def walletCreatedForTestEnv(preRequisite, be, do, earlCLI):
be(earlCLI)
createAndAssertNewKeyringCreation(do, "default1")
createAndAssertNewKeyringCreation(do, "default2")
connectIfNotAlreadyConnected(do, earlCLI, {})
createAndAssertNewKeyringCreation(do, "test2")
exitFromCli(do)
def testConsecutiveAddSameNodeWithOnlyAliasChange(be, do,
newStewardCli, newNodeAdded):
be(newStewardCli)
vals['newNodeData'][ALIAS] = randomString(6)
doNodeCmd(do, nodeData=vals,
expMsgs=['existing data has conflicts with request data'])
exitFromCli(do)
def walletCreatedForTestEnv(preRequisite, be, do, earlCLI, connectedToTest):
be(earlCLI)
createAndAssertNewKeyringCreation(do, "default1")
createAndAssertNewKeyringCreation(do, "default2")
connectIfNotAlreadyConnected(do, connectedToTest, earlCLI, {})
createAndAssertNewKeyringCreation(do, "test2")
exitFromCli(do)
def testConsecutiveAddSameNodeWithoutAnyChange(be, do, newStewardCli,
newNodeVals, newNodeAdded):
be(newStewardCli)
doSendNodeCmd(do,
newNodeVals,
expMsgs=['node already has the same data as requested'])
exitFromCli(do)
def testConsecutiveAddSameNodeWithOnlyAliasChange(be, do,
newStewardCli, newNodeVals,
newNodeAdded):
be(newStewardCli)
newNodeVals['newNodeData'][ALIAS] = randomString(6)
doSendNodeCmd(do, newNodeVals,
expMsgs=['existing data has conflicts with request data'])
exitFromCli(do)
def test_add_same_node_without_any_change(be, do, newStewardCli,
newNodeVals, newNodeAdded):
'''
Checks that it's not possible to add the same node twice by owner
'''
be(newStewardCli)
doSendNodeCmd(do, newNodeVals,
expMsgs=['node already has the same data as requested'])
exitFromCli(do)
def test_add_same_node_without_any_change(be, do, newStewardCli,
newNodeVals, newNodeAdded):
'''
Checks that it's not possible to add the same node twice by owner
'''
be(newStewardCli)
doSendNodeCmd(do, newNodeVals,
expMsgs=['node already has the same data as requested'])
exitFromCli(do)
def testConsecutiveAddSameNodeWithNodeAndClientPortSame(
be, do, newStewardCli, newNodeAdded):
be(newStewardCli)
nodeIp, nodePort = genHa()
vals['newNodeData'][NODE_IP] = nodeIp
vals['newNodeData'][NODE_PORT] = nodePort
vals['newNodeData'][CLIENT_IP] = nodeIp
vals['newNodeData'][CLIENT_PORT] = nodePort
doNodeCmd(do, nodeData=vals, expMsgs=["node and client ha can't be same"])
exitFromCli(do)
def test_add_same_node_without_any_change_by_trustee(be, do, trusteeCli,
newNodeVals, newNodeAdded,
nodeValsEmptyData):
'''
Checks that it's not possible to add the same node twice by Trustee
'''
be(trusteeCli)
doSendNodeCmd(do, newNodeVals,
expMsgs=["node already has the same data as requested"])
exitFromCli(do)
def test_add_same_node_without_any_change_by_trustee(be, do, trusteeCli,
newNodeVals, newNodeAdded,
nodeValsEmptyData):
'''
Checks that it's not possible to add the same node twice by Trustee
'''
be(trusteeCli)
doSendNodeCmd(do, newNodeVals,
expMsgs=["node already has the same data as requested"])
exitFromCli(do)
def test_add_same_data_alias_changed(be, do,
newStewardCli, newNodeVals,
newNodeAdded):
'''
Checks that it's not possible to add a new Node with the same alias (by owner)
'''
be(newStewardCli)
newNodeVals['newNodeData'][ALIAS] = randomString(6)
doSendNodeCmd(do, newNodeVals,
expMsgs=['existing data has conflicts with request data'])
exitFromCli(do)
def test_add_same_data_alias_changed(be, do,
newStewardCli, newNodeVals,
newNodeAdded):
'''
Checks that it's not possible to add a new Node with the same alias (by owner)
'''
be(newStewardCli)
newNodeVals['newNodeData'][ALIAS] = randomString(6)
