def main(lcffile, gdt, prefix):
ltree = ET.parse(lcffile)
newLcf = ET.Element(slpsns.lcf_('configuration'))
xbgfDir = '/'.join(lcffile.split('/')[:-1])
if xbgfDir == '':
xbgfDir = 'xbgf/'
elif xbgfDir[-1] == '/':
xbgfDir += 'xbgf/'
else:
xbgfDir += '/xbgf/'
# find synch points
for t in ltree.findall('target'):
synch[t.findtext('name')] = []
for b in t.findall('branch'):
start = b.findtext('input')
for p in b.findall('preparation/perform'):
start += '.' + cutName(p.text)
for p in b.findall('nominal-matching/perform'):
start += '.' + cutName(p.text)
for p in b.findall('normalizing/perform'):
start += '.' + cutName(p.text)
synch[t.findtext('name')].append(shorten(start))
#print synch
# generate csvs
for t in ltree.findall('target'):
for b in t.findall('branch'):
start = b.findtext('input')
csv = open(
prefix + '.' + t.findtext('name') + '.' + start + '.txt', 'w')
prev, csvstr = measure(gdt, shorten(start), t.findtext('name'))
csv.write('initial\t' + csvstr + '\n')
for p in b.findall('*/perform'):
start += '.' + cutName(p.text)
cur, csvstr = measure(gdt, shorten(start), t.findtext('name'))
if cur > prev:
csvstr += '\tERROR'
csv.write(p.text + '\t' + csvstr + '\n')
prev = cur
csv.close()
print 'Target', t.findtext('name'), 'done.'
#ET.ElementTree(newLcf).write(lcfName)
return
def main(lcffile,gdt,prefix):
ltree = ET.parse(lcffile)
newLcf = ET.Element(slpsns.lcf_('configuration'))
xbgfDir = '/'.join(lcffile.split('/')[:-1])
if xbgfDir == '':
xbgfDir = 'xbgf/'
elif xbgfDir[-1]=='/':
xbgfDir += 'xbgf/'
else:
xbgfDir += '/xbgf/'
# find synch points
for t in ltree.findall('target'):
synch[t.findtext('name')] = []
for b in t.findall('branch'):
start = b.findtext('input')
for p in b.findall('preparation/perform'):
start += '.'+cutName(p.text)
for p in b.findall('nominal-matching/perform'):
start += '.'+cutName(p.text)
for p in b.findall('normalizing/perform'):
start += '.'+cutName(p.text)
synch[t.findtext('name')].append(shorten(start))
#print synch
# generate csvs
for t in ltree.findall('target'):
for b in t.findall('branch'):
start = b.findtext('input')
csv = open(prefix+'.'+t.findtext('name')+'.'+start+'.txt','w')
prev,csvstr = measure(gdt,shorten(start),t.findtext('name'))
csv.write('initial\t'+csvstr+'\n')
for p in b.findall('*/perform'):
start += '.'+cutName(p.text)
cur,csvstr = measure(gdt,shorten(start),t.findtext('name'))
if cur>prev:
csvstr += '\tERROR'
csv.write(p.text+'\t'+csvstr+'\n')
prev = cur
csv.close()
print 'Target',t.findtext('name'),'done.'
#ET.ElementTree(newLcf).write(lcfName)
return
def main(lcffile,outdir):
ltree = ET.parse(lcffile)
newLcf = ET.Element(slpsns.lcf_('configuration'))
dirName = outdir
if dirName[-1]!='/':
dirName += '/'
lcfName = dirName+lcffile.split('/')[-1]
xbgfDir = '/'.join(lcffile.split('/')[:-1])
if xbgfDir[-1]=='/':
xbgfDir += 'xbgf/'
else:
xbgfDir += '/xbgf/'
for el in ltree.findall('*'):
if el.tag == 'target':
newLcf.append(slicing.sliceTarget(xbgfDir,dirName+'xbgf/',el))
elif el.tag == 'testset':
pass
else:
newLcf.append(el)
ET.ElementTree(newLcf).write(lcfName)
return
def main(lcffile, outdir):
ltree = ET.parse(lcffile)
newLcf = ET.Element(slpsns.lcf_('configuration'))
dirName = outdir
if dirName[-1] != '/':
dirName += '/'
lcfName = dirName + lcffile.split('/')[-1]
xbgfDir = '/'.join(lcffile.split('/')[:-1])
if xbgfDir[-1] == '/':
xbgfDir += 'xbgf/'
else:
xbgfDir += '/xbgf/'
for el in ltree.findall('*'):
if el.tag == 'target':
newLcf.append(slicing.sliceTarget(xbgfDir, dirName + 'xbgf/', el))
elif el.tag == 'testset':
pass
else:
newLcf.append(el)
ET.ElementTree(newLcf).write(lcfName)
return
