def issue(
vcdig,
regk,
version=Version,
kind=Serials.json,
):
"""
Returns serder of iss message event
Utility function to create a VC issuance event
Parameters:
vcdig is hash digest of vc content qb64
regk is regsitry identifier prefix qb64
"""
vs = Versify(version=version, kind=kind, size=0)
ked = dict(
v=vs, # version string
i=vcdig, # qb64 prefix
s="{:x}".format(0), # hex string no leading zeros lowercase
t=Ilks.iss,
ri=regk)
return Serder(ked=ked) # return serialized ked
def revoke(
vcdig,
dig,
version=Version,
kind=Serials.json,
):
"""
Returns serder of rev message event
Utility function to create a VC revocation vent
Parameters:
vcdig is hash digest of vc content qb64
regk is regsitry identifier prefix qb64
dig is digest of previous event qb64
"""
vs = Versify(version=version, kind=kind, size=0)
isn = 1
ilk = Ilks.rev
ked = dict(
v=vs,
i=vcdig,
s="{:x}".format(isn), # hex string no leading zeros lowercase
t=ilk,
p=dig)
return Serder(ked=ked) # return serialized ked
def backer_revoke(
vcdig,
regk,
regsn,
regd,
version=Version,
kind=Serials.json,
):
"""
Returns serder of brv message event
Utility function to create a VC revocation event
Parameters:
vcdig is hash digest of vc content qb64
regk is regsitry identifier prefix qb64
regsn is int sequence number of anchoring registry TEL event
regd is digest qb64 of anchoring registry TEL event
"""
vs = Versify(version=version, kind=kind, size=0)
isn = 1
ilk = Ilks.rev
seal = SealEvent(regk, regsn, regd)
ked = dict(
v=vs,
i=vcdig,
s="{:x}".format(isn), # hex string no leading zeros lowercase
t=ilk,
ra=seal._asdict())
return Serder(ked=ked) # return serialized ked
def incept(
pre,
baks=None,
cnfg=None,
version=Version,
kind=Serials.json,
):
"""
Returns serder of vcp message event
Utility function to create a Registry inception event
Parameters:
pre is issuer identifier prefix qb64
cnfg is list of strings TraitDex of configuration traits
baks is the initial list of backers prefixes for VCs in the Registry
version is the API version
kind is the event type
"""
vs = Versify(version=version, kind=kind, size=0)
isn = 0
ilk = Ilks.vcp
cnfg = cnfg if cnfg is not None else []
if TraitDex.NoBackers in cnfg and len(baks) > 0:
raise ValueError("{} backers specified for NB vcp, 0 allowed".format(
len(baks)))
ked = dict(
v=vs, # version string
i="", # qb64 prefix
ii=pre,
s="{:x}".format(isn), # hex string no leading zeros lowercase
t=ilk,
c=cnfg,
b=baks # list of qb64 may be empty
)
prefixer = Prefixer(ked=ked) # Derive AID from ked and code
ked["i"] = prefixer.qb64 # update pre element in ked with pre qb64
return Serder(ked=ked) # return serialized ked
def rotate(
pre,
regk,
sn=1,
baks=None,
version=Version,
kind=Serials.json,
):
"""
Returns serder of vrt message event
Utility function to create a Registry rotation event
Parameters:
pre is identifier prefix qb64
regk is regsitry identifier prefix qb64
sn is int sequence number
baks is new list of backers prefixes for VCs in the Registry
"""
if sn < 1:
raise ValueError("Invalid sn = {} for vrt.".format(sn))
vs = Versify(version=version, kind=kind, size=0)
ilk = Ilks.vrt
ked = dict(
v=vs, # version string
i=regk, # qb64 prefix
ii=pre,
s="{:x}".format(sn), # hex string no leading zeros lowercase
t=ilk,
b=baks, # list of qb64 may be empty
)
return Serder(ked=ked) # return serialized ked
def rotate(
regk,
dig,
sn=1,
toad=None,
baks=None,
cuts=None,
adds=None,
version=Version,
kind=Serials.json,
):
"""
Returns serder of vrt message event
Utility function to create a Registry rotation event
Parameters:
pre is identifier prefix qb64
regk is regsitry identifier prefix qb64
sn is int sequence number
toad is int or str hex of witness threshold
baks is list of prior backers prefixes qb64
cuts is list of witness prefixes to cut qb64
adds is list of witness prefixes to add qb64
"""
if sn < 1:
raise ValueError("Invalid sn = {} for vrt.".format(sn))
vs = Versify(version=version, kind=kind, size=0)
ilk = Ilks.vrt
baks = baks if baks is not None else []
bakset = oset(baks)
if len(bakset) != len(baks):
raise ValueError("Invalid baks = {}, has duplicates.".format(baks))
cuts = cuts if cuts is not None else []
cutset = oset(cuts)
if len(cutset) != len(cuts):
raise ValueError("Invalid cuts = {}, has duplicates.".format(cuts))
if (bakset & cutset) != cutset: # some cuts not in wits
raise ValueError(
"Invalid cuts = {}, not all members in baks.".format(cuts))
adds = adds if adds is not None else []
addset = oset(adds)
if len(addset) != len(adds):
raise ValueError("Invalid adds = {}, has duplicates.".format(adds))
if cutset & addset: # non empty intersection
raise ValueError("Intersecting cuts = {} and adds = {}.".format(
cuts, adds))
if bakset & addset: # non empty intersection
raise ValueError("Intersecting baks = {} and adds = {}.".format(
baks, adds))
newbakset = (bakset - cutset) | addset
if len(newbakset) != (len(baks) - len(cuts) + len(adds)): # redundant?
raise ValueError(
"Invalid member combination among baks = {}, cuts ={}, "
"and adds = {}.".format(baks, cuts, adds))
if isinstance(toad, str):
toad = "{:x}".format(toad)
elif toad is None:
if not newbakset:
toad = 0
else: # compute default f and m for len(newbakset)
toad = ample(len(newbakset))
if newbakset:
if toad < 1 or toad > len(newbakset): # out of bounds toad
raise ValueError("Invalid toad = {} for resultant wits = {}"
"".format(toad, list(newbakset)))
else:
if toad != 0: # invalid toad
raise ValueError("Invalid toad = {} for resultant wits = {}"
"".format(toad, list(newbakset)))
ked = dict(
v=vs, # version string
i=regk, # qb64 prefix
p=dig,
s="{:x}".format(sn), # hex string no leading zeros lowercase
t=ilk,
bt="{:x}".format(toad), # hex string no leading zeros lowercase
br=cuts, # list of qb64 may be empty
ba=adds, # list of qb64 may be empty
)
return Serder(ked=ked) # return serialized ked
def incept(
pre,
toad=None,
baks=None,
cnfg=None,
version=Version,
kind=Serials.json,
code=None,
):
