build-aux/pmccabe2html - third_party/libtasn1 - Git at Google

 # pmccabe2html - AWK script to convert pmccabe output to html       -*- awk -*-

 # Copyright (C) 2007-2013 Free Software Foundation, Inc.

 # 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 <http://www.gnu.org/licenses/>.

 # Written by Jose E. Marchesi <jemarch@gnu.org>.
 # Adapted for gnulib by Simon Josefsson <simon@josefsson.org>.
 # Added support for C++ by Giuseppe Scrivano <gscrivano@gnu.org>.

 # Typical Invocation is from a Makefile.am:
 #
 # CYCLO_SOURCES = ${top_srcdir}/src/*.[ch]
 #
 # cyclo-$(PACKAGE).html: $(CYCLO_SOURCES)
 # 	$(PMCCABE) $(CYCLO_SOURCES) \
 # 		| sort -nr \
 # 		| $(AWK) -f ${top_srcdir}/build-aux/pmccabe2html \
 # 			-v lang=html -v name="$(PACKAGE_NAME)" \
 # 			-v vcurl="http://git.savannah.gnu.org/gitweb/?p=$(PACKAGE).git;a=blob;f=%FILENAME%;hb=HEAD" \
 # 			-v url="http://www.gnu.org/software/$(PACKAGE)/" \
 # 			-v css=${top_srcdir}/build-aux/pmccabe.css \
 # 			-v cut_dir=${top_srcdir}/ \
 # 			> $@-tmp
 # 	mv $@-tmp $@
 #
 # The variables available are:
 #   lang     output language, either 'html' or 'wiki'
 #   name     project name
 #   url      link to project's home page
 #   vcurl    URL to version controlled source code browser,
 #            a %FILENAME% in the string is replaced with the relative
 #            source filename
 #   css      CSS stylesheet filename, included verbatim in HTML output
 #   css_url  link to CSS stylesheet, an URL

 # Prologue & configuration
 BEGIN {
     section_global_stats_p = 1
     section_function_cyclo_p = 1

     # "html" or "wiki"
     package_name = name
     output_lang = lang

     # General Options
     cyclo_simple_max = 10
     cyclo_moderate_max = 20
     cyclo_high_max = 50
     source_file_link_tmpl = vcurl

     # HTML options
     if (url != "")
     {
 	html_prolog = "<a href=\"" url "\">Back to " package_name " Homepage</a><br/><br/>"
     }
     html_epilog = "<hr color=\"black\" size=\"2\"/> \
 Copyright (c) 2007, 2008 Free Software Foundation, Inc."
     html_doctype = "<!DOCTYPE html PUBLIC \"-//W3C//DTD HTML 4.01 Transitional//EN\" \
 \"http://www.w3.org/TR/html401/loose.dtd\">"
     html_comment = "<!-- Generated by gnulib's pmccabe2html at " systime() " -->"
     html_title = "Cyclomatic Complexity report for " package_name

     # Wiki options
     wiki_prolog = "{{Note|This page has been automatically generated}}"
     wiki_epilog = ""

     # Internal variables
     nfuncs = 0;
 }

 # Functions

 function build_stats()
 {
     # Maximum modified cyclo
     for (fcn in mcyclo)
     {
         num_of_functions++
         if (mcyclo[fcn] > max_mcyclo)
         {
             max_mcyclo = mcyclo[fcn]
         }

         if (mcyclo[fcn] > cyclo_high_max)
         {
             num_of_untestable_functions++
         }
         else if (mcyclo[fcn] > cyclo_moderate_max)
         {
             num_of_high_functions++
         }
         else if (mcyclo[fcn] > cyclo_simple_max)
         {
             num_of_moderate_functions++
         }
         else
         {
             num_of_simple_functions++
         }
     }
 }

 function html_fnc_table_complete (caption)
 {
     html_fnc_table(caption, 1, 1, 0, 1, 1, 0, 1)
 }

 function html_fnc_table_abbrev (caption)
 {
     html_fnc_table(caption, 1, 1, 0, 0, 1, 0, 0)
 }


 function html_fnc_table (caption,
                          fname_p,
                          mcyclo_p,
                          cyclo_p,
                          num_statements_p,
                          num_lines_p,
                          first_line_p,
                          file_p)
 {
     print "<table width=\"90%\" class=\"function_table\" cellpadding=\"0\" cellspacing=\"0\">"
     if (caption != "")
     {
         print "<caption class=\"function_table_caption\">" caption "</caption>"
     }
     html_fnc_header(fname_p,
                     mcyclo_p,
                     cyclo_p,
                     num_statements_p,
                     num_lines_p,
                     first_line_p,
                     file_p)
     for (nfnc = 1; nfnc <= nfuncs; nfnc++)
     {
         html_fnc(nfnc,
                  fname_p,
                  mcyclo_p,
                  cyclo_p,
                  num_statements_p,
                  num_lines_p,
                  first_line_p,
                  file_p)
     }
     print "</table>"
 }

 function html_header ()
 {
     print html_doctype
     print "<html>"
     print html_comment
     print "<head>"
     print "<title>" html_title "</title>"
     print ""
     print "<meta name=\"description\" content=\"" html_title "\">"
     print "<meta name=\"keywords\" content=\"" html_title "\">"
     print "<meta name=\"resource-type\" content=\"document\">"
     print "<meta name=\"distribution\" content=\"global\">"
     print "<meta name=\"Generator\" content=\"pmccabe2html\">"
     print "<meta http-equiv=\"Content-Type\" content=\"text/html; charset=utf-8\">"
     print "<script language=\"javascript\" type=\"text/javascript\">"
     print "function show_hide(idCapa, idButton, fuerzaVisibilidad)\
 {\
         var button = document.getElementById(idButton);\
 	var capa = document.getElementById(idCapa);\
 	if (capa)\
 	{\
 		if (fuerzaVisibilidad && fuerzaVisibilidad!=\"\") {\
 			if (fuerzaVisibilidad==\"visible\") capa.style.display=\"\";\
 			else capa.style.display=\"none\";\
 		}\
 		else\
 		{\
 			if (capa.style.display == \"none\") {\
 				capa.style.display = \"\";\
                                 button.innerHTML = \"&uarr;\";\
 			} else {\
 				capa.style.display = \"none\";\
                                 button.innerHTML = \"&darr;\";     \
 			}\
 		}\
 	}\
 }"
     print "</script>"


