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sm-mobile-20261016T185235Z-8e93ecc1b59a Ditambah: · Dibina:
icmp_device_test.dart Ditambah: Tarikh tidak direkodkan 6.9 KB · 196 baris
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1import 'dart:async';
2import 'dart:io';
3import 'package:flutter_test/flutter_test.dart';
4import 'package:integration_test/integration_test.dart';
5import 'package:sm_mobile/services/net/icmp_probe.dart';
7/// Real ICMP from the device: Linux ping sockets on Android, Darwin ICMP
8/// datagram sockets on iOS. Loopback must always work. Extra targets
9/// (SM_ICMP_TARGETS, comma separated) are measured and printed; with
10/// SM_ICMP_EXPECT_ROUTERS=true at least one router must answer with Time
11/// Exceeded, which proves the traceroute error path on this platform.
12/// Results are also written to the app's temporary directory, because a
13/// wireless `flutter run` on iOS does not forward print output. The folder
14/// name makes the app delete it at the next launch or lock.
15final _report = File(
16 '${Directory.systemTemp.path}/sm-transfer-devicetest/icmp.txt',
17);
19void _log(String line) {
20 // ignore: avoid_print
21 print(line);
22 _report.parent.createSync(recursive: true);
23 _report.writeAsStringSync('$line\n', mode: FileMode.append, flush: true);
26void _test(String name, Future<void> Function(WidgetTester) body) =>
27 testWidgets(name, (tester) async {
28 try {
29 await body(tester);
30 _log('PASS $name');
31 } catch (e) {
32 _log('FAIL $name: $e');
33 rethrow;
34 }
35 }, timeout: const Timeout(Duration(minutes: 10)));
37void main() {
38 IntegrationTestWidgetsFlutterBinding.ensureInitialized();
39 setUpAll(() {
40 if (_report.existsSync()) _report.deleteSync();
41 _log(
42 'START ${Platform.operatingSystem} ${Platform.operatingSystemVersion}',
43 );
44 });
45 const targets = String.fromEnvironment('SM_ICMP_TARGETS');
46 const expectRouters = bool.fromEnvironment('SM_ICMP_EXPECT_ROUTERS');
48 Future<List<ProbeEvent>> collect(IcmpRun run) =>
49 run.events.toList().timeout(const Duration(minutes: 3));
51 String show(ProbeEvent e) =>
52 '${e.ttl}.${e.seq} ${e.status.name} ${e.from?.address ?? '*'} '
53 '${e.rttMs?.toStringAsFixed(2) ?? ''}';
55 _test('loopback ping (IPv4, IPv6), traceroute and cancel', (_) async {
56 for (final target in [
57 InternetAddress.loopbackIPv4,
58 InternetAddress.loopbackIPv6,
59 ]) {
60 final events = await collect(
61 IcmpProbe.ping(
62 target,
63 const PingSettings(count: 3, interval: Duration(milliseconds: 300)),
64 ),
65 );
66 _log('ICMP ping $target: ${events.map(show).join(' | ')}');
67 expect(events.map((e) => e.status), everyElement(ProbeStatus.reply));
68 }
69 final trace = await collect(
70 IcmpProbe.traceroute(InternetAddress.loopbackIPv4, const TraceSettings()),
71 );
72 expect(
73 trace.every((e) => e.ttl == 1 && e.status == ProbeStatus.reply),
74 true,
75 );
76 final run = IcmpProbe.ping(
77 InternetAddress.loopbackIPv4,
78 const PingSettings(count: 100),
79 );
80 final first = Completer<void>(), done = Completer<void>();
81 var count = 0;
82 run.events.listen((_) {
83 count++;
84 if (!first.isCompleted) first.complete();
85 }, onDone: done.complete);
86 await first.future;
87 await run.cancel();
88 await done.future.timeout(const Duration(seconds: 2));
89 final after = count;
90 await Future<void>.delayed(const Duration(seconds: 2));
91 expect(count, after, reason: 'nothing after cancel');
92 });
94 _test('UDP/TCP traceroute, TTL, DF and continuous ping on loopback', (
95 _,
96 ) async {
97 final udp = await collect(
