Add app source and tests

Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
This commit is contained in:
alvocool
2026-10-11 10:15:30 +03:00
parent 7e246255c2
commit 38881d1fe1
135 changed files with 21057 additions and 0 deletions

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enum DeployStatus { success, failure, reverted }
extension DeployStatusX on DeployStatus {
String get label => switch (this) {
DeployStatus.success => 'Success',
DeployStatus.failure => 'Failure',
DeployStatus.reverted => 'Reverted',
};
}
/// One historical deployment attempt, tracked for auditing.
class DeploymentRecord {
final String id;
final String serverId;
final String serverName;
final String serviceId;
final String serviceLabel;
final String jarName;
final String remotePath;
final DateTime time;
final DeployStatus status;
final String message;
DeploymentRecord({
required this.id,
required this.serverId,
required this.serverName,
required this.serviceId,
required this.serviceLabel,
required this.jarName,
required this.remotePath,
required this.time,
required this.status,
required this.message,
});
Map<String, dynamic> toJson() => {
'id': id,
'serverId': serverId,
'serverName': serverName,
'serviceId': serviceId,
'serviceLabel': serviceLabel,
'jarName': jarName,
'remotePath': remotePath,
'time': time.toIso8601String(),
'status': status.name,
'message': message,
};
factory DeploymentRecord.fromJson(Map<String, dynamic> j) => DeploymentRecord(
id: j['id'] as String,
serverId: (j['serverId'] ?? '') as String,
serverName: (j['serverName'] ?? '') as String,
serviceId: (j['serviceId'] ?? '') as String,
serviceLabel: (j['serviceLabel'] ?? '') as String,
jarName: (j['jarName'] ?? '') as String,
remotePath: (j['remotePath'] ?? '') as String,
time: DateTime.tryParse((j['time'] ?? '') as String) ?? DateTime(2000),
status: DeployStatus.values.firstWhere(
(s) => s.name == j['status'],
orElse: () => DeployStatus.failure,
),
message: (j['message'] ?? '') as String,
);
}

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/// How a destination replaces (or stacks on) the current screen. Every
/// transition in the app goes through `PeachNavigation` with one of these.
enum NavigatorType { justOpen, openFully, replaceCurrent, makeNewMain }

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/// Severity of an in-app notification sheet (`showApplicationNotification`).
enum NotificationType { success, info, warning, error }

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/// A generic two-slot carrier, used where a call needs to hand back two values
/// without earning a named model (e.g. a resolved command plus its headers).
class Pair<K, V> {
final K key;
final V value;
const Pair(this.key, this.value);
}

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import 'package:uuid/uuid.dart';
import 'ServiceConfig.dart';
/// A unique server the user connects to. Holds the connection details plus a
/// list of deployable [ServiceConfig]s that live on it.
///
/// The [password] is NOT serialized into the plain config JSON — it is held in
/// memory and persisted separately via encrypted secure storage.
class ServerProfile {
final String id;
String name; // friendly label, e.g. "prod-1"
String host;
int port;
String username;
String password; // runtime only; persisted via SecretStore
bool useSudo;
List<ServiceConfig> services;
/// Saved deployment order: service ids in the order the user arranged them
/// for batch build & deploy. Ids not present are appended in natural order.
List<String> deployOrder;
ServerProfile({
String? id,
this.name = 'New server',
this.host = '',
this.port = 22,
this.username = '',
this.password = '',
this.useSudo = true,
List<ServiceConfig>? services,
List<String>? deployOrder,
}) : id = id ?? const Uuid().v4(),
services = services ?? [],
deployOrder = deployOrder ?? [];
/// Services arranged by the saved [deployOrder], with any not-listed ones
/// appended in their natural order.
List<ServiceConfig> get orderedServices {
final byId = {for (final s in services) s.id: s};
final result = <ServiceConfig>[];
for (final id in deployOrder) {
final s = byId.remove(id);
if (s != null) result.add(s);
}
// Preserve original order for the remaining (new/unordered) services.
for (final s in services) {
if (byId.containsKey(s.id)) result.add(s);
}
return result;
}
ServerProfile copy() {
final c = ServerProfile.fromJson(toJson());
c.password = password;
return c;
}
/// JSON WITHOUT the password (that goes to secure storage).
Map<String, dynamic> toJson() => {
'id': id,
'name': name,
'host': host,
'port': port,
'username': username,
'useSudo': useSudo,
'services': services.map((s) => s.toJson()).toList(),
'deployOrder': deployOrder,
};
factory ServerProfile.fromJson(Map<String, dynamic> j) => ServerProfile(
id: j['id'] as String?,
name: (j['name'] ?? 'server') as String,
host: (j['host'] ?? '') as String,
port: (j['port'] ?? 22) as int,
username: (j['username'] ?? '') as String,
useSudo: (j['useSudo'] ?? true) as bool,
services: ((j['services'] ?? []) as List<dynamic>)
.map((e) => ServiceConfig.fromJson(e as Map<String, dynamic>))
.toList(),
deployOrder: ((j['deployOrder'] ?? []) as List<dynamic>)
.map((e) => e.toString())
.toList(),
);
}

