def test_activate_as_initiator(self, clf, miu, lto, lsc, sec, gb):
options = {'miu': miu, 'lto': lto, 'lsc': lsc, 'sec': sec}
llc = nfc.llcp.llc.LogicalLinkController(**options)
atr_res = HEX('D501 00010203040506070809 0000000832') + gb
clf.sense.return_value = nfc.clf.RemoteTarget("106A", atr_res=atr_res)
assert llc.activate(nfc.dep.Initiator(clf), brs=0) is bool(gb)
assert not gb or clf.sense.mock_calls[0][1][0].atr_req[16:] == gb
atr_res = HEX('D501 00010203040506070809 0000000B32') + gb
clf.sense.return_value = nfc.clf.RemoteTarget("106A", atr_res=atr_res)
assert llc.activate(nfc.dep.Initiator(clf), brs=0) is bool(gb)
assert not gb or clf.sense.mock_calls[0][1][0].atr_req[16:] == gb
def test_activate(self, clf, miu, lto, lsc, sec, gb):
options = {'miu': miu, 'lto': lto, 'lsc': lsc, 'sec': sec}
llc = nfc.llcp.llc.LogicalLinkController(**options)
atr_res = HEX('D501 00010203040506070809 0000000832') + gb
target = nfc.clf.RemoteTarget("106A", atr_res=atr_res)
clf.sense.return_value = target
assert llc.activate(nfc.dep.Initiator(clf), brs=0) is bool(gb)
assert not gb or clf.sense.mock_calls[0][1][0].atr_req[16:] == gb
atr_res = HEX('D501 00010203040506070809 0000000B32') + gb
target = nfc.clf.RemoteTarget("106A", atr_res=atr_res)
clf.sense.return_value = target
assert llc.activate(nfc.dep.Initiator(clf), brs=0) is bool(gb)
assert not gb or clf.sense.mock_calls[0][1][0].atr_req[16:] == gb
def test_format_str(self, clf, options, gb, string):
llc = nfc.llcp.llc.LogicalLinkController(**options)
atr_res = HEX('D501 00010203040506070809 0000000832') + gb
clf.sense.return_value = nfc.clf.RemoteTarget("106A", atr_res=atr_res)
assert llc.activate(nfc.dep.Initiator(clf), brs=0) is True
assert str(llc) == string
assert str(llc.link) == "CONNECTED"
assert str(llc.pcnt) == "sent/rcvd 0/0"
def test_format_str(self, clf, options, gb, string):
llc = nfc.llcp.llc.LogicalLinkController(**options)
atr_res = HEX('D501 00010203040506070809 0000000832') + gb
clf.sense.return_value = nfc.clf.RemoteTarget("106A", atr_res=atr_res)
assert llc.activate(nfc.dep.Initiator(clf), brs=0) is True
assert str(llc) == string
assert str(llc.link) == "CONNECTED"
assert str(llc.pcnt) == "sent/rcvd 0/0"
def test_activate(self, clf, miu, lto, lsc, sec, gb):
options = {'miu': miu, 'lto': lto, 'lsc': lsc, 'sec': sec}
llc = nfc.llcp.llc.LogicalLinkController(**options)
target = nfc.clf.LocalTarget("106A")
target.atr_req = HEX('D400 00010203040506070809 00000032') + gb
target.dep_req = HEX('D406 000000')
clf.listen.return_value = target
assert llc.activate(nfc.dep.Target(clf), rwt=9) is bool(gb)
assert not gb or clf.listen.mock_calls[0][1][0].atr_res[17:] == gb
assert not gb or llc.mac.rwt == 4096/13.56E6 * pow(2, 9)
def test_activate(self, clf, miu, lto, lsc, sec, gb):
options = {'miu': miu, 'lto': lto, 'lsc': lsc, 'sec': sec}
llc = nfc.llcp.llc.LogicalLinkController(**options)
target = nfc.clf.LocalTarget("106A")
target.atr_req = HEX('D400 00010203040506070809 00000032') + gb
target.dep_req = HEX('D406 000000')
clf.listen.return_value = target
assert llc.activate(nfc.dep.Target(clf), rwt=9) is bool(gb)
assert not gb or clf.listen.mock_calls[0][1][0].atr_res[17:] == gb
assert not gb or llc.mac.rwt == 4096/13.56E6 * pow(2, 9)
def sec_llc(self, sec_mac):
llc = nfc.llcp.llc.LogicalLinkController()
assert llc.activate(sec_mac) is True
return llc
def llc(self, mac):
llc = nfc.llcp.llc.LogicalLinkController()
assert llc.activate(mac, brs=0) is True
return llc
def sec_llc(self, sec_mac):
llc = nfc.llcp.llc.LogicalLinkController()
assert llc.activate(sec_mac) is True
return llc
def llc(self, mac):
llc = nfc.llcp.llc.LogicalLinkController()
assert llc.activate(mac, brs=0) is True
return llc