"""
Returns serder of vcp message event
Utility function to create a Registry inception event
Parameters:
pre is issuer identifier prefix qb64
cnfg is list of strings TraitDex of configuration traits
toad is int, or str hex of backer threshold
baks is the initial list of backers prefixes for VCs in the Registry
version is the API version
kind is the event type
code is default code for Prefixer
"""
vs = Versify(version=version, kind=kind, size=0)
isn = 0
ilk = Ilks.vcp
cnfg = cnfg if cnfg is not None else []
baks = baks if baks is not None else []
if TraitDex.NoBackers in cnfg and len(baks) > 0:
raise ValueError("{} backers specified for NB vcp, 0 allowed".format(
len(baks)))
if len(oset(baks)) != len(baks):
raise ValueError("Invalid baks = {}, has duplicates.".format(baks))
if isinstance(toad, str):
toad = "{:x}".format(toad)
elif toad is None:
if not baks:
toad = 0
else: # compute default f and m for len(baks)
toad = ample(len(baks))
if baks:
if toad < 1 or toad > len(baks): # out of bounds toad
raise ValueError("Invalid toad = {} for baks = {}".format(
toad, baks))
else:
if toad != 0: # invalid toad
raise ValueError("Invalid toad = {} for baks = {}".format(
toad, baks))
ked = dict(
v=vs, # version string
i="", # qb64 prefix
ii=pre,
s="{:x}".format(isn), # hex string no leading zeros lowercase
t=ilk,
c=cnfg,
bt="{:x}".format(toad), # hex string no leading zeros lowercase
b=baks # list of qb64 may be empty
)
prefixer = Prefixer(ked=ked, code=code,
allows=[MtrDex.Blake3_256
]) # Derive AID from ked and code
ked["i"] = prefixer.qb64 # update pre element in ked with pre qb64
return Serder(ked=ked) # return serialized ked
def test_issuer():
"""
Test Issuer Class
"""
issuer = Registry()
assert isinstance(issuer, Registry)
assert issuer.name == "main"
assert issuer.temp is False
assert isinstance(issuer.env, lmdb.Environment)
assert issuer.path.endswith("keri/db/main")
assert issuer.env.path() == issuer.path
assert os.path.exists(issuer.path)
assert isinstance(issuer.tvts, lmdb._Database)
issuer.close(clear=True)
assert not os.path.exists(issuer.path)
assert not issuer.opened
# test not opened on init
issuer = Registry(reopen=False)
assert isinstance(issuer, Registry)
assert issuer.name == "main"
assert issuer.temp is False
assert issuer.opened is False
assert issuer.path is None
assert issuer.env is None
issuer.reopen()
assert issuer.opened
assert issuer.path is not None
assert isinstance(issuer.env, lmdb.Environment)
assert issuer.path.endswith("keri/db/main")
assert issuer.env.path() == issuer.path
assert os.path.exists(issuer.path)
issuer.close(clear=True)
assert not os.path.exists(issuer.path)
assert not issuer.opened
assert isinstance(issuer.tvts, lmdb._Database)
with openLMDB(cls=Registry) as issuer:
assert isinstance(issuer, Registry)
assert issuer.name == "test"
assert issuer.temp is True
assert isinstance(issuer.env, lmdb.Environment)
assert issuer.path.startswith("/tmp/keri_lmdb_")
assert issuer.path.endswith("_test/keri/db/test")
assert issuer.env.path() == issuer.path
assert os.path.exists(issuer.path)
assert isinstance(issuer.tvts, lmdb._Database)
assert not os.path.exists(issuer.path)
ipreb = "DYmJApMvMb8mgiG20BPlPcKLWSfNIUCC21DP0i2_BLjo".encode("utf-8")
regb = "EOWdT7a7fZwRz0jiZ0DJxZEM3vsNbLDPEUk-ODnif3O0".encode("utf-8")
rarb = "BijzaUuRMwh1ivT5BQrqNhbvx82lB-ofrHVHjL3WADbA".encode("utf-8")
# test with registry inception (vcp) event
regk = nsKey([ipreb, regb])
assert regk == b'DYmJApMvMb8mgiG20BPlPcKLWSfNIUCC21DP0i2_BLjo:EOWdT7a7fZwRz0jiZ0DJxZEM3vsNbLDPEUk-ODnif3O0'
sn = 0
vs = Versify(kind=Serials.json, size=20)
vcp = dict(v=vs,
i=regk.decode("utf-8"),
s="{:x}".format(sn),
b=[rarb.decode("utf-8")],
t="vcp")
vcpb = json.dumps(vcp, separators=(",", ":"),
ensure_ascii=False).encode("utf-8")
assert vcpb == (
b'{"v":"KERI10JSON000014_",'
b'"i":"DYmJApMvMb8mgiG20BPlPcKLWSfNIUCC21DP0i2_BLjo:EOWdT7a7fZwRz0jiZ0DJxZEM3vsNbLDPEUk-ODnif3O0",'
b'"s":"0","b":["BijzaUuRMwh1ivT5BQrqNhbvx82lB-ofrHVHjL3WADbA"],"t":"vcp"}'
)
vdig = Diger(ser=vcpb)
with openLMDB(cls=Registry) as issuer:
key = dgKey(regk, vdig.qb64b)
assert issuer.getTvt(key) is None
assert issuer.delTvt(key) is False
assert issuer.putTvt(key, val=vcpb) is True
assert issuer.getTvt(key) == vcpb
assert issuer.putTvt(key, val=vcpb) is False
assert issuer.setTvt(key, val=vcpb) is True
assert issuer.getTvt(key) == vcpb
assert issuer.delTvt(key) is True
assert issuer.getTvt(key) is None
telKey = snKey(regk, sn)
assert issuer.getTel(telKey) is None
assert issuer.delTel(telKey) is False
assert issuer.putTel(telKey, val=vdig.qb64b)
assert issuer.getTel(telKey) == vdig.qb64b
assert issuer.putTel(telKey, val=vdig.qb64b) is False
assert issuer.setTel(telKey, val=vdig.qb64b) is True
assert issuer.getTel(telKey) == vdig.qb64b
assert issuer.delTel(telKey) is True
assert issuer.getTel(telKey) is None
coupl01 = (
"BPVuWC4Hc0izqPKn2LIwhp72SHJSRgfaL1RhtuiavIy4AAfiKvopJ0O2afOmxb5A6JtdY7Wkl_1uNx1Z8xQkg_"
"gMzf-vTfEHDylFdgn2e_u_ppaFajIdvEvONX6dcSYzlfBQ").encode("utf-8")
coupl02 = (
"BW1gbapuOJ4TJKwLfKZs5cXEIs9k8EtBqxR1psVxnD7IABrSkjrgPGXdhBiOy6LUZpiqtsHkKHhfLGj_LhT1n6"
"EqCIdDjrihzrdM1bm0ZNJDwbDGXoeeZujd7ZYsOsBPzRCw").encode("utf-8")
coupl03 = (
"BklrMm7GlYzNrPQunLJHFn_1wWjlUslGkXfs0KyoNOEAAC_6PB5Zre_E_7YLkM9OtRo-uYmwRyFmOH3Xo4JDiP"
"jioY7Ycna6ouhSSH0QcKsEjce10HCXIW_XtmEYr9SrB5BA").encode("utf-8")
coups = [coupl01, coupl02, coupl03]
key = dgKey(regk, vdig.qb64b)
assert issuer.getTibs(key) == []
assert issuer.cntTibs(key) == 0
assert issuer.delTibs(key) is False
assert issuer.putTibs(key, vals=[coupl01]) is True
assert issuer.getTibs(key) == [coupl01]
assert issuer.cntTibs(key) == 1
assert issuer.putTibs(key, vals=[coupl01]) is True # add duplicate
assert issuer.cntTibs(key) == 1
assert issuer.addTib(key, coupl01) is False
assert issuer.addTib(key, coupl02) is True
assert issuer.cntTibs(key) == 2
assert issuer.putTibs(key, vals=[coupl02, coupl03]) is True
assert issuer.cntTibs(key) == 3
