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Trainer Cheats

Game trainers are programs made to modify memory of a computer game thereby modifying its behavior using addresses and values, in order to allow cheating. It can "freeze" a memory address disallowing the game from lowering or changing the information stored at that memory address (e.g. health meter, ammo counter, etc.) or manipulate the data at the memory addresses specified to suit the needs of the person cheating at the game.

Trainer Cheats

In the 1980s and 1990s, trainers were generally integrated straight into the actual game by cracking groups. When the game was first started, the trainer loaded first, asking the player if they wished to cheat and which cheats would like to be enabled. Then the code would proceed to the actual game. These embedded trainers came with intros about the groups releasing the game and the trainer often used to showcase the skills of the cracking group demo coding skills.[1] Some of these groups focus entirely on their Demoscene today.[2] In the cracker group release lists and intros, trained games were marked with one or more plus signs after them, one for each option or cheat in the trainer, for example: "the Mega Krew presents: Ms. Astro Chicken++". Modern trainers append their titles with a single + or writing "plus" and a number, as many have several functions. The number used represents the number of modifications the trainer has available, e.g. 'infinite health' or 'one hit kills'. Another difference is the inclusion of game version or digital download source of game. For example: "Hitman: Absolution Steam +11 Trainer",[3] "F.E.A.R 3 v 1.3 PLUS 9 Trainer" etc.[4][5]

Modern trainers also come as separately downloaded programs. Instead of modifying the game's programming directly, they modify values stored in memory. In fact, this has become so common that trainers today, by definition, only modify memory; modification to the game's executable is frowned upon and such programs are not considered true trainers but patches instead.

With object-oriented programming the memory objects are often stored dynamically on the heap but modern operating systems use address space layout randomization (ASLR). Therefore, the only way to modify such memory in a reproducible manner is to get information from inside the game process. This requires reverse engineering methods like API hooking of malloc() and free(), code injection or searching for static access pointers. The trainer gets active when the object has been allocated and deactivates itself again when the object is freed.

Modern operating systems also come with position-independent executables (PIE) for security. Together with ASLR, the binaries are loaded to a different virtual memory address each code execution. This makes the reliable modification of static memory values more complex. The load address has to be determined and subtracted from a found memory address to obtain a static memory offset. This offset is often exactly the address of the static variable within the PIE binary. E.g. the Linux tool scanmem supports PIE this way.[6] For the configured memory offset the game trainer determines the load address as well and adds it back during run-time. The same method can be used for dynamic libraries as well.

API hooking works completely differently: A preloader loads a library into the game process while starting it. The library spies on dynamic memory allocations and discovery starts with recording them all. With static memory search in parallel it is possible to match the found value address to a unique memory allocation. The idea is to close the game process directly after the value is found and the object still exists. Then, the last matching memory allocation is the correct one. So matching it reverse is the method of choice. The object size as well as the value offset inside it are discovered and the jump-back code address in the game binary can be determined by backtracing. Often a constructor is found and with that it is possible keep track of all memory objects it allocates. The library in the game process and the game trainer need to communicate with each other through inter-process communication (IPC).The disadvantage is: This can be detected as malware. But it is possible to find more values within objects by dumping and comparing them. Also adaptation to other game and compiler versions becomes simple as all it takes is to look for a library function call with known parameter (the object size) in the disassembly.E.g. the free and open-source (FOSS) universal game trainer "ugtrain" shows this method completely legal with FOSS games as examples.[7]

In the past, trainers were often coded in assembly language or any of the high level language available at the time. Today, trainers can also be made with automated trainer making tools that just require basic information about cheats such as address and injection code, the program then compiles the trainer using pre-defined values and settings requiring no programming skill from the end-user. The most popular trainer making tool used today is Cheat Engine which supports wide variety of injection types and pointers, other tools that were used in past but are no longer as applicable are Trainer Maker Kit, Game Trainer Studio and Trainer Creation Kit etc.[8] Some of the advanced techniques that Cheat Engine trainers supports include code injection, code shifting and the flexibility and versatility provided by its Lua scripting[9][10] which has phased out other trainer making tools which lacked the support for some of these features.[11]

U need to be offline like not connected at all. Use money cheat buy what you need then plug internet back in. Money will reset once online. Other cheats should workLike it said use money cheat at your own risk !