doSendNodeCmd(do, newNodeVals,
expMsgs=['existing data has conflicts with request data'])
exitFromCli(do)
def testConsecutiveAddSameNodeWithNonAliasChange(be, do, newStewardCli,
newNodeAdded):
be(newStewardCli)
nodeIp, nodePort = genHa()
clientIp, clientPort = genHa()
vals['newNodeData'][NODE_IP] = nodeIp
vals['newNodeData'][NODE_PORT] = nodePort
vals['newNodeData'][CLIENT_IP] = nodeIp
vals['newNodeData'][CLIENT_PORT] = clientPort
doNodeCmd(do, nodeData=vals)
exitFromCli(do)
def testConsecutiveAddSameNodeWithNonAliasChange(be, do, newStewardCli,
newNodeVals, newNodeAdded):
be(newStewardCli)
nodeIp, nodePort = genHa()
clientIp, clientPort = genHa()
newNodeVals['newNodeData'][NODE_IP] = nodeIp
newNodeVals['newNodeData'][NODE_PORT] = nodePort
newNodeVals['newNodeData'][CLIENT_IP] = nodeIp
newNodeVals['newNodeData'][CLIENT_PORT] = clientPort
doSendNodeCmd(do, newNodeVals)
exitFromCli(do)
def test_add_same_node_with_changed_bls_by_trustee(be, do, trusteeCli,
newNodeVals, newNodeAdded,
nodeValsEmptyData):
'''
Checks that it's not possible to add the same node with different BLS key by Trustee
'''
be(trusteeCli)
node_vals = newNodeVals
node_vals['newNodeData'][BLS_KEY] = randomString(32)
doSendNodeCmd(do, node_vals,
expMsgs=["TRUSTEE not in allowed roles ['STEWARD']"])
exitFromCli(do)
def testSaveAndRestoreWallet(do, be, cli, aliceCli):
be(cli)
assert cli._activeWallet is None
createNewKey(do, cli, keyringName="Default")
createNewKeyring("mykr0", do)
useKeyring("Default", do)
filePath = Cli.getWalletFilePath(cli.getContextBasedKeyringsBaseDir(),
cli.walletFileName)
exitFromCli(do)
be(aliceCli)
useKeyring(filePath, do, expectedName="Default")
useKeyring("mykr0", do, expectedName="mykr0")
def test_add_same_node_with_changed_bls_by_trustee(be, do, trusteeCli,
newNodeVals, newNodeAdded,
nodeValsEmptyData):
'''
Checks that it's not possible to add the same node with different BLS key by Trustee
'''
be(trusteeCli)
node_vals = newNodeVals
node_vals['newNodeData'][BLS_KEY] = base58.b58encode(randomString(128).encode())
doSendNodeCmd(do, node_vals,
expMsgs=["TRUSTEE not in allowed roles ['STEWARD']"])
exitFromCli(do)
def testConsecutiveAddSameNodeWithNodeAndClientPortSame(be, do, newStewardCli,
newNodeVals,
newNodeAdded):
be(newStewardCli)
nodeIp, nodePort = genHa()
newNodeVals['newNodeData'][NODE_IP] = nodeIp
newNodeVals['newNodeData'][NODE_PORT] = nodePort
newNodeVals['newNodeData'][CLIENT_IP] = nodeIp
newNodeVals['newNodeData'][CLIENT_PORT] = nodePort
doSendNodeCmd(do, newNodeVals,
expMsgs=["node and client ha cannot be same"])
exitFromCli(do)
def test_update_alias(be, do, newStewardCli, newNodeAdded, nodeValsEmptyData):
'''
Checks that it's not possible to change alias of existing node (by owner)
'''
be(newStewardCli)
node_vals = nodeValsEmptyData
node_vals['newNodeData'][ALIAS] = randomString(6)
doSendNodeCmd(do,
node_vals,
expMsgs=['existing data has conflicts with request data'])
exitFromCli(do)
def test_update_bls(be, do, newStewardCli, newNodeVals, newNodeAdded,
nodeValsEmptyData):
'''
Checks that it's possible to update BLS keys by owner (just alias and new key are required)
'''
be(newStewardCli)
node_vals = nodeValsEmptyData
node_vals['newNodeData'][ALIAS] = newNodeVals['newNodeData'][ALIAS]
node_vals['newNodeData'][BLS_KEY] = randomString(32)
doSendNodeCmd(do, node_vals, expMsgs=['Node request completed'])
exitFromCli(do)
def testSaveAndRestoreWallet(do, be, cliForMultiNodePools,
aliceMultiNodePools,
earlMultiNodePools):
be(cliForMultiNodePools)
# No wallet should have been restored
assert cliForMultiNodePools._activeWallet is None
