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Lua C is also a highly stable feature implemented in Zeus. This allows big scripts and multipurpose use to allow the user to execute a script in the server without crashing or lag! You can follow this page to be notified when it's updated. This page was last updated on 04 June 2021, 10:55:27 UTC. This page is only for drops, auras, and burst-store accessories. For more information about Vel-bought items, please check Shop Prices. Greatswords Katanas Rapiers Armors Egg Realm (Easter) Greatswords Katanas Rapiers Armors Greatswords Katanas Rapiers Armors Greatswords Katanas. Lua is an open source language built on top of C programming language. Lua has its value across multiple platforms ranging from large server systems to small mobile applications. This tutorial covers various topics ranging from the basics of Lua to its scope in various applications. Lua Scripting Starter Guide Explained by @DarkSinisterPVP With Help From @Supersaiyan122 Note: I will be updating this post in several weeks from now. When I posted this tutorial, I did not expect that this many people would be learning from it. The update should add much more information, advice, fixes of mistakes I’ve made describing things, overall a huge general improvement!

The most direct method to bind to Lua is with the Lua C API. The C API consists of two parts: the basic API (lua.h) provides the primitive functions for all interactions between C and Lua, while the auxiliary library (lauxlib.h) provides higher-level functions for some common tasks.

You can find details about the string library in section 5.4 of the Reference Manual(Lua 5.1) [1] and in section 6.4 of the Reference Manual(Lua 5.3)[2]. For practical examples of usage of the string library, have a look at StringRecipes.

Note: In Lua string indices start at index value 1(as they do in C), not index value 0 and they can be negative. Negative indices are indices that has the reverse order. For instance, -2 of 'miner' is 'e', thus, -1 is #s(s is the string) .

string.byte(s [, i [, j]])

s:byte([i [, j]])

Return the numerical code(You can search the list of numerical codes ) of s[i] to s[j] of the string passed.

string.char(i1, i2, ...)

Generate a string representing the character codes passed as arguments. Numerical codes are not necessarily portable across platforms.

string.dump(function)

Returns a binary representation of the given function, so that a later loadstring on that string returns a copy of the function. Function must be a Lua function without upvalues.

string.find(s, pattern [, index [, plain]])

s:find(pattern [, index [, plain]])

Find the first occurrence of the pattern in the string passed. If an instance of the pattern is found a pair of values representing the start and end of the string is returned. If the pattern cannot be found nil is returned.

We can optionally specify where to start the search with a third argument. The argument may also be negative which means we count back from the end of the string and start the search. The pattern argument also allows more complex searches. See the PatternsTutorial for more information. We can turn off the pattern matching feature by using the optional fourth argument plain. plain takes a boolean value and must be preceeded by index. E.g.,

string.format(s, e1, e2, ...)

s:format(e1, e2, ...)

Create a formatted string from the format and arguments provided. This is similar to the printf('format',...) function in C. An additional option %q puts quotes around a string argument's value.

A, a, c, d, E, e, f, G, g, i, o, u, X, and x all expect a number as argument.
q and s expect a string.

The options A, a may be available in Lua 5.2 and greater.

string.gmatch(s, pattern)

s:gmatch(pattern)

This returns a pattern finding iterator. The iterator will search through the string passed looking for instances of the pattern you passed.

For more information on iterators read the ForTutorial and IteratorsTutorial. For more information on patterns read the PatternsTutorial.

string.gsub(s, pattern, replace [, n])

s:gsub(pattern, replace [,n])

This is a very powerful function and can be used in multiple ways. Used simply it can replace all instances of the pattern provided with the replacement. A pair of values is returned, the modified string and the number of substitutions made. The optional fourth argument n can be used to limit the number of substitutions made:

Just like string.find() we can use patterns to search in strings. Patterns are covered in the PatternsTutorial. If a capture is used this can be referenced in the replacement string using the notation %capture_index, e.g.,

If the replacement is a function, not a string, the arguments passed to the function are any captures that are made. If the function returns a string, the value returned is substituted back into the string.

Pattern capture: The most commonly seen pattern capture instances could be

'(.-)', e.g. '{(.-)}' means capture any characters between the curly braces {} (lazy match, i.e. as few characters as possible)
'(.*)', e.g. '{(.*)}' means capture any characters between the curly braces {} (greedy match, i.e. as many characters as possible)

string.len(s)

s:len()

Return the length of the string passed.

string.lower(s)

s:lower()

Make uppercase characters lower case.

string.match (s, pattern [, index])

s:match(pattern [, index])

Extract substrings by matching patterns.

string.rep(s, n)

s:rep(n)

Generate a string which is n copies of the string passed concatenated together.

string.reverse(s)

s:reverse()

Reverses a string.

string.sub(s, i [, j])

s:sub(i [,j])

Return a substring of the string passed. The substring starts at i. If the third argument j is not given, the substring will end at the end of the string. If the third argument is given, the substring ends at and includes j.

string.upper(s)

s:upper()

Make all the lower case characters upper case.

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Lua can be embedded and extended[1] with code or applications written in other languages. Code and values in another language can be exposed to Lua and vice-versa. The following lists low and high level solutions for binding between Lua and other languages.

Lua C API

The most direct method to bind to Lua is with the Lua C API. The C API consists of two parts: the basic API (lua.h) provides the primitive functions for all interactions between C and Lua, while the auxiliary library (lauxlib.h) provides higher-level functions for some common tasks.[2]

[The Lua 5.1 Reference Manual: The Application Program Interface] (5.1) describes Lua's native C API for calling Lua from C and vice-versa.

See also Lua book [PIL2]. Or read about the C API online in the 1st edition of PIL: [PIL1 - The C API]

An introductory video on embedding Lua in C++: [Embedding Lua in C++ #1]

A tutorial for embedding Lua in C: [Embedding Lua in C]

Enabling API checking

Lua C Swordburst 2 Script

By default, the Lua C API does almost no sanity checking o