👨💻 about me home CV/Resume News 🖊️ Contact Codeberg Github LinkedIn 🏆 Best of LuaX (tools) pub bang ypp panda lsvg ldc req yreq Fizzbuzz Calculadoira TPG picfg Belenos (intro) dnsfilter badges 🔀 Git Repos
Made in Europe
Warning
This repository is no longer maintained and has been archived.
Please consider using LuaX instead.
BonaLuna is a Lua interpretor plus a few packages in a single executable.
The current version is 3.0.7
Bonaluna sources can be downloaded here: https://github.com/CDSoft/bonaluna.
The original Lua interpretor and documentation is available at http://www.lua.org.
BonaLuna is based on Lua 5.3.
iter(sequence) returns an iterator of
sequence items (a table).
list(iterator) returns a table of items generated by
iterator.
reverse(iterator) returns iterator in
reverse order.
sort(iterator [, cmp]) returns iterator
sorted using cmp (as table.sort)
map(f, …) applies f to iterators.
zip(…) groups values of the same rank of several iterators.
filter(p, iterator) selects values according to the
predicate p.
range(i [, j [, s] ]) returns the values of the
range [i, j]. s is the step.
range(j) is equivalent to range(1, j). The
default step is 1.
enum(iterator) generates tuples
(i, x[i]) where i is the rank of the value
x[i] for each value of iterator.
chain(…) chains several iterators.
curry(f, …) returns a curryfied function starting with f and its first arguments (…) if any.
compose(f, g, …) returns the composed function “f(g(…))”.
identity is the identity function.
memoize(f) returns a memoized function.
Objects defined in these packages uses closures 1 to
store internal data. No self is required and methods are called
with a single dot (.), not with a colon
(:).
Example:
aes = crypt.AES("my key", 128)
encrypted = aes.encrypt("some text")lbc is a public domain package written by Luiz Henrique de Figueiredo and available at Libraries and tools for Lua
This is a big-number library for Lua 5.3. It is based on the arbitrary precision library number.c written by Philip A. Nelson for GNU bc-1.06: http://www.gnu.org/software/bc/
bc.version is the version number of bc
bc.digits([n]) sets the number of digits used by bc
bc.number(x) builds a big number from a Lua number or a string
bc.tonumber(x) converts a big number to a Lua number
bc.tostring(x), __tostring(x) converts a big number to a string
bc.neg(x), __unm(x) returns -x
bc.add(x,y), __add(x,y) returns x+y
bc.sub(x,y), __sub(x,y) returns x-y
bc.mul(x,y), __mul(x,y) returns x*y
bc.div(x,y), __div(x,y) returns x/y
bc.mod(x,y), __mod(x,y) return
x mod y
bc.divmod(x,y) returns
[x/y], x mod y
bc.pow(x,y), __pow(x,y) returns
x**y
bc.powmod(x,y,m) returns x**y mod m
bc.compare(x,y) returns -1 if x < y,
0 if x == y, +1 if x > y
__eq(x,y), __lt(x,y) compares x and y
bc.iszero(x) is true if x == 0
bc.isneg(x) is true if x < 0
bc.trunc(x,[n]) returns x truncated value
bc.sqrt(x) returns sqrt(x)
bc.number(x) also accepts hexadecimal, octal and binary numbers as strings
Functions of the math and bit32 modules also exist in the bc module. These functions produce bc numbers but work internally with Lua numbers. Do not expect these functions to be precise.