     if (css_url != "")
     {
         print "<link rel=\"stylesheet\" href=\"" css_url "\" type =\"text/css\" media=\"screen\"/>"
     }
     if (css != "")
     {
         print "<style type =\"text/css\" media=\"screen\">"
 	print "<!--"
         while ((getline cssline < css) > 0)
         {
 	    print cssline
 	}
         print "-->"
 	print "</style />"
 	close(css)
     }
     print "</head>"
     print "<body lang=\"en\" bgcolor=\"#FFFFFF\" text=\"#000000\" link=\"#0000FF\" \
 vlink=\"#800080\" alink=\"#FF0000\">"
 }

 function html_footer ()
 {
     print "</body>"
     print "</html>"
 }

 function html_fnc_header (fname_p,
                           mcyclo_p,
                           cyclo_p,
                           num_statements_p,
                           num_lines_p,
                           first_line_p,
                           file_p)
 {
     print "<tr class=\"function_table_header\">"
     if (fname_p)
     {
         # Function name
         print "<td class=\"function_table_header_entry\">"
         print ""
         print "</td>"

         print "<td class=\"function_table_header_entry\">"
         print "Function Name"
         print "</td>"
     }
     if (mcyclo_p)
     {
         # Modified cyclo
         print "<td class=\"function_table_header_entry\">"
         print "Modified Cyclo"
         print "</td>"
     }
     if (cyclo_p)
     {
         # Cyclo
         print "<td class=\"function_table_header_entry\">"
         print "Cyclomatic"
         print "<br/>"
         print "Complexity"
         print "</td>"
     }
     if (num_statements_p)
     {
         print "<td class=\"function_table_header_entry\">"
         print "Number of"
         print "<br/>"
         print "Statements"
         print "</td>"
     }
     if (num_lines_p)
     {
         print "<td class=\"function_table_header_entry\">"
         print "Number of"
         print "<br/>"
         print "Lines"
         print "</td>"
     }
     if (first_line_p)
     {
         print "<td class=\"function_table_header_entry\">"
         print "First Line"
         print "</td>"
     }
     if (file_p)
     {
         print "<td class=\"function_table_header_entry\">"
         print "Source File"
         print "</td>"

     }
     print "</tr>"
 }

 function html_fnc (nfun,
                    fname_p,
                    mcyclo_p,
                    cyclo_p,
                    num_statements_p,
                    num_lines_p,
                    first_line_p,
                    file_p)
 {
     fname = fnames[nfun]

     # Function name
     trclass = "function_entry_simple"
     if (mcyclo[nfun] > cyclo_high_max)
     {
         trclass="function_entry_untestable"
     }
     else if (mcyclo[nfun] > cyclo_moderate_max)
     {
         trclass="function_entry_high"
     }
     else if (mcyclo[nfun] > cyclo_simple_max)
     {
         trclass="function_entry_moderate"
     }

     print "<tr class=\"" trclass "\">"
     if (fname_p)
     {
         print "<td class=\"function_entry_filename\">"
         if (file_p && mcyclo[nfun] > cyclo_simple_max)
         {
             print "<a href=\"javascript:void(0);\" title=\"show/hide function source\" onClick=\"javascript:show_hide('" fname "_src', '" fname "_button')\">\
 <span id=\"" fname "_button\">&darr;</span></a>"
         }
         else
         {
             print "&nbsp;"
         }
         print "</td>"

         print "<td class=\"function_entry_name\">"
         print fname
         print "</td>"
     }
     if (mcyclo_p)
     {
         # Modified cyclo
         print "<td class=\"function_entry_cyclo\">"
         print mcyclo[nfun]
         print "</td>"
     }
     if (cyclo_p)
     {
         # Cyclo
         print "<td class=\"function_entry_cyclo\">"
         print cyclo[nfun]
         print "</td>"
     }
     if (num_statements_p)
     {
         # Number of statements
         print "<td class=\"function_entry_number\">"
         print num_statements[nfun]
         print "</td>"
     }
     if (num_lines_p)
     {
         # Number of lines
         print "<td class=\"function_entry_number\">"
         print num_lines[nfun]
         print "</td>"
     }
     if (first_line_p)
     {
         # First line
         print "<td class=\"function_entry_number\">"
         print first_line[nfun]
         print "</td>"
     }
     if (file_p)
     {
         href = ""
         if (source_file_link_tmpl != "")
         {
             # Get href target
             href = source_file_link_tmpl
             sub(/%FILENAME%/, file[nfun], href)
         }

         # Source file
         print "<td class=\"function_entry_filename\">"
         if (href != "")
         {
             print "<a href=\"" href "\">" file[nfun] "</a>"
         }
         else
         {
             print file[nfun]
         }

         print "</td>"


         print "</tr>"

         if (mcyclo[nfun] > cyclo_simple_max)
         {
             print "<tr>"

             num_columns = 1;
             if (fname_p) { num_columns++ }
             if (mcyclo_p) { num_columns++ }
             if (cyclo_p) { num_columns++ }
             if (num_statements_p) { num_columns++ }
             if (num_lines_p) { num_columns++ }
             if (first_line_p) { num_columns++ }
             if (file_p) { num_columns++ }

             print "<td colspan=\"" num_columns "\" height=\"0\">"
             print "<div id=\"" fname "_src\" class=\"function_src\" style=\"position: relative; display: none;\">"
             print "<pre class=\"function_src\">"

             while ((getline codeline < (fname nfun "_fn.txt")) > 0)
             {
                 sub(/\\</, "&lt;", codeline)
                 sub(/\\>/, "&gt;", codeline)
                 sub(/&/, "&amp;", codeline)

                 print codeline
             }
             close(fname nfun "_fn.txt")
             system("rm " "'" fname "'" nfun "_fn.txt")
             print "</pre>"
             print "</div>"
             print "</td>"
             print "</tr>"
         }

