def create_name_object(name_str):
"""
Create a Name object for creators in the resource list and replace string
version with Name object.
Parameters:
name_str (string): String version of a name
Returns:
name_obj (Name): Name object
"""
# Split the name string into a list
name_str = name_str.split(' ')
# The name string has three names
if len(name_str) == 3:
name_obj = Name(name_str[0], name_str[1], name_str[2])
# The name string has two names and will place in first and last name
# attributes
elif len(name_str) == 2:
name_obj = Name(name_str[0], "", name_str[1])
# The name string has one name
else:
name_obj = Name(name_str[0])
return name_obj
def getNameAccount(self):
name = Name()
print("¿Cómo se llama?")
inName = input()
print(f"Bienvenido, {inName}")
name.name = inName
return name
def Init(persons=[]):
p1 = Person(Name('Alan', 'Turing'),
Address('Bletchley Park', 'Bletchley Park'))
p2 = Person(Name('Alan', 'Turing'), Address('Cambridge', 'Cambridge'))
p3 = Person(Name('Joan', 'Clarke'),
Address('Bletchley Park', 'Bletchley Park'))
p4 = Person(Name('Joan', 'Clarke'), Address('London', 'London'))
p5 = Person(Name('Grace', 'Hopper'), Address('New York', 'New York'))
persons.extend((p1, p2, p3, p4, p5))
print('MinRelationLevel:' + str(FindMinRelationLevel(p1, p4, persons)))
def test_get_full_name(self):
"""
Test that get_full_name method returns a string with the first
middle, and last name separated by a space
"""
# Create a Name object and get the full name
name = Name("Iain", "Robert", "Pears")
full_name = name.get_full_name()
# Assert expected result of the get_full_name function
self.assertEqual(full_name, ("Iain Robert Pears"))
def test_comparison(self):
A = Name.parse('Neil deGrasse Tyson')
B = Name('Neil', 'D', 'Tyson')
C = Name('NEIL', None, 'TYSON')
D = Name('Neil', 'DEGRASSE', 'Tyson')
self.assertEqual(A.compare(C), 3)
self.assertEqual(C.compare(A), 2)
self.assertEqual(A.compare(B), 1)
self.assertEqual(B.compare(B), 1)
self.assertEqual(D.compare(A), 0)
self.assertEqual(A.compare(D), 0)
def test_get_brief_summary_output(self):
""" Test get_brief_summary method's output in Resource class"""
# Create a Resource object
resource = Resource(1, "White Noise", Name("Don", "", "DeLillo"),
"Delillo's White Noise follows narrator Jack "\
"Gladney, a professor at a small Liberal Arts "\
"college and describes an academic year. Jack "\
"teaches at a school called the "\
"College-on-the-Hill, where he serves as the "\
"department chair of Hitler studies. He lives in "\
"Blacksmith, a quiet college town, with his wife, "\
"Babette, and four of their children from earlier "\
"marriages: Heinrich, Steffie, Denise, and "\
"Wilder. Throughout the novel, various "\
"half-siblings and ex-spouses drift in and out "\
"of the family’s home.",
"sci-fi", "English", 1985, "US", 326, "book",
["culture", "survival", "life", "society"])
# Assert expected results
self.assertEqual(resource.get_brief_summary(), "Delillo's White "\
"Noise follows narrator Jack Gladney, a professor "\
"at a \nsmall Liberal Arts college and describes an "\
"academic year. Jack teaches \nat ...")
