results[x][y] = 0
for x in targets.keys():
for y in slpsXPath.rkeys:
results[y][x] = 0
for y in targets[x]:
xbgfFile = path+y+'.xbgf'
xbgf = ET.parse(xbgfFile)
results['LOC'][x] += slpsXPath.loc(xbgfFile)
results['NOI'][x] += slpsXPath.nosi(xbgfFile,'ISSUE')
results['NI~'][x] += slpsXPath.nosi(xbgfFile,'ISSUE REFACTOR')
results['NI+'][x] += slpsXPath.nosi(xbgfFile,'EXTEND')
results['NI!'][x] += slpsXPath.nosi(xbgfFile,'CORRECT')
results['NI^'][x] += slpsXPath.nosi(xbgfFile,'PERMISSIVENESS')
results['COR'][x] += slpsXPath.nosi(xbgfFile,'EXTRACTERROR')
results['SGO'][x] += slpsXPath.countSemanticPreserving(xbgf,xbgfFile)
results['SID'][x] += slpsXPath.countSemanticIncDec(xbgf,xbgfFile)
results['SRE'][x] += slpsXPath.countSemanticRevising(xbgf,xbgfFile)
results['NOX'][x] += slpsXPath.notr(xbgf)
results['EKB'][x] += slpsXPath.nosi(xbgfFile,'KNOWNBUG')
results['EPX'][x] += slpsXPath.nosi(xbgfFile,'POSTEXTR')
results['EIC'][x] += slpsXPath.nosi(xbgfFile,'INITCORR')
results['EAR'][x] += slpsXPath.nosi(xbgfFile,'KNOWNBUG')+slpsXPath.nosi(xbgfFile,'POSTEXTR')+slpsXPath.nosi(xbgfFile,'INITCORR')
results['FEX'][x] += slpsXPath.nosi(xbgfFile,'EXTENSION')
results['FRE'][x] += slpsXPath.nosi(xbgfFile,'RELAXATION')
results['FCO'][x] += slpsXPath.nosi(xbgfFile,'CORRECTION')
results['FIN'][x] += slpsXPath.nosi(xbgfFile,'EXTENSION')+slpsXPath.nosi(xbgfFile,'RELAXATION')+slpsXPath.nosi(xbgfFile,'CORRECTION')
for z in names:
results[z][x] += len(xbgf.findall('/'+slpsns.xbgf_(z)))
for x in names[:]:
used = False
for y in targets.keys():
names = []
targets = {}
results = {}
if __name__ == "__main__":
if len(sys.argv) != 2:
print 'This tool generates an overview of an XBGF script.'
print 'Usage:'
print ' checkxbgf <file>'
sys.exit(1)
xbgfFile = sys.argv[1]
xbgf = ET.parse(xbgfFile)
print "%30s" % xbgfFile.split('.')[0] + ':',
cx = slpsXPath.countSemanticPreserving(xbgf,xbgfFile), \
slpsXPath.countSemanticIncDec(xbgf,xbgfFile), \
slpsXPath.countSemanticRevising(xbgf,xbgfFile)
early = slpsXPath.nosi(xbgfFile, 'KNOWNBUG'), slpsXPath.nosi(
xbgfFile, 'POSTEXTR'), slpsXPath.nosi(xbgfFile, 'INITCORR')
final = slpsXPath.nosi(xbgfFile, 'EXTENSION'), slpsXPath.nosi(
xbgfFile, 'RELAXATION'), slpsXPath.nosi(xbgfFile, 'CORRECTION')
realSum = slpsXPath.notr(xbgf)
print "%3i +%3i +%3i =%4i" % (cx[0], cx[1], cx[2], realSum),
if sum(early):
print '[',
if early[0]:
print 'K' + ` early[0] `,
if early[1]:
print 'P' + ` early[1] `,
if early[2]:
print 'I' + ` early[2] `,
names = []
targets = {}
results = {}
if __name__ == "__main__":
if len(sys.argv) != 2:
print 'This tool generates an overview of an XBGF script.'
print 'Usage:'
print ' checkxbgf <file>'
sys.exit(1)
xbgfFile = sys.argv[1]
xbgf = ET.parse(xbgfFile)
print "%30s" % xbgfFile.split('.')[0]+':',
cx = slpsXPath.countSemanticPreserving(xbgf,xbgfFile), \
slpsXPath.countSemanticIncDec(xbgf,xbgfFile), \
slpsXPath.countSemanticRevising(xbgf,xbgfFile)
early = slpsXPath.nosi(xbgfFile,'KNOWNBUG'), slpsXPath.nosi(xbgfFile,'POSTEXTR'), slpsXPath.nosi(xbgfFile,'INITCORR')
final = slpsXPath.nosi(xbgfFile,'EXTENSION'), slpsXPath.nosi(xbgfFile,'RELAXATION'), slpsXPath.nosi(xbgfFile,'CORRECTION')
realSum = slpsXPath.notr(xbgf)
print "%3i +%3i +%3i =%4i" % (cx[0],cx[1],cx[2],realSum),
if sum(early):
print '[',
if early[0]:
print 'K'+`early[0]`,
if early[1]:
print 'P'+`early[1]`,
if early[2]:
print 'I'+`early[2]`,
print ']',
if sum(final):