ANYKS - convert utility (ACU) C++

Format compatibility

#	XML	JSON	YAML	INI	CSV	CEF	SYSLOG	GROK
XML	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes
JSON	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes
YAML	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes
INI	Yes	Yes	Yes	Yes	No	No	No	No
CSV	No	Yes	Yes	No	Yes	No	No	No
CEF	No	Yes	Yes	No	No	No	No	No
SYSLOG	No	Yes	Yes	No	No	No	No	No

Requirements

To build and launch the project

To clone the project

$ git clone --recursive https://github.com/anyks/acu.git

Activate SCTP only (FreeBSD / Linux)

FreeBSD

$ sudo kldload sctp

Linux (Ubuntu)

$ sudo apt install libsctp-dev
$ sudo modprobe sctp
$ sudo sysctl -w net.sctp.auth_enable=1

Build third party for MacOS X, Linux and FreeBSD

$ ./build_third_party.sh

Build on MacOS X, Linux and FreeBSD

$ mkdir ./build
$ cd ./build

$ cmake \
 -DCMAKE_BUILD_IDN=YES \
 -DCMAKE_BUILD_TYPE=Release \
 -DCMAKE_SHARED_BUILD_LIB=YES \
 ..

$ make

Build on Windows [MSYS2 MinGW]

Development environment configuration

Assembly is done in MSYS2 - MINGW64 terminal

$ pacman -Syuu
$ pacman -Ss cmake
$ pacman -S mingw64/mingw-w64-x86_64-cmake
$ pacman -S make
$ pacman -S curl
$ pacman -S wget
$ pacman -S mc
$ pacman -S gdb
$ pacman -S bash
$ pacman -S clang
$ pacman -S git
$ pacman -S autoconf
$ pacman -S --needed base-devel mingw-w64-x86_64-toolchain
$ pacman -S mingw-w64-x86_64-dlfcn

Build third party for MS Windows

$ ./build_third_party.sh

Project build

$ mkdir ./build
$ cd ./build

$ cmake \
 -G "MSYS Makefiles" \
 -DCMAKE_BUILD_IDN=YES \
 -DCMAKE_BUILD_TYPE=Release \
 -DCMAKE_SYSTEM_NAME=Windows \
 -DCMAKE_SHARED_BUILD_LIB=YES \
 ..

$ cmake --build .

Example convert text to Base64

$ echo 'Hello World!!!' | acu -from text -to base64

Example convert Base64 to text

$ echo 'SGVsbG8gV29ybGQhISE=' | acu -from base64 -to text

Example convert text to MD5

$ echo 'Hello World!!!' | acu -from text -to MD5

Example convert text to HMAC SHA256

$ echo 'Hello World!!!' | acu -from text -to SHA256 -hmac 236bf30c70dc03f69175f030afbe38f3

Example convert JSON to XML

$ echo '{"Hello": "World!!!"}' | acu -from json -to xml -prettify

Example convert JSON to XML from file

$ acu -from json -to xml -src ./example.json -prettify

OR

$ acu -from json -to xml -src ./example.json -dest ./result -prettify

Example convert CSV to XML from file

$ acu -from csv -to xml -src ./example.csv -header -prettify

OR

$ acu -from csv -to xml -src ./example.csv -dest ./result -header -prettify

Example convert JSON to CSV from file

$ acu -from json -to csv -src ./example.json -delim ","

OR

$ acu -from json -to csv -src ./example.json -dest ./result -delim ","

Example convert CEF to XML from file

$ acu -from cef -to xml -src ./example.txt -cef low -prettify

OR

$ acu -from cef -to xml -src ./example.txt -dest ./result -cef low -prettify

Example convert GROK to XML without patterns from file

$ acu -from grok -to xml -src ./example.txt -express ./express.txt -prettify

OR

$ acu -from grok -to xml -src ./example.txt -express ./express.txt -dest ./result -prettify

Example convert GROK to XML with patterns from file

$ acu -from grok -to xml -src ./example.txt -express ./express.txt -patterns ./patterns.json -prettify

OR

$ acu -from grok -to xml -src ./example.txt -express ./express.txt -patterns ./patterns.json -dest ./result -prettify

