'use strict'; var larvitsmpp = require('../larvitsmpp'), assert = require('assert'); describe('PDU convertion', function() { describe('No TLVs', function() { it('should build a PDU buffer for bind_transceiver_resp with error correctly', function(done) { larvitsmpp.objToPdu({ 'cmdName': 'bind_transceiver_resp', 'cmdStatus': 'ESME_RALYBND', 'seqNr': 1 }, function(err, pdu) { assert( ! err, 'Error should be negative'); assert(pdu.readUInt32BE(0) === 17, 'Command length should be 17, but is: "' + pdu.readUInt32BE(0) + '"'); assert(pdu.readUInt32BE(4).toString(16) === '80000009', 'Command ID should be 0x80000009'); assert(pdu.readUInt32BE(8).toString(16) === '5', 'Command status should be 0x00000005'); assert(pdu.readUInt32BE(12).toString(10) === '1', 'Sequence number should be 1'); done(); }); }); it('should be able to do the above test and put it back to an object', function(done) { larvitsmpp.objToPdu({ 'cmdName': 'bind_transceiver_resp', 'cmdStatus': 'ESME_RALYBND', 'seqNr': 1 }, function(err, pdu) { assert( ! err, 'Error should be negative'); larvitsmpp.pduToObj(pdu, function(err, obj) { assert( ! err, 'Error should be negative'); assert(obj.cmdId.toString(16) === '80000009', 'Command ID should be 0x80000009'); assert(obj.cmdStatus === 'ESME_RALYBND', 'Command status should be "ESME_RALYBND"'); assert(obj.seqNr === 1, 'Sequence number should be 1'); done(); }); }); }); it('should parse a PDU to obj correctly', function(done) { var pdu = new Buffer('0000002F000000020000000000000001534D50503354455354007365637265743038005355424D4954310000010100', 'hex'); larvitsmpp.pduToObj(pdu, function(err, obj) { assert( ! err, 'Error should be negative'); assert(obj.cmdId === 2, 'Command ID should be 2'); assert(obj.cmdStatus === 'ESME_ROK', 'Command status should be "ESME_ROK"'); assert(obj.cmdName === 'bind_transmitter', 'Command name should be "bind_transmitter"'); assert(obj.params.system_id === 'SMPP3TEST', 'system_id should be "SMPP3TEST"'); assert(obj.params.interface_version === 0, 'Interface version should be 0'); done(); }); }); it('should create a return PDU without error', function(done) { var pdu = new Buffer('0000002f000000020000000000000001534d50503354455354007365637265743038005355424d4954310000010100', 'hex'); larvitsmpp.pduReturn(pdu, function(err, retPdu) { assert( ! err, 'Error should be negative'); larvitsmpp.pduToObj(retPdu, function(err, retObj) { assert( ! err, 'Error should be negative'); assert(retObj.cmdId === 2147483650, 'Command ID should be 2147483650'); assert(retObj.cmdStatus === 'ESME_ROK', 'Command status should be "ESME_ROK"'); assert(retObj.cmdName === 'bind_transmitter_resp', 'Command name should be "bind_transmitter_resp"'); assert(retObj.params.system_id === 'SMPP3TEST', 'system_id should be "SMPP3TEST"'); done(); }); }); }); it('should read a submit_sm with an ending NULL octet to the short_message', function(done) { var pdu = new Buffer('0000003c0000000400000000000000020001003436373031313333313131000101343637303937373133333700000000000000000100047465737400', 'hex'); larvitsmpp.pduToObj(pdu, function(err, obj) { assert( ! err, 'Error should be negative'); assert(obj.params.short_message === 'test', 'Param short_message should read "test"'); assert(obj.cmdLength === 60, 'Command length should be 60, due to the trailing NULL octet'); done(); }); }); it('should read a submit_sm without an ending NULL octet to the short_message', function(done) { var pdu = new Buffer('0000003b00000004000000000000000200010034363730313133333131310001013436373039373731333337000000000000000001000474657374', 'hex'); larvitsmpp.pduToObj(pdu, function(err, obj) { assert( ! err, 'Error should be negative'); assert(obj.params.short_message === 'test', 'Param short_message should read "test"'); assert(obj.cmdLength === 59, 'Command length should be 59'); done(); }); }); }); });