connectTo("pool1", do, cliForMultiNodePools,
activeWalletPresents=True, identifiers=0, firstTimeConnect=True)
createNewKey(do, cliForMultiNodePools, walletName="Default")
switchEnv("pool2", do, cliForMultiNodePools, checkIfWalletRestored=False)
createNewKey(do, cliForMultiNodePools, walletName="Default")
createNewWallet("mykr0", do)
createNewKey(do, cliForMultiNodePools, walletName="mykr0")
createNewKey(do, cliForMultiNodePools, walletName="mykr0")
useKeyring("Default", do)
createNewKey(do, cliForMultiNodePools, walletName="Default")
sleep(10)
switchEnv("pool1", do, cliForMultiNodePools, checkIfWalletRestored=True,
restoredWalletKeyName="Default", restoredIdentifiers=1)
createNewWallet("mykr1", do)
createNewKey(do, cliForMultiNodePools, walletName="mykr1")
switchEnv("pool2", do, cliForMultiNodePools, checkIfWalletRestored=True,
restoredWalletKeyName="Default", restoredIdentifiers=2)
createNewWallet("mykr0", do,
expectedMsgs=[
'"mykr0" conflicts with an existing wallet',
'Please choose a new name.'])
filePath = getWalletFilePath(
cliForMultiNodePools.getContextBasedWalletsBaseDir(),
cliForMultiNodePools.walletFileName)
switchEnv("pool1", do, cliForMultiNodePools, checkIfWalletRestored=True,
restoredWalletKeyName="mykr1", restoredIdentifiers=1)
useKeyring(filePath, do, expectedName="mykr0",
expectedMsgs=[
"Given wallet file ({}) doesn't "
"belong to current context.".format(filePath),
"Please connect to 'pool2' environment and try again."])
# exit from current cli so that active wallet gets saved
exitFromCli(do)
# different tests for restoring saved wallet
filePath = getWalletFilePath(
cliForMultiNodePools.getContextBasedWalletsBaseDir(),
cliForMultiNodePools.walletFileName)
restartCli(aliceMultiNodePools, be, do, "mykr1", 1)
restartCliWithCorruptedWalletFile(earlMultiNodePools, be, do, filePath)
def testSaveAndRestoreWallet(do, be, cliForMultiNodePools,
aliceMultiNodePools,
earlMultiNodePools):
be(cliForMultiNodePools)
# No wallet should have been restored
assert cliForMultiNodePools._activeWallet is None
connectTo("pool1", do, cliForMultiNodePools,
activeWalletPresents=True, identifiers=0, firstTimeConnect=True)
createNewKey(do, cliForMultiNodePools, keyringName="Default")
switchEnv("pool2", do, cliForMultiNodePools, checkIfWalletRestored=False)
createNewKey(do, cliForMultiNodePools, keyringName="Default")
createNewKeyring("mykr0", do)
createNewKey(do, cliForMultiNodePools, keyringName="mykr0")
createNewKey(do, cliForMultiNodePools, keyringName="mykr0")
useKeyring("Default", do)
createNewKey(do, cliForMultiNodePools, keyringName="Default")
sleep(10)
switchEnv("pool1", do, cliForMultiNodePools, checkIfWalletRestored=True,
restoredWalletKeyName="Default", restoredIdentifiers=1)
createNewKeyring("mykr1", do)
createNewKey(do, cliForMultiNodePools, keyringName="mykr1")
switchEnv("pool2", do, cliForMultiNodePools, checkIfWalletRestored=True,
restoredWalletKeyName="Default", restoredIdentifiers=2)
createNewKeyring("mykr0", do,
expectedMsgs = [
'"mykr0" conflicts with an existing keyring',
'Please choose a new name.'])
filePath = getWalletFilePath(cliForMultiNodePools.getContextBasedKeyringsBaseDir(),
cliForMultiNodePools.walletFileName)
switchEnv("pool1", do, cliForMultiNodePools, checkIfWalletRestored=True,
restoredWalletKeyName="mykr1", restoredIdentifiers=1)
useKeyring(filePath, do, expectedName="mykr0",
expectedMsgs=[
"Given wallet file ({}) doesn't "
"belong to current context.".format(filePath),
"Please connect to 'pool2' environment and try again."])