def __create_remote_Conc__(Mgr, RemoteEnvId, CallingModule, ConcClass, *args,
**kwargs):
''' low-level support for Conc creation in another Env '''
ConcId = _ConcIdMgr.new()
NewConcAddr = ConcAddr(my_EnvId(), ConcId, RemoteEnvId)
ConcClassProxy = proxy(ConcClass, ConcClass.__name__ + 'Name',
CallingModule)
NewProxy = ConcClassProxy(NewConcAddr)
NewName = Name(NewProxy, ConcClass.__name__, CallingModule.__name__)
# create proxy for remote Env
EnvConcAddr = ConcAddr(CORPSMGR_ENVID, ENVMGR_CONCID, RemoteEnvId)
RemoteEnv = EnvName(EnvConcAddr)
# request object creation in remote Env
kwargs['ConcAddr'] = NewConcAddr
kwargs['Mgr'] = Mgr
FutRes = RemoteEnv.rem2loc_create_Conc(NewConcAddr, CallingModule.__name__,
ConcClass.__name__, *args, **kwargs)
try:
Ret = FutRes.Ret
except:
ei = exc_info()
ftb = format_exception(ei[0], ei[1], ei[2])
raise AsyncExecutionError(ei[0].__name__, ei[1], ''.join(ftb))
return NewName
def __init__(self, keyName=None):
if isinstance(keyName, Name):
self.keyName = keyName
else:
self.keyName = Name(keyName)
self.ndn_data = None
def setInterestFilter(self, name, onInterest, flags=None):
if not isinstance(name, Name):
name = Name(name)
self._setInterestFilter(name,
Closure.TrivialFilterClosure(name, onInterest),
flags)
def set_up(self):
"""Set up the router"""
self.__node = Node(1, Name(self.__name))
# for testing purpose
name1 = Name("/test1")
name2 = Name("/test2")
data1 = Data(name1, "This is the test data 1")
data2 = Data(name2, "This is the test data 2")
cs = self.__node.get_content_store()
cs.add(name1, data1)
cs.add(name2, data2)
#add IDS in the node
ids = IDS()
self.__node.attach_IDS(ids)
class Person(object):
""" Person Information """
def __init__( self, name = None, birth_date = None, death_date = None ):
self.name = name
self.birth_date = birth_date
self.death_date = death_date
def set_name( self, first_name, last_name ):
self.name = Name( first_name, last_name )
def set_birth_date( self, birth_day, birth_month, birth_year ):
self.birth_date = Date( birth_date, birth_month, birth_year )
def set_death_date( self, death_day, death_month, death_year ):
self.death_date = Date( death_day, death_month, death_year )
def get_name( self ):
return self.name
def get_birth_date( self ):
return self.birth_date
def get_death_date( self ):
return self.death_date
def __str__( self ):
return "{}, {}, {}".format( self.name.__str__(), self.birth_date.__str__(), self.death_date.__str__() )
def __init__(self,
name=None,
minSuffixComponents=None,
maxSuffixComponents=None,
publisherPublicKeyDigest=None,
exclude=None,
childSelector=None,
answerOriginKind=None,
scope=None,
interestLifetime=None,
nonce=None):
if isinstance(name, Name):
self.name = name # Start from None to use for templates?
else:
self.name = Name(name)
self.minSuffixComponents = minSuffixComponents # default 0
self.maxSuffixComponents = maxSuffixComponents # default infinity
self.publisherPublicKeyDigest = publisherPublicKeyDigest # SHA256 hash
self.exclude = exclude
self.childSelector = childSelector
self.answerOriginKind = answerOriginKind
self.scope = scope
self.interestLifetime = interestLifetime
self.nonce = nonce
def receive_data(self, data, incoming_face):
"""
Receive data from the networking interfaces or application through face
Add the data to the content store
If there is any pending interest for the data is remaining then send the data to the face.
Todo : Add the incoming face to the fib along with the name prefix.
"""
"""
If the incoming data is safety message, send it to intrusion detection system and forward it to all
the faces.
"""
data_type = data.get_content().get_tlv_type()
if data_type in range(128,138):
self.process_safety_message(data, incoming_face)
name = data.get_name()
cs = self.get_content_store()
cs.add(name, data)
return True
pit = self.get_pending_interest_table()
pending_interests = pit.get_all_interests()
name = data.get_name()
if pit.check_name_prefix(name):
face_ids = pit.get_faces(name)
for id in face_ids:
face = self.get_face(id)
self.send_data(face, data)
pit.remove(name)
cs = self.get_content_store()
cs.add(Name(name), data)
def test_str(self):
"""
Test that str method returns a string representation of the object.
