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@ -44,128 +44,128 @@ table: 0x001e3f40
# The bin library has all of these features # The bin library has all of these features
Note: Examples of everything in action wll be made eventually...</br> Note: Examples of everything in action wll be made eventually...</br>
nil = log(data,name,fmt) -- data is the text that you want to log to a file, the name argument only needs to be called with the first log. It tells where to log to. If name is used again it will change the location of the log file. nil = log(data,name,fmt) -- data is the text that you want to log to a file, the name argument only needs to be called with the first log. It tells where to log to. If name is used again it will change the location of the log file.</br>
string,string,string = bin.getLuaVersion() -- returns PUC/JIT,major,minor string,string,string = bin.getLuaVersion() -- returns PUC/JIT,major,minor</br>
Constructors Constructors
------------ ------------
binobj = bin.load(filename,s,r) -- creates binobj from file in s and r nil then reads entire file but if not s is the start point of reading and r is either the #to read after s or from s to '#' (like string.sub()) binobj = bin.load(filename,s,r) -- creates binobj from file in s and r nil then reads entire file but if not s is the start point of reading and r is either the #to read after s or from s to '#' (like string.sub())</br>
binobj = bin.new(string data) -- creates binobj from a string binobj = bin.new(string data) -- creates binobj from a string</br>
binobj = bin.stream(file,lock) -- creates a streamable binobj lock is defult to true if locked file is read only binobj = bin.stream(file,lock) -- creates a streamable binobj lock is defult to true if locked file is read only</br>
binobj = bin.newTempFile(data) -- creates a tempfile in stream mode binobj = bin.newTempFile(data) -- creates a tempfile in stream mode</br>
bitobj = bits.new(n) -- creates bitobj from a number bitobj = bits.new(n) -- creates bitobj from a number</br>
vfs = bin.newVFS() -- creates a new virtual file system --Beta vfs = bin.newVFS() -- creates a new virtual file system --Beta</br>
vfs = bin.loadVFS(path) -- loads a saved .lvfs file --Beta vfs = bin.loadVFS(path) -- loads a saved .lvfs file --Beta</br>
buf = bin:newDataBuffer(s) -- creates a databuffer buf = bin:newDataBuffer(s) -- creates a databuffer</br>
binobj = bin.bufferToBin(b) -- converts a buffer object to a bin object binobj = bin.bufferToBin(b) -- converts a buffer object to a bin object</br>
buf = bin.binToBuffer(b) -- converts a bin object to a buffer obj buf = bin.binToBuffer(b) -- converts a bin object to a buffer obj</br>
buf = bin:getDataBuffer(a,b) -- gets a speical buffer that opperates on a streamed file. It works just like a regular data buffer buf = bin:getDataBuffer(a,b) -- gets a speical buffer that opperates on a streamed file. It works just like a regular data buffer</br>
blockWriter = bin.newNamedBlock(indexSize) -- returns a block writer object index size is the size of the index where labels and pointers are stored blockWriter = bin.newNamedBlock(indexSize) -- returns a block writer object index size is the size of the index where labels and pointers are stored</br>
blockWriter = bin.newStreamedNamedBlock(indexSize,path) -- returns a streamed version of the above path is the path to write the file blockWriter = bin.newStreamedNamedBlock(indexSize,path) -- returns a streamed version of the above path is the path to write the file</br>
blockReader = bin.loadNamedBlock(path) -- returns a block reader object, path is where the file is located blockReader = bin.loadNamedBlock(path) -- returns a block reader object, path is where the file is located</br>
blockHandler= bin.namedBlockManager(arg) -- returns a block handler object, if arg is a string it will loade a named block file, if its a number or nil it will create a nambed block object blockHandler= bin.namedBlockManager(arg) -- returns a block handler object, if arg is a string it will loade a named block file, if its a number or nil it will create a nambed block object</br>