     }
 }

 function html_global_stats ()
 {
     print "<div class=\"section_title\">Summary</div>"

     print "<table class=\"summary_table\">"
     # Total number of functions
     print "<tr>"
     print "<td class=\"summary_header_entry\">"
     print "Total number of functions"
     print "</td>"
     print "<td class=\"summary_number_entry\">"
     print num_of_functions
     print "</td>"
     print "</tr>"
     # Number of simple functions
     print "<tr>"
     print "<td class=\"summary_header_entry\">"
     print "Number of low risk functions"
     print "</td>"
     print "<td class=\"summary_number_entry\">"
     print num_of_simple_functions
     print "</td>"
     print "</tr>"
     # Number of moderate functions
     print "<tr>"
     print "<td class=\"summary_header_entry\">"
     print "Number of moderate risk functions"
     print "</td>"
     print "<td class=\"summary_number_entry\">"
     print num_of_moderate_functions
     print "</td>"
     print "</tr>"
     # Number of high functions
     print "<tr>"
     print "<td class=\"summary_header_entry\">"
     print "Number of high risk functions"
     print "</td>"
     print "<td class=\"summary_number_entry\">"
     print num_of_high_functions
     print "</td>"
     print "</tr>"
     # Number of untestable functions
     print "<tr>"
     print "<td class=\"summary_header_entry\">"
     print "Number of untestable functions"
     print "</td>"
     print "<td class=\"summary_number_entry\">"
     print num_of_untestable_functions
     print "</td>"
     print "</tr>"
     print "</table>"
     print "<br/>"
 }

 function html_function_cyclo ()
 {
     print "<div class=\"section_title\">Details for all functions</div>"

     print "<table class=\"ranges_table\">"
     print "<tr>"
     print "<td class=\"ranges_header_entry\">"
     print "&nbsp;"
     print "</td>"
     print "<td class=\"ranges_header_entry\">"
     print "Cyclomatic Complexity"
     print "</td>"
     print "<td class=\"ranges_header_entry\">"
     print "Risk Evaluation"
     print "</td>"
     print "</tr>"
     # Simple
     print "<tr>"
     print "<td class=\"ranges_entry_simple\">"
     print "&nbsp;"
     print "</td>"
     print "<td class=\"ranges_entry\">"
     print "0 - " cyclo_simple_max
     print "</td>"
     print "<td class=\"ranges_entry\">"
     print "Simple module, without much risk"
     print "</td>"
     print "</tr>"
     # Moderate
     print "<tr>"
     print "<td class=\"ranges_entry_moderate\">"
     print "&nbsp;"
     print "</td>"
     print "<td class=\"ranges_entry\">"
     print cyclo_simple_max + 1 " - " cyclo_moderate_max
     print "</td>"
     print "<td class=\"ranges_entry\">"
     print "More complex module, moderate risk"
     print "</td>"
     print "</tr>"
     # High
     print "<tr>"
     print "<td class=\"ranges_entry_high\">"
     print "&nbsp;"
     print "</td>"
     print "<td class=\"ranges_entry\">"
     print cyclo_moderate_max + 1 " - " cyclo_high_max
     print "</td>"
     print "<td class=\"ranges_entry\">"
     print "Complex module, high risk"
     print "</td>"
     print "</tr>"
     # Untestable
     print "<tr>"
     print "<td class=\"ranges_entry_untestable\">"
     print "&nbsp;"
     print "</td>"
     print "<td class=\"ranges_entry\">"
     print "greater than " cyclo_high_max
     print "</td>"
     print "<td class=\"ranges_entry\">"
     print "Untestable module, very high risk"
     print "</td>"
     print "</tr>"
     print "</table>"
     print "<br/>"
     html_fnc_table_complete("")
 }

 function wiki_global_stats ()
 {
     print "{| class=\"cyclo_summary_table\""
     # Total number of functions
     print "|-"
     print "| class=\"cyclo_summary_header_entry\" | Total number of functions"
     print "| class=\"cyclo_summary_number_entry\" |" num_of_functions
     # Number of simple functions
     print "|-"
     print "| class=\"cyclo_summary_header_entry\" | Number of low risk functions"
     print "| class=\"cyclo_summary_number_entry\" |" num_of_simple_functions
     # Number of moderate functions
     print "|-"
     print "| class=\"cyclo_summary_header_entry\" | Number of moderate risk functions"
     print "| class=\"cyclo_summary_number_entry\" |" num_of_moderate_functions
     # Number of high functions
     print "|-"
     print "| class=\"cyclo_summary_header_entry\" | Number of high risk functions"
     print "| class=\"cyclo_summary_number_entry\" |" num_of_high_functions
     # Number of untestable functions
     print "|-"
     print "| class=\"cyclo_summary_header_entry\" | Number of untestable functions"
     print "| class=\"cyclo_summary_number_entry\" |" num_of_untestable_functions
     print "|}"
 }

 function wiki_function_cyclo ()
 {
     print "==Details for all functions=="

     print "Used ranges:"

     print "{| class =\"cyclo_ranges_table\""
     print "|-"
     print "| class=\"cyclo_ranges_header_entry\" | "
     print "| class=\"cyclo_ranges_header_entry\" | Cyclomatic Complexity"
     print "| class=\"cyclo_ranges_header_entry\" | Risk Evaluation"
     # Simple
     print "|-"
     print "| class=\"cyclo_ranges_entry_simple\" | "
     print "| class=\"cyclo_ranges_entry\" | 0 - " cyclo_simple_max
     print "| class=\"cyclo_ranges_entry\" | Simple module, without much risk"
     # Moderate
     print "|-"
     print "| class=\"cyclo_ranges_entry_moderate\" | "
     print "| class=\"cyclo_ranges_entry\" |" cyclo_simple_max + 1 " - " cyclo_moderate_max
     print "| class=\"cyclo_ranges_entry\" | More complex module, moderate risk"
     # High
     print "|-"
     print "| class=\"cyclo_ranges_entry_high\" | "
     print "| class=\"cyclo_ranges_entry\" |" cyclo_moderate_max + 1 " - " cyclo_high_max
     print "| class=\"cyclo_ranges_entry\" | Complex module, high risk"
     # Untestable
     print "|-"
     print "| class=\"cyclo_ranges_entry_untestable\" | "
     print "| class=\"cyclo_ranges_entry\" | greater than " cyclo_high_max
     print "| class=\"cyclo_ranges_entry\" | Untestable module, very high risk"
     print "|}"

     print ""
     print ""
     wiki_fnc_table_complete("")
 }

 function wiki_fnc_table_complete (caption)
 {
     wiki_fnc_table(caption, 1, 1, 0, 1, 1, 0, 1)
 }

 function wiki_fnc_table_abbrev (caption)
 {
     wiki_fnc_table(caption, 1, 0, 0, 0, 0, 0, 0)
 }

