def load_session(v, filename, state):
D = {}
for k, x in v.iteritems():
try:
_ = loads(dumps(x))
except (IOError, TypeError):
print "Unable to save %s" % k
else:
D[k] = x
print "Saving variables to %s" % filename
save(D, filename)
def load_session(v, filename, state):
D = {}
for k, x in v.iteritems():
try:
_ = loads(dumps(x))
except (IOError, TypeError):
print "Unable to save %s"%k
else:
D[k] = x
print "Saving variables to %s"%filename
save(D, filename)
def save_session(filename):
D = {}
v = variables(with_types=False)
for k in v:
x = sage_globals[k]
try:
_ = loads(dumps(x))
except (IOError, TypeError, PicklingError):
if k != 'fortran': # this is a hack to get around the inline fortran object being
# *incredibly* hackish in how it is implemented; the right
# fix is to rewrite the fortran inline to *not* be so incredibly
# hackish. See trac #2891.
print "Unable to save %s" % k
else:
D[k] = x
print "Saving variables to object %s.sobj" % filename
save(D, filename)
def save_session(filename):
D = {}
v = variables(with_types=False)
for k in v:
x = sage_globals[k]
try:
_ = loads(dumps(x))
except (IOError, TypeError, PicklingError):
if k != 'fortran': # this is a hack to get around the inline fortran object being
# *incredibly* hackish in how it is implemented; the right
# fix is to rewrite the fortran inline to *not* be so incredibly
# hackish. See trac #2891.
print "Unable to save %s"%k
else:
D[k] = x
print "Saving variables to object %s.sobj"%filename
save(D, filename)