Note: the blockWriter that isn't streamed needs to have tofile(path) called on it to write it to a file Note: the blockWriter that isn't streamed needs to have tofile(path) called on it to write it to a file</br>
Note: the streamed blockWriter must have the close method used when you are done writing to it! Note: the streamed blockWriter must have the close method used when you are done writing to it!</br>
Helpers Helpers
------- -------
string = bin.randomName(n,ext) -- creates a random file name if n and ext is nil then a random length is used, and '.tmp' extension is added string = bin.randomName(n,ext) -- creates a random file name if n and ext is nil then a random length is used, and '.tmp' extension is added</br>
string = bin.NumtoHEX(n) -- turns number into hex string = bin.NumtoHEX(n) -- turns number into hex</br>
binobj = bin.HEXtoBin(s)*D -- turns hex data into binobj binobj = bin.HEXtoBin(s)*D -- turns hex data into binobj</br>
string = bin.HEXtoStr(s)*D -- turns hex data into string/text string = bin.HEXtoStr(s)*D -- turns hex data into string/text</br>
string = bin.tohex(s) -- turns string to hex string = bin.tohex(s) -- turns string to hex</br>
string = bin.fromhex(s) -- turns hex to string string = bin.fromhex(s) -- turns hex to string</br>
string = bin.endianflop(data) -- flips the high order bits to the low order bits and viseversa string = bin.endianflop(data) -- flips the high order bits to the low order bits and viseversa</br>
string = bin.getVersion() -- returns the version as a string string = bin.getVersion() -- returns the version as a string</br>
string = bin.escapeStr(str) -- system function that turns functions into easy light string = bin.escapeStr(str) -- system function that turns functions into easy light</br>
string = bin.ToStr(tab) -- turns a table into a string (even functions are dumped; used to create compact data files) string = bin.ToStr(tab) -- turns a table into a string (even functions are dumped; used to create compact data files)</br>
nil = bin.packLLIB(name,tab,ext) -- turns a bunch of 'files' into 1 file tab is a table of file names, ext is extension if nil .llib is used Note: Currently does not support directories within .llib nil = bin.packLLIB(name,tab,ext) -- turns a bunch of 'files' into 1 file tab is a table of file names, ext is extension if nil .llib is used Note: Currently does not support directories within .llib</br>
nil = bin.unpackLLIB(name,exe,todir,over,ext) -- takes that file and makes the files Note: if exe is true and a .lua file is in the .llib archive than it is ran after extraction ext is extension if nil .llib is used nil = bin.unpackLLIB(name,exe,todir,over,ext) -- takes that file and makes the files Note: if exe is true and a .lua file is in the .llib archive than it is ran after extraction ext is extension if nil .llib is used</br>
boolean = bin.fileExist(path) -- returns true if the file exist false otherwise boolean = bin.fileExist(path) -- returns true if the file exist false otherwise</br>
boolean\*= bin.closeto(a,b,v) -- test data to see how close it is (a,b=tested data v=#difference (v must be <=255)) boolean\*= bin.closeto(a,b,v) -- test data to see how close it is (a,b=tested data v=#difference (v must be <=255))</br>
String = bin.textToBinary(txt) -- turns text into binary data 10101010's String = bin.textToBinary(txt) -- turns text into binary data 10101010's</br>
binobj = bin.decodeBits(bindata) -- turns binary data into text binobj = bin.decodeBits(bindata) -- turns binary data into text</br>
string = bin.trimNul(s) -- terminates string at the nul char string = bin.trimNul(s) -- terminates string at the nul char</br>
number = bin.getIndexSize(tab) -- used to get the index size of labels given to a named block number = bin.getIndexSize(tab) -- used to get the index size of labels given to a named block</br>
string = bits.numToBytes(num,occ) -- returns the number in base256 string data, occ is the space the number will take up string = bits.numToBytes(num,occ) -- returns the number in base256 string data, occ is the space the number will take up</br>
Assessors Assessors
--------- ---------
nil\*\*\* = binobj:tofile(filename) -- writes binobj data as a file nil\*\*\* = binobj:tofile(filename) -- writes binobj data as a file</br>