"""
# Create a Resource object
resource = Resource(1, "White Noise", Name("Don", "", "DeLillo"),
"Delillo's White Noise follows narrator Jack "\
"Gladney, a professor at a small Liberal Arts "\
"college and describes an academic year. Jack "\
"teaches at a school called the "\
"College-on-the-Hill, where he serves as the "\
"department chair of Hitler studies. He lives in "\
"Blacksmith, a quiet college town, with his wife, "\
"Babette, and four of their children from earlier "\
"marriages: Heinrich, Steffie, Denise, and "\
"Wilder. Throughout the novel, various "\
"half-siblings and ex-spouses drift in and out "\
"of the family’s home.",
"sci-fi", "English", 1985, "US", 326, "book",
["culture", "survival", "life", "society"])
# Assert expected result of the str function
self.assertEqual(str(resource), ("ID: 1 \nTitle: White Noise "\
"\nCreator: Don DeLillo \nSummary: Delillo's White Noise follows "\
"narrator Jack Gladney, a professor at a \nsmall Liberal Arts "\
"college and describes an academic year. Jack teaches \nat ... "\
"\nGenre: sci-fi \nLanguage: English \nYear: 1985 "\
"\nCountry: US \nLength: 326p \nType: book "\
"\nKeywords: culture, life, society, survival"))
def getName(self):
if self.name is not None:
return self.name
else:
fn = self.genLambdaName();
self.name = Name(fn, self.start, self.start + len('lambda'))
self.addChildren(self.name)
return self.name
def getDefaultKeyLocator():
context = ns.core.Simulator.GetContext()
keyLocator = ns.ndnSIM.ndn.Name()
keyLocator.\
append ("default-key").\
append (str (context))
return Name(keyLocator)
def clearInterestFilter(self, name):
if not isinstance(name, Name):
name = Name(name)
self._acquire_lock("setInterestFilter")
try:
return _pyndn.clear_interest_filter(self.ndn_data, name.ndn_data)
finally:
self._release_lock("setInterestFilter")
def my_Name(self):
frm = stack()[1]
CallingModule = getmodule(frm[0])
SelfClassName = self.__class__.__name__
ConcClassProxy = proxy(self.__class__, SelfClassName + 'Name', CallingModule)
NewProxy = ConcClassProxy(self.ConcAddr)
NewName = Name(NewProxy, SelfClassName, CallingModule.__name__)
return NewName
def get(self, name, template=None, timeoutms=3000):
# if not _pyndn.is_upcall_executing(self.ndn_data):
# raise Exception, "Get called outside of upcall"
if not isinstance(name, Name):
name = Name(name)
self._acquire_lock("get")
try:
return _pyndn.get(self, name, template, timeoutms)
finally:
self._release_lock("get")
def test_repr(self):
"""
Test that the repr method returns an official representation of the
object as a string.
"""
# Create a Name object and get the full name
name = Name("Iain", "Robert", "Pears")
# Assert expected result of the repr function
self.assertEqual(repr(name), ("Name('Iain', 'Robert', 'Pears')"))
def test_count_characters(self, count_characters):
self.assertEqual(Name.count_characters("Hello world"), {
'H': 1,
'e': 1,
'l': 3,
'o': 2,
' ': 1,
'w': 1,
'r': 1,
'd': 1
})
def expressInterestForLatest(self,
name,
onData,
onTimeout=None,
timeoutms=1.0):
if not isinstance(name, Name):
name = Name(name)
self.expressInterest(
name, Closure.VersionResolverClosure(self, onData, onTimeout),
Interest.Interest(interestLifetime=timeoutms,
childSelector=Interest.CHILD_SELECTOR_LEFT))
def __init__(self, name=None, content=None, signed_info=None):
if isinstance(name, Name):
self.name = name
else:
self.name = Name(name)
self.content = content
self.signedInfo = signed_info or SignedInfo()
# generated
self.signature = None
def test_str(self):
"""
Test that str method returns a string representation of the object.
"""
# Create a Name object and get the full name
name = Name("Iain", "Robert", "Pears")
# Assert expected result of the str function
self.assertEqual(str(name), ("First Name: Iain\nMiddle Name: Robert"\
"\nLast Name: Pears"))
def match (pattern, name, flags=0):
"""
If zero or more characters at the beginning of string match the regular expression pattern, return a corresponding matches as a list. Return None if the string does not match the pattern.
"""
if not isinstance (name, Name):
raise TypeError ("name is not ndn.Name type")
m = RegexMatcher (pattern)
res = m.matchN (Name (name))
if not res:
return None
return m
def change_contact(string):
string = string.split(' ')
name = string[1]
number = string[2]
if name == '' or number == '':
return 'Give me name and number, please!'
obj_name = Name(name)
obj_phone = Phone(number)
needed_record = address_book[obj_name.name]
needed_record.add_phone(obj_phone)
return f'Contact with name {name} changed number to {number}'
def __getattr__ (self, name):
if name == "_interest":
return object.__getattr__ (self, name)
elif name == "name":
return Name (self._interest.GetName ())
elif name == "scope":
return self._interest.GetScope ()
elif name == "interestLifetime":
return self._interest.GetInterestLifetime ().ToDouble (ns.core.Time.S)
else:
return self._interest.__getattribute__ (name)
def add_contact(string):
string = string.split(' ')
name = string[1]
number = string[2]
if name == '' or number == '':
return 'Give me name and number, please!'
obj_name = Name(name)
obj_phone = Phone(number)
obj_record = Record(obj_name)
obj_record.add_phone(obj_phone)
address_book.add_record(obj_record)
return f'Contact with name {name} and number {number} was added'
def my_Name(self):
''' Returns a new Name for the Conc instance '''
SelfClassName = self.__class__.__name__
CallingModuleName = self.__class__.__module__
CallingModule = import_module(CallingModuleName)
ConcClassProxy = proxy(self.__class__, SelfClassName + 'Name', CallingModule)
NewProxy = ConcClassProxy(self.ConcAddr)
NewName = Name(NewProxy, SelfClassName, CallingModuleName)
return NewName
def test_str(self):
"""
Test that str method returns a string representation of the object.
