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".$myvar{'version'}."\n"; } else { goodprint "Currently running supported MySQL version ".$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,

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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

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Expansion Permutation (E-Table) Substitution Box (S-Box) XOR Permutation Box (P) Left Shift(s) 48 bits 32 bits Ki 28 bits 15 DES Round Structure- F(R,K)Stallings Fig 3.9 16 Initial and Final Permutation IPIP reorders the input data bits -first step of the data computation even bits left ,odd bits right Initial permutation (IP) View the input as M: 8 by 8 matrix Transform M into M1 in two steps Transpose row x into column (9-x), 0 Apply permutation on the rows: For even column y, it becomes row y/2 For odd column y, it becomes row (5+y/2) Final permutation FP = IP-1 The initial permutation and its inverse are defined by tables, as shown in Tables 3.2a and 3.2b, respectively. The tables are to be interpreted as follows. The input to a table consists of 64 bits numbered from 1 to 64. The 64 entries in the permutation table contain a permutation of the numbers from 1 to 64. Each entry in the permutation table indicates the position of a numbered input bit in the output, which also consists of 64 bits. Note that the bit numbering for DES reflects IBM mainframe practice, and is the opposite of what we now mostly use - so be careful! Numbers from Bit 1 (leftmost, most significant) to bit 32/48/64 etc (rightmost, least significant). Note that examples are specified using hexadecimal. 17 Input Data 18 Initial Permutation IPBit 1 2 3 4 5 6 7 58 50 42 34 26 18 10 9 60 52 44 36 28 20 12 17 62 54 46 38 30 22 14 25 64 56 48 40 32 24 16 8 33 57 49 41 59 51 43 35 27 19 11 61 53 45 37 29 21 13 63 55 47 39 31 23 15 19 Final Permutation 20 DES - Expansion PermutationOutput of IP is divided into 2 halves- L,R First the right half goes through an expansion permutation which expands it from 32 to 48 bits. This makes it the same length as the subkey to allow the XOR, but it also demonstrates an important concept in cryptography. In expanding to 1.5 times its size, several bits are repeated (no new bits are introduced - all the existing bits are shifted around, and some are used twice). Because of this some of the input bits affect two output bits instead of one, the goal being to have every output bit in DES depend upon every input bit as quickly as possible. This is known as the avalanche effect. 21 Expansion Permutation Table 22 DES Operation - E(Ri)  KiThe result of the expansion permutation is XOR-ed with the subkey, and then goes through the S-boxes.. MySQL (32-bit) Date released: (5 years ago) Download. MySQL (64-bit) Date released: (5 years ago) Download. MySQL (32-bit) Date

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Apache, PHP, MySQL and phpMyAdmin on Windows Home Developer Tools WampServer 3.3.7 (64-bit) Old Versions Browse by CompanyAdobe, Apowersoft, Ashampoo, Autodesk, Avast, Corel, Cyberlink, Google, iMyFone, iTop, Movavi, PassFab, Passper, Stardock, Tenorshare, Wargaming, Wondershare Sponsored November, 20th 2024 - 353.3 MB - Open Source Review Screenshots Old Versions WampServer 3.3.7 (64-bit) Date released: 20 Nov 2024 (4 months ago) WampServer 3.3.5 (64-bit) Date released: 20 Apr 2024 (11 months ago) WampServer 3.3.2 (64-bit) Date released: 23 Nov 2023 (one year ago) WampServer 3.3.0 (64-bit) Date released: 07 Dec 2022 (2 years ago) WampServer 3.2.6 (64-bit) Date released: 24 Nov 2021 (3 years ago) WampServer 3.2.3 (64-bit) Date released: 07 Aug 2020 (5 years ago) WampServer 3.2.0 (64-bit) Date released: 27 Nov 2019 (5 years ago) WampServer 3.1.9 (64-bit) Date released: 13 May 2019 (6 years ago) WampServer 3.1.7 (64-bit) Date released: 13 Jan 2019 (6 years ago) WampServer 3.1.4 (64-bit) Date released: 26 Sep 2018 (6 years ago) WampServer 3.1.3 (64-bit) Date released: 06 Apr 2018 (7 years ago) WampServer 3.1.0 (64-bit) Date released: 04 Sep 2017 (8 years ago) WampServer 3.0.6 (64-bit) Date released: 02 Sep 2016 (9 years ago) WampServer 3.0.4 (64-bit) Date released: 10 Mar 2016 (9 years ago) WampServer 3.0 (64-bit) Date released: 23 Dec 2015 (9 years ago) WampServer 2.5 (64-bit) Date released: 07 May 2014 (11 years ago) WampServer 2.4 (64-bit) Date released: 24 Jun 2013 (12 years ago)

