Then there’s packet manipulation which can be done entirely external to the application itself.

Again these modifications are all client side. An example of the latter might be removing the code that checks for bad words in chat, auto-aiming, etc. For more complicated hacks the code itself (which is generally native machine code though in a managed language this could be some managed bytecode) will need to be modified (there’s a whole bunch of tricks associated with this such as removing certain instructions, overwriting certain instructions, codecaves to patch in entry points to larger blocks of code, DLL/library injection, etc.). For simple hacks often a data modification/memory modification will suffice (for instance you might locate the value in memory for the players health and change it, give it a new/larger value). When modifying an application there’s 2 distinct parts, the code itself and the data. Modifying the application in-memory vs the binary itself are both fairly related to one another, so I’ll just refer to them both as the same. These changes will only result in client side effects, so if some value in the data (say an enemy’s health) is actually tracked on the server then modifying that value locally won’t do anything (may just result in some visual change). Modifying any of these effectively changes the state of the game being launched, but unless it’s a script it won’t really be changing the intended logic. In general asset modifications tend to be the most approachable for people (when you’re talking about people that are wanting to create their own hacks and not just use prebuilt hacks), as these may already be in formats that are approachable to people (plain text, some common binary formats, scripts, etc.). Some hacks are done by modifying game assets (could be data or scripts), modifying the application’s memory (these can be data changes or code changes), modifying the application’s binary (similar in a sense to in-memory modifications but having it in the binary itself rather than being injected at runtime), or emulating/injecting packets (that is skipping the application entirely and talking directly to the network). The platform-specific viewport frame which this viewport is contained by.It can be both. The platform-specific viewport which this viewport client is attached to. The show flags used by the viewport's players.Īrray of the screen data needed for all the different splitscreen configurations If true will suppress the blue transition text messages.ĭebug properties that have been added via one of the 'displayall' commands If true, this viewport is a play in editor viewport Strong handle to the audio device used by this viewport. The splitscreen type that is actually being used takes into account the number of players and other factors (such as cinematic mode) that could affect the splitscreen mode that is actually used.

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