"""
# Create a movie object
movie = Movie("R",[Name("Stanley", "", "Kubrick"),
Name("Anthony", "", "Burgess")],
[Name("Malcolm", "", "McDowell"), Name("Patrick", "", "Magee"),
Name("Michael", "", "Bates")], 2, "A clockwork Orange",
Name("Stanley", "Kubrick"),
"Protagonist Alex DeLarge is an ultraviolent youth in "\
"futuristic Britain. As with all luck, his eventually runs out "\
"and he's arrested and convicted of murder and rape. While in "\
"prison, Alex learns of an experimental program in which "\
"convicts are programmed to detest violence. If he goes "\
"through the program, his sentence will be reduced and he will "\
"be back on the streets sooner than expected. But Alex's "\
"ordeals are far from over once he hits the mean streets of "\
"Britain that he had a hand in creating.",
"sci-fi", "English", 1971, "US", 136, "movie",
["dystopia", "violence", "alternate society"])
# Assert expected result of the str function
self.assertEqual(str(movie), ("ID: 2 \nTitle: A clockwork Orange "\
"\nCreator: Stanley \nSummary: Protagonist Alex DeLarge is "\
"an ultraviolent youth in futuristic Britain. \nAs with all "\
"luck, his eventually runs out and he's arrested and "\
"convicted... \nGenre: sci-fi \nLanguage: English "\
"\nYear: 1971 \nCountry: US \nLength: 2h 16m \nType: movie "\
"\nKeywords: alternate society, dystopia, violence"\
"\nRating: R \nWriters: Stanley Kubrick, Anthony Burgess"\
"\nCast: Malcolm McDowell, Patrick Magee, Michael Bates "))
if (type(name) is not str):
sys.exit("Name passed to StringName class is not of type " + con.strTypePython)
if (len(name) == 0):
sys.exit("Name passed to StringName class is of length zero.")
self.name = name
def setLineNo(self, lineNo):
if (type(lineNo) is not int):
sys.exit("StringName->setLineNo: line number passed in is not of type " + con.intTypePython)
if (lineNo < 1):
sys.exit("StringName->setLineNo: line number passed in is less than one.")
self.lineNo = lineNo
def setDefaultValue(self, defaultValue):
if (defaultValue == None):
sys.exit("StringName->setDefaultValue: default value passed in is of None type.")
self.defaultValue = defaultValue
def setGroupType(self, groupType):
if ( (groupType == None) or (type(groupType).__name__ != con.stringName) or (groupType.getStringVarName() not in con.groupTypes) ):
sys.exit("StringName->setGroupType: problem with group type input parameter passed in.")
self.groupType = groupType
Name.register(StringName)
def __init__(self, nm, pn): self.name = Name(nm) self.phone = Phone(pn) print "Create a book entry for ",self.name.toString()
class NewAddrBookEntry(object): def __init__(self, nm, pn): self.name = Name(nm) self.phone = Phone(pn) print "Create a book entry for ",self.name.toString()
if (value == None):
sys.exit("SubscriptName->setValue: value passed in is of None type.")
#if ( (type(value).__name__ != con.stringName) and (type(value).__name__ != con.callValue) ):
#sys.exit("SubscriptName->setValue: value passed in is not of type " + con.stringName + " or type " + con.callValue + ".")
self.value = value
def setSlice(self, slice):
if ( (slice == None) or (type(slice).__name__ != con.sliceValue) ):
sys.exit("SubscriptName->setSlice: problem with slice parameter passed in.")
self.slice = slice
def setLineNo(self, lineNo):
if (type(lineNo) is not int):
sys.exit("SubscriptName->setLineNo: line number passed in is not of type " + con.intTypePython)
if (lineNo < 1):
sys.exit("SubscriptName->setLineNo: line number passed in is less than one.")
self.lineNo = lineNo
def setGroupType(self, groupType):
if ( (groupType == None) or (type(groupType).__name__ != con.stringName) or (groupType.getStringVarName() not in con.groupTypes) ):
sys.exit("SubscriptName->setGroupType: problem with groupType input parameter.")
self.groupType = groupType
Name.register(SubscriptName)