Alright listen, up pretty easy fix do all the steps but this time you need to manually do it cause wemod cant find it for some reason all you do is. make the file you downloaded from here as the game launcher and the cheats will work, for some reason couldnt get battle rewards to work everything else works. PLS FIX BATTLE REWARD POINTS!!!

Love the trainer! I made a comment on your website about this also. The super accuracy can be very buggy and also the teleport is iffy, sometimes it works, other times not so much. Also, it likes to teleport you about a mile above the surface.

This page contains a list of cheats, codes, Easter eggs, tips, and other secrets for Police Trainer for Arcade. If you've discovered a cheat you'd like to add to the page, or have a correction, please click EDIT and add it.

  • I'm glad to announce the release of Cheat Engine 7.5 which has some really neat improvements over 7.4My patreon members can get it here (The public release will be here any day now. Waiting for the advertisers / network owners to accept it) Please reports bugs and give suggestions to improve Cheat Engine so next version can be even greater!Changes:from patreon 7.4.3 to public 7.5:removed the driver requirement for the access memory regions tool

  • added 1 byte jmp instructions (that will install an exeption handler and place an int3 at the location)

  • added a scanoption so you can skip unpaged memory. (should prevent targets from eating up RAM when scanned)

  • reassemble() now rewrites an instruction using multiple lines when needed

  • make some error messages more descriptive

  • added an option to center the highlighted disassembler code to the center

  • added an explanation why the driver won't load and a link with info on how to get it to load for now

  • memoryrecord hotkeys can now be disabled individually

  • codefilter: unwind info now gives less bad results

  • added support for pseudo-ops like cmpss/sd/ps/pd

  • lua: added ceserver commands

  • lua: show a stacktrace on execution error

  • lua: added convertToUTF8(stringbytetable, regioncode)

  • made loading CT files with signatures possible under wine and proton

  • from patreon 7.4.2 to patreon 7.4.3:ceserver: pipe support (mono data dissector)

  • ceserver: added change memory protection capability

  • ceserver: Available options can now be sent to the CE GUI

  • .netinfo: Replaced the fields view with a tree

  • network config: The processlist now has focus after opening a server

  • lua: added virtualstringtree

  • lua: added invertColor

  • lua: added disassembleBytes(bytestring)

  • autoassembler: now a visual warning is shown when nearby allocation fails

  • autoassembler: the templates now generate 14 byte jmp safe original code blocks as well

  • pointerscan now has a deviation option for "pointer must end with offset" to help find pointers back after update

  • ultimap: added copy selected results to clipboard

  • from patreon 7.4.1 to patreon 7.4.2ipt: Added intel process trace feature provided by microsoft.

  • ceserver: Improve the modulelist fetch speed, more stable

  • ceserver: option to disconnect from closed ceservers

  • ceserver: the discovery list is now also a history list

  • ceserver: implement injection on arm64 as well

  • ceserver: also gets the fpu registers now

  • assembler x86_64: prefer mov rax,[rip+xxx] over mov rax,[imm64]

  • disasembler x86_64: switch from r#l to r#b because why not

  • mono: the dll now has a versioncheck so that you don't accidentally mix monodatacollector dll's

  • mono: deal with situations where there is no mainform

  • mono/.net: the methodlist is now sorted by name

  • better arm disassembler and assembler

  • better arm64 disassembler and assembler

  • the scanregions can be saved/loaded upon close/start ce (seperate option in settings)

  • added an option to skip loading .PDB files

  • a lot more functions are exposed to newstate threads

  • added ranges scans to groupscan

  • freeze+allow increase/decrease now also looks if the value is signed

  • trainers: Forms and controls now scale based on DPI

  • changing record showassigned/showashex now also applies to other selected entries

  • texttraces now don't save as .cetrace but as .txt now

  • ccode: #include now searches table files for files there as well

  • ccode: the internal symbolhandler can now deal with stdcalled function symbols

  • lua: added ImageIndex property to TTreeNode

  • lua: added OnValuechanged and OnValueChangedByUser callbacks to MemoryRecord objects

  • lua: added getOpenedFileSize()

  • lua: added onHelpEvent callback

  • lua: added releaseDebugFiles()

  • lua: added enumRegisteredSymbolLists() and enumRegisteredSymbols()

  • lua: added getBitmap method to ImageList objects

  • from public 7.4 to patreon 7.4.1:added .Visible property to treenode entries

  • added .VisibleRowCount and .TopItem to listviews

  • added arm64 disassembling and assembling

  • added lua function "runCommand"

  • added a radiobutton to select if the generated script will use 5 or 14 byte jmps.

