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The KeyboardEvent.code property represents a physical key on the keyboard (as opposed to the character generated by pressing the key). In other words, this property returns a value that isn't altered by keyboard layout or the state of the modifier keys.

This property is useful when you want to handle keys based on their physical positions on the input device rather than the characters associated with those keys; this is especially common when writing code to handle input for games that simulate a gamepad-like environment using keys on the keyboard. Be aware, however, that you can't use the value reported by KeyboardEvent.code to determine the character generated by the keystroke, because the keycode's name may not match the actual character that's printed on the key or that's generated by the computer when the key is pressed.

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For example, the code returned is "KeyQ" for the Q key on a QWERTY layout keyboard, but the same code value also represents the ' key on Dvorak keyboards and the A key on AZERTY keyboards. That makes it impossible to use the value of code to determine what the name of the key is to users if they're not using an anticipated keyboard layout.

This example establishes an event listener for keydown events that handle keyboard input for a game that uses the typical "WASD" keyboard layout for steering forward, left, backward, and right. This will use the same four keys physically regardless of what the actual corresponding characters are, such as if the user is using an AZERTY keyboard.

The first section of the JavaScript code establishes some variables we'll be using. shipSize contains the size of the ship the player is moving around, for convenience. position is used to track the position of the ship within the play field. moveRate is the number of pixels each keystroke moves the ship forward and backward, and turnRate is how many degrees of rotation the left and right steering controls apply per keystroke. angle is the current amount of rotation applied to the ship in degrees; it starts at 0 (pointing straight up). Finally, spaceship is set to refer to the element with the ID "spaceship", which is the SVG polygon representing the ship the player controls.

Finally, the addEventListener() method is used to start listening for keydown events, acting on each key by updating the ship position and rotation angle, then calling refresh() to draw the ship at its new position and angle.

There are several ways this code can be made better. Most real games would watch for keydown events, start motion when that happens, and stop the motion when the corresponding keyup occurs, instead of relying on key repeats. That would allow both smoother and faster movement, but would also allow the player to be moving and steering at the same time. Transitions or animations could be used to make the ship's movement smoother, too.

For example, the code returned is \"KeyQ\" for the Q key on a QWERTY layout keyboard, but the same code value also represents the ' key on Dvorak keyboards and the A key on AZERTY keyboards. That makes it impossible to use the value of code to determine what the name of the key is to users if they're not using an anticipated keyboard layout.

This example establishes an event listener for keydown events that handle keyboard input for a game that uses the typical \"WASD\" keyboard layout for steering forward, left, backward, and right. This will use the same four keys physically regardless of what the actual corresponding characters are, such as if the user is using an AZERTY keyboard.

The first section of the JavaScript code establishes some variables we'll be using. shipSize contains the size of the ship the player is moving around, for convenience. position is used to track the position of the ship within the play field. moveRate is the number of pixels each keystroke moves the ship forward and backward, and turnRate is how many degrees of rotation the left and right steering controls apply per keystroke. angle is the current amount of rotation applied to the ship in degrees; it starts at 0 (pointing straight up). Finally, spaceship is set to refer to the element with the ID \"spaceship\", which is the SVG polygon representing the ship the player controls.

An event code is a unique code that allows participants to join your event during the set event dates.

Every event gets a default system-generated event code consisting of 6 characters. We recommend changing it to something truly unique, so your participants can easily join your event.

I'm trying to set up Pinterest conversion tracking codes, so I just pasted a Pinterest base tag & Checkout Event to the theme.liquid file & checkout settings, however, I also want to add the Add To Cart event code, but I was not able to do it with the help of the official instructions since I couldn't find a line of code where I needed to pass the Add to Cart code. Can you tell me exactly where I should paste the code?

In my current code that I have in my product.liquid I couldn't find addtocart section where I need to input the Pinterest code. I talked to a support agent on chat and he pointed me out here. FYI Im using the Brooklyn theme.

I get an overall health of my Pinterest tag of unhealthy because there is no checkout event firing. Where do I put the code to track checkouts/conversions in Prestige? I was instructed to find the addtocart function in product.liquid but it's not there.

For the checkout you should add it to the Setting -> Checkout and add the checkout code in the additional scripts section. For the add to cart you have to go to Online Store -> Themes -> Edit Code and search product-form.liquid on the Snippets section.

I've been working with Pinterest support and have not been able to get my add to cart code correct. I'm using the Shopify Theme Debut and placing the code on line 211 as their instructions: data-add-to-cart onclick="pintrk('track', 'addtocart');" >

. I am trying to add Pinterest addToCart event code manually, but I cannot find the addtoCart section on the theme.liquid or main-product.liquid file and i have tried searching for the custom.js file too but didn't find that as well. I have tried reaching out for help on shopify community.

System Monitor (Sysmon) is a Windows system service and devicedriver that, once installed on a system, remains resident across systemreboots to monitor and log system activity to the Windows event log. Itprovides detailed information about process creations, networkconnections, and changes to file creation time. By collecting the eventsit generates usingWindows Event CollectionorSIEMagents and subsequently analyzing them, you can identify malicious oranomalous activity and understand how intruders and malware operate onyour network.

On Vista and higher, events are stored inApplications and Services Logs/Microsoft/Windows/Sysmon/Operational, and onolder systems events are written to the System event log.Event timestamps are in UTC standard time.

The process creation event provides extended information about a newlycreated process. The full command line provides context on the processexecution. The ProcessGUID field is a unique value for this processacross a domain to make event correlation easier. The hash is a fullhash of the file with the algorithms in the HashType field.

The change file creation time event is registered when a file creationtime is explicitly modified by a process. This event helps tracking thereal creation time of a file. Attackers may change the file creationtime of a backdoor to make it look like it was installed with theoperating system. Note that many processes legitimately change thecreation time of a file; it does not necessarily indicate maliciousactivity.

The network connection event logs TCP/UDP connections on the machine. Itis disabled by default. Each connection is linked to a process throughthe ProcessId and ProcessGuid fields. The event also contains the sourceand destination host names IP addresses, port numbers and IPv6 status.

The driver loaded events provides information about a driver beingloaded on the system. The configured hashes are provided as well assignature information. The signature is created asynchronously forperformance reasons and indicates if the file was removed after loading.

The CreateRemoteThread event detects when a process creates a thread inanother process. This technique is used by malware to inject code andhide in other processes. The event indicates the source and targetprocess. It gives information on the code that will be run in the newthread: StartAddress, StartModule and StartFunction. Note thatStartModule and StartFunction fields are inferred, they might be emptyif the starting address is outside loaded modules or known exportedfunctions. 2351a5e196