CE6.7自用可过检测.zip 一直自己用的，找游戏软件都用他

List of CE specific functions and variables: TrainerOrigin : A variable that contains the path of the trainer that launched cheat engine (Only set when launched as a trainer) process : A variable that contains the main modulename of the currently opened process MainForm: The main ce gui AddressList: The address list of the main ce gui getCEVersion(): Returns a floating point value specifying the version of cheat engine getCheatEngineFileVersion(): Returns the full version data of the cheat engine version. A raw integer, and a table containing major, minor, release and build activateProtection(): Prevents basic memory scanners from opening the cheat engine process enableDRM() : Prevents normal memory scanners from reading the Cheat Engine process (kernelmode) fullAccess(address,size): Changes the protection of a block of memory to writable and executable loadTable(filename, merge OPTIONAL): Loads a .ct or .cetrainer. If merge is provided and set to true it will not clear the old table loadTable(stream ,merge OPTIONAL, ignoreluascriptdialog BOOLEAN): Loads a table from a stream object saveTable(filename, protect OPTIONAL): Saves the current table. If protect is provided and set to true and the filename has the .CETRAINER extension, it will protect it from reading normally note: addresses can be strings, they will get interpreted by ce's symbolhandler copyMemory(sourceAddress: integer, size: integer, destinationAddress:integer SEMIOPTIONAL, Method:integer OPTIONAL): Copies memory from the given address to the destination address If no destinationAddress is given(or nil), CE will allocate a random address for you Method can be: nil/0: Copy from target process to target process 1: Copy from target process to CE Memory 2: Copy from CE Memory to target process 3: Copy from CE Memory to CE Memory Returns the address of the copy on success, nil on failure readBytes(address,bytecount, ReturnAsTable ) : returns the bytes at the given address. If ReturnAsTable is true it will return a table instead of multiple bytes Reads the bytes at the given address and returns a table containing the read out bytes writeBytes(address, x,x,x,x,...) : Write the given bytes to the given address from a table writeBytes(address, table) : Write the given bytes to the given address from a table readSmallInteger(address) : Reads a 16-bit integer from the specified address readInteger(address) : Reads a 32-bit integer from the specified address readQword(address): Reads a 64-bit integer from the specified address readPointer(address): In a 64-bit target this equals readQword, in a 32-bit target readInteger() readFloat(address) : Reads a single precision floating point value from the specified address readDouble(address) : Reads a double precision floating point value from the specified address readString(address, maxlength, widechar OPTIONAL) : Reads a string till it encounters a 0-terminator. Maxlength is just so you won't freeze for too long, set to 6000 if you don't care too much. Set WideChar to true if it is encoded using a widechar formatting writeSmallInteger(address,value) : Writes a 16-bit integer to the specified address. Returns true on success writeInteger(address,value) : Writes a 32-bit integer to the specified address. Returns true on success writeQword(address, value): Write a 64-bit integer to the specified address. Returns true on success writePointer(address,value) writeFloat(address,value) : Writes a single precision floating point to the specified address. Returns true on success writeDouble(address,value) : Writes a double precision floating point to the specified address. Returns true on success writeString(address,text, widechar OPTIONAL) : Write a string to the specified address. Returns true on success readBytesLocal(address,bytecount, ReturnAsTable) : See readBytes but then it's for Cheat engine's memory readSmallIntegerLocal(address) : Reads a 16-bit integer from the specified address in CE's memory readIntegerLocal(address) : Reads a 32-bit integer from the specified address in CE's memory readQwordLocal(address) : Reads a 64-bit integer from the specified address in CE's memory readPointerLocal(address) : ReadQwordLocal/ReadIntegerLocal depending on the cheat engine build readFloatLocal(address) : Reads a single precision floating point value from the specified address in CE's memory readDoubleLocal(address) : Reads a double precision floating point value from the specified address in CE's memory readStringLocal(address, maxlength, widechar OPTIONAL) writeSmallIntegerLocal(address,value) : Writes a 16-bit integer to the specified address in CE's memory. Returns true on success writeIntegerLocal(address,value) : Writes a 32-bit integer to the specified address in CE's memory. Returns true on success writeQwordLocal(address,value) : Writes a 64-bit integer to the specified address in CE's memory. Returns true on success writePointerLocal(address,value) writeFloatLocal(address,value) : Writes a single precision floating point to the specified address in CE's memory. Returns true on success writeDoubleLocal(address,value) : Writes a double precision floating point to the specified address in CE's memory. Returns true on success writeStringLocal(address,string, widechar OPTIONAL) writeBytesLocal(address, x,x,x,x,...) : See writeBytes but then it's for Cheat Engine's memory writeBytesLocal(address, table, , count) : See writeBytes but then it's for Cheat Engine's memory readSmallInteger, readInteger, readSmallIntegerLocal, readIntegerLocal can also have second boolean parameter. If true, value will be signed. wordToByteTable(number): {} - Converts a word to a bytetable dwordToByteTable(number): {} - Converts a dword to a bytetable qwordToByteTable(number): {} - Converts a qword to a bytetable floatToByteTable(number): {} - Converts a float to a bytetable doubleToByteTable(number): {} - Converts a double to a bytetable stringToByteTable(string): {} - Converts a string to a bytetable wideStringToByteTable(string): {} - Converts a string to a widestring and converts that to a bytetable byteTableToWord(table): number - Converts a bytetable to a word byteTableToDword(table): number - Converts a bytetable to a dword byteTableToQword(table): number - Converts a bytetable to a qword byteTableToFloat(table): number - Converts a bytetable to a float byteTableToDouble(table): number - Converts a bytetable to a double byteTableToString(table): string - Converts a bytetable to a string byteTableToWideString(table): string - Converts a bytetable to a widestring and convets that to a string bOr(int1, int2) : Binary Or bXor(int1, int2) : Binary Xor bAnd(int1, int2) : Binary And bShl(int, int2) : Binary shift left bShr(int, int2) : Binary shift right bNot(int) : Binary not writeRegionToFile(filename, sourceaddress,size) : Writes the given region to a file. Returns the number of bytes written readRegionFromFile(filename, destinationaddress) resetLuaState(): This will create a new lua state that will be used. (Does not destroy the old one, so memory leak) createRef(...): integer - Returns an integer reference that you can use with getRef. Useful for objects that can only store integers and need to reference lua objects. (Component.Tag...) getRef(integer): ... - Returns whatever the reference points out destroyRef(integer) - Removes the reference encodeFunction(function): string - Converts a given function into an encoded string that you can pass on to decodeFunction decodeFunction(string): function - Converts an encoded string back into a function. Note that the string must be made on the same architecture as it is currently running. 32-bit can onyl load 32-bit, 64-bit can only load 64-bit. So either have two scripts re