assert issuer.delTibs(key) is True
assert issuer.getTibs(key) == []
for c in coups:
assert issuer.addTib(key, c) is True
assert issuer.cntTibs(key) == 3
assert issuer.getTibs(key) == [coupl01, coupl02, coupl03]
for c in issuer.getTibsIter(key):
assert issuer.delTibs(key, c) is True
assert issuer.getTibs(key) == []
tweKey = snKey(regk, sn)
assert issuer.getTwe(tweKey) is None
assert issuer.delTwe(tweKey) is False
assert issuer.putTwe(tweKey, val=vdig.qb64b)
assert issuer.getTwe(tweKey) == vdig.qb64b
assert issuer.putTwe(tweKey, val=vdig.qb64b) is False
assert issuer.setTwe(tweKey, val=vdig.qb64b) is True
assert issuer.getTwe(tweKey) == vdig.qb64b
assert issuer.delTwe(tweKey) is True
assert issuer.getTwe(tweKey) is None
ooKey = snKey(regk, sn)
assert issuer.getOot(ooKey) is None
assert issuer.delOot(ooKey) is False
assert issuer.putOot(ooKey, val=vdig.qb64b)
assert issuer.getOot(ooKey) == vdig.qb64b
assert issuer.putOot(ooKey, val=vdig.qb64b) is False
assert issuer.setOot(ooKey, val=vdig.qb64b) is True
assert issuer.getOot(ooKey) == vdig.qb64b
assert issuer.delOot(ooKey) is True
assert issuer.getOot(ooKey) is None
anc01 = (
"DYmJApMvMb8mgiG20BPlPcKLWSfNIUCC21DP0i2_BLjo"
"0AAAAAAAAAAAAAAAAAAAAABA"
"Ezpq06UecHwzy-K9FpNoRxCJp2wIGM9u2Edk-PLMZ1H4").encode("utf-8")
key = dgKey(regk, vdig.qb64b)
assert issuer.getAnc(key) is None
assert issuer.delAnc(key) is False
assert issuer.putAnc(key, val=anc01)
assert issuer.getAnc(key) == anc01
assert issuer.putAnc(key, val=anc01) is False
assert issuer.setAnc(key, val=anc01) is True
assert issuer.getAnc(key) == anc01
assert issuer.delAnc(key) is True
assert issuer.getAnc(key) is None
# test with verifiable credential issuance (iss) event
vcdig = b'EXvR3p8V95W8J7Ui4-mEzZ79S-A1esAnJo1Kmzq80Jkc'
vck = nsKey([ipreb, regb, vcdig])
assert vck == (
b'DYmJApMvMb8mgiG20BPlPcKLWSfNIUCC21DP0i2_BLjo:EOWdT7a7fZwRz0jiZ0DJxZEM3vsNbLDPEUk-ODnif3O0'
b':EXvR3p8V95W8J7Ui4-mEzZ79S-A1esAnJo1Kmzq80Jkc')
sn = 0
vs = Versify(kind=Serials.json, size=20)
vcp = dict(v=vs, i=vck.decode("utf-8"), s="{:x}".format(sn), t="iss")
issb = json.dumps(vcp, separators=(",", ":"),
ensure_ascii=False).encode("utf-8")
assert issb == (
b'{"v":"KERI10JSON000014_",'
b'"i":"DYmJApMvMb8mgiG20BPlPcKLWSfNIUCC21DP0i2_BLjo:'
b'EOWdT7a7fZwRz0jiZ0DJxZEM3vsNbLDPEUk-ODnif3O0:EXvR3p8V95W8J7Ui4-mEzZ79S-A1esAnJo1Kmzq80Jkc",'
b''
b'"s":"0","t":"iss"}')
idig = Diger(ser=issb)
key = dgKey(vck, idig.qb64b)
assert issuer.getTvt(key) is None
assert issuer.delTvt(key) is False
assert issuer.putTvt(key, val=issb) is True
assert issuer.getTvt(key) == issb
assert issuer.putTvt(key, val=issb) is False
assert issuer.setTvt(key, val=issb) is True
assert issuer.getTvt(key) == issb
assert issuer.delTvt(key) is True
assert issuer.getTvt(key) is None
telKey = snKey(vck, sn)
assert issuer.getTel(telKey) is None
assert issuer.delTel(telKey) is False
assert issuer.putTel(telKey, val=idig.qb64b)
assert issuer.getTel(telKey) == idig.qb64b
assert issuer.putTel(telKey, val=idig.qb64b) is False
assert issuer.setTel(telKey, val=idig.qb64b) is True
assert issuer.getTel(telKey) == idig.qb64b
assert issuer.delTel(telKey) is True
assert issuer.getTel(telKey) is None
"""End Test"""
def test_fetchkeldel():
"""
Test fetching full KEL and full DEL from Logger
"""
# Test using context manager
preb = 'BWzwEHHzq7K0gzQPYGGwTmuupUhPx5_yZ-Wk1x4ejhcc'.encode("utf-8")
digb = 'EGAPkzNZMtX-QiVgbRbyAIZGoXvbGv9IPb0foWTZvI_4'.encode("utf-8")
sn = 3
vs = Versify(kind=Serials.json, size=20)
assert vs == 'KERI10JSON000014_'
ked = dict(vs=vs,
pre=preb.decode("utf-8"),
sn="{:x}".format(sn),
ilk="rot",
dig=digb.decode("utf-8"))
skedb = json.dumps(ked, separators=(",", ":"),
ensure_ascii=False).encode("utf-8")
assert skedb == (
b'{"vs":"KERI10JSON000014_","pre":"BWzwEHHzq7K0gzQPYGGwTmuupUhPx5_yZ-Wk1x4ejhc'
b'c","sn":"3","ilk":"rot","dig":"EGAPkzNZMtX-QiVgbRbyAIZGoXvbGv9IPb0foWTZvI_4"'
b'}')
sig0b = 'AAz1KAV2z5IRqcFe4gPs9l3wsFKi1NsSZvBe8yQJmiu5AzJ91Timrykocna6Z_pQBl2gt59I_F6BsSwFbIOG1TDQ'.encode(
"utf-8")
sig1b = 'AB_pQBl2gt59I_F6BsSwFbIOG1TDQz1KAV2z5IRqcFe4gPs9l3wsFKi1NsSZvBe8yQJmiu5AzJ91Timrykocna6Z'.encode(
"utf-8")
wit0b = 'BmuupUhPx5_yZ-Wk1x4ejhccWzwEHHzq7K0gzQPYGGwT'.encode("utf-8")
wit1b = 'BjhccWzwEHHzq7K0gzmuupUhPx5_yZ-Wk1x4eQPYGGwT'.encode("utf-8")
wsig0b = '0A1Timrykocna6Z_pQBl2gt59I_F6BsSwFbIOG1TDQz1KAV2z5IRqcFe4gPs9l3wsFKi1NsSZvBe8yQJmiu5AzJ9'.encode(
"utf-8")
wsig1b = '0A5IRqcFe4gPs9l3wsFKi1NsSZvBe8yQJmiu5Az_pQBl2gt59I_F6BsSwFbIOG1TDQz1KAV2zJ91Timrykocna6Z'.encode(
"utf-8")
with openLogger() as lgr:
# test getKelIter
sn = 0
key = snKey(preb, sn)
assert key == (b'BWzwEHHzq7K0gzQPYGGwTmuupUhPx5_yZ-Wk1x4ejhcc.'
b'00000000000000000000000000000000')
vals0 = [skedb]
assert lgr.addKe(key, vals0[0]) == True
vals1 = [b"mary", b"peter", b"john", b"paul"]
sn += 1
key = snKey(preb, sn)
for val in vals1:
assert lgr.addKe(key, val) == True
vals2 = [b"dog", b"cat", b"bird"]
sn += 1
key = snKey(preb, sn)
for val in vals2:
assert lgr.addKe(key, val) == True
vals = [bytes(val) for val in lgr.getKelIter(preb)]
allvals = vals0 + vals1 + vals2
assert vals == allvals
# test getKelEstIter
preb = 'B4ejhccWzwEHHzq7K0gzQPYGGwTmuupUhPx5_yZ-Wk1x'.encode("utf-8")
sn = 0
key = snKey(preb, sn)
assert key == (b'B4ejhccWzwEHHzq7K0gzQPYGGwTmuupUhPx5_yZ-Wk1x.'
b'00000000000000000000000000000000')
vals0 = [skedb]
assert lgr.addKe(key, vals0[0]) == True
vals1 = [b"mary", b"peter", b"john", b"paul"]
sn += 1
key = snKey(preb, sn)
for val in vals1:
assert lgr.addKe(key, val) == True
vals2 = [b"dog", b"cat", b"bird"]
sn += 1
key = snKey(preb, sn)
for val in vals2:
assert lgr.addKe(key, val) == True
vals = [bytes(val) for val in lgr.getKelEstIter(preb)]
lastvals = [vals0[-1], vals1[-1], vals2[-1]]
assert vals == lastvals
# test getDelIter
preb = 'BTmuupUhPx5_yZ-Wk1x4ejhccWzwEHHzq7K0gzQPYGGw'.encode("utf-8")
sn = 1 # do not start at zero
key = snKey(preb, sn)
assert key == (b'BTmuupUhPx5_yZ-Wk1x4ejhccWzwEHHzq7K0gzQPYGGw.'