  • conditional jumps can now deal 2gb+ destinations (will get rewritten)

  • dotnetinfo: Performance improvement

  • memory record hotkeys now have a "Only while down" option

  • Updated the dbghelp to a more recent version which can better handle nowadys pdb symbols

  • different memory allocations now get placed within the initial allocation block. Protection is changed afterwards

  • tracer can now step over rep instructions

  • lua stringstream now inherits from memorystream, so you have access to the Memory field

  • lua: Added a callback for whenever the structure list is modified

  • added architecture distinguishing to ceserver

  • pressing escape in the hotkey form will now close it

  • added nested structure support

  • added string based custom types

  • ctrl+enter in the disassembler now shows relative addresses from that point

  • the diffcount in "find out what accessess/writes" will now stay even when disabling the option to find the number of different addresses an instruction accesses

  • Fixes:from patreon 7.4.3 to public 7.5:vehdebug: Fixed a case where a new thread creation or other event would cause another event that would trigger at exactly the same time to get the exception ignored and just continued

  • monodatacollector: fixed invoke method

  • dotnetdatacollector: Fixed issue of loading a wrong version of dbgshim.dll

  • fixed disassembling cvtdq2pd

  • from patreon 7.4.2 to patreon 7.4.3:ceserver: Fixed extension loading in some cases

  • ceserver: fixed stepping on x86 targets

  • fixed the name showing as [physical memory] instead of the filename when opening a file

  • fixed a rare error when scanning using specific options

  • fixed some documentation in celua at some points

  • fixed stackview in "more info" being garbage/access violation

  • fixed tracer search for instructions ending with ]

  • fixed enumExports lua function

  • fixed issue where vehdebug would crash

  • fixed the assembler from handing [rex+reg*x] as a symbol when debugging

  • fixed the disassembler backlist

  • fixed termination issue on the memscan object

  • from patreon 7.4.1 to patreon 7.4.2Fixed the tracer search for instructions ending with a ]

  • VEH debug: Fixed the potential of invalid handles being used

  • Kernelmode debug and VEH debug: Fixed setting context on non suspended threads

  • fixed the lua_pcallk delegate in the c# plugin example

  • fixed speedhack on wine 7.0

  • fixed high dpi issue of structure dissect on first view

  • fixed high dpi issue on find what access/writes dialogs

  • restored the anchor editor (was gone in 7.4.1)

  • fixed .net info instance lookup issue

  • fixed customtypes getting marked as string (bug introduced in 7.4.1)

  • fixed runcommand

  • fixed modalforms from losing their text color internally (bug introduced in 7.4.1)

  • mac: fixed some progressbars not properly updating

  • from public 7.4 to patreon 7.4.1:fixed the all type not finding 4 types when double was deselected

  • fixed the "all" type when not using double

  • fixed ccode esp access in 32-bit and "reg"f types

  • fixed disassembling when using binutils for disassembly

  • fixed the tablefiles menulist eating memory because they didn't get deleted properly

  • fixed .net issues that use obfoscated modules and missing metadata

  • fixed paring value starting with a - or +

  • fixed assembling pmovmskb

  • fixed disassembling vgather* vex256 instructions and allow usage of xmm/ymm registers as address (for instructions that allow it. Like this one)

  • fixed the addresslist not giving a proper error when using multiple enable or disable section

  • fixed error when using ctrl for speedhack hotkeys

  • fixed the groupscan command parser from assigning wildcard to the wrong combobox

  • fixed disassembling xchg eax/rax,xxx

  • fixed lua custom type registering as float when using the non lua function method

  • fixed small memoryscan issue for data at the end of a memoryblock

  • ccode doesn't register useless symbols anymore



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