# exit from current cli so that active wallet gets saved
exitFromCli(do)
# different tests for restoring saved wallet
filePath = getWalletFilePath(cliForMultiNodePools.getContextBasedKeyringsBaseDir(),
cliForMultiNodePools.walletFileName)
restartCli(aliceMultiNodePools, be, do, "mykr1", 1)
restartCliWithCorruptedWalletFile(earlMultiNodePools, be, do, filePath)
def test_update_bls_by_trustee(be, do, trusteeCli,
newNodeVals, newNodeAdded,
nodeValsEmptyData):
'''
Checks that it's not possible to update BLS keys by Trustee (just alias and new key are required)
'''
be(trusteeCli)
node_vals = nodeValsEmptyData
node_vals['newNodeData'][ALIAS] = newNodeVals['newNodeData'][ALIAS]
node_vals['newNodeData'][BLS_KEY] = base58.b58encode(randomString(128).encode())
doSendNodeCmd(do, node_vals,
expMsgs=["TRUSTEE not in allowed roles ['STEWARD']"])
exitFromCli(do)
def test_add_same_node_with_changed_bls_by_trustee(be, do, trusteeCli,
newNodeVals, newNodeAdded,
nodeValsEmptyData,
new_bls_keys):
'''
Checks that it's not possible to add the same node with different BLS key by Trustee
'''
be(trusteeCli)
node_vals = newNodeVals
bls_key, key_proof = new_bls_keys
node_vals['newNodeData'][BLS_KEY] = bls_key
node_vals['newNodeData'][BLS_KEY_PROOF] = key_proof
doSendNodeCmd(do, node_vals,
expMsgs=["TRUSTEE not in allowed roles ['STEWARD']"])
exitFromCli(do)
def test_update_bls(be, do, newStewardCli,
newNodeVals, newNodeAdded,
nodeValsEmptyData):
'''
Checks that it's possible to update BLS keys by owner (just alias and new key are required)
'''
be(newStewardCli)
node_vals = nodeValsEmptyData
node_vals['newNodeData'][ALIAS] = newNodeVals['newNodeData'][ALIAS]
node_vals['newNodeData'][BLS_KEY] = randomString(32)
doSendNodeCmd(do, node_vals,
expMsgs=['Node request completed'])
exitFromCli(do)
def test_update_alias(be, do,
newStewardCli,
newNodeAdded,
nodeValsEmptyData):
'''
Checks that it's not possible to change alias of existing node (by owner)
'''
be(newStewardCli)
node_vals = nodeValsEmptyData
node_vals['newNodeData'][ALIAS] = randomString(6)
doSendNodeCmd(do, node_vals,
expMsgs=['existing data has conflicts with request data'])
exitFromCli(do)
def test_update_bls_by_trustee(be, do, trusteeCli,
newNodeVals, newNodeAdded,
nodeValsEmptyData):
'''
Checks that it's not possible to update BLS keys by Trustee (just alias and new key are required)
'''
be(trusteeCli)
node_vals = nodeValsEmptyData
node_vals['newNodeData'][ALIAS] = newNodeVals['newNodeData'][ALIAS]
node_vals['newNodeData'][BLS_KEY] = randomString(32)
doSendNodeCmd(do, node_vals,
expMsgs=["TRUSTEE not in allowed roles ['STEWARD']"])
exitFromCli(do)
def test_update_node_and_client_port_same(be, do, newStewardCli, newNodeVals,
newNodeAdded, nodeValsEmptyData):
'''
Checks that it's not possible to have node and client ports same (by owner)
'''
be(newStewardCli)
nodeIp, nodePort = genHa()
node_vals = nodeValsEmptyData
node_vals['newNodeData'][ALIAS] = newNodeVals['newNodeData'][ALIAS]
node_vals['newNodeData'][NODE_IP] = nodeIp
node_vals['newNodeData'][NODE_PORT] = nodePort
node_vals['newNodeData'][CLIENT_IP] = nodeIp
node_vals['newNodeData'][CLIENT_PORT] = nodePort
doSendNodeCmd(do, node_vals, expMsgs=["node and client ha cannot be same"])