Example convert JSON to XML from folder

$ acu -from json -to xml -src ./input -dest ./result -prettify

Creating installation packages

Creating a tar.gz archive

$ ./make_tar_archive.sh

Creating a deb package

$ ./linux_make_deb.sh

Creating an rpm package

$ ./linux_make_rpm.sh

Creating an Installation Package for MacOS X

$ ./make_installer_macos.sh

Installation package will be located in the directory ./package/MacOS/target/pkg

Create exe package

$ ./windows_make_installer.sh

To create an installation package, you need to open the install.iss file from the win directory in the application Inno Setup

Installation from the installation package

Installation from tar.gz

$ tar -xzvf ./acu_1.0.0_MacOSX_arm64.tar.gz -C /

Installation from deb package

$ sudo dpkg -i ./acu_1.0.0-1~buster_amd64.deb

Installation from rpm package

$ sudo rpm -i ./acu-1.0.0-1.amd64.rpm

Basic launch parameters

Getting the version application

$ acu -V

## Result:
# 
# ANYKS - conversion utility 1.0.4 (built: Oct 31 2024 21:22:56)
# awh: 4.2.6
# target: MacOS X
# installed dir: /opt/acu/bin
# 
# *
# * site:     https://acu.anyks.com
# * email:    info@anyks.com
# * telegram: @forman
# *
#

There are several ways to get the version of an application, the short version is “-V” or the full version is “–version”.

Getting reference information

$ acu -H

## Result:
# 
# usage: acu [-V | --version] [-H | --info] [<args>]
# 
# 
# [FLAGS]
# + Flag for generating headers when parsing CSV files: [-header | --header]
# 
# + Flag for generating a readable file format (XML or JSON): [-prettify | --prettify]
# 
# + Display application version: [-version | --version | -V]
# 
# + Display information about available application functions: [-info | --info | -H]
# 
# [ARGS]
# + CEF file parsing mode: [-cef <value> | --cef=<value>]
#   - (LOW | MEDIUM | STRONG)
# 
# + Format of the file from which reading is performed: [-from <value> | --from=<value>]
#   - (XML | JSON | INI | YAML | CSV | CEF | SYSLOG | GROK | TEXT | BASE64)
# 
# + File format to which the writing is made: [-to <value> | --to=<value>]
#   - (XML | JSON | INI | YAML | CSV | CEF | SYSLOG | TEXT | BASE64 | MD5 | SHA1 | SHA224 | SHA256 | SHA384 | SHA512)
# 
# + Format date (if required): [-formatDate "<value>" | --formatDate="<value>"]
#   - ( %m/%d/%Y %H:%M:%S | %H:%M:%S %d.%m.%Y | ... )
# 
# + Logging level (if required): [-logLevel <value> | --logLevel=<value>]
#   - ( 0 = NONE | 1 = INFO | 2 = WARNING | 3 = CRITICAL | 4 = INFO and WARNING | 5 = INFO and CRITICAL | 6 = WARNING CRITICAL | 7 = ALL)
# 
# + Hash-based message authentication code: [-hmac <value> | --hmac=<value>]
# 
# + File address for writing logs (if required): [-log <value> | --log=<value>]
# 
# + File or directory address for saving converted files: [-dest <value> | --dest=<value>]
# 
# + Separator for parsing CSV files (default: ";"): [-delim <value> | --delim=<value>]
# 
# + Address of the file or directory with files to convert: [-src <value> | --src=<value>]
# 
# + Address of the file in JSON format with GROK templates: [-patterns <value> | --patterns=<value>]
# 
# + Address of the file with the regular expression in GROK format: [-express <value> | --express=<value>]
#

There are several ways to get help information, the short version is “-H” or the full version is “–info”.

General concepts

It should be explained in advance that the launch parameters can be specified in any order; there is a full and short form for setting the launch parameters.

Full form: –=
Short form: -

For example, the entries –config=config.json and -config config.json are equivalent.

To simplify work with ACU Server, there is a configuration file in JSON format, all startup parameters can be specified in this configuration file. By default, each operating system has its own set of paths by which ACU Server searches for the configuration file. The path by which ACU Server will search for the configuration file is specified in the [PATHS] section of the reference information. The address of the configuration file can be specified independently using the config parameter.

