def main():
p = OptionParser("%prog SERVER:/PATH [options] flags|testcodes\n"
" %prog --help\n"
" %prog SHOWOPTION",
formatter=IndentedHelpFormatter(2, 25)
)
opt, args = scan_options(p)
# Create test database
tests, fdict, cdict = testmod.createtests('client41tests')
# Deal with any informational options
if opt.showflags:
printflags(fdict.keys())
sys.exit(0)
if opt.showcodes:
codes = cdict.keys()
codes.sort()
for c in codes:
print(c)
sys.exit(0)
# Grab server info and set defaults
if not args:
p.error("Need a server")
url = args.pop(0)
print("url", url)
opt.path = nfs4lib.path_components(url)
print("Set opt.path", opt.path)
# Check --use* options are valid
for attr in dir(opt):
if attr == 'useparams':
opt.useparams = parse_useparams(opt.useparams)
elif attr.startswith('use') and attr != "usefh":
path = getattr(opt, attr)
#print(attr, path)
if path is None:
path = opt.path + ['tree', attr[3:]]
else:
# FIXME - have funct that checks path validity
if path[0] != '/':
p.error("Need to use absolute path for --%s" % attr)
# print(path)
if path[-1] == '/' and attr != 'usedir':
p.error("Can't use dir for --%s" %attr)
try:
path = nfs4lib.path_components(path)
except Exception as e:
p.error(e)
setattr(opt, attr, [comp for comp in path if comp])
#opt.path += ['tmp']
## # Check that --security option is valid
## # sets --flavor to a rpc.SecAuth* class, and sets flags for its options
## valid = rpc.supported.copy()
## # FIXME - STUB - the only gss mech available is krb5
## if 'gss' in valid:
## valid['krb5'] = valid['krb5i'] = valid['krb5p'] = valid['gss']
## del valid['gss']
## if opt.security not in valid:
## p.error("Unknown security: %s\nValid flavors are %s" %
## (opt.security, str(valid.keys())))
## opt.flavor = valid[opt.security]
## opt.service = {'krb5':1, 'krb5i':2, 'krb5p':3}.get(opt.security, 0)
# Make sure args are valid
opt.args = []
for a in args:
if a.lower().startswith('no'):
include = False
a = a[2:]
else:
include = True
if a in fdict:
opt.args.append(Argtype(fdict[a], include))
elif a in cdict:
opt.args.append(Argtype(cdict[a], include, flag=False))
else:
p.error("Unknown code or flag: %s" % a)
# DEBUGGING
environment.debug_fail = opt.debug_fail
# Place tests in desired order
tests.sort() # FIXME - add options for random sort
# Run the tests and save/print(results)
try:
env = environment.Environment(opt)
env.init()
except socket.gaierror as e:
if e.args[0] == -2:
print("Unknown server '%s'" % opt.server)
sys.exit(1)
except Exception as e:
print("Initialization failed, no tests run.")
if not opt.maketree:
print("Perhaps you need to use the --maketree option")
raise
print(sys.exc_info()[1])
sys.exit(1)
if opt.outfile is not None:
fd = open(opt.outfile, 'w')
try:
clean_finish = False
testmod.runtests(tests, opt, env, run_filter)
clean_finish = True
finally:
if opt.outfile is not None:
pickle.dump(tests, fd, 0)
if not clean_finish:
testmod.printresults(tests, opt)
try:
fail = False
env.finish()
except Exception as e:
fail = True
testmod.printresults(tests, opt)
if fail:
print("\nWARNING: could not clean testdir due to:\n%s\n" % str(e))
if a in fdict:
opt.args.append(Argtype(fdict[a], include))
elif a in cdict:
opt.args.append(Argtype(cdict[a], include, flag=False))
else:
p.error("Unknown code or flag: %s" % a)
# DEBUGGING
environment.debug_fail = opt.debug_fail
# Place tests in desired order
tests.sort() # FIXME - add options for random sort
# Run the tests and save/print results
try:
env = environment.Environment(opt)
env.init()
except socket.gaierror, e:
if e.args[0] == -2:
print "Unknown server '%s'" % opt.server
sys.exit(1)
except Exception, e:
print "Initialization failed, no tests run."
if not opt.maketree:
print "Perhaps you need to use the --maketree option"
raise
print sys.exc_info()[1]
sys.exit(1)
if opt.outfile is not None:
fd = file(opt.outfile, 'w')
try: