def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.session_id = HaspASN1.get_intval(rb[0x80])
self.file_id = HaspASN1.get_intval(rb[0x81])
self.offset = HaspASN1.get_intval(rb[0x82])
self.amount = HaspASN1.get_intval(rb[0x83])
self.seedvals = rb[0x84]
def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.feature_id = HaspASN1.get_intval(rb[0x80])
self.vendor_id = HaspASN1.get_intval(rb[0x81])
self.scope = HaspASN1.get_strval(rb[0x82])
self.format = HaspASN1.get_strval(rb[0x83])
self.val_84 = rb[0x84]
self.api_version_major = struct.unpack(">I", self.val_84[0:4])[0]
self.api_version_minor = struct.unpack(">I", self.val_84[4:8])[0]
self.api_build_number = struct.unpack(">I", self.val_84[8:12])[0]
def serialize(self):
rb = {
self.oid: {
0x80: {
'value': self.session_id,
'type': 'intval'
},
0x81: {
'value': self.is_decrypt,
'type': 'intval'
},
0x82: {
'value': self.crypt_type,
'type': 'intval'
},
0x83: {
'value': self.enc_len,
'type': 'intval'
},
0x84: {
'value': self.data
},
0x85: {
'value': self.seedvals
},
0x86: {
'value': self.val_86,
'type': 'intval'
}
}
}
return HaspASN1.encode(rb)
def serialize(self):
rb = {
self.oid: {
0x80: {
'value': self.feature_id,
'type': 'intval'
},
0x81: {
'value': self.vendor_id,
'type': 'intval',
'blen': 3
},
0x82: {
'value': self.scope,
'type': 'strval'
},
0x83: {
'value': self.format,
'type': 'strval'
},
0x84: {
'value': self.val_84
}
}
}
return HaspASN1.encode(rb)
def serialize(self):
rb = {
self.oid: {
0x80: {
'value': self.session_id,
'type': 'intval'
},
0x81: {
'value': self.file_id,
'type': 'intval',
'blen': 3
},
0x82: {
'value': self.offset,
'type': 'intval'
},
0x83: {
'value': self.amount,
'type': 'intval'
},
0x84: {
'value': self.seedvals
},
}
}
return HaspASN1.encode(rb)
def serialize(self):
rb = {
self.oid: {
0x80: {
'value': self.status,
'type': 'intval'
},
0x81: {
'value': self.data
},
}
}
return HaspASN1.encode(rb)
def serialize(self):
sd = {
self.oid: {
0x80: {
'value': self.status,
'type': 'intval'
},
0x81: {
'value': self.client_id,
'type': 'intval'
}
}
}
return HaspASN1.encode(sd)
def serialize(self):
sd = {
self.oid: {
0x80: {
'value': self.session_id,
'type': 'intval'
},
0x81: {
'value': self.val_81,
'type': 'intval'
}
}
}
return HaspASN1.encode(sd)
def serialize(self):
bcid = struct.pack(">I", self.sc_id)
rb = {
self.oid: {
0x80: {
'value': self.status,
'type': 'intval'
},
0x81: {
'value': bcid
}
}
}
return HaspASN1.encode(rb)
def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.session_id = HaspASN1.get_intval(rb[0x80])
self.is_decrypt = HaspASN1.get_intval(rb[0x81])
self.crypt_type = HaspASN1.get_intval(rb[0x82])
self.enc_len = HaspASN1.get_intval(rb[0x83])
self.data = rb[0x84]
self.seedvals = rb[0x85]
self.val_86 = HaspASN1.get_intval(rb[0x86])
def serialize(self):
rb = {
self.oid: {
0x80: {
'value': self.status,
'type': 'intval'
},
0x81: {
'value': self.session_id,
'type': 'intval'
},
0x82: {
'value': self.hasp_serial,
'type': 'intval'
},
0x83: {
'value': self.val_83,
'type': 'intval'
},
0x84: {
'value': self.val_84,
'type': 'intval'
},
0x85: {
'value': self.val_85,
'type': 'intval'
},
0x87: {
'value': self.val_87,
'type': 'intval'
},
0x88: {
'value': self.sc_id,
'type': 'intval'
},
0x89: {
'value': self.val_89,
'type': 'intval'
},
0x8A: {
'value': self.val_8a
},
0x8B: {
'value': self.val_8b,
'type': 'intval'
},
}
}
return HaspASN1.encode(rb)
def serialize(self):
rb = {
self.oid: {
0x80: {
'value': self.status,
'type': 'intval'
},
0x81: {
'value': self.rtc_timestamp,
'type': 'intval',
'blen': 5
},
}
}
return HaspASN1.encode(rb)
def serialize(self):
rb = {
self.oid: {
