Enable or Disable Administrator Account On Login Screen in Windows 10

 When you are on the login or welcome screen, the Administrator account is not an option by default in Microsoft Windows 10. You can enable this feature with the following steps.

Method 1 – Via Command

1. Select “Start” and type “CMD“.
2. Right-click “Command Prompt” then choose “Run as administrator“.
3. If prompted, enter a username and password that grants admin rights to the computer.
4. Type: net user administrator /active:yes
5. Press “Enter“.

Replace “yes” with “no” to disable the admin account on the welcome screen.

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Method 2 – From Admin Tools

1. Hold the Windows Key while pressing “R” to bring up the Windows Run dialog box.
2. Type “lusrmgr.msc“, then press “Enter“.
3. Open “Users“.
4. Select “Administrator“.
5. Uncheck or check “Account is disabled” as desired.
6. Select “OK“.

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Method 3 – From Registry

1. Hold the Windows Key while pressing “R” to bring up the Windows Run dialog box.
2. Type “regedit“, then press “Enter“.
3. Navigate to the following:
   • HKEY_LOCAL_MACHINE
   • SOFTWARE
   • Microsoft
   • Windows NT
   • CurrentVersion
   • Winlogon
   • SpecialAccounts
   • UserList
4. On the right side, right-click on “UserList” and select “New” > “DWORD Value“.
5. Give the value a name of “Administrator“. Press the “Enter” key when you are done.
6. Close the Registry Editor and restart the computer.

Delete the “Administrator” value to turn it off and prevent it from appearing on the Welcome screen.

Method 4 – Group Policy

Note: This will not work in Home editions of Windows 10.

1. Hold the Windows Key while pressing “R” to bring up the Windows Run dialog box.
2. Type “gpedit.msc“, then press “Enter“.
3. Navigate to the following:
   • Local Computer Configuration
   • Windows Settings
   • Security Settings
   • Local Policies
   • Security Options
   • Accounts: Administrator Account Status

Windows Server Shortcut Commands

 Shortcut commands and keys always help to work on a system in a professional manner. Sometimes it may be irritating to navigate through a long path to access a service, program, or tool. In this post, we have listed the most common shortcut commands to manage a Windows system. Following are some of the most common Shortcut Commands to manage a Windows system especially a Windows Server such as Windows Server 2012/2016. We recommend to trying to execute each of them. If you get stuck anywhere, please drop your queries in the comment box.

 

 

1. AdRmsAdmin.msc : To open the Active Directory Rights Management Services console.
2. Dsac.msc : To open the Active Directory Administration Center console.
3. Domain.msc : To open the Active Directory Domains and Trust console.
4. Dsa.msc : To open the Active Directory Users and Computers console.
5. Dssite.msc : To open the Active Directory Site and Services console.
6. Certsrv.msc : To pen the Active Directory Certificate Services console.
7. Dfsmgmt.msc : To open the DFS Management console.
8. Dhcpmgmt.msc : To open the DHCP Management console.
9. Diskmgmt.msc : To open the Disk Management console.
10. Dnsmgmt.msc : To open the DNS Management console.
11. Compmgmt.msc : To open the Computer Management console.
12. Devmgmt.msc : To open the Device Manager console.
13. Nfsmgmt.msc : To open the Services for Network File System management console.
14. Printmanagement.msc : To open the Print Management console.
15. Fsmgmt.msc : To open the Shared Folders console.
16. Virtmgmt.msc : To open the Hyper-V Manager console.
17. Wdsmgmt.msc : To open the Windows Deployment Services console.
18. Eventvwr.msc : To open the Event Viewer console.
19. Gpmc.msc : To open the Group Policy Management console.
20. Gpme.msc : To open the Group Policy Management Editor console.
21. Rsop.msc : To open the Resultant Set of Policy console.
22. Gpedit.msc : To open the Local Group Policy Editor console.
23. Secpol.msc: To open the Local Security Policy management console.
24. Certmgr.msc : To open the Certificates Manager console.
25. Fsrm.msc : To open the File Server Resource Manager console.
26. Lusrmgr.msc : To open the Local Users and Groups management console.
27. Perfmon.msc : To open the Performance Monitor console.
28. Services.msc : To open the Services console.
29. Taskschd.msc : To open the Task Scheduler tool.
30. Tpm.msc: To open the TPM Management console.
31. Wbadmin.msc: To open the Windows Server Backup console.
32. Cleanmgr.msc: To open the Disk Cleanup utility.
33. Wf.msc : To open the Windows Firewall and Advanced Security console.
34. Msinfo32 : To open the System Information window.
35. Msconfig : To open the System Configuration window.
36. Iscsicpl : To open the iSCSI Initiator console.
37. ServerManager : To open the Server Manager console.
38. Systeminfo : To view the System Information.
39. Sysdm.cpl : To open the System Properties dialog box.
40. Ncpa.cpl : To open the Network Connections window.
41. Inetcpl.cpl : To open Internet Explorer Properties options.

