def make_compare_entry(dbname,ifile, device, dpi, band):
ofile = "%s.%s.%d.%d" % (ifile, device, dpi, band)
print "creating entry: " + ofile + "...",
sys.stdout.flush()
gs = gstestgs.Ghostscript()
gs.gsroot = gsconf.gsroot
gs.log_stdout = gsconf.gs_stdout
gs.log_stderr = gsconf.gs_stderr
gs.command = gsconf.headinstallpath
gs.infile = gsconf.comparefiledir + ifile
gs.outfile = ofile
gs.device = device
gs.dpi = dpi
gs.band = band
if not gssum.exists(ofile,dbname):
if gs.process():
try:
gssum.add_file(ofile,dbname)
rasterdb.put_file(ofile)
os.unlink(ofile)
print "done."
except OSError:
print "no output produced."
else:
print "error."
else:
print "exists."
def make_compare_entry(ifile, device, dpi, band):
ofile = "%s.%s.%d.%d" % (ifile, device, dpi, band)
print "creating entry: " + ofile + "...",
sys.stdout.flush()
gs = gstestgs.Ghostscript()
gs.log_stdout = gsconf.log_stdout
gs.log_stderr = gsconf.log_stderr
gs.command = gsconf.baselinegs
gs.infile = gsconf.comparefiledir + ifile
gs.outfile = ofile
gs.device = device
gs.dpi = dpi
gs.band = band
if not gssum.exists(ofile):
if gs.process():
try:
gssum.add_file(ofile)
rasterdb.put_file(ofile)
os.unlink(ofile)
print "done."
except OSError:
print "no output produced."
else:
print "error."
else:
print "exists."
def update_databases(outputfile, device, dpi, band, revision, options):
log = open(gsconf.baseline_log, "a")
outputdevice = " ".join((device, str(dpi), str(band)))
message = time.ctime(
) + " " + testfile + " " + outputdevice + " updated " + revision
if options and options.dryrun:
print "dryrun", message
else:
log.write(message + "\n")
log.close()
baselinedb = gsconf.baselinedb
if options and options.dryrun:
pass
else:
gssum.add_file(outputfile, baselinedb)
if options and options.dryrun:
pass
else:
rasterdb.put_file(outputfile)
if not options.nocleanup:
os.unlink(outputfile)
def update_databases(outputfile,device,dpi,band,revision,options):
log = open(gsconf.baseline_log, "a")
outputdevice=" ".join((device,str(dpi),str(band)))
message=time.ctime() + " " + testfile +" "+outputdevice+ " updated "+revision
if options and options.dryrun:
print "dryrun",message
else:
log.write(message+"\n")
log.close()
baselinedb=gsconf.baselinedb
if options and options.dryrun:
pass
else:
gssum.add_file(outputfile,baselinedb)
if options and options.dryrun:
pass
else:
rasterdb.put_file(outputfile)
if not options.nocleanup:
os.unlink(outputfile)
def runTest(self):
if hasattr(self, "skip") and self.skip == 1:
self.assert_(True)
return
outputfile = "%s.%s.%d.%d" % (self.file[string.rindex(self.file, '/') +
1:], self.device, self.dpi,
self.band)
gs = gstestgs.Ghostscript()
gs.gsroot = self.gsroot
gs.device = self.device
gs.dpi = self.dpi
gs.band = self.band
gs.infile = self.file
gs.outfile = outputfile
if self.log_stdout:
gs.log_stdout = self.log_stdout
if self.log_stderr:
gs.log_stderr = self.log_stderr
if gs.process():
sum = gssum.make_sum(outputfile)
else:
sum = ''
if os.path.exists(outputfile):
shutil.move(outputfile, gsconf.datadir + "/raster.daily")
# os.unlink(outputfile)
if sum and self.track_daily: # add test result to daily database
if gsconf.__dict__.has_key("checksumdb") and gsconf.checksumdb:
dbname = gsconf.dailydir + gsconf.checksumdb # mhw +".db"
else:
dbname = gsconf.get_dailydb_name()
gssum.add_file(outputfile, dbname=dbname, sum=sum)
if not sum:
message = myself + " output file " + outputfile + " was not created for input file: " + self.file
self.fail(message)
else:
if gssum.exists(outputfile, gsconf.baselinedb):
sum_baseline = gssum.get_sum(outputfile, gsconf.baselinedb)
message = myself + ' checksum did not match baseline (' + outputfile + ') for input file: ' + self.file
self.assertEqual(sum, sum_baseline, message)
else:
message = myself + " no baseline checksum (" + outputfile + ") for file: " + self.file
self.fail(message)
def runTest(self):
if hasattr(self, "skip") and self.skip == 1:
self.assert_(True)
return
outputfile = "%s.%s.%d.%d" % (self.file[string.rindex(self.file, '/') + 1:], self.device, self.dpi, self.band)
gs = gstestgs.Ghostscript()
gs.gsroot = self.gsroot
gs.device = self.device
gs.dpi = self.dpi
gs.band = self.band
gs.infile = self.file
gs.outfile = outputfile
if self.log_stdout:
gs.log_stdout = self.log_stdout
if self.log_stderr:
gs.log_stderr = self.log_stderr
if gs.process():
sum = gssum.make_sum(outputfile)
else:
sum = ''
if os.path.exists(outputfile):
shutil.move(outputfile, gsconf.datadir+"/raster.daily")
# os.unlink(outputfile)
if sum and self.track_daily: # add test result to daily database
if gsconf.__dict__.has_key("checksumdb") and gsconf.checksumdb:
dbname=gsconf.dailydir+gsconf.checksumdb # mhw +".db"
else:
dbname=gsconf.get_dailydb_name()
gssum.add_file(outputfile, dbname=dbname, sum=sum)
if not sum:
message=myself+" output file "+outputfile+" was not created for input file: " + self.file
self.fail(message)
else:
if gssum.exists(outputfile,gsconf.baselinedb):
sum_baseline=gssum.get_sum(outputfile,gsconf.baselinedb)
message=myself+' checksum did not match baseline (' + outputfile + ') for input file: ' + self.file
self.assertEqual(sum,sum_baseline,message)
else:
message = myself+" no baseline checksum (" + outputfile + ") for file: " + self.file
self.fail(message)
def make_pdfcompare_entry(dbname, ifile, device, dpi, band):
ofile = "%s.pdf.%s.%d.%d" % (ifile, device, dpi, band)
print "creating entry: " + ofile + "...",
sys.stdout.flush()
if gssum.exists(ofile, dbname):
print "exists."
return
gs = gstestgs.Ghostscript()
gs.gsroot = gsconf.gsroot
gs.log_stdout = gsconf.gs_stdout
gs.log_stderr = gsconf.gs_stderr
gs.command = gsconf.headinstallpath
gs.infile = gsconf.comparefiledir + ifile
gs.dpi = dpi
gs.band = band
# make file->PDF
tfile = ofile + ".pdf"
gs.outfile = tfile
gs.device = 'pdfwrite'
gs.dpi = None
if not gs.process():
print "error."
return
gs.infile = tfile
gs.outfile = ofile
gs.device = device
gs.dpi = dpi
if gs.process():
try:
gssum.add_file(ofile, dbname)
rasterdb.put_file(ofile)
os.unlink(tfile)
os.unlink(ofile)
print "done."
except OSError:
print "no output produced."
else:
print "error."
def regen_baseline(rasterdir, workdir, baselinedbname, filelist, options=None):
if options == None:
myself = "regen_baseline.py"
else:
myself = options.myself
if filelist: # filelist may be a subset of the files in rasterdir
print filelist
f = open(filelist)
rasterfiles = f.readlines()
f.close
print rasterfiles
else:
rasterfiles = os.listdir(rasterdir)
rasterfiles.sort()
if not os.path.exists(workdir):
os.mkdir(workdir)
total = len(rasterfiles)
all = 0
print "%50s %s %i" % (rasterdir, "total files", total)
gzmatch = re.compile('.*gz$')
for rasterfile_raw in rasterfiles:
if options.verbose: print "try", rasterfile_raw
fullname = rasterdir + rasterfile_raw
if not os.path.isfile(fullname):
print myself, "ignoring (not regular file)", fullname
continue
if not gzmatch.match(rasterfile_raw):
print myself, "ignoring (not gz)", rasterfile_raw
continue
rasterfile = rasterfile_raw.replace(".gz", "")
rasterfilepath = workdir + rasterfile
if not gssum.exists(rasterfile, baselinedbname):
if not os.path.exists(rasterfilepath):
if options.verbose: print "gz ", rasterfile_raw
rasterdb.get_file(rasterfile, rasterdir, output=rasterfilepath)
if options.verbose: print rasterfilepath
gssum.add_file(rasterfilepath, baselinedbname)
all += 1
if options.verbose:
print "%100s %i %s %i" % (rasterfile, all, "of", total)
if options.delete and os.path.exists(rasterfilepath):
os.unlink(rasterfilepath)
def regen_baseline(rasterdir,workdir,baselinedbname,filelist,options=None):
if options == None:
myself="regen_baseline.py"
else:
myself=options.myself
if filelist: # filelist may be a subset of the files in rasterdir
print filelist
f=open(filelist)
rasterfiles=f.readlines()
f.close
print rasterfiles
