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from _sequoia import ffi, lib
from .error import Error
from .glue import _str, _static_str, SQObject, sq_iterator, sq_time
from .openpgp import Fingerprint, TPK
class Store(SQObject):
_del = lib.sq_store_free
# Keys used for communications.
REALM_CONTACTS = _static_str(lib.SQ_REALM_CONTACTS)
# Keys used for signing software updates.
REALM_SOFTWARE_UPDATES = _static_str(lib.SQ_REALM_SOFTWARE_UPDATES)
@classmethod
def server_log(cls, ctx):
yield from sq_iterator(
ffi.gc(
lib.sq_store_server_log(ctx.ref()),
lib.sq_log_iter_free),
lib.sq_log_iter_next,
lambda x: Log(x, context=ctx))
@classmethod
def list_keys(cls, ctx):
def next_fn(i):
fpp = ffi.new("pgp_fingerprint_t[1]")
key = lib.sq_key_iter_next(i, fpp)
if key == ffi.NULL:
return ffi.NULL
else:
return (Fingerprint(fpp[0], ctx),
Key(key, ctx))
yield from sq_iterator(
ffi.gc(
lib.sq_store_list_keys(ctx.ref()),
lib.sq_key_iter_free),
next_fn)
@classmethod
def open(cls, ctx, realm=REALM_CONTACTS, name="default"):
return Store(lib.sq_store_open(ctx.ref(), realm.encode(), name.encode()), context=ctx)
def add(self, label, fingerprint):
return Binding(lib.sq_store_add(self.context().ref(), self.ref(),
label.encode(), fingerprint.ref()),
context=self.context())
def import_(self, label, tpk):
return TPK(lib.sq_store_import(self.context().ref(), self.ref(),
label.encode(), tpk.ref()),
context=self.context())
def lookup(self, label):
return Binding(lib.sq_store_lookup(self.context().ref(), self.ref(),
label.encode()),
self.context())
def delete(self):
if lib.sq_store_delete(self.ref()):
raise Error._last(self.context())
super(Store, self)._delete(skip_free=True)
def iter(self):
def next_fn(i):
labelp = ffi.new("char *[1]")
fpp = ffi.new("pgp_fingerprint_t[1]")
binding = lib.sq_binding_iter_next(i, labelp, fpp)
if binding == ffi.NULL:
return ffi.NULL
else:
return (_str(labelp[0]),
Fingerprint(fpp[0], self.context()),
Binding(binding, self.context()))
yield from sq_iterator(
ffi.gc(
lib.sq_store_iter(self.context().ref(), self.ref()),
lib.sq_binding_iter_free),
next_fn)
def log(self):
yield from sq_iterator(
ffi.gc(
lib.sq_store_log(self.context().ref(), self.ref()),
lib.sq_log_iter_free),
lib.sq_log_iter_next,
lambda x: Log(x, context=self.context()))
class Binding(SQObject):
_del = lib.sq_binding_free
def stats(self):
return Stats(lib.sq_binding_stats(self.context().ref(), self.ref()),
self.context())
def key(self):
return Key(lib.sq_binding_key(self.context().ref(), self.ref()),
self.context())
def tpk(self):
return TPK(lib.sq_binding_tpk(self.context().ref(), self.ref()),
self.context())
def import_(self, tpk):
return TPK(lib.sq_binding_import(self.context().ref(), self.ref(), tpk),
self.context())
def rotate(self, tpk):
return TPK(lib.sq_binding_rotate(self.context().ref(), self.ref(), tpk),
self.context())
def delete(self):
if lib.sq_binding_delete(self.ref()):
raise Error._last(self.context())
super(Binding, self)._delete(skip_free=True)
def log(self):
yield from sq_iterator(
ffi.gc(
lib.sq_binding_log(self.context().ref(), self.ref()),
lib.sq_log_iter_free),
lib.sq_log_iter_next,
lambda x: Log(x, context=self.context()))
class Key(SQObject):
_del = lib.sq_key_free
def stats(self):
return Stats(lib.sq_key_stats(self.context().ref(), self.ref()),
self.context())
def tpk(self):
return TPK(lib.sq_key_tpk(self.context().ref(), self.ref()),
self.context())
def import_(self, tpk):
return TPK(lib.sq_key_import(self.context().ref(), self.ref(), tpk),
self.context())
def log(self):
yield from sq_iterator(
ffi.gc(
lib.sq_key_log(self.context().ref(), self.ref()),
lib.sq_log_iter_free),
lib.sq_log_iter_next)
class Stats(SQObject):
_del = lib.sq_stats_free
def __init__(self, o, context=None):
super(Stats, self).__init__(o, context=context)
self.encryption = Stamps(ffi.addressof(o, "encryption"))
self.verification = Stamps(ffi.addressof(o, "verification"))
@property
def created(self):
return sq_time(self.ref().created)
@property
def updated(self):
return sq_time(self.ref().updated)
def __str__(self):
return \
"Stats{{created={}, updated={}, encryption={}, verification={}}}" \
.format(self.created, self.updated, self.encryption,
self.verification)
class Stamps(SQObject):
@property
def count(self):
return self.ref().count
@property
def first(self):
return sq_time(self.ref().first)
@property
def last(self):
return sq_time(self.ref().last)
def __str__(self):
return "Stamps{{count={}, first={}, last={}}}".format(
self.count, self.first, self.last)
class Log(SQObject):
_del = lib.sq_log_free
@property
def timestamp(self):
return sq_time(self.ref().timestamp)
@property
def store(self):
if self.ref().store == ffi.NULL:
return None
else:
return Store(self.ref().store, context=self.context(),
owner=self)
@property
def binding(self):
if self.ref().binding == ffi.NULL:
return None
else:
return Binding(self.ref().binding, context=self.context(),
owner=self)
@property
def key(self):
if self.ref().key == ffi.NULL:
return None
else:
return Key(self.ref().key, context=self.context(),
owner=self)
@property
def slug(self):
return ffi.string(self.ref().slug).decode()
@property
def status(self
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