binobj\* = binobj:clone() -- clones and returns a binobj binobj\* = binobj:clone() -- clones and returns a binobj</br>
number\* = binobj:compare(other binobj,diff) -- returns 0-100 % of simularity based on diff factor (diff must be <=255) number\* = binobj:compare(other binobj,diff) -- returns 0-100 % of simularity based on diff factor (diff must be <=255)</br>
string = binobj:sub(a,b) -- returns string data like segment but dosen't alter the binobject string = binobj:sub(a,b) -- returns string data like segment but dosen't alter the binobject</br>
num,num = binobj:tonumber(a,b) -- converts from a-b (if a and b are nil it uses the entire binobj) into a base 10 number so 'AXG' in data becomes 4675649 returns big,little endian num,num = binobj:tonumber(a,b) -- converts from a-b (if a and b are nil it uses the entire binobj) into a base 10 number so 'AXG' in data becomes 4675649 returns big,little endian</br>
number = binobj:getbyte(n) -- gets byte at location and converts to base 10 number number = binobj:getbyte(n) -- gets byte at location and converts to base 10 number</br>
bitobj = binobj:tobits(i) -- returns the 8bits of data as a bitobj Ex: if value of byte was a 5 it returns a bitobj with a value of: '00000101' bitobj = binobj:tobits(i) -- returns the 8bits of data as a bitobj Ex: if value of byte was a 5 it returns a bitobj with a value of: '00000101'</br>
string = binobj:getHEX(a,b) -- gets the HEX data from 'a' to 'b' if both a,b are nil returns entire file as hex string = binobj:getHEX(a,b) -- gets the HEX data from 'a' to 'b' if both a,b are nil returns entire file as hex</br>
a,b = binobj:scan(s,n,f) -- searches a binobj for 's'; n is where to start looking, 'f' is weather or not to flip the string data entered 's' a,b = binobj:scan(s,n,f) -- searches a binobj for 's'; n is where to start looking, 'f' is weather or not to flip the string data entered 's'</br>
string = binobj:streamData(a,b) -- reads data from a to b or a can be a data handle... I will explain this and more in offical documentation string = binobj:streamData(a,b) -- reads data from a to b or a can be a data handle... I will explain this and more in offical documentation</br>
string# = binobj:streamread(a,b) -- reads data from a stream object between a and b (note: while other functions start at 1 for both stream and non stream 0 is the starting point for this one) string# = binobj:streamread(a,b) -- reads data from a stream object between a and b (note: while other functions start at 1 for both stream and non stream 0 is the starting point for this one)</br>
boolean = binobj:canStreamWrite() -- returns true if the binobj is streamable and isn't locked boolean = binobj:canStreamWrite() -- returns true if the binobj is streamable and isn't locked</br>
string = bitobj:conv(n) -- converts number to binary bits (system used) string = bitobj:conv(n) -- converts number to binary bits (system used)</br>
binobj = bitobj:tobytes() -- converts bit obj into a string byte (0-255) binobj = bitobj:tobytes() -- converts bit obj into a string byte (0-255)</br>
number = bitobj:tonumber() -- converts '10101010' to a number number = bitobj:tonumber() -- converts '10101010' to a number</br>
boolean = bitobj:isover() -- returns true if the bits exceed 8 bits false if 8 or less boolean = bitobj:isover() -- returns true if the bits exceed 8 bits false if 8 or less</br>
string = bitobj:getBin() -- returns the binary 10100100's of the data as a string string = bitobj:getBin() -- returns the binary 10100100's of the data as a string</br>
string = binobj:getHash(n) -- returns a Hash of a file (This is my own method of hashing btw) n is the length you want the hash to be string = binobj:getHash(n) -- returns a Hash of a file (This is my own method of hashing btw) n is the length you want the hash to be</br>
string = binobj:getData() -- returns the bin object as a string string = binobj:getData() -- returns the bin object as a string</br>
depends = blockReader:getBlock(name) -- returns the value associated with the name, values can be any lua data except userdata depends = blockReader:getBlock(name) -- returns the value associated with the name, values can be any lua data except userdata</br>
