Ashita Documentation

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====== Functions ======

The following page covers the functions that are built into Ashita's Addons.dll plugin.

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==== Global Functions ====

//void// **AddIncomingPacket**(packet, id, size);
  * **Parameters**
    * packet - The packet data. (Table)
    * id - The id of the packet being sent.
    * size - The size of the packet data to send.
  * **Returns**
    * //Function does not return a value.//

//void// **AddOutgoingPacket**(packet, id, size);
  * **Parameters**
    * packet - The packet data. (Table)
    * id - The id of the packet being sent.
    * size - The size of the packet data to send.
  * **Returns**
    * //Function does not return a value.//

//string// **ParseAutoTranslate**(str, addBrackets);
  * **Parameters**
    * str - The string to parse auto-translate strings from.
    * addBrackets - Flag to determine if brackets should be readded to the parsed string.
  * **Returns**
    * The parsed string.

//object// **GetEntity**(index);
  * **Parameters**
    * index - The index of the entity to obtain.
  * **Returns**
    * The entity at the given index.

//object// **GetPlayerEntity**();
  * **Parameters**
    * //Function has no arguments.//
  * **Returns**
    * The current players entity.

----

==== Bitpack Functions ====

//number// bitpack:unpackBitsBE(packet, bitOffset, bitLength);
  * **Parameters**
    * packet - The data to unpack values from.
    * bitOffset - The bit offset to start unpacking at.
    * bitLength - The number of bits to unpack.
  * **Returns**
    * The unpacked value.

//number// bitpack:unpackBitsBE(packet, byteOffset, bitOffset, bitLength);
  * **Parameters**
    * packet - The data to unpack values from.
    * byteOffset - The byte offset within the data to unpack.
    * bitOffset - The bit offset to start unpacking at.
    * bitLength - The number of bits to unpack.
  * **Returns**
    * The unpacked value.

//number// bitpack:unpackBitsLE(packet, bitOffset, bitLength);
  * **Parameters**
    * packet - The data to unpack values from.
    * bitOffset - The bit offset to start unpacking at.
    * bitLength - The number of bits to unpack.
  * **Returns**
    * The unpacked value.

//number// bitpack:unpackBitsLE(packet, byteOffset, bitOffset, bitLength);
  * **Parameters**
    * packet - The data to unpack values from.
    * byteOffset - The byte offset within the data to unpack.
    * bitOffset - The bit offset to start unpacking at.
    * bitLength - The number of bits to unpack.
  * **Returns**
    * The unpacked value.

----

==== Configuration Functions ====

//boolean// **config:load_config**(className);
  * **Parameters**
    * className - The name of the class to load. (Usually the same as the file name.)
  * **Returns**
    * True on success, false otherwise.

//boolean// **config:load_config**(className, file);
  * **Parameters**
    * className - The name of the class to load.
    * file - The file to load the configuration from.
  * **Returns**
    * True on success, false otherwise.

//void// **config:remove_config**(className);
  * **Parameters**
    * className - The name of the class to unload.
  * **Returns**
    * //Function has no return.//

//boolean// **config:save_config**(className);
  * **Parameters**
    * className - The name of the class to save.
  * **Returns**
    * True on success, false otherwise.

//string// **config:get_string**(className, name);
  * **Parameters**
    * className - The name of the class.
    * name - The name of the value to read.
  * **Returns**
    * The string value.

//boolean// **config:get_bool**(className, name, defaultValue);
  * **Parameters**
    * className - The name of the class.
    * name - The name of the value to read.
    * defaultValue - The default value to use if reading fails.
  * **Returns**
    * The value that was read.

//number// **config:get_int**(className, name, defaultValue);
  * **Parameters**
    * className - The name of the class.
    * name - The name of the value to read.
    * defaultValue - The default value to use if reading fails.
  * **Returns**
    * The value that was read.

//number// **config:get_float**(className, name, defaultValue);
  * **Parameters**
    * className - The name of the class.
    * name - The name of the value to read.
    * defaultValue - The default value to use if reading fails.
  * **Returns**
    * The value that was read.

//number// **config:get_double**(className, name, defaultValue);
  * **Parameters**
    * className - The name of the class.
    * name - The name of the value to read.
    * defaultValue - The default value to use if reading fails.
  * **Returns**
    * The value that was read.

----

==== File Functions ====

//number// **file:create_dir**(path);
  * **Parameters**
    * path - The full path to create the directory of. (Will automatically create any missing sub-directories.)
  * **Returns**
    * 0 on success, otherwise the error code.

//boolean// **file:dir_exists**(path);
  * **Parameters**
    * path - The full path to check.
  * **Returns**
    * True if exists, false otherwise.

//boolean// **file:file_exists**(path);
  * **Parameters**
    * path - The full path to the file to check.
  * **Returns**
    * True if exists, false otherwise.

//table// **file:get_dir**(path);
  * **Parameters**
    * path - The full path to get the contents of.
  * **Returns**
    * A table containing the files within the given path.

//table// **file:get_dirs**(path);
  * **Parameters**
    * path - The full path to get the directories of.
  * **Returns**
    * A table containing the folders within the given path.

//string// **file:get_install_dir**(languageId, installId);
  * **Parameters**
    * languageId - The language id to use while looking up the install path.
    * installId - The install id to lookup.
  * **Returns**
    * The installation path if it exists, empty string otherwise.


