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minimuxer: added dynamic lookup of peer for utun(VPN) when not in P2P which is required for sidestore

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This commit is contained in:
mahee96
2026-03-02 07:33:51 +05:30
parent 368a2afad4
commit adb91439e4
3 changed files with 57 additions and 192 deletions
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2
Dependencies/minimuxer vendored

Submodule Dependencies/minimuxer updated: 40ccd42d1a...8d02a7b62e

132
SideStore/IfManager.swift
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@@ -1,132 +0,0 @@
//
// IfManager.swift
// AltStore
//
// Created by ny on 2/27/26.
// Copyright © 2026 SideStore. All rights reserved.
//
import Foundation
import Network
fileprivate func uti(_ uint: UInt32) -> String? {
var buf = [CChar](repeating: 0, count: Int(NI_MAXHOST))
var addr = in_addr(s_addr: uint.bigEndian)
guard inet_ntop(AF_INET, &addr, &buf, UInt32(INET_ADDRSTRLEN)) != nil,
let str = String(utf8String: buf) else { return nil }
return str
}
fileprivate func socktouint(_ sock: inout sockaddr) -> UInt32 {
var buf = [CChar](repeating: 0, count: Int(NI_MAXHOST))
guard getnameinfo(&sock, socklen_t(sock.sa_len), &buf, socklen_t(buf.count), nil, socklen_t(0), NI_NUMERICHOST) == 0,
let name = String(utf8String: buf) else {
return 0
}
var addr = in_addr()
guard name.withCString({ cString in
inet_pton(AF_INET, cString, &addr)
}) == 1 else { return 0 }
return addr.s_addr.bigEndian
}
public struct NetInfo: Hashable, CustomStringConvertible {
public let name: String
public let hostIP: String
public let destIP: String
public let maskIP: String
private let host: UInt32
private let dest: UInt32
private let mask: UInt32
init(name: String, host: UInt32, dest: UInt32, mask: UInt32) {
self.name = name
self.host = host
self.dest = dest
self.mask = mask
self.hostIP = uti(host) ?? "10.7.0.0"
self.destIP = uti(dest) ?? "10.7.0.1"
self.maskIP = uti(mask) ?? "255.255.255.0"
}
init?(_ ifaddr: ifaddrs) {
guard
let ianame = String(utf8String: ifaddr.ifa_name)
else { return nil }
let host = socktouint(&ifaddr.ifa_addr.pointee)
let dest = socktouint(&ifaddr.ifa_dstaddr.pointee)
let mask = socktouint(&ifaddr.ifa_netmask.pointee)
self.init(name: ianame, host: host, dest: dest, mask: mask)
}
// computed networking values (still numeric internally)
public var minIP: UInt32 { host & mask }
public var maxIP: UInt32 { host | ~mask }
public var minIPString: String { uti(minIP) ?? "nil" }
public var maxIPString: String { uti(maxIP) ?? "nil" }
public var description: String {
"\(name) | ip=\(hostIP) dest=\(destIP) mask=\(maskIP) range=\(minIPString)-\(maxIPString)"
}
}
final class IfManager: Sendable {
public static let shared = IfManager()
nonisolated(unsafe) private(set) var addrs: Set<NetInfo> = Set()
private init() {
self.addrs = IfManager.query()
}
public func query() {
addrs = IfManager.query()
}
private static func query() -> Set<NetInfo> {
var addrs = Set<NetInfo>()
var head: UnsafeMutablePointer<ifaddrs>? = nil
guard getifaddrs(&head) == 0, let first = head else { return addrs }
defer { freeifaddrs(head) }
var cursor: UnsafeMutablePointer<ifaddrs>? = first
while let current = cursor {
// we only want v4 interfaces that aren't loopback and aren't masked 255.255.255.255
let entry = current.pointee
let flags = Int32(entry.ifa_flags)