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import 'package:uuid/uuid.dart';
/// What kind of thing this service deploys.
enum ServiceKind { jarService, webApp, generic }
/// Front-end framework for a [ServiceKind.webApp].
enum WebFramework { angular, react, flutterWeb, staticFiles }
/// How a service's health is probed.
enum HealthCheckType { auto, http, tcp, command, none }
extension ServiceKindX on ServiceKind {
String get label => switch (this) {
ServiceKind.webApp => 'Web app (nginx)',
ServiceKind.generic => 'Service (any binary)',
ServiceKind.jarService => 'Jar service',
};
}
extension HealthCheckTypeX on HealthCheckType {
String get label => switch (this) {
HealthCheckType.auto => 'systemd (auto)',
HealthCheckType.http => 'HTTP request',
HealthCheckType.tcp => 'TCP port',
HealthCheckType.command => 'Command exit 0',
HealthCheckType.none => 'Disabled',
};
}
extension WebFrameworkX on WebFramework {
String get label => switch (this) {
WebFramework.angular => 'Angular',
WebFramework.react => 'React',
WebFramework.flutterWeb => 'Flutter web',
WebFramework.staticFiles => 'Static files',
};
/// Default build command (run through a shell). Blank = no build.
String get defaultBuild => switch (this) {
WebFramework.angular => 'npm install && npm run build',
WebFramework.react => 'npm install && npm run build',
WebFramework.flutterWeb => 'flutter build web --release',
WebFramework.staticFiles => '',
};
}
/// A single deployable service that lives on a [ServerProfile].
/// One server can host many of these — jar services and/or web apps.
class ServiceConfig {
final String id;
String name; // friendly label, e.g. "orders-api"
ServiceKind kind;
WebFramework framework;
/// Absolute target directory on the server.
/// - jar service: where the jar lives, e.g. /opt/orders
/// - web app: the nginx web root, e.g. /var/www/orders
String remoteDir;
/// The filename the uploaded jar should be saved as (jar services only).
String remoteJarName;
/// The systemd unit to (re)start for a jar service, e.g. "orders".
String serviceName;
/// The nginx unit to reload for a web app (web only). Default "nginx".
String nginxService;
/// Optional custom log command (WITHOUT sudo — the deployer adds it).
String logCommand;
/// Absolute path to the local source project. When set, PeachDeployments can build
/// from source before deploying.
String localProjectPath;
/// Optional custom build command. Blank auto-detects.
String buildCommand;
/// jar services: glob/path for the built jar (blank auto-detects).
String jarPattern;
/// web apps: build output directory relative to the project (blank
/// auto-detects, e.g. dist/, build/, build/web).
String outputSubdir;
/// How to probe this service's health.
HealthCheckType healthType;
/// Health target: a URL (http), port number (tcp), or shell command.
String healthTarget;
ServiceConfig({
String? id,
this.name = 'New service',
this.kind = ServiceKind.jarService,
this.framework = WebFramework.react,
this.remoteDir = '/opt/app',
this.remoteJarName = '',
this.serviceName = '',
this.nginxService = 'nginx',
this.logCommand = '',
this.localProjectPath = '',
this.buildCommand = '',
this.jarPattern = '',
this.outputSubdir = '',
this.healthType = HealthCheckType.auto,
this.healthTarget = '',
}) : id = id ?? const Uuid().v4();
bool get isWeb => kind == ServiceKind.webApp;
bool get isGeneric => kind == ServiceKind.generic;
bool get canBuild => localProjectPath.trim().isNotEmpty;
String get effectiveLogCommand {
if (logCommand.trim().isNotEmpty) return logCommand.trim();
if (isWeb) {
final unit = nginxService.trim().isEmpty ? 'nginx' : nginxService.trim();
return 'journalctl -u $unit -n 200 --no-pager';
}
return 'journalctl -u ${serviceName.isEmpty ? 'app' : serviceName} '
'-n 200 --no-pager';
}
/// Normalized remote directory (no trailing slash).
String get remoteRoot => remoteDir.endsWith('/')
? remoteDir.substring(0, remoteDir.length - 1)
: remoteDir;
String remotePath(String jarLabelFallback) {
final name = remoteJarName.trim().isNotEmpty
? remoteJarName.trim()
: jarLabelFallback;
return '$remoteRoot/$name';
}
ServiceConfig copy() => ServiceConfig.fromJson(toJson());
Map<String, dynamic> toJson() => {
'id': id,
'name': name,
'kind': kind.name,
'framework': framework.name,
'remoteDir': remoteDir,
'remoteJarName': remoteJarName,
'serviceName': serviceName,
'nginxService': nginxService,
'logCommand': logCommand,
'localProjectPath': localProjectPath,
'buildCommand': buildCommand,
'jarPattern': jarPattern,
'outputSubdir': outputSubdir,
'healthType': healthType.name,
'healthTarget': healthTarget,
};
factory ServiceConfig.fromJson(Map<String, dynamic> j) => ServiceConfig(
id: j['id'] as String?,
name: (j['name'] ?? 'service') as String,
kind: ServiceKind.values.firstWhere(
(k) => k.name == j['kind'],
orElse: () => ServiceKind.jarService,
),
framework: WebFramework.values.firstWhere(
(f) => f.name == j['framework'],
orElse: () => WebFramework.react,
),
remoteDir: (j['remoteDir'] ?? '/opt/app') as String,
remoteJarName: (j['remoteJarName'] ?? '') as String,
serviceName: (j['serviceName'] ?? '') as String,
nginxService: (j['nginxService'] ?? 'nginx') as String,
logCommand: (j['logCommand'] ?? '') as String,
localProjectPath: (j['localProjectPath'] ?? '') as String,
buildCommand: (j['buildCommand'] ?? '') as String,
jarPattern: (j['jarPattern'] ?? '') as String,
outputSubdir: (j['outputSubdir'] ?? '') as String,
healthType: HealthCheckType.values.firstWhere(
(h) => h.name == j['healthType'],
orElse: () => HealthCheckType.auto,
),
healthTarget: (j['healthTarget'] ?? '') as String,
);
}

