_  _  _  _  _
(_)(_)(_)(_)(_)
          _(_)_         _   _  _  _  _    _  _  _  _  _       _  _
        _(_) (_)       (_) (_)(_)(_)(_)_ (_)(_)(_)(_)(_)_  _ (_)(_)
      _(_)   (_)       (_) (_)        (_(_) _  _  _ (_)(_)(_)
    _(_)     (_)       (_) (_)        (_(_)(_)(_)(_)(_)(_)
 _ (_) _  _  (_)_  _  _(_)_(_) _  _  _(_(_)_  _  _  _  (_)
(_)(_)(_)(_)(_)(_)(_)(_) (_(_)(_)(_)(_)   (_)(_)(_)(_) (_)
                           (_)
                           (_)

Zsh Ultimate Programmer's Extensions Refurbished

Zuper is a minimalist library of extensions for Zsh programming, because believe it or not Zsh is so slick and powerful that it can be used as a programming language.

• key/value store on files mapped to associative arrays
• consul k/v integration using native get/set over ztcp
• nifty messaging using colors and intl support (gettext)
• procedural flow debugging functions and variable monitor
• clean exit and destructors registration
• improved temp file handling
• more to come...

Zuper requires the following programs to be installed:

zsh curl sed awk hexdump

Documentation is still lacking, however to use Zuper in Zsh scripts one must first source its main library zuper, then declare global variables and arrays, then source zuper.init and at the end of the program call endgame for a clean exit. Example test program:

#!/usr/bin/env zsh

# switch on debugging output
DEBUG=1

# switch logging into test.log
LOG=test.log

##### INIT
# load our zuper library
source zuper
# declare a custom global variable
vars+=(myvar)
# assign a default value to our global variable
myvar=${myvar:-ok}
# declare a global associative map
maps+=(mymap)
# conclude the init phase
source zuper.init
#####

# register the zdump debug function to be executed on exit
destruens+=(zdump)


# declare a custom function to print it out
testfun() {
    # register the function in the debug flow
    fn "testfun"
    # print out with nice green colors
    notice "Custom var: $myvar"
    # create a tempfile
    ztmp && mytmp=$ztmpfile
    # put the value into the tempfile
    print $myvar >> $mytmp
    # print out the path to the tempfile
    act "Temp file: $mytmp"
    # print out the contents of the tempfile
    act "Content: `cat $mytmp`"
    # the tempfile will be deleted in endgame()
    # but can also be delete earlier here, optionally
}


# call our custom function
testfun

# we use words and their md5
mymap=(
    lorem f737a087bca81f69a6048ec744c73e41
    ipsum 02063b9bf9d6e15ad61226fa4584aae0
    dolor 5f20730ddc7a1fedbf265358f0ce4f26
)

# save the map into a file
zkv.save mymap test.map

# free the map
mymap=()

# re-declare the map
typeset -A mymap
# re-load saved contents
zkv.load test.map
# dump contents
for i in ${(k)mymap}; do
    print "$i \t ${mymap[$i]}"
done

# end of the program (will call destructors)

Here we reference applications where zuper is used succesfully:

• Devuan Simple Development Toolkit https://git.devuan.org/groups/sdk
• Dowse IoT awareness OS http://dyne.org/software/dowse
• Jaro Mail terminal email http://dyne.org/software/jaro-mail

If you use it, let us know! http://dyne.org/contact

Zuper is designed, developed and maintained by Denis Roio [email protected]

Zuper is Copyright (C) 2015 by the Dyne.org foundation

This source code is free software; you can redistribute it and/or modify it under the terms of the GNU Public License as published by the Free Software Foundation; either version 3 of the License, or (at your option) any later version.

This source code is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. Please refer to the GNU Public License for more details.

You should have received a copy of the GNU Public License along with this source code; if not, write to: Free Software Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.