I needed a gui pronouncable password generator that met the rules of the systems I worked on, that was not web based. So here is my first ever programming effort. ====== #!/bin/sh # pass_gen - create pronouncable passwords with 4-20 characters, 1-10 numbers # and optional symbol # author: Rob Haeusler # licence: GPL # tested on # puppy linux - initial development and testing # xubutu # windows xp # # changelog # 1.2 - fixed randm problem not choosing z u 9 etc # 1.1 - mods to allow different lengths of vowels, letters, digits, symbols # 1.0 - initial development # # #\ exec wish "$0" $(1+"$@") lappend auto_path /tcl/lib/bwidget1.8 # require following packages to operate package require BWidget set version "1.2" set licence "G.P.L" # data sets used for creating the password set vowels { a e i o u } set letters { b c d f g h j k l m n p q r s t v w x y z } set digits { 0 1 2 3 4 5 6 7 8 9 } set symbols { ! @ # $ % ^ & * ( ) _ - + } # ----------------------------------------------------------------------------- # appCreate - create window frame and all its contents, spinboxes, buttons, # display elements # proc appCreate { } { # menu description set descmenu { "&File" all file 0 { {command "E&xit" {} "exit application" {} \ -command appExit } } "&Help" all help 0 { {command "H&ow To Use" {} "how to use" {} \ -command appHelpHow } {command "&About" {} "about the application" {} \ -command appHelpAbout } } } # create the main menu wm title . "pass_gen" set mainframe [MainFrame .mainframe -menu $descmenu ] # create spinboxes for number of letters and numbers set titf1 [TitleFrame $mainframe.titf1 -text "Number of Characters" ] set subf1 [$titf1 getframe] set spin1 [SpinBox $subf1.spin -range { 4 20 1 } -textvariable alpha ] pack $spin1 -side right pack $titf1 -fill x -pady 2 -padx 2 set titf2 [TitleFrame $mainframe.titf2 -text "Number of Numbers" ] set subf2 [$titf2 getframe] set spin2 [SpinBox $subf2.spin -range { 1 10 1 } -textvariable numeric ] pack $spin2 -side right pack $titf2 -fill x -pady 2 -padx 2 # create radio button (yes/no choice) for symbols set titf3 [TitleFrame $mainframe.titf3 -text "Symbol"] set subf3 [$titf3 getframe] set rad1 [radiobutton $subf3.rad1 -text "Yes" \ -variable wantsymbol -value 1] set rad2 [radiobutton $subf3.rad2 -text "No" \ -variable wantsymbol -value 0] pack $rad1 $rad2 -side left pack $titf3 -fill x -pady 2 -padx 2 # create radiobutton for format type set titf4 [TitleFrame $mainframe.titf4 -text "Format - symbol is optional"] set subf4 [$titf4 getframe] set rad3 [radiobutton $subf4.rad3 -text "wnw(2)" \ -variable ftype -value 0 ] set rad4 [radiobutton $subf4.rad4 -text "wwn(2)" \ -variable ftype -value 1] pack $rad3 $rad4 -side left pack $titf4 -fill x -pady 2 -padx 2 # create display box for generated passwords set titf5 [TitleFrame $mainframe.titf5 -text "Password"] set subf5 [$titf5 getframe] set ent1 [Entry $subf5.entry -textvariable genpassword] pack $ent1 -pady 4 -anchor w -side left pack $titf5 # create button for generating new password set but [Button $mainframe.but -text "New" \ -command "newPass" -helptext "create new password" ] pack $but -side left -padx 4 wm protocol . WM_DELETE_WINDOW { appExit } pack $mainframe -fill both -expand yes update idletasks } # # newPass - determine how many letters, vowels, digits, symbols and display the # created password # proc newPass { } { global genpassword alpha numeric wantsymbol ftype set fpl [ expr $alpha / 2 ] if { $alpha % 2 } { set fpl [ expr int($alpha / 2) + 1] } set lpl [ expr $alpha - $fpl ] # to change format of password edit following lines set start [ aPart $fpl ] set mid [ nPart $numeric ] set end [aPart $lpl ] # want symbol in password if { $wantsymbol == 1 } { set sym [ sPart ] } # which type of format to display switch $ftype { 0 { if { $wantsymbol == 1} { set genpassword [ format "%s%s%s%s" $start $mid $end $sym ] } else { set genpassword [format "%s%s%s" $start $mid $end ] } } 1 { if { $wantsymbol == 1} { set genpassword [ format "%s%s%s%s" $start $end $mid $sym ] } else { set genpassword [format "%s%s%s" $start $end $mid ] } } } } # # aPart - return randomly selected letters and vowels from the lists # proc aPart { slen } { global vowels letters set vlen [ expr [ llength $vowels ] ] set llen [ expr [ llength $letters ] ] for { set i 0 } { $i < $slen } { incr i } { if { $i % 2 == 0 } { set randid [ expr int( rand() * $llen ) ] append ret [ lindex $letters $randid ] } else { set randid [ expr int( rand() * $vlen ) ] append ret [ lindex $vowels $randid ] } } return $ret } # # nPart - return randomly selected digit(s) from the digit list # proc nPart { slen } { global digits set dlen [ expr [ llength $digits] ] for { set i 0 } { $i < $slen } { incr i } { set randid [ expr int( rand() * $dlen ) ] append ret [ lindex $digits $randid ] } return $ret } # # sPart - return randonly selected symbol from the list # proc sPart { } { global symbols set sylen [ expr [ llength $symbols ] ] set randid [ expr int( rand() * $sylen ) ] append ret [ lindex $symbols $randid ] return $ret } # # appExit - selected from menu # proc appExit { } { set choice [ tk_messageBox -message "Are you sure you want to exit?"\ -icon question -type yesnocancel ] if {$choice == "yes" } { exit } } # appHelpHow proc appHelpHow { } { tk_messageBox -message "Select the number of\n\ - letters\n\ - numbers\n\ - optional symbol\n\ - format\n\ before pressing the \bNew\b button.\n" } # # appHelpAbout - display info about the program in new disposable window # proc appHelpAbout { } { global version licence tk_messageBox -message "Written in tcl/tk on puppy linux.\n Author: Rob Haeusler.\n\ Date: Feb 2008\n\ Version: $version.\n\ Licence: $licence." } # # main procedure to manage window creation and destruction # proc main { } { wm withdraw . appCreate wm deiconify . } main #---------------------------- end of program ---------------------------------- ====== ---- !!!!!! %| [Category System Administration] |% !!!!!!