For UNIX-like operating systems, parameters can be specified using environment variables with the ACU_ prefix.

Description of the ACU Server configuration file

Configuration file example

{
	
	"ssl": {
		"key": "",
		"cert": "",
		"verify": false
	},
	"net": {
		"ipv": 4,
		"wait": 15,
		"sonet": "tcp",
		"host": "127.0.0.1",
		"port": 2222,
		"proto": "http2",
		"unixSocket": "",
		"total": 100,
		"ipv6": false,
		"filter": {
			"type": "mac",
			"black": [],
			"white": []
		},
		"compress": [
			"ZSTD",
			"BROTLI",
			"GZIP",
			"DEFLATE"
		],
		"authentication": {
			"enabled": false,
			"auth": "Basic",
			"digest": "MD5",
			"users": {"admin": "admin"}
		},
		"bandwidth": {
			"read": "20Mbps",
			"write": "20Mbps"
		}
	},
	"workers": 0,
	"user": "auto",
	"group": "auto",
	"boost": true,
	"maxRequests": 600,
	"root": "./html",
	"log": "./acu.log",
	"pidfile": "acu.pid",
	"index": "index.html",
	"favicon": "./icons/icon.ico",
	"origin": "http://127.0.0.1:2222",
	"formatDate": "%H:%M:%S %d.%m.%Y"
}

Description of configuration file parameters

Parameter name	Parameter Description
ssl	Object of parameters for secure network SSL connection to network services.
ssl.verify	Parameter for activating the SSL certificate validity check mode.
ssl.key	Key of the certificate file in the file system, for working in secure server mode.
ssl.cert	Certificate file in the file system, for working in secure server mode.
server	Server parameters
server.ipv	Supported Internet Protocol Type IPv4 or IPv6.
server.wait	Time to wait for data to be received from the client in seconds.
server.sone	Internet connection protocol (TCP, TLS, SCTP).
server.host	Server host through which the connection is made.
server.port	Server port through which the connection is made.
server.proto	Default server application protocol (http or http2).
server.unixSocket	Name of the Unix socket in the file system, through which the connection to the server will be made. The Unix socket will be located in the /tmp directory.
server.total	Number of clients simultaneously connected to one server.
server.ipv6	Perform server communication only via IPv6.
server.filter	An object that filters the list of clients connecting to the server.
server.filter.type	Filter clients by MAC or IP address.
server.filter.black	List of clients that are prohibited from connecting to the server.
server.filter.white	List of clients that are only allowed to connect to the server.
server.compres	List of compressors supported by the server, in priority order (ZSTD, BROTLI, GZIP, DEFLATE, LZ4, LZMA, BZIP2).
server.authentication	Server authorization parameters object.
server.authentication.enabled	Parameter for activating the authorization mode on the server.
server.authentication.auth	Server authorization method Basic or Digest.
server.authentication.digest	Hash type for the Digest authentication method (MD5, SHA1, SHA256, SHA512).
server.authentication.username	Username for authorization on the server.
server.authentication.password	User password for authorization on the server.
server.bandwidth	Object of network connection speed limit parameters for the server.
server.bandwidth.read	Maximum data transfer rate in read mode.
server.bandwidth.write	Maximum data transfer rate in recording mode.
workers	Number of cluster processes, if the value is not set or set to -1, the cluster will not be activated. Set to 0, the cluster will automatically create the number of processes for your machine.
user	Name or user ID under which the application should be launched. The “auto” parameter sets the current user.
group	Name or identifier of the user group under which the application should be launched. The “auto” parameter sets the current user group.
boost	Flag for activating reconfiguration of the operating system kernel for maximum network protocol performance.
maxRequests	Maximum number of requests to the server per day available to one specific user.
root	Catalog with the site location in HTML format.
log	Address of the log file where the processes occurring on the server will be recorded.
pidfile	Name of the PID file located in the /var/run directory to record the identifier of the active process in a unix-like operating system.
index	An index HTML file that is opened by default by the server when a client’s root request occurs.
favicon	Address to the site icon file.
origin	Website address that the client must send to the server in the Origin HTTP header.
formatDate	Format of the date and time displayed when logging processes on the server.