exitFromCli(do)
def test_update_bls(be, do, newStewardCli,
newNodeVals, newNodeAdded,
nodeValsEmptyData,
new_bls_keys):
'''
Checks that it's possible to update BLS keys by owner (just alias and new key are required)
'''
be(newStewardCli)
node_vals = nodeValsEmptyData
bls_key, key_proof = new_bls_keys
node_vals['newNodeData'][BLS_KEY] = bls_key
node_vals['newNodeData'][BLS_KEY_PROOF] = key_proof
node_vals['newNodeData'][ALIAS] = newNodeVals['newNodeData'][ALIAS]
doSendNodeCmd(do, node_vals,
expMsgs=['Node request completed'])
exitFromCli(do)
def test_update_bls_by_trustee(be, do, trusteeCli,
newNodeVals, newNodeAdded,
nodeValsEmptyData,
new_bls_keys):
'''
Checks that it's not possible to update BLS keys by Trustee (just alias and new key are required)
'''
be(trusteeCli)
node_vals = nodeValsEmptyData
bls_key, key_proof = new_bls_keys
node_vals['newNodeData'][BLS_KEY] = bls_key
node_vals['newNodeData'][BLS_KEY_PROOF] = key_proof
node_vals['newNodeData'][ALIAS] = newNodeVals['newNodeData'][ALIAS]
doSendNodeCmd(do, node_vals,
expMsgs=["TRUSTEE not in allowed roles ['STEWARD']"])
exitFromCli(do)
def test_update_ports_and_ips(be, do, newStewardCli, newNodeVals, newNodeAdded,
nodeValsEmptyData):
'''
Checks that it's possible to update node and client ports and IPs (by owner)
(just alias and ports/IPs are required)
'''
be(newStewardCli)
nodeIp, nodePort = genHa()
clientIp, clientPort = genHa()
node_vals = nodeValsEmptyData
node_vals['newNodeData'][ALIAS] = newNodeVals['newNodeData'][ALIAS]
node_vals['newNodeData'][NODE_IP] = nodeIp
node_vals['newNodeData'][NODE_PORT] = nodePort
node_vals['newNodeData'][CLIENT_IP] = clientIp
node_vals['newNodeData'][CLIENT_PORT] = clientPort
doSendNodeCmd(do, node_vals, expMsgs=['Node request completed'])
exitFromCli(do)
def test_update_node_and_client_port_same(be, do, newStewardCli,
newNodeVals,
newNodeAdded,
nodeValsEmptyData):
'''
Checks that it's not possible to have node and client ports same (by owner)
'''
be(newStewardCli)
nodeIp, nodePort = genHa()
node_vals = nodeValsEmptyData
node_vals['newNodeData'][ALIAS] = newNodeVals['newNodeData'][ALIAS]
node_vals['newNodeData'][NODE_IP] = nodeIp
node_vals['newNodeData'][NODE_PORT] = nodePort
node_vals['newNodeData'][CLIENT_IP] = nodeIp
node_vals['newNodeData'][CLIENT_PORT] = nodePort
doSendNodeCmd(do, node_vals,
expMsgs=["node and client ha cannot be same"])
exitFromCli(do)
def test_update_ports_and_ips(be, do, newStewardCli,
newNodeVals, newNodeAdded,
nodeValsEmptyData):
'''
Checks that it's possible to update node and client ports and IPs (by owner)
(just alias and ports/IPs are required)
'''
be(newStewardCli)
nodeIp, nodePort = genHa()
clientIp, clientPort = genHa()
node_vals = nodeValsEmptyData
node_vals['newNodeData'][ALIAS] = newNodeVals['newNodeData'][ALIAS]
node_vals['newNodeData'][NODE_IP] = nodeIp
node_vals['newNodeData'][NODE_PORT] = nodePort
node_vals['newNodeData'][CLIENT_IP] = clientIp
node_vals['newNodeData'][CLIENT_PORT] = clientPort
doSendNodeCmd(do, node_vals,
expMsgs=['Node request completed'])
exitFromCli(do)
def testSaveAndRestoreWallet(do, be, cliForMultiNodePools,
aliceMultiNodePools,
earlMultiNodePools):
be(cliForMultiNodePools)