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Apache, PHP, MySQL y phpMyAdmin en Windows Inicio Herramientas para Desarrolladores WampServer 3.3.7 (64-bit) Versión Previas Navegar por EmpresaAdobe, Apowersoft, Ashampoo, Autodesk, Avast, Corel, Cyberlink, Google, iMyFone, iTop, Movavi, PassFab, Passper, Stardock, Tenorshare, Wargaming, Wondershare Patrocinado 20 de noviembre de 2024 - 353.3 MB - Código Abierto Revisar Imágenes Version. Previas WampServer 3.3.7 (64-bit) Fecha Publicado: 20 nov.. 2024 (hace 4 meses) WampServer 3.3.5 (64-bit) Fecha Publicado: 20 abr.. 2024 (hace 11 meses) WampServer 3.3.2 (64-bit) Fecha Publicado: 23 nov.. 2023 (hace 1 año) WampServer 3.3.0 (64-bit) Fecha Publicado: 07 dic.. 2022 (hace 2 años) WampServer 3.2.6 (64-bit) Fecha Publicado: 24 nov.. 2021 (hace 3 años) WampServer 3.2.3 (64-bit) Fecha Publicado: 07 ago.. 2020 (hace 5 años) WampServer 3.2.0 (64-bit) Fecha Publicado: 27 nov.. 2019 (hace 5 años) WampServer 3.1.9 (64-bit) Fecha Publicado: 13 may.. 2019 (hace 6 años) WampServer 3.1.7 (64-bit) Fecha Publicado: 13 ene.. 2019 (hace 6 años) WampServer 3.1.4 (64-bit) Fecha Publicado: 26 sept.. 2018 (hace 6 años) WampServer 3.1.3 (64-bit) Fecha Publicado: 06 abr.. 2018 (hace 7 años) WampServer 3.1.0 (64-bit) Fecha Publicado: 04 sept.. 2017 (hace 8 años) WampServer 3.0.6 (64-bit) Fecha Publicado: 02 sept.. 2016 (hace 9 años) WampServer 3.0.4 (64-bit) Fecha Publicado: 10 mar.. 2016 (hace 9 años) WampServer 3.0 (64-bit) Fecha Publicado: 23 dic.. 2015 (hace 9 años) WampServer 2.5 (64-bit) Fecha Publicado: 07 may.. 2014 (hace 11 años) WampServer 2.4 (64-bit) Fecha Publicado: 24 jun.. 2013 (hace 12 años)

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64-bit binaries). For example, the NDB Cluster 7.6.33 archive for 64-bit Windows systems is named mysql-cluster-gpl-7.6.33-win64.zip. You can run 32-bit NDB Cluster binaries on both 32-bit and 64-bit versions of Windows; however, 64-bit NDB Cluster binaries can be used only on 64-bit versions of Windows. If you are using a 32-bit version of Windows on a computer that has a 64-bit CPU, then you must use the 32-bit NDB Cluster binaries. To minimize the number of files that need to be downloaded from the Internet or copied between machines, we start with the computer where you intend to run the SQL node. SQL node. We assume that you have placed a copy of the archive in the directory C:\Documents and Settings\username\My Documents\Downloads on the computer having the IP address 198.51.100.20, where username is the name of the current user. (You can obtain this name using ECHO %USERNAME% on the command line.) To install and run NDB Cluster executables as Windows services, this user should be a member of the Administrators group. Extract all the files from the archive. The Extraction Wizard integrated with Windows Explorer is adequate for this task. (If you use a different archive program, be sure that it extracts all files and directories from the archive, and that it preserves the archive's directory structure.) When you are asked for a destination directory, enter C:\, which causes the Extraction Wizard to extract the archive to the directory C:\mysql-cluster-gpl-ver-winarch. Rename this directory to C:\mysql. It is possible to install the NDB Cluster binaries to directories other than C:\mysql\bin; however, if you do so, you must modify the paths shown in this procedure accordingly. In particular, if the MySQL Server (SQL node) binary is installed to a location other than C:\mysql or C:\Program Files\MySQL\MySQL Server 5.7, or if the SQL node's data directory is in a location other than C:\mysql\data or C:\Program Files\MySQL\MySQL Server 5.7\data, extra configuration options must be used on the command line or added to the my.ini or my.cnf file when starting the SQL node. For more information about configuring a MySQL Server to run in a. MySQL (32-bit) Date released: (5 years ago) Download. MySQL (64-bit) Date released: (5 years ago) Download. MySQL (32-bit) Date MySQL 5.7.9 (64-bit) Date released: (8 years ago) Download. MySQL (64-bit) Date released: (5 years ago) Download. MySQL (64-bit)