b'00000000000000000000000000000001')
vals0 = [skedb]
assert lgr.addDe(key, vals0[0]) == True
vals1 = [b"mary", b"peter", b"john", b"paul"]
sn += 1
key = snKey(preb, sn)
for val in vals1:
assert lgr.addDe(key, val) == True
vals2 = [b"dog", b"cat", b"bird"]
sn += 3 # skip make gap in SN
key = snKey(preb, sn)
for val in vals2:
assert lgr.addDe(key, val) == True
vals = [bytes(val) for val in lgr.getDelIter(preb)]
allvals = vals0 + vals1 + vals2
assert vals == allvals
assert not os.path.exists(lgr.path)
""" End Test """
def test_logger():
"""
Test Logger class
"""
logger = Logger()
assert isinstance(logger, Logger)
assert logger.name == "main"
assert isinstance(logger.env, lmdb.Environment)
assert logger.path.endswith("keri/db/main")
assert logger.env.path() == logger.path
assert os.path.exists(logger.path)
assert isinstance(logger.evts, lmdb._Database)
assert isinstance(logger.sigs, lmdb._Database)
assert isinstance(logger.dtss, lmdb._Database)
assert isinstance(logger.rcts, lmdb._Database)
assert isinstance(logger.ures, lmdb._Database)
assert isinstance(logger.kels, lmdb._Database)
assert isinstance(logger.ooes, lmdb._Database)
assert isinstance(logger.pses, lmdb._Database)
assert isinstance(logger.dels, lmdb._Database)
assert isinstance(logger.ldes, lmdb._Database)
logger.clearDirPath()
assert not os.path.exists(logger.path)
# Test using context manager
with openDatabaser(cls=Logger) as logger:
assert isinstance(logger, Logger)
assert logger.name == "test"
assert isinstance(logger.env, lmdb.Environment)
assert logger.path.startswith("/tmp/keri_lmdb_")
assert logger.path.endswith("_test/keri/db/test")
assert logger.env.path() == logger.path
assert os.path.exists(logger.path)
assert isinstance(logger.evts, lmdb._Database)
assert isinstance(logger.sigs, lmdb._Database)
assert isinstance(logger.dtss, lmdb._Database)
assert isinstance(logger.rcts, lmdb._Database)
assert isinstance(logger.ures, lmdb._Database)
assert isinstance(logger.kels, lmdb._Database)
assert isinstance(logger.ooes, lmdb._Database)
assert isinstance(logger.pses, lmdb._Database)
assert isinstance(logger.dels, lmdb._Database)
assert isinstance(logger.ldes, lmdb._Database)
assert not os.path.exists(logger.path)
preb = 'DWzwEHHzq7K0gzQPYGGwTmuupUhPx5_yZ-Wk1x4ejhcc'.encode("utf-8")
digb = 'EGAPkzNZMtX-QiVgbRbyAIZGoXvbGv9IPb0foWTZvI_4'.encode("utf-8")
sn = 3
vs = Versify(kind=Serials.json, size=20)
assert vs == 'KERI10JSON000014_'
ked = dict(vs=vs,
pre=preb.decode("utf-8"),
sn="{:x}".format(sn),
ilk="rot",
dig=digb.decode("utf-8"))
skedb = json.dumps(ked, separators=(",", ":"),
ensure_ascii=False).encode("utf-8")
assert skedb == (
b'{"vs":"KERI10JSON000014_","pre":"DWzwEHHzq7K0gzQPYGGwTmuupUhPx5_yZ-Wk1x4ejhc'
b'c","sn":"3","ilk":"rot","dig":"EGAPkzNZMtX-QiVgbRbyAIZGoXvbGv9IPb0foWTZvI_4"'
b'}')
sig0b = 'AAz1KAV2z5IRqcFe4gPs9l3wsFKi1NsSZvBe8yQJmiu5AzJ91Timrykocna6Z_pQBl2gt59I_F6BsSwFbIOG1TDQ'.encode(
"utf-8")
sig1b = 'AB_pQBl2gt59I_F6BsSwFbIOG1TDQz1KAV2z5IRqcFe4gPs9l3wsFKi1NsSZvBe8yQJmiu5AzJ91Timrykocna6Z'.encode(
"utf-8")
wit0b = 'BmuupUhPx5_yZ-Wk1x4ejhccWzwEHHzq7K0gzQPYGGwT'.encode("utf-8")
wit1b = 'BjhccWzwEHHzq7K0gzmuupUhPx5_yZ-Wk1x4eQPYGGwT'.encode("utf-8")
wsig0b = '0B1Timrykocna6Z_pQBl2gt59I_F6BsSwFbIOG1TDQz1KAV2z5IRqcFe4gPs9l3wsFKi1NsSZvBe8yQJmiu5AzJ9'.encode(
"utf-8")
wsig1b = '0B5IRqcFe4gPs9l3wsFKi1NsSZvBe8yQJmiu5Az_pQBl2gt59I_F6BsSwFbIOG1TDQz1KAV2zJ91Timrykocna6Z'.encode(
"utf-8")
valb = 'EHzq7K0gzQPYGGwTmuupUhPx5_yZ-Wk1x4ejhccWzwEH'.encode("utf-8")
vdigb = 'EQiVgbRbyAIZGoXvbGv9IPb0foWTZvI_4GAPkzNZMtX-'.encode("utf-8")
vsig0b = 'AAKAV2z5IRqcFe4gPs9l3wsFKi1NsSZvBe81Timrykocna6Z_pQBl2gt59I_F6BsSwFbIOG1TDQz1yQJmiu5AzJ9'.encode(
"utf-8")
vsig1b = 'AB1KAV2zJ91Timrykocna6Z5IRqcFe4gPs9l3wsFKi1NsSZvBe8yQJmiu5Az_pQBl2gt59I_F6BsSwFbIOG1TDQz'.encode(
"utf-8")
with openLogger() as lgr:
key = dgKey(preb, digb)
assert key == (b'DWzwEHHzq7K0gzQPYGGwTmuupUhPx5_yZ-Wk1x4ejhcc.'
b'EGAPkzNZMtX-QiVgbRbyAIZGoXvbGv9IPb0foWTZvI_4')
# test .evts sub db methods
assert lgr.getEvt(key) == None
assert lgr.delEvt(key) == False
assert lgr.putEvt(key, val=skedb) == True
assert lgr.getEvt(key) == skedb
assert lgr.putEvt(key, val=skedb) == False
assert lgr.setEvt(key, val=skedb) == True
assert lgr.getEvt(key) == skedb
assert lgr.delEvt(key) == True
assert lgr.getEvt(key) == None
# test .dtss sub db methods
val1 = b'2020-08-22T17:50:09.988921+00:00'
val2 = b'2020-08-22T17:50:09.988921+00:00'
assert lgr.getDts(key) == None
assert lgr.delDts(key) == False
assert lgr.putDts(key, val1) == True
assert lgr.getDts(key) == val1
assert lgr.putDts(key, val2) == False
assert lgr.getDts(key) == val1
assert lgr.setDts(key, val2) == True
assert lgr.getDts(key) == val2
assert lgr.delDts(key) == True
assert lgr.getDts(key) == None
# test .sigs sub db methods
assert lgr.getSigs(key) == []
assert lgr.cntSigs(key) == 0
assert lgr.delSigs(key) == False
# dup vals are lexocographic
assert lgr.putSigs(key, vals=[b"z", b"m", b"x", b"a"]) == True
assert lgr.getSigs(key) == [b'a', b'm', b'x', b'z']
assert lgr.cntSigs(key) == 4
assert lgr.putSigs(key, vals=[b'a']) == True # duplicate but True
assert lgr.getSigs(key) == [b'a', b'm', b'x', b'z']
assert lgr.addSig(key, b'a') == False # duplicate
assert lgr.addSig(key, b'b') == True
assert lgr.getSigs(key) == [b'a', b'b', b'm', b'x', b'z']
assert [val for val in lgr.getSigsIter(key)
] == [b'a', b'b', b'm', b'x', b'z']
assert lgr.delSigs(key) == True
assert lgr.getSigs(key) == []
assert lgr.putSigs(key, vals=[sig0b]) == True
assert lgr.getSigs(key) == [sig0b]
assert lgr.putSigs(key, vals=[sig1b]) == True
assert lgr.getSigs(key) == [sig0b, sig1b]
assert lgr.delSigs(key) == True
assert lgr.putSigs(key, vals=[sig1b, sig0b]) == True
assert lgr.getSigs(key) == [sig0b, sig1b]
assert lgr.delSigs(key) == True
assert lgr.getSigs(key) == []
# test .rcts sub db methods dgkey
assert lgr.getRcts(key) == []
assert lgr.cntRcts(key) == 0
assert lgr.delRcts(key) == False
# dup vals are lexocographic
assert lgr.putRcts(key, vals=[b"z", b"m", b"x", b"a"]) == True
assert lgr.getRcts(key) == [b'a', b'm', b'x', b'z']
assert lgr.cntRcts(key) == 4
assert lgr.putRcts(key, vals=[b'a']) == True # duplicate