 function wiki_fnc_table (caption,
                          fname_p,
                          mcyclo_p,
                          cyclo_p,
                          num_statements_p,
                          num_lines_p,
                          first_line_p,
                          file_p)
 {
     print "{| width=\"90%\" class=\"cyclo_function_table\" cellpadding=\"0\" cellspacing=\"0\">"
     if (caption != "")
     {
         print "|+" caption
     }
     wiki_fnc_header(fname_p,
                     mcyclo_p,
                     cyclo_p,
                     num_statements_p,
                     num_lines_p,
                     first_line_p,
                     file_p)
     for (nfnc = 1; nfnc <= nfuncs; nfnc++)
     {
         wiki_fnc(nfnc,
                  fname_p,
                  mcyclo_p,
                  cyclo_p,
                  num_statements_p,
                  num_lines_p,
                  first_line_p,
                  file_p)
     }
     print "|}"
 }

 function wiki_fnc_header (fname_p,
                           mcyclo_p,
                           cyclo_p,
                           num_statements_p,
                           num_lines_p,
                           first_line_p,
                           file_p)
 {
     if (fname_p)
     {
         # Function name
         print "! class=\"cyclo_function_table_header_entry\" | Function Name"
     }
     if (mcyclo_p)
     {
         # Modified cyclo
         print "! class=\"cyclo_function_table_header_entry\" | Modified Cyclo"
     }
     if (cyclo_p)
     {
         # Cyclo
         print "! class=\"cyclo_function_table_header_entry\" | Cyclomatic Complexity"
     }
     if (num_statements_p)
     {
         print "! class=\"cyclo_function_table_header_entry\" | Number of Statements"
     }
     if (num_lines_p)
     {
         print "! class=\"cyclo_function_table_header_entry\" | Number of Lines"
     }
     if (first_line_p)
     {
         print "! class=\"cyclo_function_table_header_entry\" | First Line"
     }
     if (file_p)
     {
         print "! class=\"cyclo_function_table_header_entry\" | Source File"
     }
 }

 function wiki_fnc (nfnc,
                    fname_p,
                    mcyclo_p,
                    cyclo_p,
                    num_statements_p,
                    num_lines_p,
                    first_line_p,
                    file_p)
 {
    fname = fnames[nfnc]

     # Function name
     trclass = "cyclo_function_entry_simple"
     if (mcyclo[nfnc] > cyclo_high_max)
     {
         trclass="cyclo_function_entry_untestable"
     }
     else if (mcyclo[nfnc] > cyclo_moderate_max)
     {
         trclass="cyclo_function_entry_high"
     }
     else if (mcyclo[nfnc] > cyclo_simple_max)
     {
         trclass="cyclo_function_entry_moderate"
     }

     print "|- class=\"" trclass "\""
     if (fname_p)
     {
         print "| class=\"cyclo_function_entry_name\" |" fname
     }
     if (mcyclo_p)
     {
         # Modified cyclo
         print "| class=\"cyclo_function_entry_cyclo\" |" mcyclo[nfnc]
     }
     if (cyclo_p)
     {
         # Cyclo
         print "| class=\"cyclo_function_entry_cyclo\" |" cyclo[nfnc]
     }
     if (num_statements_p)
     {
         # Number of statements
         print "| class=\"cyclo_function_entry_number\" |" num_statements[nfnc]
     }
     if (num_lines_p)
     {
         # Number of lines
         print "| class=\"cyclo_function_entry_number\" |" num_lines[nfnc]
     }
     if (first_line_p)
     {
         # First line
         print "| class=\"cyclo_function_entry_number\" |" first_line[nfnc]
     }
     if (file_p)
     {
         href = ""
         if (source_file_link_tmpl != "")
         {
             # Get href target
             href = source_file_link_tmpl
             sub(/%FILENAME%/, file[nfnc], href)
         }

         # Source file
         print "| class=\"cyclo_function_entry_filename\" |" \
             ((href != "") ? "[" href " " file[nfnc] "]" : "[" file[nfnc] "]")
     }
 }

 # Scan data from a line
 {
     function_name = $7

     nfuncs++;
     fnames[nfuncs] = function_name
     mcyclo[nfuncs] = $1
     cyclo[nfuncs] = $2
     num_statements[nfuncs] = $3
     first_line[nfuncs] = $4
     num_lines[nfuncs] = $5

     # Build the filename from the file_spec ($6)
     begin_util_path = index($6, cut_dir)
     tmpfilename = substr($6, begin_util_path + length(cut_dir))
     sub(/\([0-9]+\):/, "", tmpfilename)
     file[nfuncs] = tmpfilename

     if (mcyclo[nfuncs] > cyclo_simple_max)
     {
         # Extract function contents to a fn_txt file
         filepath = $6

         sub(/\([0-9]+\):/, "", filepath)
         num_line = 0

         while ((getline codeline < filepath) > 0)
         {
             num_line++;
             if ((num_line >= first_line[nfuncs]) &&
                 (num_line < first_line[nfuncs] + num_lines[nfuncs]))
             {
                 print codeline > (function_name nfuncs "_fn.txt")
             }
         }
         close (function_name nfuncs "_fn.txt")
         close(filepath)
     }

     # Initial values for statistics variables
     num_of_functions = 0
     max_mcyclo = 0
     max_function_length = 0
     num_of_simple_functions = 0
     num_of_moderate_functions = 0
     num_of_high_functions = 0
     num_of_untestable_functions = 0
 }

 # Epilogue
 END {
     # Print header (only for html)
     if (output_lang == "html")
     {
         html_header()
     }

     # Print prolog
     if ((output_lang == "html") &&
         (html_prolog != ""))
     {
         print html_prolog
     }
     if ((output_lang == "wiki") &&
         (wiki_prolog != ""))
     {
         print wiki_prolog
     }

     if (output_lang == "html")
     {
         print "<div class=\"page_title\">" package_name " Cyclomatic Complexity Report</div>"
         print "<p>Report generated at: <span class=\"report_timestamp\">" strftime() "</div></p>"
     }
     if (output_lang == "wiki")
     {
         print "==" package_name " Cyclomatic Complexity Report=="
         print "Report generated at: '''" strftime() "'''"
     }

     if (section_global_stats_p)
     {
         build_stats()

         if (output_lang == "html")
         {
             html_global_stats()
         }
         if (output_lang == "wiki")
         {
             wiki_global_stats()
         }
     }
     if (section_function_cyclo_p)
     {
         if (output_lang == "html")
         {
             html_function_cyclo()
         }
         if (output_lang == "wiki")
         {
             wiki_function_cyclo()
         }
     }

     # Print epilog
     if ((output_lang == "html") &&
         (html_epilog != ""))
     {
         print html_epilog
     }
     if ((output_lang == "wiki") &&
         (wiki_epilog != ""))
     {
         print wiki_epilog
     }

     # Print footer (html only)
     if (output_lang == "html")
     {
         html_footer()
     }
 }

 # End of pmccabe2html
	# pmccabe2html - AWK script to convert pmccabe output to html -- awk --

	# Copyright (C) 2007-2013 Free Software Foundation, Inc.

	# 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 <http://www.gnu.org/licenses/>.

	# Written by Jose E. Marchesi <jemarch@gnu.org>.
	# Adapted for gnulib by Simon Josefsson <simon@josefsson.org>.
	# Added support for C++ by Giuseppe Scrivano <gscrivano@gnu.org>.

