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Top 5 Best Online SQL Editors

Online SQL editors are accessible using a web browser. This means that you don't have to install a SQL editor on your desktop to develop your enterprise database applications. https://enmakinho1974.wixsite.com/softwarethailand/post/mac-os-10-8-dmg. Instead, open your favorite browser, connect to an online SQL editor, and immediately start your SQL development.

Enable a T-SQL inner loop on your favorite code editor for Windows, Linux, or macOS. Connect to your SQL database running on Windows or Linux, on-premises or in any cloud. Access code editing features—such as IntelliSense and keyword completion—to more efficiently write T-SQL code, run queries, view results, and save to CSV or JSON formats. Change Log / Updates. Installation Instructions. Uninstallation Instructions. End User License Agreement (EULA) Archived Downloads. For existing licensed users, to check to see whether your license is eligible for a free upgrade to the latest version of RazorSQL, click the following: RazorSQL Upgrade Information.

However, not all online SQL editors are made equal – some are more capable than others. For example, not all of these tools support all possible SQL implementations. Some are limited to supporting vendor-specific deployments, including those from leading database vendors.
We review the top 5 best online SQL editors in this blog post. We summarize the features of each tool and look at their support for different SQL databases.

1. SQL Fiddle
SQL Fiddle is an open-source online SQL editor that was expressly made for testing and sharing solutions to database-related problems posted to StackOverflow and similar websites. You won't be able to view the results of any SQL queries you write on SQL Fiddle in a side-by-side format. Instead, it allows exporting of SQL scripts to different formats, .e.g tabular, text, and markdown format. SQL Fiddle does support several databases, including MySQL 5.6, Oracle 11G R2, PostgreSQL 9.6 and 9.3, SQLite, and MS SQL Server 2017.

2. Online SQLite Compiler
This online editor, as its name suggests, supports SQLite 3.20.1 only, which is good, if you're using SQLite. It does not offer any support nor documentation – you have to know SQLite inside and outside to take advantage of the tool's capabilities. What counts in its favor is that it has a separate results column, where you can view your SQL scripts running just-in-time.

3. DBHawk
The art of card throwing rick smith jr downloads. This online SQL editor has a window on the left where you enter your SQL; a window on the right displays the results of your SQL scripts in real time. DBHawk is a complete web-based database management and business analytics (BI) platform with drag-and-drop capabilities. It offers an online SQL query builder and an online SQL job scheduler, as well as ad-hoc reporting and database security and auditing capabilities. DBHawk also supports a wide variety of SQL, NoSQL, and cloud databases, which is not possible using the other tools in this list. Supported databases include Amazon Redshift, Athena S3, Cassandra, Greenplum, MongoDB, MySQL, Netezza, Oracle, PostgreSQL, SAP Hana, MS SQL Server, and Teradata. If you're working on applications with various database backends, this is the tool for you.

4. Online SQL Editor – jdoodle
This tool is part of a tool suite and supports MySQL, MongoDB, and SQLite 3.21.0/3.9.2. You have to enter your SQL in a window at the top, then manually execute it to see its results at the bottom. You can then save the script to a file. The various other tools in the suite allow you to play around with various programming languages and frameworks, including C++, C#, PHP, VB.Net, NodeJS, and Go.

5. Oracle Live SQL
Like SQL Fiddle, this tool from Oracle is more of a testing and sharing tool, but geared for SQL and PL/SQL. Other databases are not supported unless you are using standard SQL. Note that standard SQL may not work for all databases, though. If you are using Oracle, this would be a good tool to use, as it also generates data access examples for C, Java, and PHP. The tool comes complete with documentation and tutorials.

Before deciding on which tool to adopt for your SQL development, it would be best to look at each and see if it meets your needs. Furthermore, don't forget to evaluate the support and documentation available with each tool. Forecast bar weather radar and alerts 3 0 2. This would ensure that your developers will be up and running with the tool in no time.