assert lgr.getRcts(key) == [b'a', b'm', b'x', b'z']
assert lgr.addRct(key, b'a') == False # duplicate
assert lgr.addRct(key, b'b') == True
assert lgr.getRcts(key) == [b'a', b'b', b'm', b'x', b'z']
assert [val for val in lgr.getRctsIter(key)
] == [b'a', b'b', b'm', b'x', b'z']
assert lgr.delRcts(key) == True
assert lgr.getRcts(key) == []
assert lgr.putRcts(key, vals=[wit0b + wsig0b, wit1b + wsig1b]) == True
assert lgr.getRcts(key) == [wit1b + wsig1b,
wit0b + wsig0b] # lex order
assert lgr.putRcts(key, vals=[wit1b + wsig1b]) == True
assert lgr.getRcts(key) == [wit1b + wsig1b,
wit0b + wsig0b] # lex order
assert lgr.delRcts(key) == True
assert lgr.putRcts(key, vals=[wit1b + wsig1b, wit0b + wsig0b]) == True
assert lgr.getRcts(key) == [wit1b + wsig1b,
wit0b + wsig0b] # lex order
assert lgr.delRcts(key) == True
assert lgr.getRcts(key) == []
# test .ures sub db methods dgKey
assert lgr.getUres(key) == []
assert lgr.cntUres(key) == 0
assert lgr.delUres(key) == False
# dup vals are lexocographic
assert lgr.putUres(key, vals=[b"z", b"m", b"x", b"a"]) == True
assert lgr.getUres(key) == [b'a', b'm', b'x', b'z']
assert lgr.cntUres(key) == 4
assert lgr.putUres(key, vals=[b'a']) == True # duplicate
assert lgr.getUres(key) == [b'a', b'm', b'x', b'z']
assert lgr.addUre(key, b'a') == False # duplicate
assert lgr.addUre(key, b'b') == True
assert lgr.getUres(key) == [b'a', b'b', b'm', b'x', b'z']
assert [val for val in lgr.getUresIter(key)
] == [b'a', b'b', b'm', b'x', b'z']
assert lgr.delUres(key) == True
assert lgr.getUres(key) == []
assert lgr.putUres(key, vals=[wit0b + wsig0b, wit1b + wsig1b]) == True
assert lgr.getUres(key) == [wit1b + wsig1b,
wit0b + wsig0b] # lex order
assert lgr.putUres(key, vals=[wit1b + wsig1b]) == True
assert lgr.getUres(key) == [wit1b + wsig1b,
wit0b + wsig0b] # lex order
assert lgr.delUres(key) == True
assert lgr.putUres(key, vals=[wit1b + wsig1b, wit0b + wsig0b]) == True
assert lgr.getUres(key) == [wit1b + wsig1b,
wit0b + wsig0b] # lex order
assert lgr.delUres(key) == True
assert lgr.getUres(key) == []
# test .vrcs sub db methods dgkey
assert lgr.getVrcs(key) == []
assert lgr.cntVrcs(key) == 0
assert lgr.delVrcs(key) == False
# dup vals are lexocographic
assert lgr.putVrcs(key, vals=[b"z", b"m", b"x", b"a"]) == True
assert lgr.getVrcs(key) == [b'a', b'm', b'x', b'z']
assert lgr.cntVrcs(key) == 4
assert lgr.putVrcs(key, vals=[b'a']) == True # duplicate
assert lgr.getVrcs(key) == [b'a', b'm', b'x', b'z']
assert lgr.addVrc(key, b'a') == False # duplicate
assert lgr.addVrc(key, b'b') == True
assert lgr.getVrcs(key) == [b'a', b'b', b'm', b'x', b'z']
assert [val for val in lgr.getVrcsIter(key)
] == [b'a', b'b', b'm', b'x', b'z']
assert lgr.delVrcs(key) == True
assert lgr.getVrcs(key) == []
assert lgr.putVrcs(key,
vals=[valb + vdigb + vsig0b,
valb + vdigb + vsig1b]) == True
assert lgr.getVrcs(key) == [
valb + vdigb + vsig0b, valb + vdigb + vsig1b
] # lex order
assert lgr.putVrcs(key, vals=[valb + vdigb + vsig1b]) == True
assert lgr.getVrcs(key) == [
valb + vdigb + vsig0b, valb + vdigb + vsig1b
] # lex order
assert lgr.delVrcs(key) == True
assert lgr.putVrcs(key,
vals=[valb + vdigb + vsig1b,
valb + vdigb + vsig0b]) == True
assert lgr.getVrcs(key) == [
valb + vdigb + vsig0b, valb + vdigb + vsig1b
] # lex order
assert lgr.delVrcs(key) == True
assert lgr.getVrcs(key) == []
# test .vres sub db methods dgKey
assert lgr.getVres(key) == []
assert lgr.cntVres(key) == 0
assert lgr.delVres(key) == False
# dup vals are lexocographic
assert lgr.putVres(key, vals=[b"z", b"m", b"x", b"a"]) == True
assert lgr.getVres(key) == [b'a', b'm', b'x', b'z']
assert lgr.cntVres(key) == 4
assert lgr.putVres(key, vals=[b'a']) == True # duplicate
assert lgr.getVres(key) == [b'a', b'm', b'x', b'z']
assert lgr.addVre(key, b'a') == False # duplicate
assert lgr.addVre(key, b'b') == True
assert lgr.getVres(key) == [b'a', b'b', b'm', b'x', b'z']
assert [val for val in lgr.getVresIter(key)
] == [b'a', b'b', b'm', b'x', b'z']
assert lgr.delVres(key) == True
assert lgr.getVres(key) == []
assert lgr.putVres(key,
vals=[valb + vdigb + vsig0b,
valb + vdigb + vsig1b]) == True
assert lgr.getVres(key) == [
valb + vdigb + vsig0b, valb + vdigb + vsig1b
] # lex order
assert lgr.putVres(key, vals=[valb + vdigb + vsig1b]) == True
assert lgr.getVres(key) == [
valb + vdigb + vsig0b, valb + vdigb + vsig1b
] # lex order
assert lgr.delVres(key) == True
assert lgr.putVres(key,
vals=[valb + vdigb + vsig1b,
valb + vdigb + vsig0b]) == True
assert lgr.getVres(key) == [
valb + vdigb + vsig0b, valb + vdigb + vsig1b
] # lex order
assert lgr.delVres(key) == True
assert lgr.getVres(key) == []
# test .kels insertion order dup methods. dup vals are insertion order
key = snKey(preb, 0)
vals = [b"z", b"m", b"x", b"a"]
assert lgr.getKes(key) == []
assert lgr.getKeLast(key) == None
assert lgr.cntKes(key) == 0
assert lgr.delKes(key) == False
assert lgr.putKes(key, vals) == True
assert lgr.getKes(key) == vals # preserved insertion order
assert lgr.cntKes(key) == len(vals) == 4
assert lgr.getKeLast(key) == vals[-1]
assert lgr.putKes(key, vals=[b'a']) == False # duplicate
assert lgr.getKes(key) == vals # no change
assert lgr.addKe(key, b'a') == False # duplicate
assert lgr.addKe(key, b'b') == True
assert lgr.getKes(key) == [b"z", b"m", b"x", b"a", b"b"]
assert lgr.delKes(key) == True
assert lgr.getKes(key) == []
# test .pses insertion order dup methods. dup vals are insertion order
key = b'A'
vals = [b"z", b"m", b"x", b"a"]
assert lgr.getPses(key) == []
assert lgr.getPsesLast(key) == None
assert lgr.cntPses(key) == 0
assert lgr.delPses(key) == False
assert lgr.putPses(key, vals) == True
assert lgr.getPses(key) == vals # preserved insertion order
assert lgr.cntPses(key) == len(vals) == 4
assert lgr.getPsesLast(key) == vals[-1]
assert lgr.putPses(key, vals=[b'a']) == False # duplicate
assert lgr.getPses(key) == vals # no change
assert lgr.addPse(key, b'a') == False # duplicate
assert lgr.addPse(key, b'b') == True
assert lgr.getPses(key) == [b"z", b"m", b"x", b"a", b"b"]
assert lgr.delPses(key) == True
assert lgr.getPses(key) == []
# test .ooes insertion order dup methods. dup vals are insertion order
key = b'A'