0x80: {
'value': self.session_id,
'type': 'intval'
},
0x81: {
'value': self.file_id,
'type': 'intval',
'blen': 3
}
}
}
return HaspASN1.encode(rb)
def serialize(self):
rb = {
self.oid: {
0x80: {
'value': self.status,
'type': 'intval'
},
0x81: {
'value': self.num_written,
'type': 'intval'
},
0x82: {
'value': self.seedvals
},
}
}
return HaspASN1.encode(rb)
def serialize(self):
sd = {
self.oid: {
0x80: {
'value': self.val_80,
'type': 'intval'
},
0x81: {
'value': self.api_version_major,
'type': 'intval'
},
0x82: {
'value': self.api_version_minor,
'type': 'intval'
},
0x84: {
'value': HaspUtils.GetTimestamp(),
'type': 'intval',
'blen': 5
}
}
}
return HaspASN1.encode(sd)
def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.status = HaspASN1.get_intval(rb[0x80])
self.client_id = HaspASN1.get_intval(rb[0x81])
def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.status = HaspASN1.get_intval(rb[0x80])
self.file_size = HaspASN1.get_intval(rb[0x81])
def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.status = HaspASN1.get_intval(rb[0x80])
self.info = HaspASN1.get_strval(rb[0x81])
def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.val_80 = HaspASN1.get_intval(rb[0x80])
self.api_version_major = HaspASN1.get_intval(rb[0x81])
self.api_version_minor = HaspASN1.get_intval(rb[0x82])
self.timestamp = HaspASN1.get_intval(rb[0x84])
def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.status = HaspASN1.get_intval(rb[0x80])
self.rtc_timestamp = HaspASN1.get_intval(rb[0x81])
def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.session_id = HaspASN1.get_intval(rb[0x80])
self.val_81 = HaspASN1.get_intval(rb[0x81])
def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.status = HaspASN1.get_intval(rb[0x80])
self.sc_id = struct.unpack(">I", rb[0x81])[0]
def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.status = HaspASN1.get_intval(rb[0x80])
self.session_id = HaspASN1.get_intval(rb[0x81])
self.hasp_serial = HaspASN1.get_intval(rb[0x82])
self.val_83 = HaspASN1.get_intval(rb[0x83])
self.val_84 = HaspASN1.get_intval(rb[0x84])
self.val_85 = HaspASN1.get_intval(rb[0x85])
self.val_87 = HaspASN1.get_intval(rb[0x87])
self.sc_id = HaspASN1.get_intval(rb[0x88])
self.val_89 = HaspASN1.get_intval(rb[0x89])
self.val_8a = rb[0x8A]
self.val_8b = HaspASN1.get_intval(rb[0x8B])
def parse(self, data):
is_linux_request = False
rb = HaspASN1.decode(data)[self.oid]
self.pid = HaspASN1.get_intval(rb[0x80])
self.tid = HaspASN1.get_intval(rb[0x81])
if (self.tid == 0x1234):
is_linux_request = True
self.hasp_uid = HaspASN1.get_intval(rb[0x82])
self.vendor_id = HaspASN1.get_intval(rb[0x83])
self.username = HaspASN1.get_strval(rb[0x84])
self.machine_name = HaspASN1.get_strval(rb[0x85])
self.login_type = HaspASN1.get_strval(rb[0x86])
self.spec = HaspASN1.get_strval(rb[0x87])
self.scope = HaspASN1.get_strval(rb[0x88])
self.api_version_major = HaspASN1.get_intval(rb[0x89])
self.api_version_minor = HaspASN1.get_intval(rb[0x8A])
self.timestamp = HaspASN1.get_intval(rb[0x8B])
self.val_8c = HaspASN1.get_intval(rb[0x8C])
self.val_8d = HaspASN1.get_intval(rb[0x8D])
self.val_8e = HaspASN1.get_intval(rb[0x8E])
self.val_8f = HaspASN1.get_intval(rb[0x8F])
if (is_linux_request == True):
self.volume_serial = HaspASN1.get_strval(rb[0x90])
else:
self.volume_serial = HaspASN1.get_intval(rb[0x90])
self.val_91 = HaspASN1.get_intval(rb[0x91])
self.hasp_handle = HaspASN1.get_intval(rb[0x92])
self.val_93 = HaspASN1.get_intval(rb[0x93])
def serialize(self):
is_linux_request = False
if (self.tid == 0x1234):
is_linux_request = True
rb = {
self.oid: {
0x80: {
'value': self.pid,