Features, added by SSMSBoost to SQL Server Management Studio

Preferred connections: 'remember' favorite servers/databases

This functionality may be very convenient for those who have to deal with several servers on a daily basis. Preferred connections allow you to remember your favorite servers/databases and pre-configure several connection settings.
Following options can be configured under SSMSBoost ->Settings->Preferred connections->List:

1. Connection alias
   Server names are often too long and difficult to percept, memorize and operate (like customerserver823127.hosteddomainsample.com). To fix this inconvenience SSMSBoost added the possibility of defining user friendly Server Display Names to the original server names:
   customerserver823127.hosteddomainsample.com -> DEVELOPMENT
   customerserver823555.hosteddomainsample.com -> PRODUCTION


2. Additional Connection Parameters
   Sometimes you need to specify additional parameters to establish connection with a server. SSMS basiс functionality does not provide space for the storage of these parameters forcing you to enter strings manually every time you connect to your server. SSMSBoost allows you to predefine and save Additional Connection Parameters once and for all.


3. Connect Object Explorer at Startup
   Choose this parameter if you need SSMS to automatically start with Object Explorer connected


4. Open empty query window at Startup
   Choose this parameter if you need SSMS to automatically start with an empty query window opened


5. Status Bar Connection Color
   Color coding is a very effective method that improves and speeds up the perception of visual information. SSMSBoost adds this feature to help you rapidly distinguish between development (e.g. green) and production databases (e.g. red). Any RGB color can be chosen. If you define color for a preferred connection where no database is specified this color will be applied whenever any database from that server is active. SSMSBoost tracks connection changes and selects the relevant color on every reconnection.
   


6. Important DB Alert
   This feature uses the same color coding method and protects you from occasional data modifications in production environments. As soon as you change connection to the database for which this option is enabled a warning message will appear.
   Text, color, width and the position of the warning message are fully customizable, you can use the following replacement tokens: {@Server}, {@Database}, {@User}, r, n, t.
   To configure message position go to SSMSBoost -> Settings -> Important DB Alerts.


7. Fatal Actions Guard Mode
   Fatal Actions Guard is an SSMSBoost security tool that parses scripts executed in SSMS and checks for potentially dangerous statements. You can configure Fatal Actions Guard mode individually for each preferred connection

For your convenience we have also provided the possibility of adding databases displayed in Object Explorer to Preferred Connections by right-clicking on the node and selecting 'Add to preferred connections':
The list of your Preferred Connections will be displayed on the main toolbar in Quick connection switch drop-down that allows you to switch between connections instantly.
The order in Quick Connections Switch drop-down and the maximum number of recent connections can be configured at SSMSBoost->Settings->Preferred Connections
Note, that in Free Community Edition the number of preferred connections is limited to 2.

Quick Connection Switch

Quick Connection Switch drop-down on the toolbar combines three useful features originally missing in SSMS:

• Allows switching between Preferred connections
• Keeps track of Recent connections
• Shows all or ACCESSIBLE-only local databases

If SSMS starts with an empty environment you can choose any connection from Quick Connection Switch drop-down to create an empty document with an appropriate connection.
To perform fine-tuning of Quick Connection Switch drop-down go to SSMSBoost -> Settings-> Preferred Connections

Connection Coloring

Important Database alert

Auto-connect Object Explorer to databases at startup

Auto-open new query window(s) at startup

Set Connection from Object Explorer

Copy full object name from Object Explorer

Script Object from SQL Editor: 'Go To Definition' for SQL Objects

SQL Server Management Studio currently lacks the feature present in other Visual Studio Editors - 'Go to definition'.
SSMSBoost add-in solves this problem by adding the tool that you need: Script Object located at the cursor position to a new window.
You can invoke this feature by:

• pressing Keyboard Shortcut [F2]
• right-clicking the identifier and selecting 'Script object as CREATE' or 'Script object as ALTER' from the context menu

SSMSBoost performs the search for valid identifiers at cursor location and allows you to select the one you want to script. If you select a part of an identifier - SSMSBoost will perform no search and will use the selected text as object identifier.
If you would like to change the default Keyboard Shortcut for the 'Script Object' feature you can do that using Shortcuts Editor feature at SSMSBoost->Settings->Commands.

