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#!/usr/bin/env python
import os
import sys
import unittest
# this does not get called when imported from runner.py
if __name__ == "__main__":
sys.path.insert(0, os.path.abspath("../.."))
from irods.message import ET
# from base64 import b64encode, b64decode
from irods.message import (
StartupPack,
AuthResponse,
IntegerIntegerMap,
IntegerStringMap,
StringStringMap,
GenQueryRequest,
GenQueryResponseColumn,
GenQueryResponse,
)
class TestMessages(unittest.TestCase):
def test_startup_pack(self):
sup = StartupPack(("rods", "tempZone"), ("rods", "tempZone"))
sup.irodsProt = 2
sup.reconnFlag = 3
sup.proxyUser = "rods"
sup.proxyRcatZone = "tempZone"
sup.clientUser = "rods"
sup.clientRcatZone = "yoyoyo"
sup.relVersion = "irods3.2"
sup.apiVersion = "d"
sup.option = "hellO"
xml_str = sup.pack()
expected = "<StartupPack_PI>\
<irodsProt>2</irodsProt>\
<reconnFlag>3</reconnFlag>\
<connectCnt>0</connectCnt>\
<proxyUser>rods</proxyUser>\
<proxyRcatZone>tempZone</proxyRcatZone>\
<clientUser>rods</clientUser>\
<clientRcatZone>yoyoyo</clientRcatZone>\
<relVersion>irods3.2</relVersion>\
<apiVersion>d</apiVersion>\
<option>hellO</option>\
</StartupPack_PI>"
self.assertEqual(xml_str, expected)
sup2 = StartupPack(("rods", "tempZone"), ("rods", "tempZone"))
sup2.unpack(ET().fromstring(expected))
self.assertEqual(sup2.irodsProt, 2)
self.assertEqual(sup2.reconnFlag, 3)
self.assertEqual(sup2.proxyUser, "rods")
self.assertEqual(sup2.proxyRcatZone, "tempZone")
self.assertEqual(sup2.clientUser, "rods")
self.assertEqual(sup2.clientRcatZone, "yoyoyo")
self.assertEqual(sup2.relVersion, "irods3.2")
self.assertEqual(sup2.apiVersion, "d")
self.assertEqual(sup2.option, "hellO")
def test_auth_response(self):
ar = AuthResponse()
ar.response = b"hello"
ar.username = "rods"
expected = "<authResponseInp_PI>\
<response>aGVsbG8=</response>\
<username>rods</username>\
</authResponseInp_PI>"
self.assertEqual(ar.pack(), expected)
ar2 = AuthResponse()
ar2.unpack(ET().fromstring(expected))
self.assertEqual(ar2.response, b"hello")
self.assertEqual(ar2.username, "rods")
def test_inx_ival_pair(self):
iip = IntegerIntegerMap()
iip.iiLen = 2
iip.inx = [4, 5]
iip.ivalue = [1, 2]
expected = "<InxIvalPair_PI>\
<iiLen>2</iiLen>\
<inx>4</inx>\
<inx>5</inx>\
<ivalue>1</ivalue>\
<ivalue>2</ivalue>\
</InxIvalPair_PI>"
self.assertEqual(iip.pack(), expected)
iip2 = IntegerIntegerMap()
iip2.unpack(ET().fromstring(expected))
self.assertEqual(iip2.iiLen, 2)
self.assertEqual(iip2.inx, [4, 5])
self.assertEqual(iip2.ivalue, [1, 2])
def test_key_val_pair(self):
kvp = StringStringMap()
kvp.ssLen = 2
kvp.keyWord = ["one", "two"]
kvp.svalue = ["three", "four"]
expected = "<KeyValPair_PI>\
<ssLen>2</ssLen>\
<keyWord>one</keyWord>\
<keyWord>two</keyWord>\
<svalue>three</svalue>\
<svalue>four</svalue>\
</KeyValPair_PI>"
self.assertEqual(kvp.pack(), expected)
kvp2 = StringStringMap()
kvp2.unpack(ET().fromstring(expected))
self.assertEqual(kvp2.ssLen, 2)
self.assertEqual(kvp2.keyWord, ["one", "two"])
self.assertEqual(kvp2.svalue, ["three", "four"])
