def test_factory(self):
""" Test that the factory returns the appropriate PA. """
self.assertTrue(isinstance(get_prover(path = "/usr/bin/coqtop"), Coq_Local))
self.assertTrue(isinstance(
get_prover(url = "http://prover.cs.ru.nl/index.html",
group = "nogroup"),
ProofWeb))
def test_factory(self):
""" Test that the factory returns the appropriate PA. """
self.assertTrue(
isinstance(get_prover(path="/usr/bin/coqtop"), Coq_Local))
self.assertTrue(
isinstance(
get_prover(url="http://prover.cs.ru.nl/index.html",
group="nogroup"), ProofWeb))
def test_factory_which_some(self):
""" If which returns a path, a Coq_Local instance using that path should be
created.
"""
self.assertTrue(isinstance(
get_prover(url = None, group = None, path = None),
Coq_Local))
def test_factory_which_none(self):
""" Tests that the factory returns a generic Prover instance if "which"
returns None.
"""
self.assertTrue(isinstance(
get_prover(url = None, group = None, path = None),
Prover))
def test_html_marked_code_real(self):
""" Extracted code should be readable by the PA. """
markup = '<div class="code"><span class="id" type="keyword">Goal</span> <span class="id" type="keyword">forall</span> <span class="id" type="var">x</span>, <span class="id" type="var">x</span>-><span class="id" type="var">x</span>.</div>'
self.reader.add_code(self.template.format(body = markup))
result = self.reader.make_frames(prover = get_prover())
self.assertEquals(result.getFrame(0).getResponse(), """1 subgoal
============================
forall x : Type, x -> x
""")
def test_html_marked_code_real(self):
""" Extracted code should be readable by the PA. """
markup = '<div class="code"><span class="id" type="keyword">Goal</span> <span class="id" type="keyword">forall</span> <span class="id" type="var">x</span>, <span class="id" type="var">x</span>-><span class="id" type="var">x</span>.</div>'
self.reader.add_code(self.template.format(body=markup))
result = self.reader.make_frames(prover=get_prover())
self.assertEquals(
result.getFrame(0).getResponse(), """1 subgoal
============================
forall x : Type, x -> x
""")
def make_film(filename, pwurl=None, group="nogroup", coqtop=None):
"""Main method of the program/script: This creates a flattened 'film' for
the given file filename.
Arguments:
- filename: The filename of the script to read.
Keyword arguments:
- pwurl: The URL to the server generating proof states.
- group: The group used to log in.
"""
extension = splitext(filename)[1]
reader = get_reader(extension=extension)
reader.add_code(open(filename, 'r').read())
prover = get_prover(path=coqtop, url=pwurl, group=group)
return reader.make_frames(prover=prover)
def make_film(filename, pwurl = None, group = "nogroup",
coqtop = None):
"""Main method of the program/script: This creates a flattened 'film' for
the given file filename.
Arguments:
- filename: The filename of the script to read.
Keyword arguments:
- pwurl: The URL to the server generating proof states.
- group: The group used to log in.
"""
extension = splitext(filename)[1]
reader = get_reader(extension = extension)
reader.add_code(open(filename, 'r').read())
prover = get_prover(path = coqtop, url = pwurl, group = group)
return reader.make_frames(prover = prover)
def test_factory_which_some(self):
""" If which returns a path, a Coq_Local instance using that path should be
created.
"""
self.assertTrue(
isinstance(get_prover(url=None, group=None, path=None), Coq_Local))
def test_factory_which_none(self):
""" Tests that the factory returns a generic Prover instance if "which"
returns None.
"""
self.assertTrue(
isinstance(get_prover(url=None, group=None, path=None), Prover))