Additional Scripting options for SQL objects scripting

Edit Top N Table Rows

Locate Object in Object Explorer focused in SQL Editor

Track current database

Autoreplacements

AutoReplacements or 'snippets' allow you to input frequently used SQL commands much faster. Type 'sel' and press SPACE, ENTER or TAB (configurable in Settings) - and it will be replaced with 'select * from'. 'upd' will be replaced with 'update # set where'. '#' defines where cursor will be placed after the replacement is done (this symbol is customizable with the help of AutoReplacement). SSMSBoost AutoReplacements improve similar SSMS basic functionality:

• Tokens can be case-sensitive
• It is possible to specify final cursor location, after AutoReplacement is triggered
• You can use standard SSMS parameters like in AutoReplacements. SSMSBoost detects these parameters and automatically shows Parameters replacement dialog saving you additional clicks/keystrokes.
• The following parameters can be used in AutoReplacements: {User}, {Server}, {Database}, {Connection}, {Timestamp} , {Timestamp:Format} (.Net datetime format). These parameters will be replaced with the actual information after AutoReplacement is triggered. For example you can create an AutoReplacement to place a Username/Timestamp comment into your source code.

You can easily add your own AutoReplacements.
Sample for 'sel' token:
Sample for 'upd' token:

Custom SSMS window title (caption)

Aero Peek with modified SSMS caption

Advanced Objects Search

Advanced Objects Search allows you to search for database objects, columns and function parameters across one or multiple connections directly from SSMS user interface.
To open the search dialog click button on the SSMSBoost toolbar. Dialog is available in floating or docked state within SSMS interface.
To do the search start typing first letters of the object, column or parameter name in the filter row and get search results on the fly. You can use Wildcard characters ? and * in your search string.

1. Sync connection with current document sets search context to the current connection of the active SQL Editor window.
2. Current search context drop-down (in single-database search mode) allows you to select search context.
3. Refresh reloads objects cache. Use it only if you have modified database objects.
4. Limit to Favorite Object Types search will be performed only within your favorite object types (configurable in settings).
5. Show System Objects adds system objects to search results
6. Multi-Database search button switches between single- and multi-database search modes.
7. Settings button opens Settings window where you can configure default behavior of the dialog and some additional useful options. Make sure you check these options - they can save you a lot of time.

Double click the Object to set it as the Search Context, that will allow you to perform further search for object's columns or parameters (this function will only work for database objects with columns/parameters). The following buttons at the bottom of the dialog will be enabled if an object is selected in search results:

8. Script Selected Object(s) - opens SQL source in a new editor window
9. Locate Object - navigates Object Explorer to object's node
10. Copy Selected Identifier(s) into Current Document - inserts selected objects into current cursor position
11. Right-click an object (or the selection of multiple objects) to open the context menu with the functions described above.

Search for Object by Token

Select Current Statement / Run current statement

Jump between matching BEGIN/END tokens

Jump between brackets ()

Jump between COLUMN/VALUE within INSERT statement

Comment/Uncomment selection

Regions in SQL Server Management Studio !

SSMSBoost adds the possibility to use common regions syntax in SQL Editor:
--#region [Name]
--#endregion
Regions will be recognized and processed by our add-in and expand/collapse symbols will be placed near a region head.
Regions functionality is available at SSMSBoost->Query->Regions:
Following commands are available:

• Create region creates unnamed region. If you run it with some part of code selected - it will be wrapped into newly created region.
• Create named region creates a region with a name:
  If you run it when some part of code is selected - it will be wrapped into a newly created region.
  
• Reparse/Refresh regions forces re-processing of the current document. All regions will be recreated. This can be necessary if you apply massive changes to the document. Regions are parsed automatically when a script is opened in the editor.

Make sure you check SSMSBoost->Settings->Regions for fine-tuning options. For example, you can customize region Start and End

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markers.

Format SQL Code

SSMSBoost allows you to format SQL Code using two different formatting engines.

SSMSBoost formatting engine

SSMSBoost formatting engine offers you a wide variety of options. The best way to learn them is to use a built-in Templates editor which will apply changes to the formatting template while you're editing it.
To create/edit a formatting template:

• Open one of your SQL scripts (it will be used to display formatting result while you're changing options)
• Run SSMSBoost ->Query->SQL Format style templates editor


• Change template options and they will immediately be applied to your code.
• Hit 'Save changes' when you are done

Now that you have created your own formatting template you can choose it on the toolbar in the formatting drop-down and hit 'Format' anytime to format your SQL code.
You can also manage formatting templates under SSMSBoost->Settings->Formatting. Here you can find import/export option that allows you to share templates with your colleagues.

