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231 lines
9.2 KiB
231 lines
9.2 KiB
--
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-- Copyright 2013-2023 SipWise Team <development@sipwise.com>
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--
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-- This program is free software: you can redistribute it and/or modify
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-- it under the terms of the GNU General Public License as published by
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-- the Free Software Foundation, either version 3 of the License, or
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-- (at your option) any later version.
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--
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-- This package is distributed in the hope that it will be useful,
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-- but WITHOUT ANY WARRANTY; without even the implied warranty of
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-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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-- GNU General Public License for more details.
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--
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-- You should have received a copy of the GNU General Public License
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-- along with this program. If not, see <http://www.gnu.org/licenses/>.
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-- .
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-- On Debian systems, the complete text of the GNU General
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-- Public License version 3 can be found in "/usr/share/common-licenses/GPL-3".
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--
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local lu = require('luaunit')
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local lemock = require('lemock')
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local utils = require 'ngcp.utils'
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local utable = utils.table
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local REPFetch = require 'tests_v.rep_vars'
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local ksrMock = require 'mocks.ksr'
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KSR = ksrMock:new()
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local mc,env,con
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local rep_vars = REPFetch:new()
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package.loaded.luasql = nil
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package.preload['luasql.mysql'] = function ()
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local luasql = {}
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luasql.mysql = function ()
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return env
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end
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end
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local NGCPConfig = require 'ngcp.config'
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local NGCPResellerPrefs = require 'ngcp.rep'
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-- luacheck: ignore TestNGCPResellerPrefs
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TestNGCPResellerPrefs = {} --class
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function TestNGCPResellerPrefs:setUp()
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mc = lemock.controller()
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env = mc:mock()
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con = mc:mock()
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self.cur = mc:mock()
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package.loaded.luasql = nil
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package.preload['luasql.mysql'] = function ()
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local luasql = {}
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luasql.mysql = function ()
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return env
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end
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end
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self.config = NGCPConfig:new()
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self.config.env = env
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self.config.getDBConnection = function ()
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return con
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end
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self.d = NGCPResellerPrefs:new(self.config)
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rep_vars:reset()
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end
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function TestNGCPResellerPrefs:tearDown()
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KSR.pv.vars = {}
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end
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function TestNGCPResellerPrefs:test_init()
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--print("TestNGCPResellerPrefs:test_init")
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lu.assertEquals(self.d.db_table, "reseller_preferences")
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end
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function TestNGCPResellerPrefs:get_defaults(level, set)
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local keys_expected = {}
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local defaults = self.d.config:get_defaults('reseller')
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if set then
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keys_expected = utable.deepcopy(set)
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for _,v in pairs(keys_expected) do
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KSR.log("dbg", string.format("removed key:%s is been loaded.", v))
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defaults[v] = nil
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end
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end
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for k,v in pairs(defaults) do
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utable.add(keys_expected, k)
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lu.assertEquals(KSR.pv.get("$xavp("..level.."_reseller_prefs=>"..k..")"), v)
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end
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return keys_expected
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end
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function TestNGCPResellerPrefs:test_caller_load_empty()
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lu.assertEvalToTrue(self.d.config)
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mc:replay()
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lu.assertEquals(self.d:caller_load(), {})
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lu.assertEquals(self.d:caller_load(''), {})
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mc:verify()
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end
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function TestNGCPResellerPrefs:test_callee_load_empty()
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lu.assertEvalToTrue(self.d.config)
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mc:replay()
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lu.assertEquals(self.d:callee_load(), {})
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lu.assertEquals(self.d:callee_load(''), {})
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mc:verify()
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end
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function TestNGCPResellerPrefs:test_caller_load()
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lu.assertEvalToTrue(self.d.config)
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con:execute("SELECT * FROM reseller_preferences WHERE uuid = '1'") ;mc :returns(self.cur)
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self.cur:fetch(mc.ANYARGS) ;mc :returns(rep_vars:val("r_1"))
