class WriterService(WriterServiceBase):
@rpc(M(T), _returns=UnsignedInteger32,
_in_message_name='put_%s' % T_name,
_in_variable_names={'obj': T_name})
def put(ctx, obj):
if obj.id is None:
ctx.udc.session.add(obj)
ctx.udc.session.flush() # so that we get the obj.id value
else:
if ctx.udc.session.query(T).get(obj.id) is None:
# this is to prevent the client from setting the primary key
# of a new object instead of the database's own primary-key
# generator.
# Instead of raising an exception, you can also choose to
# ignore the primary key set by the client by silently doing
# obj.id = None in order to have the database assign the
# primary key the traditional way.
put_not_found(obj.id)
else:
ctx.udc.session.merge(obj)
return obj.id
@rpc(M(UnsignedInteger32),
_in_message_name='del_%s' % T_name,
_in_variable_names={'obj_id': '%s_id' % T_name})
def del_(ctx, obj_id):
count = ctx.udc.session.query(T).filter_by(id=obj_id).count()
if count == 0:
raise ResourceNotFoundError(obj_id)
ctx.udc.session.query(T).filter_by(id=obj_id).delete()
class EmailBodyValue(ComplexModel):
_type_info = [
('value', Unicode(
doc="String The value of the body part after decoding "
"Content-Transfer-Encoding and the Content-Type charset, "
"if both known to the server, and with any CRLF replaced with "
"a single LF. The server MAY use heuristics to determine the "
"charset to use for decoding if the charset is unknown, "
"no charset is given, or it believes the charset given is "
"incorrect. Decoding is best effort; the server SHOULD insert "
"the unicode replacement character (U+FFFD) and continue when "
"a malformed section is encountered.\n\n"
"Note that due to the charset decoding and line ending "
"normalisation, the length of this string will probably not "
"be exactly the same as the size property on the "
"corresponding EmailBodyPart."
)),
('is_encoding_problem', M(Boolean(
sub_name='isEncodingProblem', default=False,
doc="(default: false) This is true if malformed sections "
"were found while decoding the charset, or the charset was "
"unknown, or the content-transfer-encoding was unknown.",
))),
('is_truncated', M(Boolean(
sub_name='isTruncated', default=False,
doc="(default: false) This is true if the value has been "
"truncated.",
))),
]
class CrudService(Service):
@rpc(M(UnsignedInteger32, _returns=T))
def get(ctx, obj_id):
return ctx.udc.session.query(T).filter_by(id=obj_id).one()
@rpc(T, _returns=UnsignedInteger32)
def put(ctx, obj):
if obj.id is None:
ctx.udc.session.add(obj)
ctx.udc.session.flush()
else:
if ctx.udc.session.query(T).get(obj.id) is None:
raise ResourceNotFoundError('%s.id=%d' % (T_name, obj.id))
else:
ctx.udc.session.merge(obj)
return obj.id
@rpc(M(UnsignedInteger32))
def del_(ctx, obj_id):
count = ctx.udc.session.query(T).filter_by(id=obj_id).count()
if count == 0:
raise ResourceNotFoundError(obj_id)
ctx.udc.session.query(T).filter_by(id=obj_id).delete()
@rpc(_returns=Iterable(T))
def get_all(ctx):
return ctx.udc.session.query(T)
class RandomService(ServiceBase):
# We need the _args argument here because we only want to expose the
# `a` and `b` arguments and not the `self` argument.
randint = srpc(M(Integer), M(Integer), _returns=Integer,
_args=('a', 'b'))(random.randint)
# We need the _args argument here because `getrandbits` is a builtin, which
# means it's not ready for introspection.
randbits = srpc(M(UnsignedInteger), _returns=UnsignedInteger,
_args=('k',))(random.getrandbits)
class LogEntry(ComplexModel):
_type_info = [
('id', M(Integer64(pk=True))),
('time',
M(
DateTime(
timezone=False,
default_factory=lambda: datetime.utcnow(),
))),
('host', IpAddress),
('data', Any),
]
class TimeSegment(ComplexModel, SegmentBase):
_SEGMENT_RE = re.compile(
u"([\\[\\]])"
u"([0-9:\\.]+)"
u","
u"([0-9:\\.]+)"
u"([\\[\\]])", re.DEBUG | re.UNICODE)
_type_info = [
('start_inclusive', M(Boolean(default=True))),
('start', M(Time)),
('end', M(Time)),
('end_inclusive', M(Boolean(default=True))),
]
def test_integer_values_mandatory_field(self):
v = 3
cls = M(Integer(type_name="tn", values=list(range(5))))
assert not cls.get_type_name() is Unicode.Empty
elt = _test_type(cls, v).xpath('div/select')[0]
assert elt.tag == 'select'
assert elt.xpath("option/@value") == [str(vvv) for vvv in range(5)]
assert elt.xpath("option[@selected]/text()") == [str(v)]
class B(TableModel):
__tablename__ = 'b'
__mapper_args__ = {
'polymorphic_on': 't',
'polymorphic_identity': 1,
}
id = Integer32(pk=True)
t = M(Integer32)
class ReaderService(ReaderServiceBase):
@rpc(M(UnsignedInteger32), _returns=T,
_in_message_name='get_%s' % T_name,
_in_variable_names={'obj_id': "%s_id" % T_name})
def get(ctx, obj_id):
return ctx.udc.session.query(T).filter_by(id=obj_id).one()
@rpc(_returns=Iterable(T),
_in_message_name='get_all_%s' % T_name)
def get_all(ctx):
return ctx.udc.session.query(T).order_by(T.id)
class Preferences(ComplexModel):
_type_info = [
('timezone', M(Unicode(values=pytz.all_timezones_set))),
('font_size', UnsignedInteger8(
values_dict={10: 'Small', 20: 'Medium', 30: 'Large'},
default=20,
)),
('theme', Unicode(
values={'dark', 'light'},
default='light',
)),
]
class UserManagerService(Service):
@rpc(M(UnsignedInteger32), _returns=User)
def get_user(ctx, user_id):
return ctx.udc.session.query(User).filter_by(id=user_id).one()
@rpc(User, _returns=UnsignedInteger32)
def put_user(ctx, user):
if user.id is None:
ctx.udc.session.add(user)
ctx.udc.session.flush() # so that we get the user.id value
else:
if ctx.udc.session.query(User).get(user.id) is None:
# this is to prevent the client from setting the primary key
# of a new object instead of the database's own primary-key
# generator.
# Instead of raising an exception, you can also choose to
# ignore the primary key set by the client by silently doing
# user.id = None
raise ResourceNotFoundError('user.id=%d' % user.id)
else:
ctx.udc.session.merge(user)
return user.id
@rpc(M(UnsignedInteger32))
def del_user(ctx, user_id):
count = ctx.udc.session.query(User).filter_by(id=user_id).count()
if count == 0:
raise ResourceNotFoundError(user_id)
ctx.udc.session.query(User).filter_by(id=user_id).delete()
@rpc(_returns=Iterable(User))
def get_all_user(ctx):
return ctx.udc.session.query(User)
class EmailAddress(ComplexModel):
_type_info = [
('name', Unicode(default='')),
# sub_name used just to be consistent with EmailAddressGroup
('address', M(Unicode(default='', sub_name='email'))),
]
def __eq__(self, other):
return self.name == other.name and self.address == other.address
def __ne__(self, other):
return self.name != other.name or self.address != other.address
def is_empty(self):
return (self.name is None and self.address is None) \
or (len(self.name) == 0 and len(self.address) == 0)
class D(TableModel):
__tablename__ = 'd'
id = Integer32(pk=True)
i = M(Integer32)
class ws_netpro(ServiceBase):
# CANCEL REVERSAL CEK IN
@rpc(String, String, s, String, _returns=Boolean)
def CancelReversalCekIN(self, dbUser, dbPassword, s, errMessage):
path = self.transport.get_path() # get path sepertinya dari URL
# import pdb; pdb.set_trace()
db_name = path.split('/')[
2] # pisahkan berdasarkan / dan ambil array ke 3
registry, cr, uid, context = get_registry_cr_uid_context(
db_name) # pengambilan registry odoo berdasarkan db name
# res = Resp_CancelReversalCekIN()
# res.CancelReversalCekINResult = True
# res.errMessage = ''
# return res
print 'KAPANGGIL DA'
yield True
@rpc(String, String, s, String, _returns=Boolean)
def CancelReversalCekOut(self, dbUser, dbPassword, s, errMessage):
path = self.transport.get_path() # get path sepertinya dari URL
# import pdb; pdb.set_trace()
db_name = path.split('/')[
2] # pisahkan berdasarkan / dan ambil array ke 3
registry, cr, uid, context = get_registry_cr_uid_context(
db_name) # pengambilan registry odoo berdasarkan db name
# res = Resp_CancelReversalCekIN()
# res.CancelReversalCekINResult = True
# res.errMessage = ''
# return res
yield True
# CEK DATA CHECK IN
@rpc(String,
String,
String,
M(String),
DateTime,
String,
String,
String,
_returns=Resp_CekMemberInClaim)
def CekMemberInClaim(self, dbUser, dbPassword, ClaimType, CardNo, sDate,
PayTo, errMessage, ResponseCode):
path = self.transport.get_path() # get path sepertinya dari URL
db_name = path.split('/')[
2] # pisahkan berdasarkan / dan ambil array ke 3
registry, cr, uid, context = get_registry_cr_uid_context(
db_name) # pengambilan registry odoo berdasarkan db name
member_model = registry['netpro.member']
member_id = member_model.search(cr,
uid, [('card_no', '=', CardNo)],
context=context)
res = Resp_CekMemberInClaim()
res.CekMemberInClaimResult = True
res.errMessage = ''
res.ResponseCode = ''
return res
@rpc(String,
String,
EDCData,
EDCDataOut,
String,
_returns=Resp_CekDataCheckINResult)
def CekDataCheckIN(self, dbUser, dbPassword, EDCData, EDCDataOut, errMsg):
path = self.transport.get_path() # get path sepertinya dari URL
db_name = path.split('/')[
2] # pisahkan berdasarkan / dan ambil array ke 3
registry, cr, uid, context = get_registry_cr_uid_context(
db_name) # pengambilan registry odoo berdasarkan db name
# create XML
# res_bool = etree.Element('CekDataCheckINResult')
# res_bool.text = True
# res_edc_data_out = etree.Element('EDCDataOut')
# BenefitTotalAmount = etree.Element('BenefitTotalAmount')
# BenefitTotalAmount.text = ''
# res_edc_data_out.append(BenefitTotalAmount)
# res_err_msg = etree.Element('errMsg')
# res_err_msg.text = ''
# # pretty string
# a = etree.tostring(res_bool, pretty_print=True)
# b = etree.tostring(res_edc_data_out, pretty_print=True)
# c = etree.tostring(res_err_msg, pretty_print=True)
# yield a, b, c
# CekDataCheckINResponse
# CekDataCheckINResult
# EDCDataOut
# errMsg
res = Resp_CekDataCheckINResult()
res.CekDataCheckINResult = True
res.EDCDataOut = EDCDataOut
res.errMsg = ''
return res
# CHECK OUT PATIENT BY EDC
@rpc(String,
String,
EDCData,
EDCDataOut,
String,
_returns=Resp_CheckOutPatientByEDCResult)
def CheckOutPatientByEDC(self, dbUser, dbPassword, EDCData, EDCDataOut,
errMessage):
path = self.transport.get_path() # get path sepertinya dari URL
db_name = path.split('/')[
2] # pisahkan berdasarkan / dan ambil array ke 3
registry, cr, uid, context = get_registry_cr_uid_context(
db_name) # pengambilan registry odoo berdasarkan db name
res = Resp_CheckOutPatientByEDCResult()
return res
# SAVE CLAIM BY EDC
@rpc(String,
String,
EDCData,
Integer,
String,
_returns=Resp_SaveClaimByEDC)
def SaveClaimByEDC(self, dbUser, dbPassword, EDCData, cno, errMessage):
path = self.transport.get_path() # get path sepertinya dari URL
db_name = path.split('/')[
2] # pisahkan berdasarkan / dan ambil array ke 3
registry, cr, uid, context = get_registry_cr_uid_context(
db_name) # pengambilan registry odoo berdasarkan db name
res = Resp_SaveClaimByEDC()
return res
# GET DATA SET
@rpc(String, String, DataSet, String, String, _returns=Resp_GetDataSet)
def GetDataSet(self, dbUser, dbPassword, DataSet, SQL, ErrMsg):
path = self.transport.get_path() # get path sepertinya dari URL
db_name = path.split('/')[
2] # pisahkan berdasarkan / dan ambil array ke 3
registry, cr, uid, context = get_registry_cr_uid_context(
db_name) # pengambilan registry odoo berdasarkan db name
res = Resp_GetDataSet()
return res
# REVERSAL VOID CEK DATA CHECK IN
@rpc(String,
String,
EDCData,
EDCDataOut,
String,
_returns=Resp_reversalvoidCekDataCheckIN)
def reversalvoidCekDataCheckIN(self, dbUser, dbPassword, EDCData,
EDCDataOut, errMsg):
path = self.transport.get_path() # get path sepertinya dari URL
db_name = path.split('/')[
2] # pisahkan berdasarkan / dan ambil array ke 3
registry, cr, uid, context = get_registry_cr_uid_context(
db_name) # pengambilan registry odoo berdasarkan db name
res = Resp_reversalvoidCekDataCheckIN()
return res
# REVERSAL VOID CHECK OUT PATIENT BY EDC
@rpc(String,
String,
EDCData,
EDCDataOut,
String,
_returns=Resp_reversalvoidCheckOutPatientByEDC)
def reversalvoidCheckOutPatientByEDC(self, dbUser, dbPassword, EDCData,
EDCDataOut, errmsg):
path = self.transport.get_path() # get path sepertinya dari URL
db_name = path.split('/')[
2] # pisahkan berdasarkan / dan ambil array ke 3
registry, cr, uid, context = get_registry_cr_uid_context(
db_name) # pengambilan registry odoo berdasarkan db name
res = Resp_reversalvoidCheckOutPatientByEDC()
return res
# UPDATE SQL
@rpc(String, String, String, String, _returns=Resp_UpdateSQL)
def UpdateSQL(self, dbUser, dbPassword, SQL, ErrMsg):
path = self.transport.get_path() # get path sepertinya dari URL
db_name = path.split('/')[
2] # pisahkan berdasarkan / dan ambil array ke 3
registry, cr, uid, context = get_registry_cr_uid_context(
db_name) # pengambilan registry odoo berdasarkan db name
res = Resp_UpdateSQL()
return res
# CANCEL CEK IN
@rpc(String, String, s, String, String, _returns=Resp_CancelCekIN)
def UpdateSQL(self, dbUser, dbPassword, s, Tracenumber, errMessage):
path = self.transport.get_path() # get path sepertinya dari URL
db_name = path.split('/')[
2] # pisahkan berdasarkan / dan ambil array ke 3
registry, cr, uid, context = get_registry_cr_uid_context(
db_name) # pengambilan registry odoo berdasarkan db name
res = Resp_CancelCekIN()
return res
# CANCEL CEK OUT
@rpc(String, String, s, String, String, _returns=Resp_CancelCekOut)
def UpdateSQL(self, dbUser, dbPassword, s, Tracenumber, errMessage):
path = self.transport.get_path() # get path sepertinya dari URL
db_name = path.split('/')[
2] # pisahkan berdasarkan / dan ambil array ke 3
registry, cr, uid, context = get_registry_cr_uid_context(
db_name) # pengambilan registry odoo berdasarkan db name
res = Resp_CancelCekOut()
return res
class MailCapabilities(ComplexModel):
_type_info = [
('max_mailboxes_per_email',
UnsignedInteger(
sub_name='maxMailboxesPerEmail',
doc="The maximum number of Mailboxes (see "
"Section 2) that can be can assigned to a single Email "
"object (see Section 4). This MUST be an integer >= 1, "
"or null for no limit (or rather, the limit is always the "
"number of Mailboxes in the account).")),
('max_mailbox_depth',
UnsignedInteger(
sub_name='maxMailboxDepth',
doc="The maximum depth of the Mailbox hierarchy "
"(i.e., one more than the maximum number of ancestors a "
"Mailbox may have), or null for no limit.")),
('max_size_mailbox_name',
M(
UnsignedInteger(
sub_name='maxSizeMailboxName',
doc="The maximum length, in (UTF-8) octets, allowed "
"for the name of a Mailbox. This MUST be at least 100, "
"although it is recommended servers allow more."))),
('max_size_attachments_per_email',
M(
UnsignedInteger(
sub_name='maxSizeAttachmentsPerEmail',
doc="The maximum total size of attachments, "
"in octets, allowed for a single Email object. A server MAY "
"still reject the import or creation of an Email with a "
"lower attachment size total (for example, if the body "
"includes several megabytes of text, causing the size of the "
"encoded MIME structure to be over some server-defined "
"limit).\n\n"
"Note that this limit is for the sum of unencoded attachment "
"sizes. Users are generally not knowledgeable about encoding "
"overhead, etc., nor should they need to be, so marketing "
"and help materials normally tell them the “max size "
"attachments”. This is the unencoded size they see on their "
"hard drive, so this capability matches that and allows the "
"client to consistently enforce what the user understands as "
"the limit.\n\n"
"The server may separately have a limit for the total size "
"of the message [@!RFC5322], created by combining the "
"attachments (often base64 encoded) with the message headers "
"and bodies. For example, suppose the server advertises "
"maxSizeAttachmentsPerEmail: 50000000 (50 MB). The enforced "
"server limit may be for a message size of 70000000 octets. "
"Even with base64 encoding and a 2 MB HTML body, "
"50 MB attachments would fit under this limit."))),
('email_query_sort_options',
Array(Unicode,
sub_name='emailQuerySortOptions',
doc="A list of all the values the server supports for "
"the “property” field of the Comparator object in an "
"Email/query sort (see Section 4.4.2). This MAY include "
"properties the client does not recognise (for example, "
"custom properties specified in a vendor extension). Clients "
"MUST ignore any unknown properties in the list.")),
('may_create_top_level_mailbox',
Boolean(sub_name='mayCreateTopLevelMailbox',
doc="If true, the user may create a Mailbox (see Section "
"2) in this account with a null parentId. (Permission for "
"creating a child of an existing Mailbox is given by the "
"myRights property on that Mailbox.)")),
]
class BenchmarkConfig(ComplexModel):
framework = M(Unicode)
tests = Array(BenchmarkConfigElement, wrapped=False)
class AsyncService(ServiceBase):
@rpc(M(UnsignedInteger))
def sleep(ctx, integer):
print("Sleeping for %d seconds..." % (integer))
time.sleep(integer)
class SipBuddy(TableModel):
__tablename__ = 'cc_sip_buddies'
id = Integer32(primary_key=True)
defaultip = Unicode(1, db_column='DEFAULTip')
accountcode = Unicode(1)
allow = Unicode(1)
allowtransfer = Unicode(1)
amaflags = Unicode(1)
auth = Unicode(1)
autoframing = Unicode(1)
callbackextension = Unicode(1)
callerid = Unicode(128)
callgroup = Unicode(1)
callingpres = Unicode(1)
cancallforward = Unicode(1)
canreinvite = Unicode(1)
cid_number = Unicode(1)
context = Unicode(64, default='home')
defaultuser = Unicode(64)
deny = Unicode(1)
disallow = Unicode(1)
dtmfmode = Unicode(10,
default='rfc2833',
values={'info', 'inband', 'rfc2833', 'auto'})
fromdomain = Unicode(1)
fromuser = Unicode(1)
fullcontact = Unicode
host = Unicode(32, index=True, default='dynamic')
id_cc_card = Integer32
incominglimit = Unicode(1)
insecure = Unicode(1)
ipaddr = Unicode(15, index=True)
language = Unicode(1)
lastms = Unicode
mailbox = Unicode(1)
mask = Unicode(1)
maxcallbitrate = Unicode(1)
md5secret = Unicode(1)
mohsuggest = Unicode(1)
musicclass = Unicode(1)
musiconhold = Unicode(1)
name = M(Unicode(64, unique=True))
nat = Unicode(1)
outboundproxy = Unicode(1)
permit = Unicode(1)
pickupgroup = Unicode(1)
port = Integer32
qualify = Unicode(3, defult='yes', values={'yes', 'no'})
regexten = Unicode(1)
regseconds = Integer32
regserver = Unicode(1)
restrictcid = Unicode(1)
rtpholdtimeout = Unicode(1)
rtpkeepalive = Unicode(1)
rtptimeout = Unicode(1)
secret = Unicode(10)
setvar = Unicode(1)
subscribecontext = Unicode(1)
subscribemwi = Unicode(1)
type = Unicode(10, default='friend', values={'friend', 'peer', 'user'})
useragent = Unicode
usereqphone = Unicode(1)
username = Unicode(64)
vmexten = Unicode(1)
class BenchmarkConfigElement(ComplexModel):
# exclude this from the output document
key = Unicode(pa={JsonDocument: dict(exc=True)})
display_name = M(Unicode)
notes = Unicode
versus = Unicode
db_url = AnyUri
json_url = AnyUri
query_url = AnyUri
fortune_url = AnyUri
update_url = AnyUri
plaintext_url = AnyUri
port = M(UnsignedInteger16(default=8080))
approach = M(Unicode(values=['Realistic', 'Stripped'],
default='Realistic'))
classification = M(
Unicode(values=['Micro', 'Fullstack', 'Platform'], default='Micro'))
database = M(
Unicode(values=['none', 'mongodb', 'postgres', 'mysql'],
default='none'))
orm = M(Unicode(values=['Full', 'Micro', 'None', 'Raw']))
framework = M(Unicode)
language = M(Unicode)
flavor = M(Unicode)
platform = M(Unicode)
webserver = M(Unicode)
os = M(Unicode(default='Linux'))
database_os = M(Unicode(default='Linux'))
class EmailBodyPart(ComplexModel):
_type_info = [
('part_id', Unicode(
sub_name='partId',
doc="Identifies this part uniquely within the Email. This is "
"scoped to the emailId and has no meaning outside of the "
"JMAP Email object representation. This is null if, and only "
"if, the part is of type multipart."
)),
('blob_id', JmapId(
sub_name='blobId',
doc="Id|null The id representing the raw octets of the contents "
"of the part, after decoding any known "
"Content-Transfer-Encoding (as defined in [@!RFC2045]), or "
"null if, and only if, the part is of type multipart. Note "
"that two parts may be transfer-encoded differently but have "
"the same blob id if their decoded octets are identical and "
"the server is using a secure hash of the data for the blob "
"id. If the transfer encoding is unknown, it is treated as "
"though it had no transfer encoding."
)),
('size', M(UnsignedInteger(
sub_name='size',
doc="UnsignedInt The size, in octets, of the raw data after "
"content transfer decoding (as referenced by the blobId, "
"i.e., the number of octets in the file the user would "
"download)."
))),
('headers', Array(EmailHeader,
sub_name='headers',
doc="This is a list of all header fields in the "
"part, in the order they appear in the message. The values "
"are in Raw form."
)),
('name', Unicode(
sub_name='name',
doc="This is the decoded filename parameter of the "
"Content-Disposition header field per [@!RFC2231], or (for "
"compatibility with existing systems) if not present, "
"then it’s the decoded name parameter of the Content-Type "
"header field per [@!RFC2047]."
)),
('type', M(Unicode(
sub_name='type',
doc='String The value of the Content-Type header field of the '
'part, if present; otherwise, the implicit type as per the '
'MIME standard (text/plain or message/rfc822 if inside a '
'multipart/digest). CFWS is removed and any parameters are '
'stripped.'
))),
('charset', Unicode(
sub_name='charset',
doc="The value of the charset parameter of the Content-Type "
"header field, if present, or null if the header field is "
"present but not of type text. If there is no Content-Type "
"header field, or it exists and is of type text but has no "
"charset parameter, this is the implicit charset as per the "
"MIME standard: us-ascii."
)),
('disposition', Unicode(
sub_name='disposition',
doc="The value of the Content-Disposition header "
"field of the part, if present; otherwise, it’s null. CFWS is "
"removed and any parameters are stripped."
)),
('cid', Unicode(
sub_name='cid',
doc="The value of the Content-Id header field of the "
"part, if present; otherwise it’s null. CFWS and surrounding "
"angle brackets (<>) are removed. This may be used to "
"reference the content from within a text/html body part HTML "
"using the cid: protocol, as defined in [@!RFC2392]."
)),
('language', Array(Unicode,
sub_name='language',
doc="The list of language tags, as defined in ["
"@!RFC3282], in the Content-Language header field of the "
"part, if present."
)),
('location', Unicode(
sub_name='location',
doc="The URI, as defined in [@!RFC2557], in the "
"Content-Location header field of the part, if present."
)),
('subParts', Array(SelfReference,
sub_name='subParts',
doc="If the type is multipart, this contains the body parts of "
"each child."
)),
]
class EmailHeader(ComplexModel):
_type_info = [
('key', M(Unicode(default=''))),
# sub_name used just to be consistent with EmailAddressGroup
('value', M(Unicode(default='', sub_name='email'))),
]
class EmailAddressGroup(ComplexModel):
_type_info = [
('name', Unicode(default='')),
('addresses', Array(M(Unicode(default='')))),
]
class BenchmarkConfigElement(ComplexModel):
# exclude this from the output document
key = Unicode(pa={JsonDocument: dict(exc=True)})
display_name = M(Unicode)
notes = Unicode
versus = Unicode
db_url = AnyUri
json_url = AnyUri
query_url = AnyUri
fortune_url = AnyUri
update_url = AnyUri
plaintext_url = AnyUri
port = M(UnsignedInteger16(default=8080))
approach = M(Unicode(values=["Realistic", "Stripped"], default="Realistic"))
classification = M(
Unicode(values=["Micro", "Fullstack", "Platform"], default="Micro")
)
database = M(
Unicode(values=["none", "mongodb", "postgres", "mysql"], default="none")
)
orm = M(Unicode(values=["Full", "Micro", "None", "Raw"]))
framework = M(Unicode)
language = M(Unicode)
flavor = M(Unicode)
platform = M(Unicode)
webserver = M(Unicode)
os = M(Unicode(default="Linux"))
database_os = M(Unicode(default="Linux"))
# obtain a copy from the repository root cited above. # from spyne import M, Unicode, DateTime UtcDate = DateTime(timezone=False) # # Quoting: https://jmap.io/spec-core.html#the-id-data-type # # These characters are safe to use in almost any context (e.g., filesystems, # URIs, and IMAP atoms). For maximum safety, servers SHOULD also follow # defensive allocation strategies to avoid creating risks where glob # completion or data type detection may be present (e.g., on filesystems or # in spreadsheets). In particular, it is wise to avoid: # # - Ids starting with a dash # - Ids starting with digits # - Ids that contain only digits # - Ids that differ only by ASCII case (for example, A vs. a) # - the specific sequence of three characters “NIL” (because this sequence # - can be confused with the IMAP protocol expression of the null value) # # A good solution to these issues is to prefix every id with a single # alphabetical character. # # Hence the lowercase letter as the initial character # JmapId = M(Unicode(255, pattern='[a-z][A-Za-z0-9_-]+'))
class Email(ComplexModel):
_type_info = [
#
# Metadata
#
('id', JmapId(
sub_name='id',
doc="(immutable; server-set) The id of the Email object. Note "
"that this is the JMAP object id, NOT the Message-ID header "
"field value of the message [@!RFC5322]."
)),
('blob_id', JmapId(
sub_name='blobId',
doc="(immutable; server-set) The id representing the raw "
"octets of the message [@!RFC5322] for this Email. This may "
"be used to download the raw original message or to attach it "
"directly to another Email, etc."
)),
('thread_id', JmapId(
sub_name='threadId',
doc="(immutable; server-set) The id of the Thread to which "
"this Email belongs."
)),
('mailbox_ids', AnyDict( # this is supposed to be a JmapId: bool dict
sub_name='mailboxIds',
doc="The set of Mailbox ids this Email belongs to. An "
"Email in the mail store MUST belong to one or more Mailboxes "
"at all times (until it is destroyed). The set is represented "
"as an object, with each key being a Mailbox id. The value "
"for each key in the object MUST be true."
)),
('keywords', AnyDict( # this is supposed to be a str: bool dict
sub_name='keywords',
doc="(default: {}) A set of keywords that apply "
"to the Email. The set is represented as an object, with the "
"keys being the keywords. The value for each key in the "
"object MUST be true."
)),
('size', UnsignedInteger(
sub_name='size',
doc="(immutable; server-set) The size, in octets, "
"of the raw data for the message [@!RFC5322] (as referenced "
"by the blobId, i.e., the number of octets in the file the "
"user would download)."
)),
('received_at', UtcDate(
default_factory=lambda: datetime.utcnow().replace(tzinfo=pytz.utc)
.isoformat(),
sub_name='receivedAt',
doc="(immutable; default: time of creation on server) The "
"date the Email was received by the message store. This is "
"the internal date in IMAP [@?RFC3501]."
)),
#
# Header fields
#
('message_id', Array(Unicode,
sub_name='messageId',
doc="(immutable) The value is identical to the "
"value of header:Message-ID:asMessageIds. For messages "
"conforming to RFC 5322 this will be an array with a single "
"entry."
)),
('in_reply_to', Array(Unicode,
sub_name='inReplyTo',
doc="(immutable) The value is identical to the "
"value of header:In-Reply-To:asMessageIds."
)),
('references', Array(Unicode,
sub_name='references',
doc="(immutable) The value is identical to the "
"value of header:References:asMessageIds."
)),
('sender', Array(EmailAddress,
sub_name='sender',
doc="(immutable) The value is identical to "
"the value of header:Sender:asAddresses."
)),
('from_', Array(Unicode,
sub_name='from',
doc="(immutable) The value is identical to "
"the value of header:From:asAddresses."
)),
('to', Array(Unicode,
sub_name='to',
doc="(immutable) The value is identical to "
"the value of header:To:asAddresses."
)),
('cc', Array(Unicode,
sub_name='cc',
doc="(immutable) The value is identical to "
"the value of header:Cc:asAddresses."
)),
('bcc', Array(Unicode,
sub_name='bcc',
doc="(immutable) The value is identical to "
"the value of header:Bcc:asAddresses."
)),
('reply_to', Unicode(
sub_name='replyTo',
doc="(immutable) The value is identical to "
"the value of header:Reply-To:asAddresses."
)),
('subject', Unicode(
sub_name='subject',
doc="(immutable) The value is identical to the value "
"of header:Subject:asText."
)),
('sent_at', DateTime(
sub_name='sentAt',
doc="(immutable; default on creation: current server "
"time) The value is identical to the value of "
"header:Date:asDate."
)),
#
# Body Parts
#
('body_structure', Array(EmailBodyPart,
sub_name='bodyStructure',
doc="(immutable) This is the full MIME structure of the message "
"body, without recursing into message/rfc822 or message/global "
"parts. Note that EmailBodyParts may have subParts if they "
"are of type multipart."
)),
('body_values', AnyDict(
sub_name='bodyValues',
doc="(immutable) This is a map of partId to an EmailBodyValue "
"object for none, some, or all text parts. Which parts are "
"included and whether the value is truncated is determined "
"by various arguments to Email/get and Email/parse."
)),
('text_body', Array(EmailBodyPart,
sub_name='textBody',
doc="(immutable) A list of text/plain, text/html, image, audio, "
"and/or video parts to display (sequentially) as the message "
"body, with a preference for text/plain when alternative "
"versions are available."
)),
('html_body', Array(EmailBodyPart,
sub_name='htmlBody',
doc="(immutable) A list of text/plain, text/html, image, audio, "
"and/or video parts to display (sequentially) as the message "
"body, with a preference for text/html when alternative "
"versions are available."
)),
('attachments', Array(EmailBodyPart,
sub_name='attachments',
doc="(immutable) A list, traversing depth-first, "
"of all parts in bodyStructure that satisfy either of the "
"following conditions:"
)),
('has_attachment', M(Boolean(
sub_name='hasAttachment', default=False,
doc="(immutable; server-set) This is true if there are "
"one or more parts in the message that a client UI should "
"offer as downloadable. A server SHOULD set hasAttachment to "
"true if the attachments list contains at least one item that "
"does not have Content-Disposition: inline. The server MAY "
"ignore parts in this list that are processed automatically "
"in some way or are referenced as embedded images in one of "
"the text/html parts of the message."
))),
('preview', Unicode(256,
sub_name='preview', default=u'',
doc="(immutable; server-set) A plaintext fragment of the "
"message body. This is intended to be shown as a preview line "
"when listing messages in the mail store and may be truncated "
"when shown. The server may choose which part of the message "
"to include in the preview; skipping quoted sections and "
"salutations and collapsing white space can result in a more "
"useful preview."
)),
]