vals = [b"z", b"m", b"x", b"a"]
assert lgr.getOoes(key) == []
assert lgr.getOoesLast(key) == None
assert lgr.cntOoes(key) == 0
assert lgr.delOoes(key) == False
assert lgr.putOoes(key, vals) == True
assert lgr.getOoes(key) == vals # preserved insertion order
assert lgr.cntOoes(key) == len(vals) == 4
assert lgr.getOoesLast(key) == vals[-1]
assert lgr.putOoes(key, vals=[b'a']) == False # duplicate
assert lgr.getOoes(key) == vals # no change
assert lgr.addOoe(key, b'a') == False # duplicate
assert lgr.addOoe(key, b'b') == True
assert lgr.getOoes(key) == [b"z", b"m", b"x", b"a", b"b"]
assert lgr.delOoes(key) == True
assert lgr.getOoes(key) == []
# test .dels insertion order dup methods. dup vals are insertion order
key = b'A'
vals = [b"z", b"m", b"x", b"a"]
assert lgr.getDes(key) == []
assert lgr.getDesLast(key) == None
assert lgr.cntDes(key) == 0
assert lgr.delDes(key) == False
assert lgr.putDes(key, vals) == True
assert lgr.getDes(key) == vals # preserved insertion order
assert lgr.cntDes(key) == len(vals) == 4
assert lgr.getDesLast(key) == vals[-1]
assert lgr.putDes(key, vals=[b'a']) == False # duplicate
assert lgr.getDes(key) == vals # no change
assert lgr.addDe(key, b'a') == False # duplicate
assert lgr.addDe(key, b'b') == True
assert lgr.getDes(key) == [b"z", b"m", b"x", b"a", b"b"]
assert lgr.delDes(key) == True
assert lgr.getDes(key) == []
# test .ldes insertion order dup methods. dup vals are insertion order
key = b'A'
vals = [b"z", b"m", b"x", b"a"]
assert lgr.getLdes(key) == []
assert lgr.getLdesLast(key) == None
assert lgr.cntLdes(key) == 0
assert lgr.delLdes(key) == False
assert lgr.putLdes(key, vals) == True
assert lgr.getLdes(key) == vals # preserved insertion order
assert lgr.cntLdes(key) == len(vals) == 4
assert lgr.getLdesLast(key) == vals[-1]
assert lgr.putLdes(key, vals=[b'a']) == False # duplicate
assert lgr.getLdes(key) == vals # no change
assert lgr.delLdes(key) == True
assert lgr.getLdes(key) == []
assert not os.path.exists(lgr.path)
""" End Test """
def test_prefixer():
pre = "DntNTPnDFBnmlO6J44LXCrzZTAmpe-82b7BmQGtL4QhM"
vs = Versify(version=Version, kind=Serials.json, size=0)
with pytest.raises(EmptyMaterialError):
prefixer = Prefixer()
# vcp, backers allowed no backers
ked = dict(v=vs, i="", ii=pre, s="{:x}".format(0), t=Ilks.vcp, c=[], b=[])
prefixer = Prefixer(ked=ked)
assert prefixer.qb64 == "E_TB9WKVB4Zx-Wu3-u1_RQWy2ZrDccaOj2xUpHQcg0MA"
assert prefixer.verify(ked=ked) is True
assert prefixer.verify(ked=ked, prefixed=True) is False
# Invalid event type
ked = dict(v=vs, i="", ii=pre, s="{:x}".format(0), t=Ilks.iss, c=[], b=[])
with pytest.raises(DerivationError):
prefixer = Prefixer(ked=ked)
# vcp, no backers allowed
ked = dict(v=vs,
i="",
ii=pre,
s="{:x}".format(0),
t=Ilks.vcp,
c=[TraitDex.NoBackers],
b=[])
prefixer = Prefixer(ked=ked)
assert prefixer.qb64 == "EEDVlhKzGXA6C7n1igQF8m4WfTAEuwuvitgoM4DI3iCs"
assert prefixer.verify(ked=ked) is True
assert prefixer.verify(ked=ked, prefixed=True) is False
bak1 = "EXvR3p8V95W8J7Ui4-mEzZ79S-A1esAnJo1Kmzq80Jkc"
bak2 = "DSEpNJeSJjxo6oAxkNE8eCOJg2HRPstqkeHWBAvN9XNU"
bak3 = "Dvxo-P4W_Z0xXTfoA3_4DMPn7oi0mLCElOWJDpC0nQXw"
# vcp, one backer
ked = dict(v=vs,
i="",
ii=pre,
s="{:x}".format(0),
t=Ilks.vcp,
c=[],
b=[bak1])
prefixer = Prefixer(ked=ked)
assert prefixer.qb64 == "E_e9zbZI8WCMNoaY1b-3aEVB59M6dc2Br8EDJ1_ozK-8"
assert prefixer.verify(ked=ked) is True
assert prefixer.verify(ked=ked, prefixed=True) is False
# vcp, many backers
ked = dict(v=vs,
i="",
ii=pre,
s="{:x}".format(0),
t=Ilks.vcp,
c=[],
b=[bak1, bak2, bak3])
prefixer = Prefixer(ked=ked)
assert prefixer.qb64 == "EEuFeIT3_0_IAaNg8D-5AxO6UtQCmD17n77iksL048Go"
assert prefixer.verify(ked=ked) is True
assert prefixer.verify(ked=ked, prefixed=True) is False
""" End Test """
def gen_serialized_aid(witnesses):
# taken from https://github.com/decentralized-identity/keripy/blob/6b85417ce1188543493efff48f95ebabd12fb0c6/tests/core/test_eventing.py
with openDB() as bsr:
# Transferable case
# Setup inception key event dict
# create current key
sith = 1 # one signer
skp0 = Signer() # original signing keypair transferable default
assert skp0.code == CryOneDex.Ed25519_Seed
assert skp0.verfer.code == CryOneDex.Ed25519
keys = [skp0.verfer.qb64]
# create next key
nxtsith = 1 # one signer
skp1 = Signer() # next signing keypair transferable is default
assert skp1.code == CryOneDex.Ed25519_Seed
assert skp1.verfer.code == CryOneDex.Ed25519
nxtkeys = [skp1.verfer.qb64]
# compute nxt digest
nexter = Nexter(sith=nxtsith, keys=nxtkeys)
nxt = nexter.qb64 # transferable so nxt is not empty
sn = 0 # inception event so 0
toad = len(witnesses)
nsigs = 1 # one attached signature unspecified index
ked0 = dict(
vs=Versify(kind=Serials.json, size=0),
pre="", # qual base 64 prefix
sn="{:x}".format(sn), # hex string no leading zeros lowercase
ilk=Ilks.icp,
sith="{:x}".format(sith), # hex string no leading zeros lowercase
keys=keys, # list of signing keys each qual Base64
nxt=nxt, # hash qual Base64
toad="{:x}".format(toad), # hex string no leading zeros lowercase
# I think these are always necessary for direct mode
wits=witnesses or [], # list of qual Base64 may be empty
cnfg=[], # list of config ordered mappings may be empty
)
# Derive AID from ked
aid0 = Prefixer(ked=ked0, code=CryOneDex.Ed25519)
assert aid0.code == CryOneDex.Ed25519
assert aid0.qb64 == skp0.verfer.qb64
# update ked with pre
ked0["pre"] = aid0.qb64
# Serialize ked0
tser0 = Serder(ked=ked0)
# sign serialization
tsig0 = skp0.sign(tser0.raw, index=0)
# verify signature
assert skp0.verfer.verify(tsig0.raw, tser0.raw)
kever = Kever(serder=tser0, sigers=[tsig0], baser=bsr) # no error
# return base 64 serialization of signed aid
# return tsig0.qb64
return tsig0, tser0, tsig0.qb64
def test_clone():
ipreb = "DYmJApMvMb8mgiG20BPlPcKLWSfNIUCC21DP0i2_BLjo".encode("utf-8")
regk = "EOWdT7a7fZwRz0jiZ0DJxZEM3vsNbLDPEUk-ODnif3O0".encode("utf-8")
rarb = "BijzaUuRMwh1ivT5BQrqNhbvx82lB-ofrHVHjL3WADbA".encode("utf-8")
rarb2 = "BPVuWC4Hc0izqPKn2LIwhp72SHJSRgfaL1RhtuiavIy4".encode("utf-8")
# test with registry inception (vcp) event
sn = 0
vs = Versify(kind=Serials.json, size=20)