let isIPv4 = entry.ifa_addr.pointee.sa_family == UInt8(AF_INET)
let isActive = (flags & (IFF_UP | IFF_RUNNING | IFF_LOOPBACK)) == (IFF_UP | IFF_RUNNING)
if isIPv4, isActive, let info = NetInfo(entry), info.maskIP != "255.255.255.255" {
addrs.insert(info)
}
cursor = entry.ifa_next
}
return addrs
}
private var nextLAN: NetInfo? {
addrs.first { $0.name.starts(with: "en") }
}
var nextProbableSideVPN: NetInfo? {
// try old 10.7.0.1 first, then fallback to next v4
// user should only be connected to StosVPN/LocalDevVPN
addrs.first {
$0.hostIP == "10.7.0.1" ||
$0.name.starts(with: "utun")
}
}
var sideVPNPatched: Bool {
nextLAN?.maskIP == nextProbableSideVPN?.maskIP &&
nextLAN?.maxIP == nextProbableSideVPN?.maxIP
}
}

113
SideStore/MinimuxerWrapper.swift
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@@ -9,150 +9,147 @@ import Foundation
import Minimuxer import Minimuxer
var isMinimuxerReady: Bool { var isMinimuxerReady: Bool {
var result = true
#if targetEnvironment(simulator) #if targetEnvironment(simulator)
print("isMinimuxerReady = true on simulator") print("[SideStore] isMinimuxerReady = true on simulator")
return true
#else #else
IfManager.shared.query() result = Minimuxer.ready()
let dest = IfManager.shared.nextProbableSideVPN?.destIP print("[SideStore] isMinimuxerReady = \(result)")
var result = false #endif
if #available(iOS 26.4, *) {
result = Minimuxer.ready(ifaddr: dest) && IfManager.shared.sideVPNPatched
} else {
result = Minimuxer.ready(ifaddr: dest)
}
print("isMinimuxerReady = \(result)")
return result return result
}
func targetMinimuxerAddress() {
defer { print("[SideStore] targetMinimuxerAddress() completed") }
#if targetEnvironment(simulator)
print("[SideStore] targetMinimuxerAddress() is no-op on simulator")
#else
print("[SideStore] targetMinimuxerAddress() invoked")
Minimuxer.updateUsbMuxdAddr()
#endif #endif
} }
func minimuxerStartWithLogger(_ pairingFile: String, _ logPath: String, _ loggingEnabled: Bool) throws { func minimuxerStartWithLogger(_ pairingFile: String, _ logPath: String, _ loggingEnabled: Bool) throws {
defer { print("minimuxerStartWithLogger(pairingFile, logPath, dest, loggingEnabled) completed") } defer { print("[SideStore] minimuxerStartWithLogger(pairingFile, logPath, dest, loggingEnabled) completed") }
#if targetEnvironment(simulator) #if targetEnvironment(simulator)
print("minimuxerStartWithLogger(pairingFile, logPath, loggingEnabled) is no-op on simulator") print("[SideStore] minimuxerStartWithLogger(pairingFile, logPath, loggingEnabled) is no-op on simulator")
#else #else
// IfManager.shared.query() // observe network route changes (and update device endpoint from vpn(utun))
// let dest = IfManager.shared.nextProbableSideVPN?.destIP NetworkObserver.shared.start()
print("minimuxerStartWithLogger(pairingFile, logPath, dest, loggingEnabled) invoked")
try Minimuxer.startWithLogger(pairingFile: pairingFile, logPath: logPath, ifaddr: nil, isConsoleLoggingEnabled: loggingEnabled)
#endif
}
func targetMinimuxerAddress() { print("[SideStore] minimuxerStartWithLogger(pairingFile, logPath, dest, loggingEnabled) invoked")
defer { print("targetMinimuxerAddress() completed") } try Minimuxer.startWithLogger(pairingFile: pairingFile,
#if targetEnvironment(simulator) logPath: logPath,
print("targetMinimuxerAddress() is no-op on simulator") isConsoleLoggingEnabled: loggingEnabled)
#else
