\n"); document.write('\n'); document.write('\n'); document.write('\n'); document.write('\n'); document.write('\n'); document.write('
\n'); document.write('

\n'); document.write('\n'); document.write('		\n'); document.write('

' + name_prod[n] + '

\n'); document.write('

' + name_comp[n] + '

\n'); document.write('

' + descr[n] + '

\n'); if (url_support[n] == "") document.write('

 

\n'); else document.write('

Implementation Conformance Statement

\n'); document.write('
\n'); document.write('
\n'); document.write("\n"); } single_comp = new Array (); single_comp[0] = ""; var n = 0; for (i = 0; i < number; i++) { if (single_comp[n-1] != name_comp[i]) { single_comp[n] = name_comp[i]; n++; } } var number_single = single_comp.length; printed = new Array (); for (n = 0; n < number_single; n++) { printed[n] = false; } n = 0; i = 0; do { do { n = rand(number_single); } while (printed[n] == true) for (m = 0; m < number; m++) { if (name_comp[m] == single_comp[n]) { output (m); i++; } } printed[n] = true; } while (i < number) // End -->