Windows operating systems are not case sensitive like the Linux and Unix system. Hence, executing commands in capital letters or small letter will not affect the result.

Hope this post helped you and you enjoyed it. Do share the article. You may also provide suggestions to add any other commands that you think we have missed.

How to setup KOT Printing

 In restaurants, after taking order, the items can be sent to its designated kitchens.

Here is how to setup KOT printing to send items to designated kitchen. Each kitchen should have ethernet printers.

1. Enable KOT button and scripts:

Enable scripts for sending KOT to remote printer.
a) Under Administration menu go to Maintenance>Resources
b) Select the resource Ticket.Buttons from the list
c) Uncomment the code under Kitchen Order Printing by moving the characters –> to the end of title. After moving,
it should look like below:

<!-- Kitchen Order Printing -->
<button key="button.sendorder" name="button.sendorder" code="Script.SendOrder" shortcut="F9"/>
<event key="ticket.removeline" code="event.removeline"/>
<event key="ticket.setline" code="event.setline"/>
<event key="ticket.total" code="event.total"/>
<event key="ticket.delete" code="event.delete"/>

d) Save the code by pressing Save button on toolbar.

2. Enable script for showing item send status and destination printer.
a) Under Administration menu go to Maintenance>Resources
b) Select the resource Ticket.Line from the list
c) Uncomment the code under Kitchen Order Printing by moving the characters –> to the end of title. After moving
it should look like below:

<!-- Kitchen Order Printing -->
<column name="label.sendorder" width="5" align="left" value="${ticketline.getProperty(&#39;kotnum&#39;,&#39;??&#39;)}"/>
<column name="label.sendstatus" width="5" align="left" value="${ticketline.getProperty(&#39;sendstatus&#39;,&#39;??&#39;)}"/>

d) Save the code by pressing Save button on toolbar.

3. Configure KOT printers
a) Under System menu go to Configuration
b) Set Printer 2 and Printer 3 with mode network and port IP address of the printer. If there are more KOT printers, edit Saleculator.Properties file add more printer configuration lines by copying and pasting existing printer lines and changing the sequence number.

4. Now press restart button on the login screen.

5. Test KOT printing
On the sales screen, add items to the ticket and press KOT button on top right corner. By default all items are sent to Printer 2.

6. Map products to kitchen
The only change you have to do for multiple remote printers is to mark each product with a destination printer. By default
all products are marked to the first KOT printer, which is KOT1. So you don’t need to do the below steps for products for
first KOT printer. Do the below steps only for items destined to second KOT printer onwards.
a) Under Administration menu go to Stock>Products
b) Select product from the list
c) Go to Properties tab and enter the below code. The below code is available in the resource Examples under Administration menu Maintenance>Resources, from which you can copy the code.

<?xml version="1.0" encoding="UTF-8" standalone="no"?>
<!DOCTYPE properties SYSTEM "http://java.sun.com/dtd/properties.dtd">
<properties>
<entry key="kotnum">KOT2</entry>
<entry key="sendstatus">No</entry>
</properties>

Note:
Change KOT2 to different values like KOT3, KOT4 etc. depending on the destination printer of the product.
It is possible to send the same item to multiple kitchens by editing KOT script.
Using SQL statements multiple products can be set together

7. Changing KOT format
For each printer, two templates are used for printing KOT. One for ordering items and the other is used for sending cancellations and changes. Different formats help identify new orders and running orders. By default the system has three set of template resources; Printer.KOT1 and Printer.KOT1_Change, Printer.KOT2 and Printer.KOT2_Change and Printer.KOT3 and Printer.KOT3_Change. The script for sending KOT and handling templates is in the Script.SendOrder resouce. You can enable more KOT printers by adding templates and making necessary changes in Script.SendOrder resouce.