vcp = dict(v=vs,
i=regk.decode("utf-8"),
s="{:x}".format(sn),
b=[rarb.decode("utf-8")],
t="vcp")
vcpb = json.dumps(vcp, separators=(",", ":"),
ensure_ascii=False).encode("utf-8")
vdig = Diger(ser=vcpb)
anc01 = "0AAAAAAAAAAAAAAAAAAAAABAEzpq06UecHwzy-K9FpNoRxCJp2wIGM9u2Edk-PLMZ1H4".encode(
"utf-8")
tib01 = (
"BPVuWC4Hc0izqPKn2LIwhp72SHJSRgfaL1RhtuiavIy4AAfiKvopJ0O2afOmxb5A6JtdY7Wkl_1uNx1Z8xQkg_"
"gMzf-vTfEHDylFdgn2e_u_ppaFajIdvEvONX6dcSYzlfBQ").encode("utf-8")
rot1 = dict(v=vs,
i=regk.decode("utf-8"),
s="{:x}".format(sn + 1),
ba=[rarb2.decode("utf-8")],
t="rot")
rot1b = json.dumps(rot1, separators=(",", ":"),
ensure_ascii=False).encode("utf-8")
r1dig = Diger(ser=rot1b)
anc02 = "0AAAAAAAAAAAAAAAAAAAAABBEzpq06UecHwzy-K9FpNoRxCJp2wIGM9u2Edk-PLMZ1H4".encode(
"utf-8")
tib02 = (
"BW1gbapuOJ4TJKwLfKZs5cXEIs9k8EtBqxR1psVxnD7IABrSkjrgPGXdhBiOy6LUZpiqtsHkKHhfLGj_LhT1n6"
"EqCIdDjrihzrdM1bm0ZNJDwbDGXoeeZujd7ZYsOsBPzRCw").encode("utf-8")
rot2 = dict(v=vs,
i=regk.decode("utf-8"),
s="{:x}".format(sn + 2),
br=[rarb.decode("utf-8")],
t="rot")
rot2b = json.dumps(rot2, separators=(",", ":"),
ensure_ascii=False).encode("utf-8")
r2dig = Diger(ser=rot2b)
anc03 = "0AAAAAAAAAAAAAAAAAAAAABCEzpq06UecHwzy-K9FpNoRxCJp2wIGM9u2Edk-PLMZ1H4".encode(
"utf-8")
tib03 = (
"BklrMm7GlYzNrPQunLJHFn_1wWjlUslGkXfs0KyoNOEAAC_6PB5Zre_E_7YLkM9OtRo-uYmwRyFmOH3Xo4JDiP"
"jioY7Ycna6ouhSSH0QcKsEjce10HCXIW_XtmEYr9SrB5BA").encode("utf-8")
with openLMDB(cls=Registry) as issuer:
dgkey = dgKey(regk, vdig.qb64b)
snkey = snKey(regk, sn)
assert issuer.putTvt(dgkey, val=vcpb) is True
assert issuer.putTel(snkey, val=vdig.qb64b)
assert issuer.putAnc(dgkey, val=anc01) is True
assert issuer.putTibs(dgkey, vals=[tib01]) is True
dgkey = dgKey(regk, r1dig.qb64b)
snkey = snKey(regk, sn + 1)
assert issuer.putTvt(dgkey, val=rot1b) is True
assert issuer.putTel(snkey, val=r1dig.qb64b)
assert issuer.putAnc(dgkey, val=anc02) is True
assert issuer.putTibs(dgkey, vals=[tib02]) is True
dgkey = dgKey(regk, r2dig.qb64b)
snkey = snKey(regk, sn + 2)
assert issuer.putTvt(dgkey, val=rot2b) is True
assert issuer.putTel(snkey, val=r2dig.qb64b)
assert issuer.putAnc(dgkey, val=anc03) is True
assert issuer.putTibs(dgkey, vals=[tib03]) is True
msgs = bytearray() # outgoing messages
for msg in issuer.clonePreIter(regk):
msgs.extend(msg)
assert msgs == (
b'{"v":"KERI10JSON000014_","i":"EOWdT7a7fZwRz0jiZ0DJxZEM3vsNbLDPEUk-ODnif3O0","s":"0",'
b'"b":["BijzaUuRMwh1ivT5BQrqNhbvx82lB-ofrHVHjL3WADbA"],'
b'"t":"vcp"}-VA0-BABBPVuWC4Hc0izqPKn2LIwhp72SHJSRgfaL1RhtuiavIy4AAfiKvopJ0O2afOmxb5A6JtdY7Wkl_1uNx1Z8xQk'
b'g_gMzf-vTfEHDylFdgn2e_u_ppaFajIdvEvONX6dcSYzlfBQ-GAB0AAAAAAAAAAAAAAAAAAAAABAEzpq06UecHwzy-K9FpNoRxCJp2'
b'wIGM9u2Edk-PLMZ1H4{"v":"KERI10JSON000014_","i":"EOWdT7a7fZwRz0jiZ0DJxZEM3vsNbLDPEUk-ODnif3O0","s":"1",'
b'"ba":["BPVuWC4Hc0izqPKn2LIwhp72SHJSRgfaL1RhtuiavIy4"],"t":"rot"}-VA0-BABBW1gbapuOJ4TJKwLfKZs5cXEIs9k8Et'
b'BqxR1psVxnD7IABrSkjrgPGXdhBiOy6LUZpiqtsHkKHhfLGj_LhT1n6EqCIdDjrihzrdM1bm0ZNJDwbDGXoeeZujd7ZYsOsBPzRCw-G'
b'AB0AAAAAAAAAAAAAAAAAAAAABBEzpq06UecHwzy-K9FpNoRxCJp2wIGM9u2Edk-PLMZ1H4{"v":"KERI10JSON000014_","i":"EOWd'
b'T7a7fZwRz0jiZ0DJxZEM3vsNbLDPEUk-ODnif3O0","s":"2","br":["BijzaUuRMwh1ivT5BQrqNhbvx82lB-ofrHVHjL3WADbA"]'
b',"t":"rot"}-VA0-BABBklrMm7GlYzNrPQunLJHFn_1wWjlUslGkXfs0KyoNOEAAC_6PB5Zre_E_7YLkM9OtRo-uYmwRyFmOH3Xo4JDi'
b'PjioY7Ycna6ouhSSH0QcKsEjce10HCXIW_XtmEYr9SrB5BA-GAB0AAAAAAAAAAAAAAAAAAAAABCEzpq06UecHwzy-K9FpNoRxCJp2wIG'
b'M9u2Edk-PLMZ1H4')
def test_issuer():
"""
Test Issuer Class
"""
issuer = Registry()
assert isinstance(issuer, Registry)
assert issuer.name == "main"
assert issuer.temp is False
assert isinstance(issuer.env, lmdb.Environment)
assert issuer.path.endswith("keri/reg/main")
assert issuer.env.path() == issuer.path
assert os.path.exists(issuer.path)
assert isinstance(issuer.tvts, lmdb._Database)
issuer.close(clear=True)
assert not os.path.exists(issuer.path)
assert not issuer.opened
# test not opened on init
issuer = Registry(reopen=False)
assert isinstance(issuer, Registry)
assert issuer.name == "main"
assert issuer.temp is False
assert issuer.opened is False
assert issuer.path is None
assert issuer.env is None
issuer.reopen()
assert issuer.opened
assert issuer.path is not None
assert isinstance(issuer.env, lmdb.Environment)
assert issuer.path.endswith("keri/reg/main")
assert issuer.env.path() == issuer.path
assert os.path.exists(issuer.path)
issuer.close(clear=True)
assert not os.path.exists(issuer.path)
assert not issuer.opened
assert isinstance(issuer.tvts, lmdb._Database)
with openLMDB(cls=Registry) as issuer:
assert isinstance(issuer, Registry)
assert issuer.name == "test"
assert issuer.temp is True
assert isinstance(issuer.env, lmdb.Environment)
assert issuer.path.startswith("/tmp/keri_reg_")
assert issuer.path.endswith("_test/keri/reg/test")
assert issuer.env.path() == issuer.path
assert os.path.exists(issuer.path)
assert isinstance(issuer.tvts, lmdb._Database)
assert not os.path.exists(issuer.path)
ipreb = "DYmJApMvMb8mgiG20BPlPcKLWSfNIUCC21DP0i2_BLjo".encode("utf-8")
regb = "EOWdT7a7fZwRz0jiZ0DJxZEM3vsNbLDPEUk-ODnif3O0".encode("utf-8")
rarb = "BijzaUuRMwh1ivT5BQrqNhbvx82lB-ofrHVHjL3WADbA".encode("utf-8")
# test with registry inception (vcp) event
regk = nsKey([ipreb, regb])
assert regk == b'DYmJApMvMb8mgiG20BPlPcKLWSfNIUCC21DP0i2_BLjo:EOWdT7a7fZwRz0jiZ0DJxZEM3vsNbLDPEUk-ODnif3O0'
sn = 0
vs = Versify(kind=Serials.json, size=20)
vcp = dict(v=vs,
i=regk.decode("utf-8"),
s="{:x}".format(sn),
b=[rarb.decode("utf-8")],
t="vcp")
vcpb = json.dumps(vcp, separators=(",", ":"),
ensure_ascii=False).encode("utf-8")
assert vcpb == (
b'{"v":"KERI10JSON000014_",'
b'"i":"DYmJApMvMb8mgiG20BPlPcKLWSfNIUCC21DP0i2_BLjo:EOWdT7a7fZwRz0jiZ0DJxZEM3vsNbLDPEUk-ODnif3O0",'
b'"s":"0","b":["BijzaUuRMwh1ivT5BQrqNhbvx82lB-ofrHVHjL3WADbA"],"t":"vcp"}'
)
vdig = Diger(ser=vcpb)
with openLMDB(cls=Registry) as issuer:
key = dgKey(regk, vdig.qb64b)
assert issuer.getTvt(key) is None
assert issuer.delTvt(key) is False
assert issuer.putTvt(key, val=vcpb) is True
assert issuer.getTvt(key) == vcpb
assert issuer.putTvt(key, val=vcpb) is False
assert issuer.setTvt(key, val=vcpb) is True
assert issuer.getTvt(key) == vcpb