# No wallet should have been restored
assert cliForMultiNodePools._activeWallet is None
connectTo("pool1", do, cliForMultiNodePools,
activeWalletPresents=True, identifiers=0, firstTimeConnect=True)
createNewKey(do, cliForMultiNodePools, walletName="Default")
switchEnv("pool2", do, cliForMultiNodePools, checkIfWalletRestored=False)
createNewKey(do, cliForMultiNodePools, walletName="Default")
createNewWallet("mykr0", do)
createNewKey(do, cliForMultiNodePools, walletName="mykr0")
createNewKey(do, cliForMultiNodePools, walletName="mykr0")
useKeyring("Default", do)
createNewKey(do, cliForMultiNodePools, walletName="Default")
sleep(10)
switchEnv("pool1", do, cliForMultiNodePools, checkIfWalletRestored=True,
restoredWalletKeyName="Default", restoredIdentifiers=1)
createNewWallet("mykr1", do)
createNewKey(do, cliForMultiNodePools, walletName="mykr1")
switchEnv("pool2", do, cliForMultiNodePools, checkIfWalletRestored=True,
restoredWalletKeyName="Default", restoredIdentifiers=2)
createNewWallet("mykr0", do,
expectedMsgs=[
'"mykr0" conflicts with an existing wallet',
'Please choose a new name.'])
filePath = getWalletFilePath(
cliForMultiNodePools.getContextBasedWalletsBaseDir(),
cliForMultiNodePools.walletFileName)
switchEnv("pool1", do, cliForMultiNodePools, checkIfWalletRestored=True,
restoredWalletKeyName="mykr1", restoredIdentifiers=1)
useKeyring(filePath, do, expectedName="mykr0",
expectedMsgs=[
"Given wallet file ({}) doesn't "
"belong to current context.".format(filePath),
"Please connect to 'pool2' environment and try again."])
# exit from current cli so that active wallet gets saved
exitFromCli(do)
alice_wallets_dir = os.path.join(aliceMultiNodePools.getWalletsBaseDir(), "pool1")
earl_wallets_dir = os.path.join(earlMultiNodePools.getWalletsBaseDir(), "pool1")
os.makedirs(alice_wallets_dir, exist_ok=True)
os.makedirs(earl_wallets_dir, exist_ok=True)
alice_wallet_path = os.path.join(alice_wallets_dir, cliForMultiNodePools.walletFileName)
earl_wallet_path = os.path.join(earl_wallets_dir, cliForMultiNodePools.walletFileName)
# different tests for restoring saved wallet
filePath = getWalletFilePath(
cliForMultiNodePools.getContextBasedWalletsBaseDir(),
"default.wallet")
shutil.copy(filePath, alice_wallets_dir)
shutil.copy(filePath, earl_wallets_dir)
filePath = getWalletFilePath(
cliForMultiNodePools.getContextBasedWalletsBaseDir(),
cliForMultiNodePools.walletFileName)
shutil.copy(filePath, alice_wallet_path)
shutil.copy(filePath, earl_wallet_path)
def _f(path):
if not os.path.exists(path):
raise FileNotFoundError("{}".format(path))
cliForMultiNodePools.looper.run(eventually(_f, alice_wallet_path))
cliForMultiNodePools.looper.run(eventually(_f, earl_wallet_path))
restartCli(aliceMultiNodePools, be, do, "mykr1", 1)
restartCliWithCorruptedWalletFile(earlMultiNodePools, be, do, earl_wallet_path)
def testConsecutiveAddNewNodes(be, do, newStewardCli, newNodeAdded):
be(newStewardCli)
sendNodeCmd(do)
exitFromCli(do)
def testSaveAndRestoreWallet(do, be, cliForMultiNodePools, aliceMultiNodePools,
earlMultiNodePools):
be(cliForMultiNodePools)
# No wallet should have been restored
assert cliForMultiNodePools._activeWallet is None
connectTo("pool1",
do,
cliForMultiNodePools,
activeWalletPresents=True,
identifiers=0,