 

Basics of Computer Science Tutorial

 The following table shows the different short-cut keys frequently used while working on the computer system −

Function	Short-cut keys
Commonly Used Short-cut Keys
F1	Universal help (for any sort of program).
Alt + F	File menu options in current program.
Alt + E	Edits options in current program.
Ctrl + A	Selects all text.
Ctrl + X	Cuts the selected item.
Ctrl + C	Copies the selected item.
Ctrl + V	Pastes copied item.
Home	Takes the user to the beginning of the current line.
End	Takes the user to the end of the current line.
Ctrl + Home	Takes the user to the beginning of the document.
Ctrl + End	Takes the user to the end of the document.
Shift + Home	Highlights from the current place to the beginning of line.
Shift + End	Highlights from the current place to the end of line.
Microsoft Windows Shortcut Keys
Ctrl + F4	Closes window in program.
Alt + F4	Closes current open program.
F2	Renames the selected icon.
F3	Start find from desktop.
F4	Opens the drive selection when browsing.
F5	Refreshes contents.
Alt + Tab	Switches from one open application to another open application.
Alt + Shift + Tab	Switches backwards between open applications.
Alt + Print Screen	Creates screen shot for current program.
Ctrl + Alt + Del.	Opens windows task manager/reboot.
Ctrl + Esc	Brings up start menu.
Alt + Esc	Switches between applications on taskbar.
Ctrl + Plus (+) Key	Automatically adjusts widths of all columns in Windows Explorer.
Alt + Enter	Opens properties window of selected icon or program.
Shift + F10	Simulates right-click on selected item.
Shift + Del	Deletes selected programs/files permanently.
Holding Shift During Boot-up	Enables boot safe mode or bypass system files.
Ctrl + N	Starts a new note.
Ctrl + O	Opens a recently used note.
Ctrl + S	Saves changes to a note.
Ctrl + P	Prints a note.
Alt + F4	Closes a note and its Journal window.
Ctrl + Z	Helps Undo a change.
Ctrl + Y	Helps Redo a change.
Ctrl + A	Selects all items on a page.
Ctrl + X	Cuts a selection.
Ctrl + C	Copies a selection to the Clipboard.
Ctrl + V	Pastes a selection from the Clipboard.
Esc	Cancels a selection.
Ctrl + F	Start a search tool.
Ctrl + Shift + C	Display a shortcut menu for column headings in a note list.
Microsoft Word Shortcut Keys
Ctrl + N	Creates a new document.
Ctrl + O	Opens an existing document.
Ctrl + S	Saves changes to a document.
F12	Saves the document as a new file.
Ctrl + P	Prints a document.
Ctrl + Z	Helps Undo a change.
Ctrl + Y	Helps Redo a change.
Ctrl + A	Selects the whole document.
Ctrl + X	Helps cut a selection
Ctrl + C	Copies a selection to the Clipboard.
Ctrl + V	Pastes a selection from the Clipboard.
Ctrl + B	Makes selected text bold.
Ctrl + I	Italicizes selected text.
Ctrl + U	Underlines selected texts.
Ctrl + L	Aligns text left.
Ctrl + R	Aligns text right.
Ctrl + E	Aligns text center.
Ctrl + J	Helps justify text.
Ctrl + 1	Sets single line spacing.
Ctrl + 2	Sets double line spacing.
Ctrl + 5	Sets line spacing to 1.5.
Ctrl + Shift + A	Changes characters to all capitals.
Ctrl + D	Inserts a Microsoft Paint drawing.
Ctrl + F	Finds text
Ctrl + Home	Moves to the beginning of the document.
Ctrl + End	Moves to the end of the document.

BIOS (basic input/output system)

 BIOS (basic input/output system) is the program a computer's microprosscer uses to start the computer system after it is powered on. It also manages data flow between the computer's operating system (OS) and attached devices, such as the hard disk, video adapter, keyboard, mouse and printer.

