdb'} eq "YES")? greenwrap "+BDB " : redwrap "-BDB " ; $engines .= (defined $myvar{'have_federated_engine'} && $myvar{'have_federated_engine'} eq "YES")? greenwrap "+Federated " : redwrap "-Federated " ; $engines .= (defined $myvar{'have_innodb'} && $myvar{'have_innodb'} eq "YES")? greenwrap "+InnoDB " : redwrap "-InnoDB " ; $engines .= (defined $myvar{'have_isam'} && $myvar{'have_isam'} eq "YES")? greenwrap "+ISAM " : redwrap "-ISAM " ; $engines .= (defined $myvar{'have_ndbcluster'} && $myvar{'have_ndbcluster'} eq "YES")? greenwrap "+NDBCluster " : redwrap "-NDBCluster " ; print "$engines\n"; if (mysql_version_ge(5)) { # MySQL 5 servers can have table sizes calculated quickly from information schema my @templist = `mysql $mysqllogin -Bse "SELECT ENGINE,SUM(DATA_LENGTH),COUNT(ENGINE) FROM information_schema.TABLES WHERE TABLE_SCHEMA NOT IN ('information_schema','mysql') AND ENGINE IS NOT NULL GROUP BY ENGINE ORDER BY ENGINE ASC;"`; foreach my $line (@templist) { my ($engine,$size,$count); ($engine,$size,$count) = $line =~ /([a-zA-Z_]*)\s+(\d+)\s+(\d+)/; if (!defined($size)) { next; } $enginestats{$engine} = $size; $enginecount{$engine} = $count; } $fragtables = `mysql $mysqllogin -Bse "SELECT COUNT(TABLE_NAME) FROM information_schema.TABLES WHERE TABLE_SCHEMA NOT IN ('information_schema','mysql') AND Data_free > 0 AND NOT ENGINE='MEMORY';"`; chomp($fragtables); } else { # MySQL my @tblist; # Now we build a database list, and loop through it to get storage engine stats for tables my @dblist = `mysql $mysqllogin -Bse "SHOW DATABASES"`; foreach my $db (@dblist) { chomp($db); if ($db eq "information_schema") { next; } my @ixs = (1, 6,