print("targetMinimuxerAddress() invoked")
Minimuxer.targetMinimuxerAddress()
#endif #endif
} }
func installProvisioningProfiles(_ profileData: Data) throws { func installProvisioningProfiles(_ profileData: Data) throws {
defer { print("installProvisioningProfiles(profileData) completed") } defer { print("[SideStore] installProvisioningProfiles(profileData) completed") }
#if targetEnvironment(simulator) #if targetEnvironment(simulator)
print("installProvisioningProfiles(profileData) is no-op on simulator") print("[SideStore] installProvisioningProfiles(profileData) is no-op on simulator")
#else #else
print("installProvisioningProfiles(profileData) invoked") print("[SideStore] installProvisioningProfiles(profileData) invoked")
try Minimuxer.installProvisioningProfile(profile: profileData) try Minimuxer.installProvisioningProfile(profile: profileData)
#endif #endif
} }
func removeProvisioningProfile(_ id: String) throws { func removeProvisioningProfile(_ id: String) throws {
defer { print("removeProvisioningProfile(id) completed") } defer { print("[SideStore] removeProvisioningProfile(id) completed") }
#if targetEnvironment(simulator) #if targetEnvironment(simulator)
print("removeProvisioningProfile(id) is no-op on simulator") print("[SideStore] removeProvisioningProfile(id) is no-op on simulator")
#else #else
print("removeProvisioningProfile(id) invoked") print("[SideStore] removeProvisioningProfile(id) invoked")
try Minimuxer.removeProvisioningProfile(id: id) try Minimuxer.removeProvisioningProfile(id: id)
#endif #endif
} }
func removeApp(_ bundleId: String) throws { func removeApp(_ bundleId: String) throws {
defer { print("removeApp(bundleId) completed") } defer { print("[SideStore] removeApp(bundleId) completed") }
#if targetEnvironment(simulator) #if targetEnvironment(simulator)
print("removeApp(bundleId) is no-op on simulator") print("[SideStore] removeApp(bundleId) is no-op on simulator")
#else #else
print("removeApp(bundleId) invoked") print("[SideStore] removeApp(bundleId) invoked")
try Minimuxer.removeApp(bundleId: bundleId) try Minimuxer.removeApp(bundleId: bundleId)
#endif #endif
} }
func yeetAppAFC(_ bundleId: String, _ rawBytes: Data) throws { func yeetAppAFC(_ bundleId: String, _ rawBytes: Data) throws {
defer { print("yeetAppAFC(bundleId, rawBytes) completed") } defer { print("[SideStore] yeetAppAFC(bundleId, rawBytes) completed") }
#if targetEnvironment(simulator) #if targetEnvironment(simulator)
print("yeetAppAFC(bundleId, rawBytes) is no-op on simulator") print("[SideStore] yeetAppAFC(bundleId, rawBytes) is no-op on simulator")
#else #else
print("yeetAppAFC(bundleId, rawBytes) invoked") print("[SideStore] yeetAppAFC(bundleId, rawBytes) invoked")
try Minimuxer.yeetAppAfc(bundleId: bundleId, ipaBytes: rawBytes) try Minimuxer.yeetAppAfc(bundleId: bundleId, ipaBytes: rawBytes)
#endif #endif
} }
func installIPA(_ bundleId: String) throws { func installIPA(_ bundleId: String) throws {
defer { print("installIPA(bundleId) completed") } defer { print("[SideStore] installIPA(bundleId) completed") }
#if targetEnvironment(simulator) #if targetEnvironment(simulator)
print("installIPA(bundleId) is no-op on simulator") print("[SideStore] installIPA(bundleId) is no-op on simulator")
#else #else
print("installIPA(bundleId) invoked") print("[SideStore] installIPA(bundleId) invoked")