'Poor Man's T-SQL Formatter'

This formatter is added as an external tool which SSMSBoost calls in the background. The project's name is 'Poor Man's T-SQL Formatter' and it is displayed as 'Old fashioned formatting' in formatting drop-down. Project author Tao Klerk did not update it for several years but many users were asking if it is possible to use this formatter under the latest SSMS versions, so we decided to include it into our add-in.
You can configure formatting options under SSMSBoost->Settings->Formatting->Old fashioned formatting.

Results Grid Scripter (Flexible Template-based Scripting)

Results Grid Scripter is a powerful tool that allows you to script data from Result Grid to disk or clipboard in different formats with the help of customizable scripting templates.
It takes just a few clicks to export data from Results grid to Excel (as XML spreadsheet) or your Web browser (as HTML table). To do so right-click Results Grid and choose Script grid data:
A dockable floating window will appear:
Choose between 'All grids', 'Current grid' or 'Selection' and select 'To Disk'. Use drop-down 'Template' menu to select 'Excel (MS XML Spreadsheet)' and press 'Start Scripting' button:
Selected data from Results Grid will immediately be scripted to MS Excel. Scripted values remain consistent and keep all data type information, strings are not truncated:
You can also script data in JSON format. Use drop-down 'Template' menu to select 'JSON' and press 'Start Scripting' button:
Selected data from Results Grid will immideately be scripted to a *.json file in %APPDATA%SSMSBoost folder, or any other location that you indicate manually

Grid Scripting Templates

Existing templates can be flexibly customized and new templates can be added at SSMSBoost->Settings->Grid Scripting Templates. You can reach this menu directly from Results Grid scripting window by pressing button to the left of the drop-down 'Template' menu
Results Grid Scripter

is shipped with the following predefined templates:

• Excel (MS XML Spreadsheet) - saves results in MS XML Spreadsheet format that can be opened in MS Excel.
  Values preserve their data types: If you export telephone numbers to Excel they will not be treated as formulas anymore!
• JSON - get Results Grid data directly in JSON format. No further converters required.
• HTML table - results are saved as HTML Table
• INSERT INTO - generates a table declaration that can be used to insert execution results of the stored procedure.
• INSERT INTO #tmpres EXEC sp_storedProc - quickly generates a temporary table declaration that can be used to insert execution results of the stored procedure.
• Property:Value - copies results as ColumnName:Value
• SELECT - scripts results as SELECT VALUES statement. It is some kind of table data exported as script. Data types are preserved.
• WHERE Column=Value - selected values are copied as 'WHERE (ColumnName=Value) OR .' allowing you to quickly generate WHERE filters by selecting required column values
• WHERE ColumnName IN (value1,value2.) - generates WHERE ColumnName in (Value1,.) filter based on selected values
• XML - results are saved as pure XML document

Use existing templates as samples to experiment and create your own templates.
If you think you have created useful ones and would like to share them with SSMS community don't hesitate to post your templates to our forum .
We recommend to test each provided template at least once for better understanding of its purpose.

Copy Results Grid data to Excel (as xml Spreadsheet)

Find Data in Results Grid

Find Data in Results grid is a powerful tool that allows you to search for values in current grid, all grids or selected block of data. To use this function press CTRL+F

Sql Editor 3 6 2018 Full

in SSMS Results grid or choose 'Find data in Results Grid' in context menu.
With this feature you can:

• Refine your search using wildcards and regular expressions
• Define search range, search tolerance and search order
• Double-click search result to navigate to corresponding cell
• Copy cell data, preview data, focus matched cell
• Switch to 'Find column in Results Grid' dialog in just one click

The picture below show multiple results representation.
You can make SSMSBoost select found cells in Results Grid to script them or perform subsequent search within selection. The search dialog is dockable, you can dock it to any place within SSMS workspace and it will remember it's location. We recommend to dock it under Object Explorer.