The m package extends the bc package by mixing arbitrary precision integer (bc) and Lua numbers (float). It produces bc integers when possible and Lua numbers otherwise.
bn.Int(x) builds a big integer from a Lua number, a string or a big number
bn.Rat(x) builds a big rational from a Lua number, a string or a big number
bn.Float(x) builds a float from a Lua number, a string or a big number
bn.tonumber(x) converts a big number to a Lua number
bn.tostring(x, base, bits), __tostring(x) converts a big number to a string
__unm(x) returns -x
__add(x,y) returns x+y
__sub(x,y) returns x-y
__mul(x,y) returns x*y
__div(x,y) returns x/y
__idiv(x,y) return x // y
__mod(x,y) return x mod y
bn.divmod(x,y) returns
[x/y], x mod y
bn.powmod(x,y,m) returns x**y mod m
__pow(x,y) returns x**y
__eq(x,y), __lt(x,y) compares x and y
x:iszero() is true if x == 0
x:isone() is true if x == 1
bn.zero, bn.one, bn.two big representations of
0, 1 and 2
bn.bin(x, bits) returns a string representation of
x in base 2 on bits bits
bn.oct(x, bits) returns a string representation of
x in base 8 on bits bits
bn.dec(x, bits) returns a string representation of
x in base 10 on bits bits
bn.hex(x, bits) returns a string representation of
x in base 16 on bits bits
bn.sep(s) sets the digit separator (“_“,” ” or nil)
Functions of the math, mathx and bit32 modules also exist in the bn module. These functions produce bn numbers but may work internally with Lua numbers. Do not expect these functions to be precise.
All the functions of mathx are in the math module.
The crypt package is a pure Lua package (i.e. not really
fast).
crypt.hex.encode(data) encodes data in
hexa.
crypt.hex.decode(data) decodes the hexa
data.
crypt.base64.encode(data) encodes data
in base64.
crypt.base64.decode(data) decodes the base64
data.
crypt.crc32(data) computes the CRC32 of
data.
crypt.shaXXX(data) computes an SHA digest of
data. XXX is 1, 224 or 256.
crypt.AES(password [,keylen [,mode] ]) returns an
AES codec. password is the encryption/decryption key,
keylen is the length of the key (128 (default), 192 or
256), mode is the encryption/decryption mode (“cbc”
(default) or “ecb”). crypt.AES objects have two methods:
encrypt(data) and decrypt(data).
crypt.BTEA(password) returns a BTEA codec (a tiny
cipher with reasonable security and efficiency, see
http://en.wikipedia.org/wiki/XXTEA). password is the
encryption/decryption key (only the first 16 bytes are used).
crypt.BTEA objects have two methods:
encrypt(data) and decrypt(data). BTEA encrypts
32-bit words so the length of data should be a multiple of 4 (if not,
BTEA will add null padding at the end of data).
crypt.RC4(password, drop) return a RC4 codec (a
popular stream cypher, see http://en.wikipedia.org/wiki/RC4).
password is the encryption/decryption key.
drop is the numbre of bytes ignores before encoding (768 by
default). crypt.RC4 returns the encryption/decryption
function.
crypt.random(bits) returns a string with
bits random bits.
libcurl is multiprotocol file transfer library. This package is a simple Lua interface to libcurl.
This package is based on Lua-cURL and provides the same API plus a few higher level objects.
This package was introduced before socket which is based
on Lua Socket. I recommend using socket
instead of curl.
curl.FTP(url [, login, password]) creates an FTP
object to connect to the FTP server at url.
login and password are optional. Methods
are:
cd(path) changes the current working
directory. No connection is made, path is just stored
internally for later connections.
get(path) retrieves path.
put(path, data) sends and stores the string
data to the file path.
rm(path) deletes the file
path.
mkdir(path) creates the directory
path.
rmdir(path) deletes the directory
path.
list(path) returns an iterator listing the directory
path.