try Minimuxer.installIpa(bundleId: bundleId) try Minimuxer.installIpa(bundleId: bundleId)
#endif #endif
} }
func fetchUDID() -> String? { func fetchUDID() -> String? {
defer { print("fetchUDID() completed") } defer { print("[SideStore] fetchUDID() completed") }
#if targetEnvironment(simulator) #if targetEnvironment(simulator)
print("fetchUDID() is no-op on simulator") print("[SideStore] fetchUDID() is no-op on simulator")
return "XXXXX-XXXX-XXXXX-XXXX" return "XXXXX-XXXX-XXXXX-XXXX"
#else #else
print("fetchUDID() invoked") print("[SideStore] fetchUDID() invoked")
return Minimuxer.fetchUDID() return Minimuxer.fetchUDID()
#endif #endif
} }
func debugApp(_ appId: String) throws { func debugApp(_ appId: String) throws {
defer { print("debugApp(appId) completed") } defer { print("[SideStore] debugApp(appId) completed") }
#if targetEnvironment(simulator) #if targetEnvironment(simulator)
print("debugApp(appId) is no-op on simulator") print("[SideStore] debugApp(appId) is no-op on simulator")
#else #else
print("debugApp(appId) invoked") print("[SideStore] debugApp(appId) invoked")
try Minimuxer.debugApp(appId: appId) try Minimuxer.debugApp(appId: appId)
#endif #endif
} }
func attachDebugger(_ pid: UInt32) throws { func attachDebugger(_ pid: UInt32) throws {
defer { print("attachDebugger(pid) completed") } defer { print("[SideStore] attachDebugger(pid) completed") }
#if targetEnvironment(simulator) #if targetEnvironment(simulator)
print("attachDebugger(pid) is no-op on simulator") print("[SideStore] attachDebugger(pid) is no-op on simulator")
#else #else
print("attachDebugger(pid) invoked") print("[SideStore] attachDebugger(pid) invoked")
try Minimuxer.attachDebugger(pid: pid) try Minimuxer.attachDebugger(pid: pid)
#endif #endif
} }
func startAutoMounter(_ docsPath: String) { func startAutoMounter(_ docsPath: String) {
defer { print("startAutoMounter(docsPath) completed") } defer { print("[SideStore] startAutoMounter(docsPath) completed") }
#if targetEnvironment(simulator) #if targetEnvironment(simulator)
print("startAutoMounter(docsPath) is no-op on simulator") print("[SideStore] startAutoMounter(docsPath) is no-op on simulator")
#else #else
print("startAutoMounter(docsPath) invoked") print("[SideStore] startAutoMounter(docsPath) invoked")
Minimuxer.startAutoMounter(docsPath: docsPath) Minimuxer.startAutoMounter(docsPath: docsPath)
#endif #endif
} }
func dumpProfiles(_ docsPath: String) throws -> String { func dumpProfiles(_ docsPath: String) throws -> String {
defer { print("dumpProfiles(docsPath) completed") } defer { print("[SideStore] dumpProfiles(docsPath) completed") }
#if targetEnvironment(simulator) #if targetEnvironment(simulator)
print("dumpProfiles(docsPath) is no-op on simulator") print("[SideStore] dumpProfiles(docsPath) is no-op on simulator")
return "" return ""
#else #else
print("dumpProfiles(docsPath) invoked") print("[SideStore] dumpProfiles(docsPath) invoked")
return try Minimuxer.dumpProfiles(docsPath: docsPath) return try Minimuxer.dumpProfiles(docsPath: docsPath)
#endif #endif
} }
func setMinimuxerDebug(_ debug: Bool) { func setMinimuxerDebug(_ debug: Bool) {
defer { print("setMinimuxerDebug(debug) completed") } defer { print("[SideStore] setMinimuxerDebug(debug) completed") }
print("setMinimuxerDebug(debug) invoked") print("[SideStore] setMinimuxerDebug(debug) invoked")
Minimuxer.setDebug(debug) Minimuxer.setDebug(debug)
} }