History of BIOS

The term BIOS was first coined in 1975 by American computer scientist Gary Kildall. It was incorporated into IBM's first personal computer in 1981 and, in the years to come, gained popularity within other PCs, becoming an integral part of computers for some time. However, BIOS' popularity has waned in favor of a newer technology: Unified Extensible Firmware Interface (UEFI). Intel announced a plan in 2017 to retire support for legacy BIOS systems by 2020, replacing them with UEFI.

Uses of BIOS

The main use of BIOS is to act as a middleman between OSes and the hardware they run on. BIOS is theoretically always the intermediary between the microprocessor and I/O device control information and data flow. Although, in some cases, BIOS can arrange for data to flow directly to memory from devices, such as video cards, that require faster data flow to be effective.

How does BIOS work?

BIOS comes included with computers, as firmware on a chip on the Motherboard In contrast, an OS like Windows or iOS can either be pre-installed by the manufacturer or vendor or installed by the user. BIOS is a program that is made accessible to the microprocessor on an erasable programmable read-only memory (EPROM) chip. When users turn on their computer, the microprocessor passes control to the BIOS program, which is always located at the same place on EPROM.

When BIOS boots up a computer, it first determines whether all of the necessary attachments are in place and operational. Any piece of hardware containing files the computer needs to start is called a boot device. After testing and ensuring boot devices are functioning, BIOS loads the OS -- or key parts of it -- into the computer's random access memory (RAM) from a hard disk or diskette drive (the boot device).

The 4 functions of BIOS

BIOS identifies, configures, tests and connects computer hardware to the OS immediately after a computer is turned on. The combination of these steps is called the boot process.

These tasks are each carried out by BIOS' four main functions:

1. Power-on self-test (POST). This tests the hardware of the computer before loading the OS.
2. Bootstrap loader . This locates the OS.
3. Software/drivers. This locates the software and drivers that interface with the OS once running.
4. Complementary metal-oxide semiconductor (CMOS) setup. This is a configuration program that enable users to alter hardware and system settings. CMOS is the name of BIOS' non-volatile memory.

Accessing BIOS

With BIOS, the OS and its applications are freed from having to understand exact details, such as computer hardware addresses, about the attached I/O devices. When device details change, only the BIOS program needs to be changed. Sometimes, this change can be made during system setup.

Users can access BIOS and configure it through BIOS Setup Utility. Accessing BIOS Setup Utility varies somewhat depending on the computer being used. However, the following steps generally enable users to access and configure BIOS through Setup Utility:

• Reset or power off the computer.
• When the computer turns back on, look for a message that says "entering setup" or something similar. Accompanying that message will be a key that the user should press to enter system configuration. Here's an example message a user might see: "Press [key] to enter BIOS setup." Some keys often used as prompts are Del, Tab, Esc and any of the function keys (F1-F12).
• Upon seeing the prompt, quickly press the key specified.

Once in BIOS Setup Utility, users can change hardware settings, manage memory settings, change the boot order or boot device, and reset the BIOS password, among other configuration tasks.

BIOS security

BIOS security is a somewhat overlooked component of cybersecurity; however, it should still be managed to prevent hackers from executing malicious code on the OS. Security group Cylance, in 2017, showed how modern BIOS security flaws could enable ransomware programs inside a motherboard's UEFI and exploit other PC BIOS vulnerabilities.

Another unique exploit involving the manipulation of BIOS Plunservolt was  Plundervolt could be used to mess with a computer's power supply at the time data was being written to memory, causing errors that lead to security gaps. Intel released a BIOS patch to defend against it.

BIOS manufacturers

BIOS, in its beginnings, was originally owned by IBM. However, some companies, such as Phoenix Technologies, have reverse-engineered IBM's original version to create their own. Phoenix, in doing this, allowed other companies to create clones of the IBM PC and, more importantly, create non-IBM computers that work with BIOS. One company that did this was Compaq.

Today, many manufacturers produce motherboards with BIOS chips in them. Some examples are the following:

• AMI
• Asus
• Foxconn
• Hewlett Packard (HP)
• Ricoh

Knowing the motherboard manufacturer is important because users may want to update their BIOS and chipset drivers -- the drivers that enable the OS to work with other devices in the computer, such as a video card -- to the most recent versions. Driver updates may improve computer performance or patch recent BIOS-level security vulnerabilities. Each manufacturer has a unique way of updating these drivers.