FTP connections are made through the cURL easy interface, each request is in fact an entire connection (and deconnection).
curl.HTTP(url) creates an HTTP object to connect to
the HTTP server at url. Methods are:
get(path) retrieves path.
save(path [, name]) retrieves path and
saves it to name. The default value of name is
the basename of path.
fs.getcwd() returns the current working directory.
fs.chdir(path) changes the current directory to
path.
fs.listdir([path]) returns the list of files and
directories in path (the default path is the current
directory).
fs.dir([path]) returns an iterator listing files and
directories in path (the default path is the current
directory).
fs.walk([path]) returns an iterator listing
directory and file names in path and its subdirectories
(the default path is the current directory).
fs.mkdir(path) creates a new directory
path.
fs.rename(old_name, new_name) renames the file
old_name to new_name.
fs.remove(name) deletes the file
name.
fs.copy(source_name, target_name) copies file
source_name to target_name. The attributes and
times are preserved.
fs.stat(name) reads attributes of the file
name. Attributes are:
name: namesize: size in bytesmtime, atime, ctime:
modification, access and creation times.mode: file permissionsuR, uW, uX: user
Read/Write/eXecute permissionsgR, gW, gX: group
Read/Write/eXecute permissionsoR, oW, oX: other
Read/Write/eXecute permissionsfs.inode(name) reads device and inode attributes of
the file name. Attributes are:
dev, ino: device and inode numbersfs.chmod(name, other_file_name) sets file
name permissions as file other_file_name
(string containing the name of another file).
fs.chmod(name, bit1, …, bitn) sets file
name permissions as bit1 or … or
bitn (integers).
fs.touch(name) sets the access time and the
modification time of file name with the current time.
fs.touch(name, number) sets the access time and the
modification time of file name with
number.
fs.touch(name, other_name) sets the access time and
the modification time of file name with the times of file
other_name.
fs.basename(path) return the last component of path.
fs.dirname(path) return all but the last component of path.
fs.absname(path) return the absolute path name of path.
fs.sep is the directory separator (/ or \).
fs.uR, fs.uW, fs.uX are the User Read/Write/eXecute
mask for fs.chmod.
fs.gR, fs.gW, fs.gX are the Group Read/Write/eXecute
mask for fs.chmod.
fs.oR, fs.oW, fs.oX are the Other Read/Write/eXecute
mask for fs.chmod.
fs.aR, fs.aW, fs.aX are All Read/Write/eXecute mask
for fs.chmod.
Bonaluna parsing library is Lpeg. Both lpeg and re modules are loaded when Bonaluna is started.
The documentation of these modules are available on Lpeg web site: - Lpeg - Re
Compression libraries are based on:
It’s inspired by the Lua Lzo module.
Future versions of BonaLuna may remove or add some compression library.
Currently, only LZ4 is used in the default BonaLuna distribution but
you can change it in setup.
z.compress(data) compresses data using
the best compressor and returns the compressed string.
z.decompress(data) decompresses data
and returns the decompressed string.
minilzo.compress(data) compresses data
with miniLZO and returns the compressed string.
minilzo.decompress(data) decompresses
data with miniLZO and returns the decompressed string.
lzo.compress(data) compresses data with
LZO and returns the compressed string.
lzo.decompress(data) decompresses data
with LZO and returns the decompressed string.
qlz.compress(data) compresses data with
QLZ and returns the compressed string.
qlz.decompress(data) decompresses data
with QLZ and returns the decompressed string.
lz4.compress(data) compresses data with
LZ4 and returns the compressed string.
lz4.decompress(data) decompresses data
with LZ4 and returns the decompressed string.
lz4hc.compress(data) compresses data
with LZ4HC and returns the compressed string.
lz4hc.decompress(data) decompresses
data with LZ4HC and returns the decompressed string.
lzf.compress(data) compresses data with
LZF and returns the compressed string.
lzf.decompress(data) decompresses data
with LZF and returns the decompressed string.
zlib.compress(data) compresses data
with ZLIB and returns the compressed string.
zlib.decompress(data) decompresses data
with ZLIB and returns the decompressed string.
ucl.compress(data) compresses data with
UCL and returns the compressed string.
ucl.decompress(data) decompresses data
with UCL and returns the decompressed string.
lzma.compress(data) compresses data
with XZ Utils and returns the compressed string.
lzma.decompress(data) decompresses data
with XZ Utils and returns the decompressed string.
ps.sleep(n) sleeps for n seconds.