firstTimeConnect=True)
createNewKey(do, cliForMultiNodePools, walletName="Default")
switchEnv("pool2", do, cliForMultiNodePools, checkIfWalletRestored=False)
createNewKey(do, cliForMultiNodePools, walletName="Default")
createNewWallet("mykr0", do)
createNewKey(do, cliForMultiNodePools, walletName="mykr0")
createNewKey(do, cliForMultiNodePools, walletName="mykr0")
useKeyring("Default", do)
createNewKey(do, cliForMultiNodePools, walletName="Default")
sleep(10)
switchEnv("pool1",
do,
cliForMultiNodePools,
checkIfWalletRestored=True,
restoredWalletKeyName="Default",
restoredIdentifiers=1)
createNewWallet("mykr1", do)
createNewKey(do, cliForMultiNodePools, walletName="mykr1")
switchEnv("pool2",
do,
cliForMultiNodePools,
checkIfWalletRestored=True,
restoredWalletKeyName="Default",
restoredIdentifiers=2)
createNewWallet("mykr0",
do,
expectedMsgs=[
'"mykr0" conflicts with an existing wallet',
'Please choose a new name.'
])
filePath = getWalletFilePath(
cliForMultiNodePools.getContextBasedWalletsBaseDir(),
cliForMultiNodePools.walletFileName)
switchEnv("pool1",
do,
cliForMultiNodePools,
checkIfWalletRestored=True,
restoredWalletKeyName="mykr1",
restoredIdentifiers=1)
useKeyring(filePath,
do,
expectedName="mykr0",
expectedMsgs=[
"Given wallet file ({}) doesn't "
"belong to current context.".format(filePath),
"Please connect to 'pool2' environment and try again."
])
# exit from current cli so that active wallet gets saved
exitFromCli(do)
alice_wallets_dir = os.path.join(aliceMultiNodePools.getWalletsBaseDir(),
"pool1")
earl_wallets_dir = os.path.join(earlMultiNodePools.getWalletsBaseDir(),
"pool1")
os.makedirs(alice_wallets_dir, exist_ok=True)
os.makedirs(earl_wallets_dir, exist_ok=True)
alice_wallet_path = os.path.join(alice_wallets_dir,
cliForMultiNodePools.walletFileName)
earl_wallet_path = os.path.join(earl_wallets_dir,
cliForMultiNodePools.walletFileName)
# different tests for restoring saved wallet
filePath = getWalletFilePath(
cliForMultiNodePools.getContextBasedWalletsBaseDir(), "default.wallet")
shutil.copy(filePath, alice_wallets_dir)
shutil.copy(filePath, earl_wallets_dir)
filePath = getWalletFilePath(
cliForMultiNodePools.getContextBasedWalletsBaseDir(),
cliForMultiNodePools.walletFileName)
shutil.copy(filePath, alice_wallet_path)
shutil.copy(filePath, earl_wallet_path)
def _f(path):
if not os.path.exists(path):
raise FileNotFoundError("{}".format(path))
cliForMultiNodePools.looper.run(eventually(_f, alice_wallet_path))
cliForMultiNodePools.looper.run(eventually(_f, earl_wallet_path))
restartCli(aliceMultiNodePools, be, do, "mykr1", 1)
restartCliWithCorruptedWalletFile(earlMultiNodePools, be, do,
earl_wallet_path)
def testAliceSendBankKYCClaim(be, do, aliceCli, susanCli, bankKYCProofSent):
be(aliceCli)
exitFromCli(do)
restartCliAndTestWalletRestoration(be, do, susanCli)
def testAliceSendBankKYCClaim(be, do, aliceCli, susanCli, bankKYCProofSent,
connectedToTest):
be(aliceCli)
exitFromCli(do)
restartCliAndTestWalletRestoration(be, do, susanCli, connectedToTest)
def testConsecutiveAddSameNodeWithoutAnyChange(be, do, newStewardCli,
newNodeVals, newNodeAdded):
be(newStewardCli)
doSendNodeCmd(do, newNodeVals,
expMsgs=['node already has the same data as requested'])
exitFromCli(do)