 

Know All About BIOS|Types of BIOS and How to Use It

In these modern days of technology, you get a personal computer for many reasons. So, you most probably have heard the terms BIOS or UEFI. But this sometimes confuses users like you about the meaning and functions of them. What is BIOS, or UEFI, or types of BIOS? To know all the answers to your question, read the full article. You will know about BIOS and the types of BIOS and its functions and how to access and customize it.

What is BIOS

If you got a computer, then you have most probably heard of these terms BIOS. But what does BIOS stand for? BIOS means your computer’s Basic Input / Output System. But what does it means? You may know that your personal computer has a microprocessor that does most of the important things on your PC. BIOS is a program that is used by the microprocessor of your computer to start the computer after it is turned on.

But a question may arise in your mind that you didn’t install BIOS on your computer when you bought it. It generally comes with you when you buy a computer. Your computer’s Operating System (OS) can be pre-installed or not. But the BIOS is a program that is preinstalled on an Erasable Programmable Read-Only Memory (EPROM). It manages the data flow between the computer’s OS and other devices like hard disk, keyboard, processor, mouse, etc.

You already know that BIOS is the abbreviation of the Basic Input / Output System. From the name, it is clearly seen that it is one type of program that is related to the input, or output. But what does this actually mean? BIOS is a pre-installed program that is concerned with the data flow between your operating system and devices like keyboard, mouse, hard drives, etc. The microprocessor uses it first to start your computer system when you turn on your computer.

Where Does BIOS Reside?

After bringing your computer home, you also brought BIOS within it. It is a pre-installed program that is used by the microprocessor to start the computer system. When you turn on your computer, the microprocessor access the BIOS so that it can start the operating system. You may have installed an operating system like Windows or Linux on your computer. Which is generally installed on the hard drive.

In the case of BIOS, it is not like that because the hard drives cannot be accessed at once when you turn on your PC. The microprocessor needs to access it to give control of the input/output to the BIOS. So, it is installed on an EPROM that stands for Erasable Programmable Read-Only Memory. The microprocessor passes the control to the BIOS which is always located in EPROM.

What Does BIOS Actually Do?

You already have got a little idea about the function of the BIOS on your computer. From the name, it is clear that it controls the basic input/output system of your computer. When you turn on your computer, the microprocessor gives control to the BIOS so that it can start the computer system.

When BIOS starts (generally after turning on the computer), it determines whether all other components of your computer are currently working or in the correct places. If there is no error, then the BIOS loads the Operating System of your computer. So, the OS does not need to check any hardware error. As you know that the OS is also a software program, so, it needs to be loaded on the RAM (Random Access Memory) before it can function. It is done by the BIOS.

You may have heard the term ‘system BIOS’. But what is system BIOS and why is it called system BIOS? When you turn on your computer, the microprocessor of your computer access the BIOS from the EPROM and gives control of the input/output to the BIOS. It is started before your operating system is active. It is also called the System BIOS because it is responsible for the operating system being loaded in the RAM. So, it can be said that it acts as an intermediate program between the operating system and the hardware of your computer.

Just like system BIOS, the BIOS of your computer is also called as lead BIOS. But what is load BIOS? The operating system of your computer is the main thing with which you interact most of the time. But it is nothing but a software program which makes sure that all other application programs like MS Word, Adobe Photoshop, Chrome, etc can work perfectly without directly contacting the hardware.

So, at first, the OS needs to be loaded on the RAM so that it can perform. After turning on the computer, the BIOS does this loading of the OS in the RAM.

The functions of BIOS is very crucial in starting your computer system. The BIOS resides on the EPROM or your computer. After turning on the computer, its job started.

1. Hardware Error Checking: Before loading the operating system, it checks if there is an error in the hardware or whether the hardware is locating at the exact places. So, the operating system doesn’t need to check this.
2. Bootstrap Loader: After error checking is finished, it locates the operating system. If a suitable operating is found, the BIOS loads it in the RAM and passes controls to it.
3. Controls Hardware: There are BIOS drivers that give your computer control over the hardware.
4. BIOS Setup: There are some programs that can configure hardware or system settings like your computer’s password, or date/time.
5. Freeing OS and software: If there is no BIOS, then the operating system and the other software need to know the exact details of the hardware and the location of them. But for BIOS, the OS and software don’t need to deal with this.

