def beginCatalog(d=None, u=None, h=None, c=None, f=None, **notes):
return partial(_ctlgThisLine,
merge(notes, catalogId=newCatalogId(),
testCase=c or notes.get('testCase', 'ad_hoc_%s'%(time.time())),
targetHost=h or notes.get('targetHost', h),
targetUser=u or notes.get('targetUser', u)),
_detDB(d), u, h)
def genRunner(username=None, hostname=None, **notes): #(!:2)
if username or hostname:
return _runner(**merge(notes,
targetUser=username or environ.get("USER"),
targetHost=hostname or gethostname(),
preprocessor=makeRemoteCommand))
return _runner(**notes)
def _runner(preprocessor=lambda x,**y: split(x), **iNotes):
return lambda cmd,**notes: _evoke(preprocessor(cmd,**iNotes),
merge(iNotes, notes, command=cmd))
def _evoke(cmdLst, notes): #(!:2)
return _execute(merge(notes, started=time()), _popen(cmdLst))
def _finalizeReport(obs, retGet, stdout, stderr, finishTime):
return merge(obs, artificeBreed='observation',
finished=finishTime, stdout=stdout,
stderr=stderr, retCode=retGet(),
duration=finishTime-obs.get('started',0))
def showAndRecord(reporter, artifice): #rig:3
if artifice:
if "-q" not in argv:
print "%s"%(artifice)
return merge(artifice, _id=reporter(artifice))
return artifice
def _hf(fn):
return map(beginCatalog(**merge(args, testCase=path.split(fn)[1])),
readLines(fn))
def _ctlgThisLine(notes, rptf, user, host, lineTxt):
global interruptSignalReceived
if not interruptSignalReceived:
return showAndRecord(rptf, _ctlgy(notes,user, host,
*sliceTxt(subst(lineTxt, **notes))))
return merge(notes, artificeBreed="interrupted")
def dostep(**params):
return merge(params, f(**params))