The rl (readline) package was initially inspired by ilua and adapted for BonaLuna.
rl.read(prompt) prints prompt and
returns the string entered by the user.
rl.add(line) adds line to the readline
history (Linux only).
The ser package is written by Robin Wellner (https://github.com/gvx/Ser) and integrated in BonaLuna in two functions:
ser.serialize(table) returns a string that can be
evaluated to build the initial table.
ser.deserialize(src) evaluates src and
returns a table.
BonaLuna adds a few functions to the builtin string module:
string.split(s, sep, maxsplit, plain) splits
s using sep as a separator. If
plain is true, the separator is considered as plain text.
maxsplit is the maximum number of separators to find (ie
the remaining string is returned unsplit. This function returns a list
of strings.
string.gsplit(s, sep, maxsplit, plain) splits the
string as string.split but returns an iterator.
string.lines(s) splits s using ‘’ as a
separator and returns an iterator.
string.ltrim(s), string.rtrim(s), string.trim(s) remove left/right/both end spaces
The socket package is based on Lua Socket and adapted for BonaLuna.
The documentation of Lua Socket is available at the Lua
Socket documentation web site.
This package also comes with the following functions.
FTP(url [, login, password]) creates an FTP object
to connect to the FTP server at url. login and
password are optional. Methods are:
cd(path) changes the current working
directory.
pwd() returns the current working
directory.
get(path) retrieves path.
put(path, data) sends and stores the string
data to the file path.
rm(path) deletes the file
path.
mkdir(path) creates the directory
path.
rmdir(path) deletes the directory
path.
list(path) returns an iterator listing the directory
path.
This package was redundant with string.pack and
string.unpack since Lua 5.3. It has been removed.
One can add struct = string to make old scripts
compatible. Some formats are different (s becomes
z, c0 doesn’t exist).
The struct package was taken from Library for Converting Data to and from C Structs for Lua 5.1 and adapted for BonaLuna.
sys.hostname() returns the host name.
sys.domainname() returns the domain name.
sys.hostid() returns the host id.
sys.platform is "Linux" or
"Windows"
It is possible to add scripts to the BonaLuna interpretor to make a single executable file containing the interpretor and some BonaLuna scripts.
This feature is inspired by srlua.
pegar.lua
parameters (command line interface)compile:on|off|min turns compilation on, off or on
when chunks are smaller than sources (min is the default
value)
compress:on|off|min turns compression on, off or on
when chunks are smaller than sources (min is the default
value)
read:original_interpretor reads the initial interpretor
lua:script.lua adds a script to be executed at runtime
lua:script.lua=realname.lua as above but stored under a different name
str:name=value creates a global variable holding a string
str:name=@filename as above but the string is the content of a file
file:name adds a file to be created at runtime (the file is not overwritten if it already exists)
file:name=realname as above but stored under a different name
dir:name creates a directory at runtime
write:new_executable write a new executable containing the original interpretor and all the added items
When a path starts with :, it is relative to the
executable path otherwise it is relative to the current working
directory.
Pegar
class (useable in BonaLuna scripts)The class Pegar defines methods to build an executable.
The methods have the same name as the command line parameters:
compile(mode) turns compilation on, off or on
compress(mode) turns compression on, off or on
read(original_interpretor) reads the initial interpretor (if different from the running interpretor)
lua(script[, realname]) adds a script to be executed at runtime
str(name, value) creates a global variable holding a string
strf(name, filename) as above but the string is the content of a file
file(name[, realname]) adds a file to be created at runtime
dir(name) creates a directory at runtime
write(new_executable) write a new executable containing the original interpretor and all the added items
Some external modules are available.
This documentation has been generated by a BonaLuna script. bonaluna.lua also contains some tests.
This site is powered by LuaX, bang, ypp, cdsoft.css and Pandoc.
Mirrors: cdelord.fr – christophe.delord.free.fr – cdsoft.codeberg.page