How to Access the BIOS

You generally don’t need to do this. But you can access the BIOS settings and do some changes. So, it is good to know how to access it. As it works with the input/output device, it doesn’t need to be changed frequently. If a device detail is changed or if you want to make a change, you have to access the BIOS.

After turning on the computer, you will see that your PC is booting. Before it loads the Operating System, press ‘Delete’ or F2 key. BIOS entering option may vary from computer to computer. Check before entering the BIOS.

Types of BIOS

There are two types of BIOS:

1. UEFI BIOS: The UEFI or Unified Extensible Firmware Interface has ability to 2.2TB or larger handle drives. Earlier, Intel PCs used Legacy BIOS, but they are moving toward UEFI firmware.
2. Legacy BIOS: The Legacy BIOS or Basic Input/Output System is used in older motherboards. This BIOS can not recognize or handle larger than 2 TB.

BIOS vs UEFI

If you have recently bought a computer, then most probably you will see UEFI instead of BIOS. But what is UEFI and what’s the difference between them? Actually, it is not that easy to differentiate BIOS and UEFI as they almost do the same thing. UEFI stands for Unified Extensible Firmware Interface. Same as BIOS, UEFI acts as an intermediate program between the operating system and the hardware.

UEFI is a framework that can be extensively customized. It provides more features than BIOS. It doesn’t need a bootloader or separate program in order to load the OS. It provides native support GPT that can manage hard drives which can be exceeded two Terabytes. But BIOS cannot offer this.

Conclusion

After reading the whole article, we hope, you know all the things about BIOS and its functionalities. From now on, different types of BIOS, or BIOS vs UEFI, these terms won’t bother you much we hope.

 

COREL DRAW KEYBOARD SHORT CUT

COREL DRAWS SHORTCUT KEYS :
CTRL + A : Select all
CTRL + B : Bold
CTRL + C : Copy
CTRL + D : Duplicate
CTRL + E : Export
CTRL + G : Group
CTRL + I : Import
CTRL + J : Option
CTRL + K : Break Apart
CTRL + N : New
CTRL + O : Open
CTRL + P : Print
CTRL + Q : Curve
CTRL + S : Save
CTRL + T : Format Text
CTRL + U : Ungroup
CTRL + V : Paste
CTRL + X : Cut
CTRL + Z : Undo
F1 ; Corel draw help
F2 ; Zoom tool
F3 ; To reduce size
F4 ; Fit in window
F5 ; Free hand tool
F6 ; Rectangle Tool
F7 ; Ellipse tool circle
F8 ; Text tool
F9 ; Full screen
F10 ; Shape tool
F11 ; Fountain fill                                                                                                                                  