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self.cur:fetch(mc.ANYARGS) ;mc :returns(rep_vars:val("r_1"))
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self.cur:fetch(mc.ANYARGS) ;mc :returns(nil)
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self.cur:close()
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mc:replay()
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local keys = self.d:caller_load("1")
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mc:verify()
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local lkeys = {
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"concurrent_max_in",
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"concurrent_max_out"
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}
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lu.assertItemsEquals(keys, lkeys)
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>dummy)"), "caller")
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>concurrent_max_in)"), 10)
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>concurrent_max_out)"), 5)
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end
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function TestNGCPResellerPrefs:test_callee_load()
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lu.assertEvalToTrue(self.d.config)
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con:execute("SELECT * FROM reseller_preferences WHERE uuid = '2'") ;mc :returns(self.cur)
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self.cur:fetch(mc.ANYARGS) ;mc :returns(rep_vars:val("r_2"))
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self.cur:fetch(mc.ANYARGS) ;mc :returns(rep_vars:val("r_2"))
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self.cur:fetch(mc.ANYARGS) ;mc :returns(rep_vars:val("r_2"))
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self.cur:fetch(mc.ANYARGS) ;mc :returns(nil)
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self.cur:close()
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mc:replay()
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local keys = self.d:callee_load("2")
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mc:verify()
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local lkeys = {
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"concurrent_max",
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"concurrent_max_in",
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"concurrent_max_out"
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}
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lu.assertItemsEquals(keys, lkeys)
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>dummy)"), "callee")
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>concurrent_max)"), 5)
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>concurrent_max_in)"), 5)
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>concurrent_max_out)"), 2)
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end
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function TestNGCPResellerPrefs:test_clean()
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local xavp = NGCPResellerPrefs:xavp('callee')
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xavp("testid",1)
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xavp("foo","foo")
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>testid)"),1)
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>foo)"),"foo")
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>dummy)"),"caller")
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>dummy)"),"callee")
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self.d:clean()
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>dummy)"),"caller")
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>dummy)"),"callee")
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lu.assertNil(KSR.pv.get("$xavp(reseller)"))
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end
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function TestNGCPResellerPrefs:test_callee_clean()
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local callee_xavp = NGCPResellerPrefs:xavp('callee')
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callee_xavp("testid",1)
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callee_xavp("foo","foo")
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local caller_xavp = NGCPResellerPrefs:xavp('caller')
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caller_xavp("other",1)
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caller_xavp("otherfoo","foo")
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>testid)"),1)
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>foo)"),"foo")
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>dummy)"),"caller")
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>other)"),1)
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>otherfoo)"),"foo")
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>dummy)"),"callee")
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self.d:clean('callee')
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>dummy)"),'caller')
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lu.assertNil(KSR.pv.get("$xavp(callee_reseller_prefs=>testid)"))
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lu.assertNil(KSR.pv.get("$xavp(callee_reseller_prefs=>foo)"))
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>other)"),1)
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>otherfoo)"),"foo")
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>dummy)"),"callee")
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end
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function TestNGCPResellerPrefs:test_caller_clean()
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local callee_xavp = NGCPResellerPrefs:xavp('callee')
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callee_xavp("testid",1)
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callee_xavp("foo","foo")
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local caller_xavp = NGCPResellerPrefs:xavp('caller')
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caller_xavp("other",1)
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caller_xavp("otherfoo","foo")
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>testid)"),1)
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>foo)"),"foo")
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>dummy)"),"caller")
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>other)"),1)
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>otherfoo)"),"foo")
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>dummy)"),"callee")
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self.d:clean('caller')
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lu.assertEquals(KSR.pv.get("$xavp(caller_reseller_prefs=>dummy)"),"caller")
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lu.assertNil(KSR.pv.get("$xavp(caller_reseller_prefs=>other)"))
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lu.assertNil(KSR.pv.get("$xavp(caller_reseller_prefs=>otherfoo)"))
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>testid)"),1)
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>foo)"),"foo")
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lu.assertEquals(KSR.pv.get("$xavp(callee_reseller_prefs=>dummy)"),"callee")
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end
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function TestNGCPResellerPrefs:test_tostring()
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local callee_xavp = NGCPResellerPrefs:xavp('callee')
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callee_xavp("testid",1)
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callee_xavp("foo","foo")
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local caller_xavp = NGCPResellerPrefs:xavp('caller')
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caller_xavp("other",1)
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caller_xavp("otherfoo","foo")
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lu.assertEquals(tostring(self.d), 'caller_reseller_prefs:{other={1},otherfoo={"foo"},dummy={"caller"}}\ncallee_reseller_prefs:{dummy={"callee"},testid={1},foo={"foo"}}\n')
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end
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-- class TestNGCPResellerPrefs
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--EOF
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