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/// How loudly a [PeachError] should be presented.
enum Severity { message, warning, critical }

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import 'dart:async';
enum StepState { pending, active, done, failed, skipped }
class DeployStep {
final String key;
final String label;
StepState state;
double? progress; // 0..1 within this step, when meaningful
DeployStep(
this.key,
this.label, {
this.state = StepState.pending,
this.progress,
});
}
/// Tracks an ordered list of steps for a build or deploy operation and streams
/// updates so the UI can render a live stepper with per-step progress.
class StepTracker {
final _controller = StreamController<List<DeployStep>>.broadcast();
Stream<List<DeployStep>> get stream => _controller.stream;
final List<DeployStep> steps = [];
void reset(List<(String, String)> defs) {
steps
..clear()
..addAll(defs.map((d) => DeployStep(d.$1, d.$2)));
_emit();
}
DeployStep? _find(String key) {
for (final s in steps) {
if (s.key == key) return s;
}
return null;
}
void active(String key) {
final s = _find(key);
if (s == null) return;
// mark earlier active/pending steps done as we move forward
for (final step in steps) {
if (step == s) break;
if (step.state == StepState.active) step.state = StepState.done;
}
s.state = StepState.active;
s.progress = null;
_emit();
}
void progress(String key, double? p) {
final s = _find(key);
if (s == null) return;
s.progress = p;
_emit();
}
void done(String key) => _set(key, StepState.done);
void fail(String key) => _set(key, StepState.failed);
void skip(String key) => _set(key, StepState.skipped);
void _set(String key, StepState state) {
final s = _find(key);
if (s == null) return;
s.state = state;
s.progress = null;
_emit();
}
/// Marks the currently-active step done (used before moving on).
void completeActive() {
for (final s in steps) {
if (s.state == StepState.active) s.state = StepState.done;
}
_emit();
}
/// Any still-pending/active steps become failed (on an error).
void failRemaining() {
for (final s in steps) {
if (s.state == StepState.active) {
s.state = StepState.failed;
} else if (s.state == StepState.pending) {
s.state = StepState.skipped;
}
}
_emit();
}
void clear() {
steps.clear();
_emit();
}
void _emit() {
if (!_controller.isClosed) {
_controller.add(List.unmodifiable(steps));
}
}
void dispose() => _controller.close();
}

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/// The three font roles every piece of display copy is drawn with. Resolved to
/// an actual family by `getTextType` in designs/text/Text.dart.
///
/// Capitalised deliberately: these read as type names at every call site
/// (`text('Peach', 20, TextType.Bold)`), matching the reference architecture.
// ignore_for_file: constant_identifier_names
enum TextType { Bold, Light, Regular }