assert issuer.delTvt(key) is True
assert issuer.getTvt(key) is None
telKey = snKey(regk, sn)
assert issuer.getTel(telKey) is None
assert issuer.delTel(telKey) is False
assert issuer.putTel(telKey, val=vdig.qb64b)
assert issuer.getTel(telKey) == vdig.qb64b
assert issuer.putTel(telKey, val=vdig.qb64b) is False
assert issuer.setTel(telKey, val=vdig.qb64b) is True
assert issuer.getTel(telKey) == vdig.qb64b
assert issuer.delTel(telKey) is True
assert issuer.getTel(telKey) is None
coupl01 = (
"BPVuWC4Hc0izqPKn2LIwhp72SHJSRgfaL1RhtuiavIy4AAfiKvopJ0O2afOmxb5A6JtdY7Wkl_1uNx1Z8xQkg_"
"gMzf-vTfEHDylFdgn2e_u_ppaFajIdvEvONX6dcSYzlfBQ").encode("utf-8")
coupl02 = (
"BW1gbapuOJ4TJKwLfKZs5cXEIs9k8EtBqxR1psVxnD7IABrSkjrgPGXdhBiOy6LUZpiqtsHkKHhfLGj_LhT1n6"
"EqCIdDjrihzrdM1bm0ZNJDwbDGXoeeZujd7ZYsOsBPzRCw").encode("utf-8")
coupl03 = (
"BklrMm7GlYzNrPQunLJHFn_1wWjlUslGkXfs0KyoNOEAAC_6PB5Zre_E_7YLkM9OtRo-uYmwRyFmOH3Xo4JDiP"
"jioY7Ycna6ouhSSH0QcKsEjce10HCXIW_XtmEYr9SrB5BA").encode("utf-8")
coups = [coupl01, coupl02, coupl03]
key = dgKey(regk, vdig.qb64b)
assert issuer.getTibs(key) == []
assert issuer.cntTibs(key) == 0
assert issuer.delTibs(key) is False
assert issuer.putTibs(key, vals=[coupl01]) is True
assert issuer.getTibs(key) == [coupl01]
assert issuer.cntTibs(key) == 1
assert issuer.putTibs(key, vals=[coupl01]) is True # add duplicate
assert issuer.cntTibs(key) == 1
assert issuer.addTib(key, coupl01) is False
assert issuer.addTib(key, coupl02) is True
assert issuer.cntTibs(key) == 2
assert issuer.putTibs(key, vals=[coupl02, coupl03]) is True
assert issuer.cntTibs(key) == 3
assert issuer.delTibs(key) is True
assert issuer.getTibs(key) == []
for c in coups:
assert issuer.addTib(key, c) is True
assert issuer.cntTibs(key) == 3
assert issuer.getTibs(key) == [coupl01, coupl02, coupl03]
for c in issuer.getTibsIter(key):
assert issuer.delTibs(key, c) is True
assert issuer.getTibs(key) == []
tweKey = snKey(regk, sn)
assert issuer.getTwe(tweKey) is None
assert issuer.delTwe(tweKey) is False
assert issuer.putTwe(tweKey, val=vdig.qb64b)
assert issuer.getTwe(tweKey) == vdig.qb64b
assert issuer.putTwe(tweKey, val=vdig.qb64b) is False
assert issuer.setTwe(tweKey, val=vdig.qb64b) is True
assert issuer.getTwe(tweKey) == vdig.qb64b
assert issuer.delTwe(tweKey) is True
assert issuer.getTwe(tweKey) is None
ooKey = snKey(regk, sn)
assert issuer.getOot(ooKey) is None
assert issuer.delOot(ooKey) is False
assert issuer.putOot(ooKey, val=vdig.qb64b)
assert issuer.getOot(ooKey) == vdig.qb64b
assert issuer.putOot(ooKey, val=vdig.qb64b) is False
assert issuer.setOot(ooKey, val=vdig.qb64b) is True
assert issuer.getOot(ooKey) == vdig.qb64b
assert issuer.delOot(ooKey) is True
assert issuer.getOot(ooKey) is None
anc01 = (
"0AAAAAAAAAAAAAAAAAAAAABA"
"Ezpq06UecHwzy-K9FpNoRxCJp2wIGM9u2Edk-PLMZ1H4").encode("utf-8")
key = dgKey(regk, vdig.qb64b)
assert issuer.getAnc(key) is None
assert issuer.delAnc(key) is False
assert issuer.putAnc(key, val=anc01)
assert issuer.getAnc(key) == anc01
assert issuer.putAnc(key, val=anc01) is False
assert issuer.setAnc(key, val=anc01) is True
assert issuer.getAnc(key) == anc01
assert issuer.delAnc(key) is True
assert issuer.getAnc(key) is None
# test with verifiable credential issuance (iss) event
vcdig = b'EXvR3p8V95W8J7Ui4-mEzZ79S-A1esAnJo1Kmzq80Jkc'
sn = 0
vs = Versify(kind=Serials.json, size=20)
vcp = dict(v=vs, i=vcdig.decode("utf-8"), s="{:x}".format(sn), t="iss")
issb = json.dumps(vcp, separators=(",", ":"),
ensure_ascii=False).encode("utf-8")
assert issb == (b'{"v":"KERI10JSON000014_",'
b'"i":"EXvR3p8V95W8J7Ui4-mEzZ79S-A1esAnJo1Kmzq80Jkc",'
b''
b'"s":"0","t":"iss"}')
idig = Diger(ser=issb)
key = dgKey(vcdig, idig.qb64b)
assert issuer.getTvt(key) is None
assert issuer.delTvt(key) is False
assert issuer.putTvt(key, val=issb) is True
assert issuer.getTvt(key) == issb
assert issuer.putTvt(key, val=issb) is False
assert issuer.setTvt(key, val=issb) is True
assert issuer.getTvt(key) == issb
assert issuer.delTvt(key) is True
assert issuer.getTvt(key) is None
telKey = snKey(vcdig, sn)
assert issuer.getTel(telKey) is None
assert issuer.delTel(telKey) is False
assert issuer.putTel(telKey, val=idig.qb64b)
assert issuer.getTel(telKey) == idig.qb64b
assert issuer.putTel(telKey, val=idig.qb64b) is False
assert issuer.setTel(telKey, val=idig.qb64b) is True
assert issuer.getTel(telKey) == idig.qb64b
assert issuer.delTel(telKey) is True
assert issuer.getTel(telKey) is None
rev = dict(v=vs,
i=vcdig.decode("utf-8"),
s="{:x}".format(sn + 1),
t="rev")
revb = json.dumps(rev, separators=(",", ":"),
ensure_ascii=False).encode("utf-8")
assert revb == b'{"v":"KERI10JSON000014_","i":"EXvR3p8V95W8J7Ui4-mEzZ79S-A1esAnJo1Kmzq80Jkc","s":"1","t":"rev"}'
rdig = Diger(raw=revb)
assert issuer.putTel(snKey(vcdig, sn), val=idig.qb64b) is True
assert issuer.putTel(snKey(vcdig, sn + 1), val=rdig.qb64b) is True
assert issuer.putTel(snKey(vcdig, sn + 2), val=idig.qb64b) is True
assert issuer.putTel(snKey(vcdig, sn + 3), val=rdig.qb64b) is True
result = [(sn, dig) for sn, dig in issuer.getTelItemPreIter(vcdig)]
assert result == [(0, idig.qb64b), (1, rdig.qb64b), (2, idig.qb64b),
(3, rdig.qb64b)]
bak1 = b'Bm1Q98kT0HRn9R62lY-LufjjKdbCeL1mqu9arTgOmbqI'
bak2 = b'DSEpNJeSJjxo6oAxkNE8eCOJg2HRPstqkeHWBAvN9XNU'
bak3 = b'Dvxo-P4W_Z0xXTfoA3_4DMPn7oi0mLCElOWJDpC0nQXw'
bak4 = b'BleAn9JkFuEOOwDhfkhnxtGsRQkMh2AH1oGB9QHAvl1U'
bak5 = b'Behy5f2BIJbAYdgoy00OcOEZwEyxCGCUDlzbGkbz1RAI'
baks = [bak1, bak2, bak3, bak4]
# test .baks insertion order dup methods. dup vals are insertion order
assert issuer.getBaks(key) == []
assert issuer.cntBaks(key) == 0
assert issuer.delBaks(key) is False
assert issuer.putBaks(key, baks) is True
assert issuer.getBaks(key) == baks
assert issuer.cntBaks(key) == len(baks) == 4
assert issuer.putBaks(key, vals=[bak1]) is False
assert issuer.getBaks(key) == baks
assert issuer.addBak(key, bak1) is False
assert issuer.addBak(key, bak5) is True
assert issuer.getBaks(key) == [bak1, bak2, bak3, bak4, bak5]
assert [val for val in issuer.getBaksIter(key)
] == [bak1, bak2, bak3, bak4, bak5]
assert issuer.delBaks(key) is True
assert issuer.getBaks(key) == []
"""End Test"""
