def pn_connection_open(conn):
props = dat2obj(conn.properties)
offered = dat2obj(conn.offered_capabilities)
desired = dat2obj(conn.desired_capabilities)
if props:
conn.impl.setProperties(props)
if offered:
conn.impl.setOfferedCapabilities(array(list(offered), Symbol))
if desired:
conn.impl.setDesiredCapabilities(array(list(desired), Symbol))
conn.impl.open()
def pn_connection_open(conn):
props = dat2obj(conn.properties)
offered = dat2obj(conn.offered_capabilities)
desired = dat2obj(conn.desired_capabilities)
if props:
conn.impl.setProperties(props)
if offered:
conn.impl.setOfferedCapabilities(array(list(offered), Symbol))
if desired:
conn.impl.setDesiredCapabilities(array(list(desired), Symbol))
conn.impl.open()
def pn_transport_push(trans, input):
result = 0
while input:
cap = pn_transport_capacity(trans)
if cap < 0:
return cap
elif len(input) > cap:
trimmed = input[:cap]
else:
trimmed = input
bb = trans.impl.tail()
bb.put(array(trimmed, 'b'))
trans.impl.process()
input = input[cap:]
result += len(trimmed)
return result
def pn_transport_push(trans, input):
result = 0
while input:
cap = pn_transport_capacity(trans)
if cap < 0:
return cap
elif len(input) > cap:
trimmed = input[:cap]
else:
trimmed = input
bb = trans.impl.tail()
bb.put(array(trimmed, 'b'))
trans.impl.process()
input = input[cap:]
result += len(trimmed)
return result
def encode(self):
impl = TERMINUS_TYPES_P2J[self.type]()
if self.type in (PN_SOURCE, PN_TARGET):
impl.setAddress(self.address)
impl.setDurable(DURABILITY_P2J[self.durability])
impl.setExpiryPolicy(EXPIRY_POLICY_P2J[self.expiry_policy])
impl.setTimeout(UnsignedInteger.valueOf(self.timeout))
impl.setDynamic(self.dynamic)
props = dat2obj(self.properties)
caps = dat2obj(self.capabilities)
if props: impl.setDynamicNodeProperties(props)
if caps:
impl.setCapabilities(*array(list(caps), Symbol))
if self.type == PN_SOURCE:
impl.setDistributionMode(DISTRIBUTION_MODE_P2J[self.distribution_mode])
outcomes = dat2obj(self.outcomes)
filter = dat2obj(self.filter)
if outcomes: impl.setOutcomes(outcomes)
if filter: impl.setFilter(filter)
return impl
def encode(self):
impl = TERMINUS_TYPES_P2J[self.type]()
if self.type in (PN_SOURCE, PN_TARGET):
impl.setAddress(self.address)
impl.setDurable(DURABILITY_P2J[self.durability])
impl.setExpiryPolicy(EXPIRY_POLICY_P2J[self.expiry_policy])
impl.setTimeout(UnsignedInteger.valueOf(self.timeout))
impl.setDynamic(self.dynamic)
props = dat2obj(self.properties)
caps = dat2obj(self.capabilities)
if props: impl.setDynamicNodeProperties(props)
if caps:
impl.setCapabilities(*array(list(caps), Symbol))
if self.type == PN_SOURCE:
impl.setDistributionMode(DISTRIBUTION_MODE_P2J[self.distribution_mode])
outcomes = dat2obj(self.outcomes)
filter = dat2obj(self.filter)
if outcomes: impl.setOutcomes(outcomes)
if filter: impl.setFilter(filter)
return impl
def pn_link_send(link, bytes): return link.impl.send(array(bytes, 'b'), 0, len(bytes))
def pn_data_decode(data, encoded):
return data.decode(ByteBuffer.wrap(array(encoded, 'b')))
def pn_data_put_uuid(data, u):
bb = ByteBuffer.wrap(array(u, 'b'))
first = bb.getLong()
second = bb.getLong()
data.putUUID(JUUID(first, second))
return 0
def pn_data_put_binary(data, b):
data.putBinary(array(b, 'b'))
return 0
def pn_data_put_binary(data, b): data.putBinary(array(b, 'b')) return 0
def pn_delivery(link, tag): return wrap(link.impl.delivery(array(tag, 'b')), pn_delivery_wrapper)
def pn_link_send(link, bytes): return link.impl.send(array(bytes, 'b'), 0, len(bytes))
def pn_data_decode(data, encoded): return data.decode(ByteBuffer.wrap(array(encoded, 'b')))
def pn_data_put_uuid(data, u): bb = ByteBuffer.wrap(array(u, 'b')) first = bb.getLong() second = bb.getLong() data.putUUID(JUUID(first, second)) return 0
def pn_delivery(link, tag): return wrap(link.impl.delivery(array(tag, 'b')), pn_delivery_wrapper)
def pn_data_put_decimal128(data, d):
data.putDecimal128(Decimal128(array(d, 'b')))
return 0
def pn_data_put_decimal128(data, d): data.putDecimal128(Decimal128(array(d, 'b'))) return 0