Mutators (Changes affect the actual object or if streaming the actual file) bin:remove() Mutators (Changes affect the actual object or if streaming the actual file) bin:remove()</br>
-------- --------</br>
nil = binobj:setEndOfFile(n) -- sets the end of a file nil = binobj:setEndOfFile(n) -- sets the end of a file</br>
nil = binobj:reverse() -- reverses binobj data ex: hello --> olleh nil = binobj:reverse() -- reverses binobj data ex: hello --> olleh</br>
nil = binobj:flipbits() -- flips the binary bits nil = binobj:flipbits() -- flips the binary bits</br>
nil\*\* = binobj:segment(a,b) -- gets a segment of the binobj data works just like string.sub(a,b) without str nil\*\* = binobj:segment(a,b) -- gets a segment of the binobj data works just like string.sub(a,b) without str</br>
nil\* = binobj:insert(a,i) -- inserts i (string or number(converts into string)) in position a nil\* = binobj:insert(a,i) -- inserts i (string or number(converts into string)) in position a</br>
nil\* = binobj:parseN(n) -- removes ever (nth) byte of data nil\* = binobj:parseN(n) -- removes ever (nth) byte of data</br>
nil = binobj:getlength() -- gets length or size of binary data nil = binobj:getlength() -- gets length or size of binary data</br>
nil\* = binobj:shift(n) -- shift the binary data by n positive --> negitive <-- nil\* = binobj:shift(n) -- shift the binary data by n positive --> negitive <--</br>
nil\* = binobj:delete(a,b) -- deletes part of a binobj data Usage: binobj:delete(1) deletes at pos 1 binobj:delete(1,10) deletes from 1 to 10, binobj:delete('string') removes all instances of 'string' from the object nil\* = binobj:delete(a,b) -- deletes part of a binobj data Usage: binobj:delete(1) deletes at pos 1 binobj:delete(1,10) deletes from 1 to 10, binobj:delete('string') removes all instances of 'string' from the object</br>
nil\* = binobj:encrypt(seed) -- encrypts data using a seed, seed may be left blank nil\* = binobj:encrypt(seed) -- encrypts data using a seed, seed may be left blank</br>
nil\* = binobj:decrypt(seed) -- decrypts data encrypted with encrypt(seed) nil\* = binobj:decrypt(seed) -- decrypts data encrypted with encrypt(seed)</br>
nil\* = binobj:shuffle() -- Shuffles the data randomly Note: there is no way to get it back!!! If original is needed clone beforehand nil\* = binobj:shuffle() -- Shuffles the data randomly Note: there is no way to get it back!!! If original is needed clone beforehand</br>
nil\*\* = binobj:mutate(a,i) -- changes position a's value to i nil\*\* = binobj:mutate(a,i) -- changes position a's value to i</br>
nil = binobj:merge(o,t) -- o is the binobj you are merging if t is true it merges the new data to the left of the binobj EX: b:merge(o,true) b='yo' o='data' output: b='datayo' b:merge(o) b='yo' o='data' output: b='yodata' nil = binobj:merge(o,t) -- o is the binobj you are merging if t is true it merges the new data to the left of the binobj EX: b:merge(o,true) b='yo' o='data' output: b='datayo' b:merge(o) b='yo' o='data' output: b='yodata'</br>
nil\* = binobj:parseA(n,a,t) -- n is every byte where you add, a is the data you are adding, t is true or false true before false after nil\* = binobj:parseA(n,a,t) -- n is every byte where you add, a is the data you are adding, t is true or false true before false after</br>
nil = binobj:getHEX(a,b) -- returns the HEX of the bytes between a,b inclusive nil = binobj:getHEX(a,b) -- returns the HEX of the bytes between a,b inclusive</br>
nil = binobj:cryptM() -- a mirrorable encryptor/decryptor nil = binobj:cryptM() -- a mirrorable encryptor/decryptor</br>
nil = binobj:addBlock(d,n) -- adds a block of data to a binobj s is size d is data e is a bool if true then encrypts string values. if data is larger than 'n' then data is lost. n is the size of bytes the data is Note: n is no longer needed but you must use getBlock(type) to get it back nil = binobj:addBlock(d,n) -- adds a block of data to a binobj s is size d is data e is a bool if true then encrypts string values. if data is larger than 'n' then data is lost. n is the size of bytes the data is Note: n is no longer needed but you must use getBlock(type) to get it back</br>
nil = binobj:getBlock(t,n) -- gets block of code by type nil = binobj:getBlock(t,n) -- gets block of code by type</br>