else:
rasterfiles = os.listdir(rasterdir)
rasterfiles.sort()
if not os.path.exists(workdir):
os.mkdir(workdir)
total=len(rasterfiles)
all=0
print "%50s %s %i" % (rasterdir,"total files",total)
gzmatch=re.compile('.*gz$')
for rasterfile_raw in rasterfiles:
if options.verbose: print "try",rasterfile_raw
fullname=rasterdir+rasterfile_raw
if not os.path.isfile(fullname):
print myself,"ignoring (not regular file)",fullname
continue
if not gzmatch.match(rasterfile_raw):
print myself,"ignoring (not gz)",rasterfile_raw
continue
rasterfile=rasterfile_raw.replace(".gz","")
rasterfilepath=workdir+rasterfile
if not gssum.exists(rasterfile,baselinedbname):
if not os.path.exists(rasterfilepath):
if options.verbose: print "gz ",rasterfile_raw
rasterdb.get_file(rasterfile,rasterdir,output=rasterfilepath)
if options.verbose: print rasterfilepath
gssum.add_file(rasterfilepath,baselinedbname)
all+=1
if options.verbose: print "%100s %i %s %i" % (rasterfile,all,"of",total)
if options.delete and os.path.exists(rasterfilepath):
os.unlink(rasterfilepath)
def make_pdfcompare_entry(ifile, device, dpi, band):
ofile = "%s.pdf.%s.%d.%d" % (ifile, device, dpi, band)
print "creating entry: " + ofile + "...",
sys.stdout.flush()
if gssum.exists(ofile):
print "exists."
return
gs = gstestgs.Ghostscript()
gs.log_stdout = gsconf.log_stdout
gs.log_stderr = gsconf.log_stderr
gs.command = gsconf.baselinegs
gs.infile = gsconf.comparefiledir + ifile
gs.dpi = dpi
gs.band = band
# make file->PDF
tfile = ofile + ".pdf"
gs.outfile = tfile
gs.device = "pdfwrite"
gs.dpi = None
if not gs.process():
print "error."
return
gs.infile = tfile
gs.outfile = ofile
gs.device = device
gs.dpi = dpi
if gs.process():
try:
gssum.add_file(ofile)
rasterdb.put_file(ofile)
os.unlink(tfile)
os.unlink(ofile)
print "done."
except OSError:
print "no output produced."
else:
print "error."
def runTest(self):
if hasattr(self, "skip") and self.skip:
self.assert_(True)
return
file1 = '%s.%s.%d.%d.pdf' % (self.file[string.rindex(self.file, '/') + 1:], 'pdf', self.dpi, self.band)
file2 = '%s.pdf.%s.%d.%d' % (self.file[string.rindex(self.file, '/') + 1:], self.device, self.dpi, self.band)
gs = gstestgs.Ghostscript()
gs.gsroot = self.gsroot
gs.dpi = self.dpi
gs.band = self.band
gs.infile = self.file
if self.log_stdout:
gs.log_stdout = self.log_stdout
if self.log_stderr:
gs.log_stderr = self.log_stderr
# do file->PDF conversion
gs.device = 'pdfwrite'
gs.dpi = None
gs.outfile = file1
if not gs.process():
self.fail("non-zero exit code trying to create pdf file from " + self.file)
# do PDF->device (pbmraw, pgmraw, ppmraw, pkmraw)
gs.device = self.device
gs.dpi = self.dpi
gs.infile = file1
gs.outfile = file2
if not gs.process():
self.fail("non-zero exit code trying to rasterize " + file1)
if os.path.exists(file1):
shutil.move(file1, gsconf.datadir+"/raster.daily")
# os.unlink(file1)
else:
self.fail("output file "+file1+" was not created for input file: " + file1)
if os.path.exists(file2):
sum = gssum.make_sum(file2)
if not sum:
self.fail("no checksum for output file "+file2+" was not created for input file: " + self.file)
shutil.move(file2, gsconf.datadir+"/raster.daily")
# os.unlink(file2)
else:
self.fail("output file "+file2+" was not created for input file: " + file2)
# add test result to daily database
if self.track_daily:
if gsconf.__dict__.has_key("checksumdb") and gsconf.checksumdb:
dbname=gsconf.dailydir+gsconf.checksumdb # mhw+".db"
else:
dbname=gsconf.get_dailydb_name()
gssum.add_file(file2, dbname=dbname, sum=sum)
else:
outputfile=file2
if gssum.exists(outputfile,gsconf.baselinedb):
sum_baseline=gssum.get_sum(outputfile,gsconf.baselinedb)
message=myself+' checksum did not match baseline (' + outputfile + ') for input file: ' + self.file
self.assertEqual(sum,sum_baseline,message)
else:
message = myself+" no baseline checksum (" + outputfile + ") for file: " + self.file
self.fail(message)