98 IcmpProbe.traceroute(
99 InternetAddress.loopbackIPv4,
100 const TraceSettings(method: TraceMethod.udp, probes: 2),
101 ),
102 );
103 _log('UDP loopback: ${udp.map(show).join(' | ')}');
104 expect(udp.every((e) => e.note == 'portUnreachable'), true);
105 if (IcmpProbe.unsupported(TraceMethod.tcp) == null) {
106 final server = await ServerSocket.bind(InternetAddress.loopbackIPv4, 0);
107 final tcp = await collect(
108 IcmpProbe.traceroute(
109 InternetAddress.loopbackIPv4,
110 TraceSettings(method: TraceMethod.tcp, port: server.port, probes: 2),
111 ),
112 );
113 await server.close();
114 _log('TCP loopback: ${tcp.map(show).join(' | ')}');
115 expect(tcp.every((e) => e.note == 'tcpOpen'), true);
116 }
117 final ttl = await collect(
118 IcmpProbe.ping(
119 InternetAddress.loopbackIPv4,
120 const PingSettings(count: 2, ttl: 5, dontFragment: true),
121 ),
122 );
123 expect(ttl.every((e) => e.status == ProbeStatus.reply), true);
124 final run = IcmpProbe.ping(
125 InternetAddress.loopbackIPv4,
126 const PingSettings(count: 0, interval: Duration(milliseconds: 200)),
127 );
128 final got = <ProbeEvent>[];
129 final done = Completer<void>();
130 run.events.listen(got.add, onDone: done.complete);
131 await Future<void>.delayed(const Duration(milliseconds: 1500));
132 await run.cancel();
133 await done.future.timeout(const Duration(seconds: 2));
134 expect(got.length, greaterThanOrEqualTo(4));
135 });
137 _test('measurements to configured targets', (_) async {
138 var routers = 0;
139 for (final name in targets.split(',').where((t) => t.isNotEmpty)) {
140 final address = InternetAddress(name);
141 try {
142 final ping = await collect(
143 IcmpProbe.ping(address, const PingSettings(count: 3)),
144 );
145 final stats = PingStats.of(ping);
146 _log(
147 'ICMP ping $name: sent ${stats.sent} received ${stats.received} '
148 'avg ${stats.avg?.toStringAsFixed(2)} ms',
149 );
150 final trace = await collect(
151 IcmpProbe.traceroute(
152 address,
153 const TraceSettings(maxHops: 20, timeout: Duration(seconds: 1)),
154 ),
155 );
156 routers += trace
157 .where((e) => e.status == ProbeStatus.timeExceeded)
158 .length;
159 // The other probe methods where the platform supports them.
160 for (final method in [TraceMethod.udp, TraceMethod.tcp]) {
161 final why = IcmpProbe.unsupported(method);
162 if (why != null) {
163 _log('$method $name: not supported here ($why)');
164 continue;
165 }
166 final other = await collect(
167 IcmpProbe.traceroute(
168 address,
169 TraceSettings(
170 method: method,
171 maxHops: 20,
172 probes: 2,
173 timeout: const Duration(seconds: 1),
174 port: method == TraceMethod.tcp ? 443 : null,
175 ),
176 ),
177 );
178 routers += other
179 .where((e) => e.status == ProbeStatus.timeExceeded)
180 .length;
181 _log('$method trace $name:\n${other.map(show).join('\n')}');
182 expect(
183 other.any((e) => e.status == ProbeStatus.reply),
184 true,
185 reason: '$method: destination reached',
186 );
187 }
188 _log('ICMP trace $name:\n${trace.map(show).join('\n')}');
189 } on IcmpUnavailable catch (e) {
190 _log('ICMP $name unavailable: $e');
191 rethrow;
192 }
193 }
194 if (expectRouters) expect(routers, greaterThan(0));
195 });
SHA-2569bf1b2f81f2564cc76625e651cb4fc46ae89f5c1872774a5ce7b6d32972f8fe6

CH-J Proprietary Software License 1.14 · Kod sumber disediakan di bawah CH-J Proprietary Software License 1.14. Ketersediaannya tidak mengubah terma lesen atau memberikan hak tambahan.

SHA-256 arkib46e427a43e87af091004f36145590bda8fe90086dfb0f631afeb5029fb0b5655
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