Find column in Results Grid

SSMSBoost allows you to search for columns in all currently displayed Results grids (result sets returned by a query can be multiple). To use this function press CTRL+F in SSMS Results grid and click Go to 'Find column' button in the search dialog or choose 'Find column in Results Grid' in context menu. Start typing the query in the search string and SSMSBoost will filter results in real time
With this feature you can:

• Search using wildcards
• Double-click the column to focus it in the corresponding grid
• Select a column name and press CTRL+C to copy it
• See the column data type, precision and NULLability that are displayed in results set. Yes - now you know the exact data types of the result set.
• Quickly switch to Find in Results Grid dialog using Go to 'Find data' button at the bottom

The search dialog is dockable, you can dock it to any place within SSMS workspace and it will remember it's location. We recommend to dock it under Object Explorer.

Copy Results Grid Headers (Column Names)

Copy cell data from Results Grid 1:1 (preserving line breaks)

Copy as SQL values List

This feature can be useful when you have some dataset in Results grid and you need to add a filter based on IDs from several rows to your query. If you select and copy them using just regular SSMS functionality every value will appear in a new line, String and DateTime values will not be in a ready-to-use format.
SSMSBoost speeds up this process significantly: it adds 'Copy as SQL values List' function to the context menu and you get a ready-to-use comma-separated native SQL values list which you can paste into 'WHERE in ()' and other statements.
Holding down SHIFT or CTRL button you can change list separators:
All separators can be customized under SSMSBoost=>Settings=>Grid - data copy

SSMS Results Grid data Visualizers

Recent Connections - connections history in SSMS

SSMSBoost keeps track of the connection history and allows you to access it in 2 ways:

• Using Quick connection switch drop-down on the toolbar:
  


• Using SSMSBoost->Recent->Pick recent connection command on the toolbar which displays the list of recent connections.
  This list allows you to connect to any available connection or promote a recent connection to Preferred Connection. If you tick 'Freeze' option for any connection it will remain in the list until unticked or manually deleted. To filter all your frozen connections check 'Show only Frozen' checkbox.
  

For more settings go to SSMSBoost->Settings->Recent Connections.

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Recent Tabs

Recent Tabs feature keeps track of currently opened documents. SSMSBoost remembers document names and their connections.
If documents are new and were not saved (Query1.sql) they will be still remembered and unsaved content will be saved and merged with SQL Editor Contents History. You can use this feature by using one of the following commands:

• Restore last closed tab restores the last closed tab including its connection with no further questions (provided 'Restore Connection' checkbox is checked)
• Pick recent tab shows Recent Tabs dialog, allowing you to choose one of the Tabs from the history:
  'Freeze' option allows you to force persistence of the tab in the Recent Tabs until unticked or manually deleted
  'Display full paths' option displays full path to the saved *.sql files
  

Make sure you check SSMSBoost->Settings->Recent Tabs for fine-tuning options.

Recent Sessions / Restore last session

SQL Editor contents history: Infinite UNDO possibility.

Executed SQL Statements History

Workspaces

Workspaces are helpful when you need to open some set of files connected to individual databases. If you have changing tasks/customers it might be reasonable to create an individual Workspace for each customer to easily load all scripts connected to the right databases at the right time. The functionality of Workspaces is similar to that of Recent Sessions but with extra possibilities of giving Names to Sessions and saving them for a long time. You can find Workspaces under SSMSBoost->Workspaces:
And on SSMSBoost toolbar under this icon . These are the main features of Workspaces:

• Named set of documents
• Own pre-set connection per document

Vertical Guidelines

Fatal Actions Guard

There is always a risk of ruining data due to improper execution of UPDATE or DELETE statement without WHERE clause. In theory, of course, this should never happen as regular backups are supposed to be done, triggers and foreign keys are there to stop the deadly modification. But in reality additional protection can save you hours or work or even your job ;)
Fatal Actions Guard parses scripts executed in SSMS and checks for potentially dangerous statements like DELETE or UPDATE with missing WHERE clause or the usage of TRUNCATE statement which bypasses delete triggers. To get the overview of this feature go to SSMSBoost Settings -> Fatal Actions Guard:
It is possible to set an action if critical statements are found: should the execution be stopped or should the user be able to continue after confirming his/her intentions. You can also exclude particular tables from this check ('Exclude table names'). Moreover, you can add custom tokens that will cause the following actions if found:

• 'Ask' token - will force SSMSBoost to ask a user for execution confirmation. For example, if you add '#checklater' token in 'ask' tokens list and start adding it to your scripts SSMSBoost will keep asking you for execution confirmation until you delete all these tokens. This can be practical if you are working on some script and want to mark critical places that should be verified.
• 'Prohibit' token has a pretty similar logic but in case of triggering SSMSBoost will not allow you to run the script at all. You can add it to the script files that are not intended for blind execution. Sometimes system administrators collect frequently used commands in one script and it can be fatal if someone executes that file.
• 'Magic unblocking' tokens allow you to disable execution guard for some particular script. For example, if you often use 'full wipe' script to initialize your test database and use TRUNCATE there just add #breakingbad in settings and then add this token as a comment to your script to have the Execution Guard disabled that particular file.

Run selected script as Database Query (.dqy) in Excel

Microsoft Excel has a perfect possibility of running direct database queries and using results for further processing: as a simple data table or as a base for Pivot tables and Charts. However, you have some clicks to do before your query gets executed in Excel. SSMSBoost allows you to do it all in one click:

• Select the query that you need to export for execution to Excel
• Execute SSMSBoost->Query->Run in MS Excel command


• SSMSBoost will create a Database Query (*.dqy) file containing selected SQL Statement and current connection information
• *.dqy file will be passed to Excel for further processing. You may be prompted to adjust security settings in Excel to allow the processing of '*.dqy' files

Note: Excel has some requirements that your query has to meet. You can find a detailed documentation on the Internet but to keep it short: it must be a single SQL query returning one dataset.
IMPORTANT: Make sure you check SSMSBoost->Settings->Database Query (.dqy) for fine-tuning options.
SSMSBoost can export connection password in clear text form for SQL Server native authentication which might be a big problem if you are going to share your *.dqy file with someone else. And yes - this is a workaround of how to restore a forgotten SQL Password for some connection that is still present in your recent connections list.

Intellisense Completion Fix

Results Grid Aggregates

Query Post-Execution handlers

Possible use cases:

• Configure automatic e-mail notifications via Outlook upon query execution completion. Start long-running database maintenance query and go home. Get the execution result by email when it is finished.
• For debugging or educational purposes: save long-running queries source text to some specific file location or database table for later analysis and improvement
• Pre-configure automatic steps for manual post-execution like: script ResultsGrid to File as Excel / Send it by e-mail as an attachment
• Send yourself a 'Query execution complete' message using your favorite messaging system (provided it supports sending messages from command line)

Post-Execution handlers are a powerful tool that allows you to trigger different actions in SSMS after query execution is finished. SSMSBoost can be configured to execute command line (or PowerShell) script if query execution exceeds specific time-limit. Script can reference the executed query text, execution result and ResultsGrid data. Handlers can be triggered manually in Post-Execution handlers selector window that you invoke by clicking button on the toolbar.
If you set info messages to be shown upon query execution completion a pop-up notification will appear in the top right corner of the screen:
If query execution finishes while you are working in another application a notification message in system tray is shown:
To configure pop-up message appearance and timings go to SSMSBoost->Settings->Query Post-Execution handlers :
For more detailed settings enter Handlers list submenu:
Every handler consists of the following essential parts:

• Command line/Program to execute (can be left empty)
• Command line arguments
• Files that can be generated based on Execution Status result, Execution Script, Execution Script Output or Data Grid. Depending on the situation you can decide which data you would like to save to a file (just to archive it) or reuse the generated file in command line.

You can create your own handlers by clicking button. We ship several handler patterns out-of-the-box which you can use as an example for your experiments. If you accidentally deleted predefined patterns click 'Add Defaults' to restore them.

Transactions Guard

Create simple macros in SSMS re-using existing commands

Manage keyboard shortcuts

SSMS Commands dump

Update Checker

Miss your favorite feature ?

If you would like to see your feature proposal implemented in our add-in, please do not hesitate
to contact us via e-mail: (5)upp(0)rt(at)(5)(5)m(5)b(0)(0)st(dot)c(0)m or using our Forum.
We are constantly improving our SSMS plug-in and a big part of the functionality is based on user proposals and feedback that we receive.
Sincerely yours,
SSMSBoost team.