How to use create_share method in lisa

Best Python code snippet using lisa_python

share_usage.py

Source:share_usage.py

...26    def __init__(self, account):27        self.account = account28    def run_all_samples(self):29        self.service = self.account.create_file_service()30        self.create_share()31        self.delete_share()32        self.share_metadata()   33        self.share_properties()34        self.share_stats()35        self.share_exists()36        self.list_shares()37        # This method contains sleeps, so don't run by default38        # self.service_properties()39    def _get_share_reference(self, prefix='share'):40        return '{}{}'.format(prefix, str(uuid.uuid4()).replace('-', ''))41    def _create_share(self, prefix='share'):42        share_name = self._get_share_reference(prefix)43        self.service.create_share(share_name)44        return share_name45    def create_share(self):46        # Basic47        share_name1 = self._get_share_reference()48        created = self.service.create_share(share_name1) # True49        # Quota50        share_name2 = self._get_share_reference()51        created = self.service.create_share(share_name2, quota=1) # True52        # Metadata53        metadata = {'val1': 'foo', 'val2': 'blah'}54        share_name3 = self._get_share_reference()55        created = self.service.create_share(share_name3, metadata=metadata) # True56        # Fail on exist57        share_name4 = self._get_share_reference()58        created = self.service.create_share(share_name4) # True 59        created = self.service.create_share(share_name4) # False60        try:61            self.service.create_share(share_name4, fail_on_exist=True)62        except AzureConflictHttpError:63            pass64        self.service.delete_share(share_name1)65        self.service.delete_share(share_name2)66        self.service.delete_share(share_name3)67        self.service.delete_share(share_name4)68    def delete_share(self):69        # Basic70        share_name = self._create_share()71        deleted = self.service.delete_share(share_name) # True 72        # Fail not exist73        share_name = self._get_share_reference()74        deleted = self.service.delete_share(share_name) # False75        try:76            self.service.delete_share(share_name, fail_not_exist=True)77        except AzureMissingResourceHttpError:78            pass79    def share_metadata(self):80        share_name = self._create_share()81        metadata = {'val1': 'foo', 'val2': 'blah'}82        # Basic83        self.service.set_share_metadata(share_name, metadata=metadata)84        metadata = self.service.get_share_metadata(share_name) # metadata={'val1': 'foo', 'val2': 'blah'}  85        # Replaces values, does not merge86        metadata = {'new': 'val'}87        self.service.set_share_metadata(share_name, metadata=metadata)88        metadata = self.service.get_share_metadata(share_name) # metadata={'new': 'val'}89        # Capital letters90        metadata = {'NEW': 'VAL'}91        self.service.set_share_metadata(share_name, metadata=metadata)92        metadata = self.service.get_share_metadata(share_name) # metadata={'new': 'VAL'}93        # Clearing94        self.service.set_share_metadata(share_name)95        metadata = self.service.get_share_metadata(share_name) # metadata={}96    97        self.service.delete_share(share_name)98    def share_properties(self):99        share_name = self._create_share()100        metadata = {'val1': 'foo', 'val2': 'blah'}101        # Basic102        # Sets the share quota to 1 GB103        self.service.set_share_properties(share_name, 1)104        share = self.service.get_share_properties(share_name)105        quota = share.properties.quota # 1106        # Metadata107        self.service.set_share_metadata(share_name, metadata=metadata)108        share = self.service.get_share_properties(share_name)109        metadata = share.metadata # metadata={'val1': 'foo', 'val2': 'blah'}110        self.service.delete_share(share_name)111    def share_stats(self):112        share_name = self._create_share()113        self.service.create_file_from_text(share_name, None, 'file1', b'hello world')114        # Basic115        share_usage = self.service.get_share_stats(share_name) # 1116        self.service.delete_share(share_name)117    def share_exists(self):118        share_name = self._get_share_reference()119        # Basic120        exists = self.service.exists(share_name) # False121        self.service.create_share(share_name)122        exists = self.service.exists(share_name) # True123        self.service.delete_share(share_name)124    def list_shares(self):125        share_name1 = self._get_share_reference()126        self.service.create_share('share1', metadata={'val1': 'foo', 'val2': 'blah'})127        share_name2 = self._create_share('share2')128        share_name3 = self._create_share('thirdshare')129        # Basic130        # Commented out as this will list every share in your account131        # shares = list(self.service.list_shares())132        # for share in shares:133        #    print(share.name) # share1, share2, thirdq, all other shares created in the service        134        # Num results135        # Will return in alphabetical order. 136        shares = list(self.service.list_shares(num_results=2))137        for share in shares:138            print(share.name) # share1, share2139        # Prefix140        shares = list(self.service.list_shares(prefix='share'))141        for share in shares:142            print(share.name) # share1, share2...

repo.py

Source:repo.py

...6    def __init__(self):7        self.ints = {}8    def add(self, new_id, id1, id2, populate_to_siblings=False):9        share = (self.ints[id1] + self.ints[id2]) % Q10        self.create_share(new_id, share)11        if(populate_to_siblings):12            for s in self.siblings:13                s.add(new_id, id1, id2)14        return MPCNatural(new_id, self)15    def create_float(self, secret):16        return MPCFixedPoint(secret, self)17    def create_natural(self, secret):18        shares = self.share(secret)19        return self.create_natural_with_shares(shares)20    def create_natural_with_shares(self, shares):21        id = np.random.randint(0, 2**32)22        self.create_share(id, shares[0])23        self.siblings[0].create_share(id, shares[1])24        self.siblings[1].create_share(id, shares[2])25        return MPCNatural(id, self)26    def create_share(self, id, share):27        if(id not in self.ints.keys()):28            self.ints[id] = share29            return True  # everything is good30        else:31            return False  # hmm... non-unique int id32    def div_scalar(self, new_id, id1, scalar, populate_to_siblings=False):33        share = int(self.ints[id1] / scalar) % Q34        self.create_share(new_id, share)35        if(populate_to_siblings):36            for s in self.siblings:37                s.div_scalar(new_id, id1, scalar)38        return MPCNatural(new_id, self)39    def get_share(self, id):40        return self.ints[id]41    def mult(self, new_id, id1, id2, populate_to_siblings=False):42        z0 = self.mult_local(id1, id2)43        z1 = self.left.mult_local(id1, id2)44        z2 = self.right.mult_local(id1, id2)45        return z0 + z1 + z246    def mult_local(self, id1, id2):47        x_0 = self.ints[id1]48        y_0 = self.ints[id2]49        x_1 = self.left.ints[id1]50        y_1 = self.left.ints[id2]51        z0 = ((x_0 * y_0) + (x_0 * y_1) + (x_1 * y_0)) % Q52        return self.create_natural(z0)53    def mult_scalar(self, new_id, id1, scalar, populate_to_siblings=False):54        share = (self.ints[id1] * scalar) % Q55        self.create_share(new_id, share)56        if(populate_to_siblings):57            for s in self.siblings:58                s.mult_scalar(new_id, id1, scalar)59        return MPCNatural(new_id, self)60    def set_siblings(self, a, b):61        self.siblings = list()62        self.left = a63        self.right = b64        self.siblings.append(a)65        self.siblings.append(b)66    def share(self, secret):67        first = random.randrange(Q)68        second = random.randrange(Q)69        third = (secret - first - second) % Q70        return [first, second, third]71    def sub(self, new_id, id1, id2, populate_to_siblings=False):72        share = (self.ints[id1] - self.ints[id2]) % Q73        self.create_share(new_id, share)74        if(populate_to_siblings):75            for s in self.siblings:76                s.sub(new_id, id1, id2)...

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