nil = binobj:seek(n) -- used with getBlock EX below with all 3 nil = binobj:seek(n) -- used with getBlock EX below with all 3</br>
nil\* = binobj:morph(a,b,d) -- changes data between point a and b, inclusive, to d nil\* = binobj:morph(a,b,d) -- changes data between point a and b, inclusive, to d</br>
nil = binobj:fill(n,d) -- fills binobj with data 'd' for n nil = binobj:fill(n,d) -- fills binobj with data 'd' for n</br>
nil = binobj:fillrandom(n) -- fills binobj with random data for n nil = binobj:fillrandom(n) -- fills binobj with random data for n</br>
nil = binobj:shiftbits(n) -- shifts all bits by n amount nil = binobj:shiftbits(n) -- shifts all bits by n amount</br>
nil = binobj:shiftbit(n,i) -- shifts a bit ai index i by n nil = binobj:shiftbit(n,i) -- shifts a bit ai index i by n</br>
nil# = binobj:streamwrite(d,n) -- writes to the streamable binobj d data n position nil# = binobj:streamwrite(d,n) -- writes to the streamable binobj d data n position</br>
nil# = binobj:open() -- opens the streamable binobj nil# = binobj:open() -- opens the streamable binobj</br>
nil# = binobj:close() -- closes the streamable binobj nil# = binobj:close() -- closes the streamable binobj</br>
nil = binobj:wipe() -- erases all data in the file nil = binobj:wipe() -- erases all data in the file</br>
nil\* = binobj:tackB(d) -- adds data to the beginning of a file nil\* = binobj:tackB(d) -- adds data to the beginning of a file</br>
nil = binobj:tackE(d) -- adds data to the end of a file nil = binobj:tackE(d) -- adds data to the end of a file</br>
nil = binobj:parse(n,f) -- loops through each byte calling function 'f' with the args(i,binobj,data at i) nil = binobj:parse(n,f) -- loops through each byte calling function 'f' with the args(i,binobj,data at i)</br>
nil = binobj:flipbit(i) -- flips the binary bit at position i nil = binobj:flipbit(i) -- flips the binary bit at position i</br>
nil\* = binobj:gsub() -- just like string:gsub(), but mutates self nil\* = binobj:gsub() -- just like string:gsub(), but mutates self</br>
nil = blockWriter:addNamedBlock(name,value) -- writes a named block to the file with name 'name' and the value 'value' nil = blockWriter:addNamedBlock(name,value) -- writes a named block to the file with name 'name' and the value 'value'</br>
</br>
Note: numbers are written in Big-endian use bin.endianflop(d) to filp to Little-endian</br>
</br>
Note: binobj:tonumber() returns big,little endian so if printing do: b,l=binobj:tonumber() print(l) print(b)</br>
</br>
nil = bitobj:add(i) -- adds i to the bitobj i can be a number (base 10) or a bitobj</br>
nil = bitobj:sub(i) -- subs i to the bitobj i can be a number (base 10) or a bitobj</br>
nil = bitobj:multi(i) -- multiplys i to the bitobj i can be a number (base 10) or a bitobj</br>
nil = bitobj:div(i) -- divides i to the bitobj i can be a number (base 10) or a bitobj</br>
nil = bitobj:flipbits() -- filps the bits 1 --> 0, 0 --> 1</br>
string = bitobj:getBin() -- returns 1's & 0's of the bitobj</br>
Note: numbers are written in Big-endian use bin.endianflop(d) to filp to Little-endian \# stream objects only</br>
\* not compatible with stream files</br>
Note: binobj:tonumber() returns big,little endian so if printing do: b,l=binobj:tonumber() print(l) print(b) \*\* works but do not use with large files or it works to some degree</br>
\*\*\* in stream objects all changes are made directly to the file, so there is no need to do tofile()</br>
nil = bitobj:add(i) -- adds i to the bitobj i can be a number (base 10) or a bitobj
nil = bitobj:sub(i) -- subs i to the bitobj i can be a number (base 10) or a bitobj
nil = bitobj:multi(i) -- multiplys i to the bitobj i can be a number (base 10) or a bitobj
nil = bitobj:div(i) -- divides i to the bitobj i can be a number (base 10) or a bitobj
nil = bitobj:flipbits() -- filps the bits 1 --> 0, 0 --> 1
string = bitobj:getBin() -- returns 1's & 0's of the bitobj
\# stream objects only
\* not compatible with stream files
\*\* works but do not use with large files or it works to some degree
\*\*\* in stream objects all changes are made directly to the file, so there is no need to do tofile()
# Discord # Discord