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from neuron import h
from neuron.expect_hocerr import expect_hocerr, expect_err, set_quiet
import sys
quiet = True
uni = "ab\xe0"
def checking(s):
if not quiet:
print("CHECKING: " + s)
class Foo: # for testing section name errors when full cell.section name has unicode chars.
def __init__(self, name):
self.name = name
def __str__(self):
return self.name
def test_py2nrnstring():
print(uni)
# I don't think h.getstr() can be made to work from python
# so can't test unicode on stdin read by hoc.
h("strdef s")
h('s = "hello"')
checking("h('getstr(s)')")
h("getstr(s)")
"goodbye"
assert h.s == "hello"
checking("h(uni + ' = 1')")
assert h(uni + " = 1") == 0
# Allowed! The s format for PyArg_ParseTuple specifies that
# Unicode objects are converted to C strings using 'utf-8' encoding.
# If this conversion fails, a UnicodeError is raised.
checking("""h('s = "%s"'%uni)""")
assert h('s = "%s"' % uni) == 1
assert h.s == uni
checking('h.printf("%s", uni)')
expect_hocerr(h.printf, ("%s", uni))
checking("hasattr(h, uni)")
expect_hocerr(hasattr, (h, uni))
expect_err("h.à = 1")
expect_err("a = h.à")
expect_err('a = h.ref("à")')
ns = h.NetStim()
# nonsense but it does test the unicode error message
checking('h.setpointer(ns._ref_start, "à", ns)')
expect_hocerr(h.setpointer, (ns._ref_start, "à", ns))
del ns
# No error for these two (unless cell is involved)!
checking("s = h.Section(name=uni)")
s = h.Section(name=uni)
assert s.name() == uni
checking("s = h.Section(uni)")
s = h.Section(uni)
assert s.name() == uni
expect_err('h.Section(name="apical", cell=Foo(uni))')
soma = h.Section()
expect_err("a = soma.à")
expect_err("soma.à = 1")
expect_err("a = soma(.5).à")
expect_err("soma(.5).à = 1")
soma.insert("hh")
expect_err("a = soma(.5).hh.à")
expect_err("soma(.5).hh.à = 1")
if __name__ == "__main__":
set_quiet(False)
quiet = False
test_py2nrnstring()
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