'type': 'intval',
'blen': 2
},
0x81: {
'value': self.tid,
'type': 'intval',
'blen': 2
},
0x82: {
'value': self.hasp_uid,
'type': 'intval',
'blen': 2
}, # This is 0 in linux
0x83: {
'value': self.vendor_id,
'type': 'intval',
'blen': 3
},
0x84: {
'value': self.username,
'type': 'strval'
},
0x85: {
'value': self.machine_name,
'type': 'strval'
},
0x86: {
'value': self.login_type,
'type': 'strval'
},
0x87: {
'value': self.spec,
'type': 'strval'
},
0x88: {
'value': self.scope,
'type': 'strval'
},
0x89: {
'value': self.api_version_major,
'type': 'intval'
},
0x8A: {
'value': self.api_version_minor,
'type': 'intval'
},
0x8B: {
'value': HaspUtils.GetTimestamp(),
'type': 'intval',
'blen': 5
},
0x8C: {
'value': self.val_8c,
'type': 'intval'
},
0x8D: {
'value': self.val_8d,
'type': 'intval'
},
0x8E: {
'value': self.val_8e,
'type': 'intval'
},
0x8F: {
'value': self.val_8f,
'type': 'intval'
},
0x90: {
'value': self.volume_serial,
'type': 'intval',
'blen': 4
},
0x91: {
'value': self.val_91,
'type': 'intval'
},
0x92: {
'value': self.hasp_handle,
'type': 'intval',
'blen': 5
},
0x93: {
'value': self.val_93,
'type': 'intval'
},
}
}
if (is_linux_request == True):
rb[self.oid][0x90] = {
'value': self.volume_serial,
'type': 'strval'
}
return HaspASN1.encode(rb)
def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.pid = HaspASN1.get_intval(rb[0x80])
self.tid = HaspASN1.get_intval(rb[0x81])
self.hasp_uid = HaspASN1.get_intval(rb[0x82])
self.vendor_id = HaspASN1.get_intval(rb[0x83])
self.feature_id = HaspASN1.get_intval(rb[0x84])
self.username = HaspASN1.get_strval(rb[0x85])
self.machine_name = HaspASN1.get_strval(rb[0x86])
self.login_type = HaspASN1.get_strval(rb[0x87])
self.api_version_major = HaspASN1.get_intval(rb[0x88])
self.api_version_minor = HaspASN1.get_intval(rb[0x89])
self.timestamp = HaspASN1.get_intval(rb[0x8A])
self.val_8b = HaspASN1.get_intval(rb[0x8B])
self.val_8c = HaspASN1.get_intval(rb[0x8C])
self.val_8d = HaspASN1.get_intval(rb[0x8D])
self.val_8e = HaspASN1.get_intval(rb[0x8E])
self.volume_serial = HaspASN1.get_intval(rb[0x8F])
self.val_90 = HaspASN1.get_intval(rb[0x90])
self.hasp_handle = HaspASN1.get_intval(rb[0x91])
def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.status = HaspASN1.get_intval(rb[0x80])
self.num_written = HaspASN1.get_intval(rb[0x81])
self.seedvals = rb[0x82]
def parse(self, data):
rb = HaspASN1.decode(data)[self.oid]
self.status = HaspASN1.get_intval(rb[0x80])
self.data = rb[0x81]
self.val_82 = HaspASN1.get_intval(rb[0x82])
def serialize(self):
rb = {
self.oid: {
0x80: {
'value': self.pid,
'type': 'intval',
'blen': 2
},
0x81: {
'value': self.tid,
'type': 'intval',
'blen': 2
},
0x82: {
'value': self.hasp_uid,
'type': 'intval',
'blen': 2
},
0x83: {
'value': self.vendor_id,
'type': 'intval',
'blen': 3
},
0x84: {
'value': self.feature_id,
'type': 'intval'
},
0x85: {
'value': self.username,
'type': 'strval'
},
0x86: {
'value': self.machine_name,
'type': 'strval'
},
0x87: {
'value': self.login_type,
'type': 'strval'
},
0x88: {
'value': self.api_version_major,
'type': 'intval'
},
0x89: {
'value': self.api_version_minor,
'type': 'intval'
},
0x8A: {
'value': HaspUtils.GetTimestamp(),
'type': 'intval',
'blen': 5
},
0x8B: {
'value': self.val_8b,
'type': 'intval'
},
0x8C: {
'value': self.val_8c,
'type': 'intval'
},
0x8D: {
'value': self.val_8d,
'type': 'intval'
},
0x8E: {
'value': self.val_8e,
'type': 'intval'
},
0x8F: {
'value': self.volume_serial,
'type': 'intval',
'blen': 4
},
0x90: {
'value': self.val_90,
'type': 'intval'
},
0x91: {
'value': self.hasp_handle,
'type': 'intval',
'blen': 5
}
}
}
return HaspASN1.encode(rb)
