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#if defined _orpheu_memory_included #endinput #endif #define _orpheu_memory_included #include/* * To use this functionality you must build files that identify memory locations * This files go on the folder "configs/orpheu/memory" * More instructions on Orpheu thread */ /** * Replaces data in memory in the full extent of a library * * @param memoryDataName The name of the block that qualifies memory as defined in a file at "configs/orpheu/memory" * @param count The number of occurences to replace. 0 = infinite * @param any A pair "to be replaced" - "replacement". Pair members must be of the same type * * @return The number of replacements made * * Example: * * Replacing the value 16000 by 100000 in a library * * OrpheuMemoryReplace("name",0,16000,100000) (where name should be related to a block of data that qualifies the memory as holding a long value) * * Replacing the string "weapon_smokegrenade","weapon_flashbang" * * OrpheuMemoryReplace("name",0,"weapon_smokegrenade","weapon_flashbang") (where name should be related to a block of data that qualifies the memory as holding a string) */ native OrpheuMemoryReplace(const memoryDataName[],count,any:...) /** * Replaces data in memory.It works like OrpheuMemoryReplace but starts at a given address * * @param address The address to start at * @param memoryDataName The name of the block that qualifies memory as defined in a file at "configs/orpheu/memory" * @param count The number of occurence. 0 = infinite * @param any A pair "to be replaced" - "replacement". Pair members must be of the same type * * @return The number of replacements made */ native OrpheuMemoryReplaceAtAddress(address,const memoryDataNameName[],count,any:...) /** * Retrieves data in memory. The block of data that qualifies memory must also identify it by having identifier blocks, * Memory can be located given an offset or a signature * * @param memoryDataName The name of the block that qualifies memory as defined in a file at "configs/orpheu/memory" * @param any If the type of the memory location is passed by ref, the variables needed to get the value * You can give an extra argument to retrieve the address where the data retrieved lies * * @return If the type of the memory location is not passed by ref, its value */ native OrpheuMemoryGet(const memoryDataName[],any:...) /** * Retrieves data in memory. It works like OrpheuMemoryGet but starts at a given address * * @param address The address to start at * @param memoryDataName The name of the block that qualifies memory as defined in a file at "configs/orpheu/memory" * @param any If the type of the memory location is passed by ref, the variables needed to get the value * You can give an extra argument to retrieve the address where the data retrieved lies * * @return If the type of the memory location is not passed by ref, its value */ native OrpheuMemoryGetAtAddress(address,const memoryDataName[],any:...) /** * Alters data in memory. The block of data that qualifies memory must also identify it by having identifier blocks. * Memory can be located given an offset or a signature * * @param memoryDataName The name of the block that qualifies memory as defined in a file at "configs/orpheu/memory" * @param count The number of occurences to alter. 0 = infinite * @param any The value to use as replacement * You can give an extra argument to retrieve the address where the data retrieved lies * * @return Number of occurences replaced */ native OrpheuMemorySet(const memoryDataName[],count,any:...) /** * Alters data in memory. It works like OrpheuMemorySet but starts at a given address * * @param address The address to start at * @param memoryDataName The name of the block that qualifies memory as defined in a file at "configs/orpheu/memory" * @param count The number of occurences to alter. 0 = infinite * @param any The value to use as replacement * You can give an extra argument to retrieve the address where the data retrieved lies * * @return Number of occurences replaced */ native OrpheuMemorySetAtAddress(address,const memoryDataName[],count,any:...)
Pobierz plik orpheu_memory.inc