def test_gen_query_inp(self):
gq = GenQueryRequest()
gq.maxRows = 4
gq.continueInx = 3
gq.partialStartIndex = 2
gq.options = 1
kvp = StringStringMap()
kvp.ssLen = 2
kvp.keyWord = ["one", "two"]
kvp.svalue = ["three", "four"]
iip = IntegerIntegerMap()
iip.iiLen = 2
iip.inx = [4, 5]
iip.ivalue = [1, 2]
ivp = IntegerStringMap()
ivp.isLen = 2
ivp.inx = [1, 2]
ivp.svalue = ["five", "six"]
gq.KeyValPair_PI = kvp
gq.InxIvalPair_PI = iip
gq.InxValPair_PI = ivp
expected = "<GenQueryInp_PI><maxRows>4</maxRows><continueInx>3</continueInx><partialStartIndex>2</partialStartIndex><options>1</options><KeyValPair_PI><ssLen>2</ssLen><keyWord>one</keyWord><keyWord>two</keyWord><svalue>three</svalue><svalue>four</svalue></KeyValPair_PI><InxIvalPair_PI><iiLen>2</iiLen><inx>4</inx><inx>5</inx><ivalue>1</ivalue><ivalue>2</ivalue></InxIvalPair_PI><InxValPair_PI><isLen>2</isLen><inx>1</inx><inx>2</inx><svalue>five</svalue><svalue>six</svalue></InxValPair_PI></GenQueryInp_PI>"
self.assertEqual(gq.pack(), expected)
gq2 = GenQueryRequest()
gq2.unpack(ET().fromstring(expected))
self.assertEqual(gq2.maxRows, 4)
self.assertEqual(gq2.continueInx, 3)
self.assertEqual(gq2.partialStartIndex, 2)
self.assertEqual(gq2.options, 1)
self.assertEqual(gq2.KeyValPair_PI.ssLen, 2)
self.assertEqual(gq2.KeyValPair_PI.keyWord, ["one", "two"])
self.assertEqual(gq2.KeyValPair_PI.svalue, ["three", "four"])
self.assertEqual(gq2.InxIvalPair_PI.iiLen, 2)
self.assertEqual(gq2.InxIvalPair_PI.inx, [4, 5])
self.assertEqual(gq2.InxIvalPair_PI.ivalue, [1, 2])
self.assertEqual(gq2.InxValPair_PI.isLen, 2)
self.assertEqual(gq2.InxValPair_PI.inx, [1, 2])
self.assertEqual(gq2.InxValPair_PI.svalue, ["five", "six"])
self.assertEqual(gq2.pack(), expected)
def test_sql_result(self):
sr = GenQueryResponseColumn()
sr.attriInx = 504
sr.reslen = 64
sr.value = ["one", "two"]
expected = "<SqlResult_PI><attriInx>504</attriInx><reslen>64</reslen><value>one</value><value>two</value></SqlResult_PI>"
self.assertEqual(sr.pack(), expected)
sr2 = GenQueryResponseColumn()
sr2.unpack(ET().fromstring(expected))
self.assertEqual(sr2.attriInx, 504)
self.assertEqual(sr2.reslen, 64)
self.assertEqual(sr2.value, ["one", "two"])
self.assertEqual(sr2.pack(), expected)
def test_gen_query_out(self):
gqo = GenQueryResponse()
gqo.rowCnt = 2
gqo.attriCnt = 2
gqo.continueInx = 5
gqo.totalRowCount = 7
sr = GenQueryResponseColumn()
sr.attriInx = 504
sr.reslen = 64
sr.value = ["one", "two"]
gqo.SqlResult_PI = [sr, sr]
expected = "<GenQueryOut_PI><rowCnt>2</rowCnt><attriCnt>2</attriCnt><continueInx>5</continueInx><totalRowCount>7</totalRowCount><SqlResult_PI><attriInx>504</attriInx><reslen>64</reslen><value>one</value><value>two</value></SqlResult_PI><SqlResult_PI><attriInx>504</attriInx><reslen>64</reslen><value>one</value><value>two</value></SqlResult_PI></GenQueryOut_PI>"
self.assertEqual(gqo.pack(), expected)
gqo2 = GenQueryResponse()
gqo2.unpack(ET().fromstring(expected))
self.assertEqual(gqo2.rowCnt, 2)
self.assertEqual(gqo2.pack(), expected)
if __name__ == "__main__":
unittest.main()
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