	# Typical Invocation is from a Makefile.am:
	#
	# CYCLO_SOURCES = ${top_srcdir}/src/*.[ch]
	#
	# cyclo-$(PACKAGE).html: $(CYCLO_SOURCES)
	# $(PMCCABE) $(CYCLO_SOURCES) \
	# \| sort -nr \
	# \| $(AWK) -f ${top_srcdir}/build-aux/pmccabe2html \
	# -v lang=html -v name="$(PACKAGE_NAME)" \
	# -v vcurl="http://git.savannah.gnu.org/gitweb/?p=$(PACKAGE).git;a=blob;f=%FILENAME%;hb=HEAD" \
	# -v url="http://www.gnu.org/software/$(PACKAGE)/" \
	# -v css=${top_srcdir}/build-aux/pmccabe.css \
	# -v cut_dir=${top_srcdir}/ \
	# > $@-tmp
	# mv $@-tmp $@
	#
	# The variables available are:
	# lang output language, either 'html' or 'wiki'
	# name project name
	# url link to project's home page
	# vcurl URL to version controlled source code browser,
	# a %FILENAME% in the string is replaced with the relative
	# source filename
	# css CSS stylesheet filename, included verbatim in HTML output
	# css_url link to CSS stylesheet, an URL

	# Prologue & configuration
	BEGIN {
	section_global_stats_p = 1
	section_function_cyclo_p = 1

	# "html" or "wiki"
	package_name = name
	output_lang = lang

	# General Options
	cyclo_simple_max = 10
	cyclo_moderate_max = 20
	cyclo_high_max = 50
	source_file_link_tmpl = vcurl

	# HTML options
	if (url != "")
	{
	html_prolog = "<a href=\"" url "\">Back to " package_name " Homepage</a><br/><br/>"
	}
	html_epilog = "<hr color=\"black\" size=\"2\"/> \
	Copyright (c) 2007, 2008 Free Software Foundation, Inc."
	html_doctype = "<!DOCTYPE html PUBLIC \"-//W3C//DTD HTML 4.01 Transitional//EN\" \
	\"http://www.w3.org/TR/html401/loose.dtd\">"
	html_comment = "<!-- Generated by gnulib's pmccabe2html at " systime() " -->"
	html_title = "Cyclomatic Complexity report for " package_name

	# Wiki options
	wiki_prolog = "{{Note\|This page has been automatically generated}}"
	wiki_epilog = ""

	# Internal variables
	nfuncs = 0;
	}

	# Functions

	function build_stats()
	{
	# Maximum modified cyclo
	for (fcn in mcyclo)
	{
	num_of_functions++
	if (mcyclo[fcn] > max_mcyclo)
	{
	max_mcyclo = mcyclo[fcn]
	}

	if (mcyclo[fcn] > cyclo_high_max)
	{
	num_of_untestable_functions++
	}
	else if (mcyclo[fcn] > cyclo_moderate_max)
	{
	num_of_high_functions++
	}
	else if (mcyclo[fcn] > cyclo_simple_max)
	{
	num_of_moderate_functions++
	}
	else
	{
	num_of_simple_functions++
	}
	}
	}

	function html_fnc_table_complete (caption)
	{
	html_fnc_table(caption, 1, 1, 0, 1, 1, 0, 1)
	}

	function html_fnc_table_abbrev (caption)
	{
	html_fnc_table(caption, 1, 1, 0, 0, 1, 0, 0)
	}


	function html_fnc_table (caption,
	fname_p,
	mcyclo_p,
	cyclo_p,
	num_statements_p,
	num_lines_p,
	first_line_p,
	file_p)
	{
	print "<table width=\"90%\" class=\"function_table\" cellpadding=\"0\" cellspacing=\"0\">"
	if (caption != "")
	{
	print "<caption class=\"function_table_caption\">" caption "</caption>"
	}
	html_fnc_header(fname_p,
	mcyclo_p,
	cyclo_p,
	num_statements_p,
	num_lines_p,
	first_line_p,
	file_p)
	for (nfnc = 1; nfnc <= nfuncs; nfnc++)
	{
	html_fnc(nfnc,
	fname_p,
	mcyclo_p,
	cyclo_p,
	num_statements_p,
	num_lines_p,
	first_line_p,
	file_p)
	}
	print "</table>"
	}

	function html_header ()
	{
	print html_doctype
	print "<html>"
	print html_comment
	print "<head>"
	print "<title>" html_title "</title>"
	print ""
	print "<meta name=\"description\" content=\"" html_title "\">"
	print "<meta name=\"keywords\" content=\"" html_title "\">"
	print "<meta name=\"resource-type\" content=\"document\">"
	print "<meta name=\"distribution\" content=\"global\">"
	print "<meta name=\"Generator\" content=\"pmccabe2html\">"
	print "<meta http-equiv=\"Content-Type\" content=\"text/html; charset=utf-8\">"
	print "<script language=\"javascript\" type=\"text/javascript\">"
	print "function show_hide(idCapa, idButton, fuerzaVisibilidad)\
	{\
	var button = document.getElementById(idButton);\
	var capa = document.getElementById(idCapa);\
	if (capa)\
	{\
	if (fuerzaVisibilidad && fuerzaVisibilidad!=\"\") {\
	if (fuerzaVisibilidad==\"visible\") capa.style.display=\"\";\
	else capa.style.display=\"none\";\
	}\
	else\
	{\
	if (capa.style.display == \"none\") {\
	capa.style.display = \"\";\
	button.innerHTML = \"↑\";\
	} else {\
	capa.style.display = \"none\";\
	button.innerHTML = \"↓\"; \
	}\
	}\
	}\
	}"
	print "</script>"