Align Bottom	B	Aligns selected objects to the bottom
Align Centers Horizontally	E	Horizontally aligns the centers of the selected objects
Align Centers Vertically	C	Vertically aligns the centers of the selected objects
Align Left	L	Aligns selected objects to the left
Align Right	R	Aligns selected objects to the right
Align To Baseline	Alt+F12	Aligns text to the baseline
Align Top	T	Aligns selected objects to the top
Artistic Media	I	Draws curves and applies Preset, Brush, Spray, Calligraphic or Pressure Sensitive effe
Back One	Ctrl+PgDn	Back One
Break Apart	Ctrl+K	Breaks apart the selected object
Brightness/Contrast/Intensity	Ctrl+B	Brightness/Contrast/Intensity...
Bring up Property Bar	Ctrl+Enter	Brings up the Property Bar and gives focus to the first visible item that can be tabbed to
Center to Page	P	Aligns the centers of the selected objects to page
Character Formatting	Ctrl+T	Character Formatting
Color Balance...	Ctrl+Shift+B	Color Balance
Combine	Ctrl+L	Combines the selected objects
Contour	Ctrl+F9	Opens the Contour Docker Window
Convert	Ctrl+F8	Converts artistic text to paragraph text or vice versa
Convert Outline To Object	Ctrl+Shift+Q	Converts an outline to an object
Convert To Curves	Ctrl+Q	Converts the selected object to a curve
Copy	Ctrl+C	Copies the selection and places it on the Clipboard
Copy	Ctrl+Insert	Copies the selection and places it on the Clipboard
Cut	Ctrl+X	Cuts the selection and places it on the Clipboard
Cut	Shift+Delete	Cuts the selection and places it on the Clipboard
Delete	Delete	Deletes the selected object(s)
Distribute Bottom	Shift+B	Distributes selected objects to the bottom
Distribute Centers Horizontally	Shift+E	Horizontally Distributes the centers of the selected objects
Distribute Centers Vertically	Shift+C	Vertically Distributes the centers of the selected objects
Distribute Left	Shift+L	Distributes selected objects to the left
Distribute Right	Shift+R	Distributes selected objects to the right
Distribute Spacing Horizontally	Shift+P	Horizontally Distributes the space between the selected
Distribute Spacing Vertically	Shift+A	Vertically Distributes the space between the selected objects
Distribute Top	Shift+T	Distributes selected objects to the top
Duplicate	Ctrl+D	Duplicates the selected object(s) and offsets by a specified amount
Duplicate In Place	+	Duplicates the selected object(s) at their current location
Dynamic Guides	Alt+Shift+D	Shows or hides the Dynamic Guides (toggle)
Edit Text...	Ctrl+Shift+T	Opens the Edit Text dialog box
Ellipse	F7	Draws ellipses and circles; double-clicking the tool opens the Toolbox tab of the Option
Envelope	Ctrl+F7	Opens the Envelope Docker Window
Eraser	X	Erases part of a graphic or splits an object into two closed paths
Exit	Alt+F4	Exits CorelDRAW and prompts to save the active drawing
Export...	Ctrl+E	Exports text or objects to another format
Font Size Decrease	Ctrl+NUMPAD2	Decreases font size to previous point size
Font Size Increase	Ctrl+NUMPAD8	Increases font size to next point size
Font Size Next Combo Size	Ctrl+NUMPAD6	Increase font size to next setting in Font Size List
Font Size Previous Combo Size	Ctrl+NUMPAD4	Decrease font size to previous setting available in the Font Size List
Forward One	Ctrl+PgUp	Forward One
Fountain Fill...	F11	Applies fountain fills to objects
Freehand	F5	Draws lines and curves in Freehand mode
Full-Screen Preview	F9	Displays a full-screen preview of the drawing
Graph Paper	D	Draws a group of rectangles; double-clicking opens the Toolbox tab of the Options dial
Graphic and Text Styles	Ctrl+F5	Opens the Graphic and Text Styles Docker Window
Group	Ctrl+G	Groups the selected objects
Hand	H	Hand Tool
Horizontal Text C	Ctrl+,	Changes the text to horizontal direction
Hue/Saturation/Lightness...	Ctrl+Shift+U	Hue/Saturation/Lightness
Import...	Ctrl+I	Imports text or objects
Insert Symbol Character	Ctrl+F11	Opens the Insert Character Docker Window
Interactive Fill	G	Adds a fill to object(s); clicking and dragging on object(s) applies a fountain fill
Lens	Alt+F3	Opens the Lens Docker Window
Linear	Alt+F2	Contains functions for assigning attributes to linear dimension lines
Macro Editor...	Alt+F11	Macro Editor...
