# encoding: utf-8
=begin
* Name: SiSU
* Description: extract and print an XML rendition of document structure to screen
* Author: Ralph Amissah
* Copyright: (C) 1997 - 2011, Ralph Amissah, All Rights Reserved.
* License: GPL 3 or later:
SiSU, a framework for document structuring, publishing and search
Copyright (C) Ralph Amissah
This program is free software: you can redistribute it and/or modify it
under the terms of the GNU General Public License as published by the Free
Software Foundation, either version 3 of the License, or (at your option)
any later version.
This program 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. See the GNU General Public License for
more details.
You should have received a copy of the GNU General Public License along with
this program. If not, see .
If you have Internet connection, the latest version of the GPL should be
available at these locations:
* SiSU uses:
* Standard SiSU markup syntax,
* Standard SiSU meta-markup syntax, and the
* Standard SiSU object citation numbering and system
* Hompages:
* Download:
* Ralph Amissah
** Description: SiSU information Structuring Universe, processing
=end
module SiSU_XML_scaffold
require_relative 'particulars' # particulars.rb
include SiSU_Particulars
require_relative 'dal' # dal.rb
require_relative 'sysenv' # sysenv.rb
include SiSU_Env
pwd=Dir.pwd
class Source
def initialize(opt)
@opt=opt
@particulars=SiSU_Particulars::Combined_singleton.instance.get_all(opt)
@sp=' '
end
def read
begin
@md,@dal_array=@particulars.md,@particulars.dal_array
SiSU_XML_scaffold::Source::Scroll.new(@dal_array,@md).songsheet
rescue; SiSU_Errors::Info_error.new($!,$@,@opt.cmd,@opt.fns).error
ensure
end
end
private
class Scroll \n\n"
data.each do |o|
puts "#{o.ocn} #{o.ln} #{o.obj}" if o.is =~/^heading/
end
end
def structure_simple(data)
puts "\nheading outline --->\n\n"
data.each_with_index do |o,i|
if o.is =~ /^heading/; puts "<#{@s[o.ln]}>#{o.ocn} #{o.ln} #{o.obj}#{@s[o.ln]}>"
end
end
end
def structure_build(data)
puts "\nXML [#{@t} type] structure outline --->\n\n"
h=[0,false,false,false]
puts "<#{@s[0]}>"
data.each_with_index do |o,i|
if o.is =~/^heading/
case o.ln
when 1
structure_build_tag_close(o.ln,h)
puts "#{@sp*1}<#{@s[1]}>\n#{@sp*1} #{o.ocn} #{o.ln} #{o.node}"
h=[1,true,false,false]
when 2
structure_build_tag_close(o.ln,h)
puts "#{@sp*2}<#{@s[2]}>\n#{@sp*2} #{o.ocn} #{o.ln} #{o.node}"
h=[2,true,true,false]
when 3
structure_build_tag_close(o.ln,h)
puts "#{@sp*3}<#{@s[3]}>\n#{@sp*3} #{o.ocn} #{o.ln} #{o.node}"
h=[3,true,true,true]
when 4
structure_build_tag_close(o.ln,h)
puts "#{@sp*4}<#{@s[4]}>\n#{@sp*4} #{o.ocn} #{o.ln} #{o.node}"
h[0]=4
when 5
structure_build_tag_close(o.ln,h)
puts "#{@sp*5}<#{@s[5]}>\n#{@sp*5} #{o.ocn} #{o.ln} #{o.node}"
h[0]=5
when 6
structure_build_tag_close(o.ln,h)
puts "#{@sp*6}<#{@s[6]}>\n#{@sp*6} #{o.ocn} #{o.ln} #{o.node}"
h[0]=6
end
end
end
structure_build_tag_close(0,h)
end
def structure_build_tag_close(lev,h)
case h[0]
when 1
puts "#{@sp*1}#{@s[1]}>" if (lev <= 1) and h[1]
puts "#{@s[0]}>" if (lev==0)
when 2
puts "#{@sp*2}#{@s[2]}>" if (lev <= 2) and h[2]
puts "#{@sp*1}#{@s[1]}>" if (lev <= 1) and h[1]
puts "#{@s[0]}>" if (lev==0)
when 3
puts "#{@sp*3}#{@s[3]}>" if (lev <= 3) and h[3]
puts "#{@sp*2}#{@s[2]}>" if (lev <= 2) and h[2]
puts "#{@sp*1}#{@s[1]}>" if (lev <= 1) and h[1]
puts "#{@s[0]}>" if (lev==0)
when 4
puts "#{@sp*4}#{@s[4]}>" if (lev <= 4)
puts "#{@sp*3}#{@s[3]}>" if (lev <= 3) and h[3]
puts "#{@sp*2}#{@s[2]}>" if (lev <= 2) and h[2]
puts "#{@sp*1}#{@s[1]}>" if (lev <= 1) and h[1]
puts "#{@s[0]}>" if (lev==0)
when 5
puts "#{@sp*5}#{@s[5]}>" if (lev <= 5)
puts "#{@sp*4}#{@s[4]}>" if (lev <= 4)
puts "#{@sp*3}#{@s[3]}>" if (lev <= 3) and h[3]
puts "#{@sp*2}#{@s[2]}>" if (lev <= 2) and h[2]
puts "#{@sp*1}#{@s[1]}>" if (lev <= 1) and h[1]
puts "#{@s[0]}>" if (lev==0)
when 6
puts "#{@sp*6}#{@s[6]}>" if (lev <= 6)
puts "#{@sp*5}#{@s[5]}>" if (lev <= 5)
puts "#{@sp*4}#{@s[4]}>" if (lev <= 4)
puts "#{@sp*3}#{@s[3]}>" if (lev <= 3) and h[3]
puts "#{@sp*2}#{@s[2]}>" if (lev <= 2) and h[2]
puts "#{@sp*1}#{@s[1]}>" if (lev <= 1) and h[1]
puts "#{@s[0]}>" if (lev==0)
end
end
end
end
end
__END__