	if (css_url != "")
	{
	print "<link rel=\"stylesheet\" href=\"" css_url "\" type =\"text/css\" media=\"screen\"/>"
	}
	if (css != "")
	{
	print "<style type =\"text/css\" media=\"screen\">"
	print "<!--"
	while ((getline cssline < css) > 0)
	{
	print cssline
	}
	print "-->"
	print "</style />"
	close(css)
	}
	print "</head>"
	print "<body lang=\"en\" bgcolor=\"#FFFFFF\" text=\"#000000\" link=\"#0000FF\" \
	vlink=\"#800080\" alink=\"#FF0000\">"
	}

	function html_footer ()
	{
	print "</body>"
	print "</html>"
	}

	function html_fnc_header (fname_p,
	mcyclo_p,
	cyclo_p,
	num_statements_p,
	num_lines_p,
	first_line_p,
	file_p)
	{
	print "<tr class=\"function_table_header\">"
	if (fname_p)
	{
	# Function name
	print "<td class=\"function_table_header_entry\">"
	print ""
	print "</td>"

	print "<td class=\"function_table_header_entry\">"
	print "Function Name"
	print "</td>"
	}
	if (mcyclo_p)
	{
	# Modified cyclo
	print "<td class=\"function_table_header_entry\">"
	print "Modified Cyclo"
	print "</td>"
	}
	if (cyclo_p)
	{
	# Cyclo
	print "<td class=\"function_table_header_entry\">"
	print "Cyclomatic"
	print "<br/>"
	print "Complexity"
	print "</td>"
	}
	if (num_statements_p)
	{
	print "<td class=\"function_table_header_entry\">"
	print "Number of"
	print "<br/>"
	print "Statements"
	print "</td>"
	}
	if (num_lines_p)
	{
	print "<td class=\"function_table_header_entry\">"
	print "Number of"
	print "<br/>"
	print "Lines"
	print "</td>"
	}
	if (first_line_p)
	{
	print "<td class=\"function_table_header_entry\">"
	print "First Line"
	print "</td>"
	}
	if (file_p)
	{
	print "<td class=\"function_table_header_entry\">"
	print "Source File"
	print "</td>"

	}
	print "</tr>"
	}

	function html_fnc (nfun,
	fname_p,
	mcyclo_p,
	cyclo_p,
	num_statements_p,
	num_lines_p,
	first_line_p,
	file_p)
	{
	fname = fnames[nfun]

	# Function name
	trclass = "function_entry_simple"
	if (mcyclo[nfun] > cyclo_high_max)
	{
	trclass="function_entry_untestable"
	}
	else if (mcyclo[nfun] > cyclo_moderate_max)
	{
	trclass="function_entry_high"
	}
	else if (mcyclo[nfun] > cyclo_simple_max)
	{
	trclass="function_entry_moderate"
	}

	print "<tr class=\"" trclass "\">"
	if (fname_p)
	{
	print "<td class=\"function_entry_filename\">"
	if (file_p && mcyclo[nfun] > cyclo_simple_max)
	{
	print "<a href=\"javascript:void(0);\" title=\"show/hide function source\" onClick=\"javascript:show_hide('" fname "_src', '" fname "_button')\">\
	<span id=\"" fname "_button\">↓</span></a>"
	}
	else
	{
	print " "
	}
	print "</td>"

	print "<td class=\"function_entry_name\">"
	print fname
	print "</td>"
	}
	if (mcyclo_p)
	{
	# Modified cyclo
	print "<td class=\"function_entry_cyclo\">"
	print mcyclo[nfun]
	print "</td>"
	}
	if (cyclo_p)
	{
	# Cyclo
	print "<td class=\"function_entry_cyclo\">"
	print cyclo[nfun]
	print "</td>"
	}
	if (num_statements_p)
	{
	# Number of statements
	print "<td class=\"function_entry_number\">"
	print num_statements[nfun]
	print "</td>"
	}
	if (num_lines_p)
	{
	# Number of lines
	print "<td class=\"function_entry_number\">"
	print num_lines[nfun]
	print "</td>"
	}
	if (first_line_p)
	{
	# First line
	print "<td class=\"function_entry_number\">"
	print first_line[nfun]
	print "</td>"
	}
	if (file_p)
	{
	href = ""
	if (source_file_link_tmpl != "")
	{
	# Get href target
	href = source_file_link_tmpl
	sub(/%FILENAME%/, file[nfun], href)
	}

	# Source file
	print "<td class=\"function_entry_filename\">"
	if (href != "")
	{
	print "<a href=\"" href "\">" file[nfun] "</a>"
	}
	else
	{
	print file[nfun]
	}

	print "</td>"


	print "</tr>"

	if (mcyclo[nfun] > cyclo_simple_max)
	{
	print "<tr>"

	num_columns = 1;
	if (fname_p) { num_columns++ }
	if (mcyclo_p) { num_columns++ }
	if (cyclo_p) { num_columns++ }
	if (num_statements_p) { num_columns++ }
	if (num_lines_p) { num_columns++ }
	if (first_line_p) { num_columns++ }
	if (file_p) { num_columns++ }

	print "<td colspan=\"" num_columns "\" height=\"0\">"
	print "<div id=\"" fname "_src\" class=\"function_src\" style=\"position: relative; display: none;\">"
	print "<pre class=\"function_src\">"

	while ((getline codeline < (fname nfun "_fn.txt")) > 0)
	{
	sub(/\\</, "<", codeline)
	sub(/\\>/, ">", codeline)
	sub(/&/, "&", codeline)

	print codeline
	}
	close(fname nfun "_fn.txt")
	system("rm " "'" fname "'" nfun "_fn.txt")
	print "</pre>"
	print "</div>"
	print "</td>"
	print "</tr>"
	}

