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M11: Übersicht-Tab — IST-Zustand-Diagramm des Routers

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Neuer Tab zeigt die komplette aktuelle Router-Konfiguration als grafisches
Diagramm: Interfaces, IP-Adressen, DHCP/Pools, Routen und Firewall/NAT in
Spalten, verbunden durch Linien, die RouterOS' eigene Referenzfelder
abbilden (VLAN->Basis-Interface, DHCP-Server->Pool, Firewall-Regel->
Interface/Adress-Liste usw.), nicht geraten. Rein lesend, kein apply().

Verbindungsarten sind farblich getrennt (8 Kategorien), Hover/Klick auf
eine Karte hebt ihre Linien hervor und blendet den Rest ab. Detail-Panel
zeigt Rohfelder + Verbindungen; Legende erklärt Spalten, Farben und listet
bewusst nicht gegraphte Bereiche (VPN, WLAN-Sicherheitsprofile, Queues,
System, Werkzeuge, Mangle/Raw), die weiterhin im Experte-Tab erreichbar
bleiben.

OverviewViewModel.buildGraph ist eine reine, nonisolated Funktion,
getestet in OverviewGraphTests (6 Fälle: IP/Interface, VLAN-Parent,
DHCP->Pool, DHCP-Netzwerk->passende IP-Adresse über RouterOS' eigenes
"network"-Feld, Route nur bei Interface-Gateway, Firewall->Interface/
Adress-Liste).

Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01CTgRxJTzaQwaRkngbaE1GJ
This commit is contained in:
Kay
2026-09-14 10:05:39 +02:00
co-authored by Claude Sonnet 5
parent c9ecd3a0a9
commit 10f30a8a7f
6 changed files with 852 additions and 0 deletions
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RouterOSAssistantTests/OverviewGraphTests.swift
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import XCTest
@testable import RouterOSAssistant
final class OverviewGraphTests: XCTestCase {
private func item(_ fields: [String: String], id: String = "*1") -> RouterOSMenuItem {
RouterOSMenuItem(id: id, fields: fields)
}
func testInterfaceToIPAddressEdge() {
let graph = OverviewViewModel.buildGraph(
interfaces: [item(["name": "ether1", "type": "ether"])],
bridgePorts: [], vlans: [], wireguardPeers: [],
addresses: [item(["address": "192.168.88.1/24", "interface": "ether1", "network": "192.168.88.0"])],
pools: [], dhcpServers: [], dhcpNetworks: [], dhcpClients: [], routes: [],
filterRules: [], natRules: [], addressLists: []
)
XCTAssertTrue(graph.nodes.contains { $0.id == "Interfaces:ether1" })
XCTAssertTrue(graph.nodes.contains { $0.id == "IP-Adressen:192.168.88.1/24" })
XCTAssertTrue(graph.edges.contains { $0.from == "Interfaces:ether1" && $0.to == "IP-Adressen:192.168.88.1/24" })
}
func testVlanEdgeToParentInterface() {
let graph = OverviewViewModel.buildGraph(
interfaces: [
item(["name": "ether5", "type": "ether"]),
item(["name": "vlan20", "type": "vlan"])
],
bridgePorts: [],
vlans: [item(["name": "vlan20", "vlan-id": "20", "interface": "ether5"])],
wireguardPeers: [], addresses: [], pools: [], dhcpServers: [], dhcpNetworks: [],
dhcpClients: [], routes: [], filterRules: [], natRules: [], addressLists: []
)
XCTAssertTrue(graph.edges.contains { $0.from == "Interfaces:ether5" && $0.to == "Interfaces:vlan20" })
let vlanNode = graph.nodes.first { $0.id == "Interfaces:vlan20" }
XCTAssertEqual(vlanNode?.subtitle, "VLAN 20")
}
func testDhcpServerEdgesToInterfaceAndPool() {
let graph = OverviewViewModel.buildGraph(
interfaces: [item(["name": "ether2", "type": "ether"])],
bridgePorts: [], vlans: [], wireguardPeers: [], addresses: [],
pools: [item(["name": "pool1", "ranges": "192.168.88.10-192.168.88.254"])],
dhcpServers: [item(["name": "dhcp1", "interface": "ether2", "address-pool": "pool1"])],
dhcpNetworks: [], dhcpClients: [], routes: [], filterRules: [], natRules: [], addressLists: []
)
XCTAssertTrue(graph.edges.contains { $0.from == "Interfaces:ether2" && $0.to == "Pools & DHCP:dhcp:dhcp1" })
XCTAssertTrue(graph.edges.contains { $0.from == "Pools & DHCP:dhcp:dhcp1" && $0.to == "Pools & DHCP:pool:pool1" })
}
func testDhcpNetworkLinksViaAddressNetworkField() {
let graph = OverviewViewModel.buildGraph(
interfaces: [item(["name": "ether2", "type": "ether"])],
bridgePorts: [], vlans: [], wireguardPeers: [],
addresses: [item(["address": "192.168.88.1/24", "interface": "ether2", "network": "192.168.88.0"])],
pools: [], dhcpServers: [],
dhcpNetworks: [item(["address": "192.168.88.0/24", "gateway": "192.168.88.1"])],
dhcpClients: [], routes: [], filterRules: [], natRules: [], addressLists: []
)
XCTAssertTrue(graph.edges.contains {
$0.from == "IP-Adressen:192.168.88.1/24" && $0.to == "Pools & DHCP:dhcpnet:192.168.88.0/24"
})
}
func testRouteLinksToInterfaceOnlyWhenGatewayIsAnInterfaceName() {
let graph = OverviewViewModel.buildGraph(
interfaces: [item(["name": "ether1", "type": "ether"])],
bridgePorts: [], vlans: [], wireguardPeers: [], addresses: [], pools: [],
dhcpServers: [], dhcpNetworks: [], dhcpClients: [],
routes: [
item(["dst-address": "0.0.0.0/0", "gateway": "ether1"]),
item(["dst-address": "10.0.0.0/24", "gateway": "192.168.88.254"])
],
filterRules: [], natRules: [], addressLists: []
)
XCTAssertTrue(graph.edges.contains { $0.from == "Interfaces:ether1" && $0.to == "route:0" })
XCTAssertFalse(graph.edges.contains { $0.to == "route:1" })
}
func testFirewallFilterEdgesToInterfacesAndAddressList() {
let graph = OverviewViewModel.buildGraph(
interfaces: [
item(["name": "ether1", "type": "ether"]),
item(["name": "ether2", "type": "ether"])
],
bridgePorts: [], vlans: [], wireguardPeers: [], addresses: [], pools: [],
dhcpServers: [], dhcpNetworks: [], dhcpClients: [], routes: [],
filterRules: [item([
"chain": "forward", "action": "drop",
"in-interface": "ether1", "out-interface": "ether2",
"src-address-list": "gesperrt"
])],
natRules: [],
addressLists: [item(["list": "gesperrt", "address": "10.0.0.5"])]
)
XCTAssertTrue(graph.edges.contains { $0.from == "Interfaces:ether1" && $0.to == "filter:0" })
XCTAssertTrue(graph.edges.contains { $0.from == "filter:0" && $0.to == "Interfaces:ether2" })
XCTAssertTrue(graph.edges.contains { $0.from == "Firewall & NAT:addrlist:gesperrt" && $0.to == "filter:0" })
}
}