Mesh Fill	M	Converts an object to a Mesh Fill object
Micro Nudge Down	Ctrl+DnArrow	Nudges the object downward by the Micro Nudge factor
Micro Nudge Left	Ctrl+LeftArrow	Nudges the object to the left by the Micro Nudge factor
Micro Nudge Right	Ctrl+RightArrow	Nudges the object to the right by the Micro Nudge factor
Micro Nudge Up	Ctrl+UpArrow	Nudges the object upward by the Micro Nudge factor
Navigator	N	Brings up the Navigator window allowing you to navigate to any object in the document
New	Ctrl+N	Creates a new drawing
Next Page	PgDn	Goes to the next page
Nudge Down	DnArrow	Nudges the object downward
Nudge Left	LeftArrow	Nudges the object to the left
Nudge Right	RightArrow	Nudges the object to the right
Nudge Up	UpArrow	Nudges the object upw
Open...	Ctrl+O	Opens an existing drawing
Options...	Ctrl+J	Opens the dialog for setting CorelDRAW options
Outline Color...	Shift+F12	Opens the Outline Color dialog box
Outline Pen...	F12	Opens the Outline Pen dialog box
Pan Down	Alt+DnArrow	Pan Down
Pan Left	Alt+LeftArrow	Pan Left
Pan Right	Alt+RightArrow	Pan Right
Pan Up	Alt+UpArrow	Pan Up
Paste	Ctrl+V	Pastes the Clipboard contents into the drawing
Paste	Shift+Insert	Pastes the Clipboard contents into the drawing
Place Inside Container...	Ctrl+1	Places selected object(s) into a PowerClip container object
Polygon	Y	Draws polygons
Position	Alt+F7	Opens the Position Docker Window
Previous Page	PgUp	Goes to the previous page
Print...	Ctrl+P	Prints the active drawing
Properties	Alt+Enter	Allows the properties of an object to be viewed and edited
Record Temporary Macro	Ctrl+Shift+R	Record Temporary Macro
Rectangle	F6	Draws rectangles; double-clicking the tool creates a page frame
Redo	Ctrl+Shift+Z	Reverses the last Undo operation
Refresh Window	Ctrl+W	Redraws the drawing window
Repeat	Ctrl+R	Repeats the last operation
Rotate	Alt+F8	Opens the Rotate Docker Window
Run Temporary Macro	Ctrl+Shift+P	Run Temporary Macro
Save As... S	Ctrl+Shift+	Saves the active drawing with a new name
Save...	Ctrl+S	Saves the active drawing
Scale	Alt+F9 Window	Opens the Scale Docker
Select all	Ctrl+A	Select all object of the active page
Shape	F10	Edits the nodes of an object; double-clicking the tool selects all nodes on the selected
Size	Alt+F10 Window	Opens the Size Docker
Smart Drawing	Shift+S Dbl-click	opens Smart Drawing Tool options; Shift+drag backwards over line erases
Snap to Grid	Ctrl+Y	Snaps objects to the grid (toggle)
Snap to Objects	Alt+Z	Snaps objects to other objects (toggle)
Spell Check...	Ctrl+F12	Opens the Spell Checker; checks the spelling of the selected text
Spiral	A	Draws spirals; double-clicking opens the Toolbox tab of the Options dialog
Step and Repeat...	Ctrl+Shift+D	Shows Step and Repeat docker
Stop Recording	Ctrl+Shift+O	Stop Recording
Super Nudge Down	Shift+DnArrow	Nudges the object downward by the Super Nudge factor
Super Nudge Left	Shift+LeftArrow	Nudges the object to the left by the Super Nudge factor
Super Nudge Right	Shift+RightArrow	Nudges the object to the right by the Super Nudge factor
Super Nudge Up	Shift+UpArrow	Nudges the object upward by the Super Nudge factor
Symbol Manager	Ctrl+F3	Symbol Manager Docker
Text	F8	Adds text; click on the page to add Artistic Text; click and drag to add Paragraph Text
To Back Of Layer	Shift+PgDn	To Back Of Layer
To Back Of Page	Ctrl+End	To Back Of Page
To Front Of Layer	Shift+PgUp	To Front Of Layer
To Front Of Page	Ctrl+Home	To Front Of Page
Toggle Pick State	Ctrl+Space	Toggles between the current tool and the Pick tool
Toggle View	Shift+F9	Toggles between the last two used view qualities
Undo	Ctrl+Z	Reverses the last operation
Undo	Alt+Backspace	Reverses the last operation
Ungroup	Ctrl+U	Ungroups the selected objects or group of objects
Uniform Fill...	Shift+F11	Applies uniform color fills to objects
Use bullets	Ctrl+M	Show/Hide Bullet
Vertical Text	Ctrl+.	Changes the text to vertical
View Manager	Ctrl+F2	Opens the View Manager Docker Window
What's This?	Shift+F1	What's This? Help
Zoom	Z	Zoom Tool
Zoom One-Shot	F2
Zoom Out	F3	Zoom Out
Zoom To Fit	F4	Zoom To All Objects
Zoom To Page	Shift+F4	Zoom To Page
Zoom To Selection	Shift+F2	Zoom To Selected