	}
	}

	function html_global_stats ()
	{
	print "<div class=\"section_title\">Summary</div>"

	print "<table class=\"summary_table\">"
	# Total number of functions
	print "<tr>"
	print "<td class=\"summary_header_entry\">"
	print "Total number of functions"
	print "</td>"
	print "<td class=\"summary_number_entry\">"
	print num_of_functions
	print "</td>"
	print "</tr>"
	# Number of simple functions
	print "<tr>"
	print "<td class=\"summary_header_entry\">"
	print "Number of low risk functions"
	print "</td>"
	print "<td class=\"summary_number_entry\">"
	print num_of_simple_functions
	print "</td>"
	print "</tr>"
	# Number of moderate functions
	print "<tr>"
	print "<td class=\"summary_header_entry\">"
	print "Number of moderate risk functions"
	print "</td>"
	print "<td class=\"summary_number_entry\">"
	print num_of_moderate_functions
	print "</td>"
	print "</tr>"
	# Number of high functions
	print "<tr>"
	print "<td class=\"summary_header_entry\">"
	print "Number of high risk functions"
	print "</td>"
	print "<td class=\"summary_number_entry\">"
	print num_of_high_functions
	print "</td>"
	print "</tr>"
	# Number of untestable functions
	print "<tr>"
	print "<td class=\"summary_header_entry\">"
	print "Number of untestable functions"
	print "</td>"
	print "<td class=\"summary_number_entry\">"
	print num_of_untestable_functions
	print "</td>"
	print "</tr>"
	print "</table>"
	print "<br/>"
	}

	function html_function_cyclo ()
	{
	print "<div class=\"section_title\">Details for all functions</div>"

	print "<table class=\"ranges_table\">"
	print "<tr>"
	print "<td class=\"ranges_header_entry\">"
	print " "
	print "</td>"
	print "<td class=\"ranges_header_entry\">"
	print "Cyclomatic Complexity"
	print "</td>"
	print "<td class=\"ranges_header_entry\">"
	print "Risk Evaluation"
	print "</td>"
	print "</tr>"
	# Simple
	print "<tr>"
	print "<td class=\"ranges_entry_simple\">"
	print " "
	print "</td>"
	print "<td class=\"ranges_entry\">"
	print "0 - " cyclo_simple_max
	print "</td>"
	print "<td class=\"ranges_entry\">"
	print "Simple module, without much risk"
	print "</td>"
	print "</tr>"
	# Moderate
	print "<tr>"
	print "<td class=\"ranges_entry_moderate\">"
	print " "
	print "</td>"
	print "<td class=\"ranges_entry\">"
	print cyclo_simple_max + 1 " - " cyclo_moderate_max
	print "</td>"
	print "<td class=\"ranges_entry\">"
	print "More complex module, moderate risk"
	print "</td>"
	print "</tr>"
	# High
	print "<tr>"
	print "<td class=\"ranges_entry_high\">"
	print " "
	print "</td>"
	print "<td class=\"ranges_entry\">"
	print cyclo_moderate_max + 1 " - " cyclo_high_max
	print "</td>"
	print "<td class=\"ranges_entry\">"
	print "Complex module, high risk"
	print "</td>"
	print "</tr>"
	# Untestable
	print "<tr>"
	print "<td class=\"ranges_entry_untestable\">"
	print " "
	print "</td>"
	print "<td class=\"ranges_entry\">"
	print "greater than " cyclo_high_max
	print "</td>"
	print "<td class=\"ranges_entry\">"
	print "Untestable module, very high risk"
	print "</td>"
	print "</tr>"
	print "</table>"
	print "<br/>"
	html_fnc_table_complete("")
	}

	function wiki_global_stats ()
	{
	print "{\| class=\"cyclo_summary_table\""
	# Total number of functions
	print "\|-"
	print "\| class=\"cyclo_summary_header_entry\" \| Total number of functions"
	print "\| class=\"cyclo_summary_number_entry\" \|" num_of_functions
	# Number of simple functions
	print "\|-"
	print "\| class=\"cyclo_summary_header_entry\" \| Number of low risk functions"
	print "\| class=\"cyclo_summary_number_entry\" \|" num_of_simple_functions
	# Number of moderate functions
	print "\|-"
	print "\| class=\"cyclo_summary_header_entry\" \| Number of moderate risk functions"
	print "\| class=\"cyclo_summary_number_entry\" \|" num_of_moderate_functions
	# Number of high functions
	print "\|-"
	print "\| class=\"cyclo_summary_header_entry\" \| Number of high risk functions"
	print "\| class=\"cyclo_summary_number_entry\" \|" num_of_high_functions
	# Number of untestable functions
	print "\|-"
	print "\| class=\"cyclo_summary_header_entry\" \| Number of untestable functions"
	print "\| class=\"cyclo_summary_number_entry\" \|" num_of_untestable_functions
	print "\|}"
	}

	function wiki_function_cyclo ()
	{
	print "==Details for all functions=="

	print "Used ranges:"

	print "{\| class =\"cyclo_ranges_table\""
	print "\|-"
	print "\| class=\"cyclo_ranges_header_entry\" \| "
	print "\| class=\"cyclo_ranges_header_entry\" \| Cyclomatic Complexity"
	print "\| class=\"cyclo_ranges_header_entry\" \| Risk Evaluation"
	# Simple
	print "\|-"
	print "\| class=\"cyclo_ranges_entry_simple\" \| "
	print "\| class=\"cyclo_ranges_entry\" \| 0 - " cyclo_simple_max
	print "\| class=\"cyclo_ranges_entry\" \| Simple module, without much risk"
	# Moderate
	print "\|-"
	print "\| class=\"cyclo_ranges_entry_moderate\" \| "
	print "\| class=\"cyclo_ranges_entry\" \|" cyclo_simple_max + 1 " - " cyclo_moderate_max
	print "\| class=\"cyclo_ranges_entry\" \| More complex module, moderate risk"
	# High
	print "\|-"
	print "\| class=\"cyclo_ranges_entry_high\" \| "
	print "\| class=\"cyclo_ranges_entry\" \|" cyclo_moderate_max + 1 " - " cyclo_high_max
	print "\| class=\"cyclo_ranges_entry\" \| Complex module, high risk"
	# Untestable
	print "\|-"
	print "\| class=\"cyclo_ranges_entry_untestable\" \| "
	print "\| class=\"cyclo_ranges_entry\" \| greater than " cyclo_high_max
	print "\| class=\"cyclo_ranges_entry\" \| Untestable module, very high risk"
	print "\|}"

	print ""
	print ""
	wiki_fnc_table_complete("")
	}

	function wiki_fnc_table_complete (caption)
	{
	wiki_fnc_table(caption, 1, 1, 0, 1, 1, 0, 1)
	}

	function wiki_fnc_table_abbrev (caption)
	{
	wiki_fnc_table(caption, 1, 0, 0, 0, 0, 0, 0)
	}

	function wiki_fnc_table (caption,
	fname_p,
	mcyclo_p,
	cyclo_p,
	num_statements_p,
	num_lines_p,
	first_line_p,
	file_p)
	{
	print "{\| width=\"90%\" class=\"cyclo_function_table\" cellpadding=\"0\" cellspacing=\"0\">"
	if (caption != "")
	{
	print "\|+" caption
	}
	wiki_fnc_header(fname_p,
	mcyclo_p,
	cyclo_p,
	num_statements_p,
	num_lines_p,
	first_line_p,
	file_p)
	for (nfnc = 1; nfnc <= nfuncs; nfnc++)
	{
	wiki_fnc(nfnc,
	fname_p,
	mcyclo_p,
	cyclo_p,
	num_statements_p,
	num_lines_p,
	first_line_p,
	file_p)
	}
	print "\|}"
	}

