#!/usr/bin/python3 import sys from urllib.request import urlopen from lxml import etree from lxml.html import parse if len(sys.argv)<3: print(sys.argv[0], " ") sys.exit(1) outfile=sys.argv[1] url=sys.argv[2] p=parse(urlopen(url)).getroot() p.make_links_absolute(url) matrix=p.xpath("//table[@id='configuration-matrix']") matrixrows=matrix[0].xpath("tr") # First is compilers, and colspan on first td is number of horizontal qualifiers # Second first is each build target, and rowspan is number of vertical qualifiers columntocompiler=[] for x in matrixrows[0]: for n in range(0, int(x.get("colspan"))): columntocompiler.append(x.text) matrixrows=matrixrows[1:] print(columntocompiler) # Essentially we column collapse the matrix into HTML. Quite straightforward. class Platform: def __init__(self, name): self.name=name self.rows=[] platforms=[] rowspan=0 for row in matrixrows: cols=row.xpath("td") outrow="" count=0 for x in range(0, len(cols)): if x==0 and rowspan==0: rowspan=int(cols[x].get("rowspan")) platform=Platform(cols[x].text) platforms.append(platform) count+=0.5 col=cols[x] atags=col.xpath("div/a") imgs=col.xpath("div/img") if len(atags)==0 and len(imgs)==0: col.set('valign', 'top') outrow+=etree.tostring(col).decode('utf-8') elif len(atags)!=0 and len(imgs)==0: # Format:

#col=col[:] # Replace img src with something dynamic # Form: https://ci.nedprod.com/job/Maidsafe%20CRUX/CPPSTD=c++11,CXX=g++-4.9,LINKTYPE=shared,label=arm-gcc-clang/badge/icon joburl=atags[0].get("href") imgs=atags[0].xpath("img") del imgs[0].attrib["width"] del imgs[0].attrib["height"] imgs[0].set('src', joburl+"badge/icon") imgs[0].set('align', "top") # Insert target name just inside end of div col.getchildren()[-1].getchildren()[-1].tail=" "+columntocompiler[len(columntocompiler)-(len(cols)-x)] outrow+=etree.tostring(col).decode('utf-8') count+=1 if count==0.5: platform.rows.append(outrow[:outrow.find("")+5]) elif count: platform.rows.append(outrow) else: platform.rows.append("") rowspan-=1 with open(outfile, 'wt') as oh: oh.write('\n') for platform in platforms: for y in range(0, len(platform.rows)): oh.write(' \n') oh.write(' '+platform.rows[y]+'\n') oh.write(' \n') oh.write('

\n')