Valid languageId's are the following:
  * 0 = English (Default)
  * 1 = Japanese
  * 2 = English
  * 3 = European
  * 4 = European

Valid installId's are the following:
  * Final Fantasy XI = 0
  * Tetra Master = 1
  * Final Fantasy XI Test Client = 2
  * PlayOnline = 3

----

==== Memory Functions ====

//number// **mem:GetBaseAddress**(modname);
  * **Parameters**
    * modname - The name of the module to get the address of.
  * **Returns**
    * The base address of the module. 

//boolean// **mem:UnprotectMemory**(addr, size);
  * **Parameters**
    * addr - The address of the memory to unprotect.
    * size - The size of the data to unprotect.
  * **Returns**
    * True on success, false otherwise.

//number// **mem:FindPattern**(modname, bytetable, size, mask);
  * **Parameters**
    * modname - The name of the module to scan within.
    * bytetable - The table of bytes to scan for.
    * size - The size of the byte table.
    * mask - The mask to scan against.
  * **Returns**
    * The address where the pattern was found, 0 otherwise.

//number// **mem:ReadUChar**(addr);
  * **Parameters**
    * addr - The address to read from.
  * **Returns**
    * The value read from the given address.

//number// **mem:ReadChar**(addr);
  * **Parameters**
    * addr - The address to read from.
  * **Returns**
    * The value read from the given address.

//number// **mem:ReadUShort**(addr);
  * **Parameters**
    * addr - The address to read from.
  * **Returns**
    * The value read from the given address.

//number// **mem:ReadShort**(addr);
  * **Parameters**
    * addr - The address to read from.
  * **Returns**
    * The value read from the given address.

//number// **mem:ReadULong**(addr);
  * **Parameters**
    * addr - The address to read from.
  * **Returns**
    * The value read from the given address.

//number// **mem:ReadLong**(addr);
  * **Parameters**
    * addr - The address to read from.
  * **Returns**
    * The value read from the given address.

//number// **mem:ReadULonglong**(addr);
  * **Parameters**
    * addr - The address to read from.
  * **Returns**
    * The value read from the given address.

//number// **mem:ReadLonglong**(addr);
  * **Parameters**
    * addr - The address to read from.
  * **Returns**
    * The value read from the given address.

//number// **mem:ReadFloat**(addr);
  * **Parameters**
    * addr - The address to read from.
  * **Returns**
    * The value read from the given address.

//number// **mem:ReadDouble**(addr);
  * **Parameters**
    * addr - The address to read from.
  * **Returns**
    * The value read from the given address.

//table// **mem:ReadArray**(addr, size);
  * **Parameters**
    * addr - The address to read from.
    * size - The number of bytes to read.
  * **Returns**
    * A table containing the read data.

//string// **mem:ReadString**(addr, size);
  * **Parameters**
    * addr - The address to read from.
    * size - The number of bytes to read.
  * **Returns**
    * A string from the read data.

//void// **mem:WriteUChar**(addr, val);
  * **Parameters**
    * addr - The address to write to.
    * val - The value to write.
  * **Returns**
    * //Function does not return a value.//

//void// **mem:WriteChar**(addr, val);
  * **Parameters**
    * addr - The address to write to.
    * val - The value to write.
  * **Returns**
    * //Function does not return a value.//

//void// **mem:WriteUShort**(addr, val);
  * **Parameters**
    * addr - The address to write to.
    * val - The value to write.
  * **Returns**
    * //Function does not return a value.//

//void// **mem:WriteShort**(addr, val);
  * **Parameters**
    * addr - The address to write to.
    * val - The value to write.
  * **Returns**
    * //Function does not return a value.//

//void// **mem:WriteULong**(addr, val);
  * **Parameters**
    * addr - The address to write to.
    * val - The value to write.
  * **Returns**
    * //Function does not return a value.//

//void// **mem:WriteLong**(addr, val);
  * **Parameters**
    * addr - The address to write to.
    * val - The value to write.
  * **Returns**
    * //Function does not return a value.//

//void// **mem:WriteULonglong**(addr, val);
  * **Parameters**
    * addr - The address to write to.
    * val - The value to write.
  * **Returns**
    * //Function does not return a value.//

//void// **mem:WriteLonglong**(addr, val);
  * **Parameters**
    * addr - The address to write to.
    * val - The value to write.
  * **Returns**
    * //Function does not return a value.//

//void// **mem:WriteFloat**(addr, val);
  * **Parameters**
    * addr - The address to write to.
    * val - The value to write.
  * **Returns**
    * //Function does not return a value.//

//void// **mem:WriteDouble**(addr, val);
  * **Parameters**
    * addr - The address to write to.
    * val - The value to write.
  * **Returns**
    * //Function does not return a value.//

//void// **mem:WriteArray**(addr, val);
  * **Parameters**
    * addr - The address to write to.
    * val - The value to write.
  * **Returns**
    * //Function does not return a value.//

//void// **mem:WriteString**(addr, val);
  * **Parameters**
    * addr - The address to write to.
    * val - The value to write.
  * **Returns**
    * //Function does not return a value.//

----

==== Misc. Functions ====

//void// **misc:open_url**(url);
  * **Parameters**
    * url - The website url to open.
  * **Returns**
    * //Function returns no value.//

----

==== Sound Functions ====

//void// **sound:playsound**(file);
  * **Parameters**
    * file - sound The file to play.
  * **Returns**
    * //Function returns no value.//
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