	function wiki_fnc_header (fname_p,
	mcyclo_p,
	cyclo_p,
	num_statements_p,
	num_lines_p,
	first_line_p,
	file_p)
	{
	if (fname_p)
	{
	# Function name
	print "! class=\"cyclo_function_table_header_entry\" \| Function Name"
	}
	if (mcyclo_p)
	{
	# Modified cyclo
	print "! class=\"cyclo_function_table_header_entry\" \| Modified Cyclo"
	}
	if (cyclo_p)
	{
	# Cyclo
	print "! class=\"cyclo_function_table_header_entry\" \| Cyclomatic Complexity"
	}
	if (num_statements_p)
	{
	print "! class=\"cyclo_function_table_header_entry\" \| Number of Statements"
	}
	if (num_lines_p)
	{
	print "! class=\"cyclo_function_table_header_entry\" \| Number of Lines"
	}
	if (first_line_p)
	{
	print "! class=\"cyclo_function_table_header_entry\" \| First Line"
	}
	if (file_p)
	{
	print "! class=\"cyclo_function_table_header_entry\" \| Source File"
	}
	}

	function wiki_fnc (nfnc,
	fname_p,
	mcyclo_p,
	cyclo_p,
	num_statements_p,
	num_lines_p,
	first_line_p,
	file_p)
	{
	fname = fnames[nfnc]

	# Function name
	trclass = "cyclo_function_entry_simple"
	if (mcyclo[nfnc] > cyclo_high_max)
	{
	trclass="cyclo_function_entry_untestable"
	}
	else if (mcyclo[nfnc] > cyclo_moderate_max)
	{
	trclass="cyclo_function_entry_high"
	}
	else if (mcyclo[nfnc] > cyclo_simple_max)
	{
	trclass="cyclo_function_entry_moderate"
	}

	print "\|- class=\"" trclass "\""
	if (fname_p)
	{
	print "\| class=\"cyclo_function_entry_name\" \|" fname
	}
	if (mcyclo_p)
	{
	# Modified cyclo
	print "\| class=\"cyclo_function_entry_cyclo\" \|" mcyclo[nfnc]
	}
	if (cyclo_p)
	{
	# Cyclo
	print "\| class=\"cyclo_function_entry_cyclo\" \|" cyclo[nfnc]
	}
	if (num_statements_p)
	{
	# Number of statements
	print "\| class=\"cyclo_function_entry_number\" \|" num_statements[nfnc]
	}
	if (num_lines_p)
	{
	# Number of lines
	print "\| class=\"cyclo_function_entry_number\" \|" num_lines[nfnc]
	}
	if (first_line_p)
	{
	# First line
	print "\| class=\"cyclo_function_entry_number\" \|" first_line[nfnc]
	}
	if (file_p)
	{
	href = ""
	if (source_file_link_tmpl != "")
	{
	# Get href target
	href = source_file_link_tmpl
	sub(/%FILENAME%/, file[nfnc], href)
	}

	# Source file
	print "\| class=\"cyclo_function_entry_filename\" \|" \
	((href != "") ? "[" href " " file[nfnc] "]" : "[" file[nfnc] "]")
	}
	}

	# Scan data from a line
	{
	function_name = $7

	nfuncs++;
	fnames[nfuncs] = function_name
	mcyclo[nfuncs] = $1
	cyclo[nfuncs] = $2
	num_statements[nfuncs] = $3
	first_line[nfuncs] = $4
	num_lines[nfuncs] = $5

	# Build the filename from the file_spec ($6)
	begin_util_path = index($6, cut_dir)
	tmpfilename = substr($6, begin_util_path + length(cut_dir))
	sub(/\([0-9]+\):/, "", tmpfilename)
	file[nfuncs] = tmpfilename

	if (mcyclo[nfuncs] > cyclo_simple_max)
	{
	# Extract function contents to a fn_txt file
	filepath = $6

	sub(/\([0-9]+\):/, "", filepath)
	num_line = 0

	while ((getline codeline < filepath) > 0)
	{
	num_line++;
	if ((num_line >= first_line[nfuncs]) &&
	(num_line < first_line[nfuncs] + num_lines[nfuncs]))
	{
	print codeline > (function_name nfuncs "_fn.txt")
	}
	}
	close (function_name nfuncs "_fn.txt")
	close(filepath)
	}

	# Initial values for statistics variables
	num_of_functions = 0
	max_mcyclo = 0
	max_function_length = 0
	num_of_simple_functions = 0
	num_of_moderate_functions = 0
	num_of_high_functions = 0
	num_of_untestable_functions = 0
	}

	# Epilogue
	END {
	# Print header (only for html)
	if (output_lang == "html")
	{
	html_header()
	}

	# Print prolog
	if ((output_lang == "html") &&
	(html_prolog != ""))
	{
	print html_prolog
	}
	if ((output_lang == "wiki") &&
	(wiki_prolog != ""))
	{
	print wiki_prolog
	}

	if (output_lang == "html")
	{
	print "<div class=\"page_title\">" package_name " Cyclomatic Complexity Report</div>"
	print "<p>Report generated at: <span class=\"report_timestamp\">" strftime() "</div></p>"
	}
	if (output_lang == "wiki")
	{
	print "==" package_name " Cyclomatic Complexity Report=="
	print "Report generated at: '''" strftime() "'''"
	}

	if (section_global_stats_p)
	{
	build_stats()

	if (output_lang == "html")
	{
	html_global_stats()
	}
	if (output_lang == "wiki")
	{
	wiki_global_stats()
	}
	}
	if (section_function_cyclo_p)
	{
	if (output_lang == "html")
	{
	html_function_cyclo()
	}
	if (output_lang == "wiki")
	{
	wiki_function_cyclo()
	}
	}

	# Print epilog
	if ((output_lang == "html") &&
	(html_epilog != ""))
	{
	print html_epilog
	}
	if ((output_lang == "wiki") &&
	(wiki_epilog != ""))
	{
	print wiki_epilog
	}

	# Print footer (html only)
	if (output_lang == "html")
	{
	html_footer()
	}
	}

	# End of pmccabe2html