chore(release): publish v6.0.0-235

Duck-Detector's generate-mode parser walks the reply parcel at
12-byte strides and matches (secLevel=256, tag=1, unionTag=32) at
slot[count-1]. Those bytes are actually KEY_SIZE.value=256 followed
by the next Authorization's presence flag and size header — an
emergent fingerprint from misaligned parsing, not a fake value.

Reorder toAuthorizations so PURPOSE/ALGORITHM/KEY_SIZE come first,
mirroring AOSP keymint reference HAL output. KEY_SIZE moves from
auth#4 to auth#2, so its int payload no longer lands at byte 224.
Verified across 31 fresh duckdetector probes: zero matches (was
15/36 before).

Also add gen-mode wire-byte diagnostic to InterceptorUtils and the
generate-mode entry point, debug-gated, dumping request and reply
parcels to /data/local/tmp for offline decode.

app/src/main/java/org/matrix/TEESimulator/interception/keystore/InterceptorUtils.kt

@@ -116,12 +116,21 @@ object InterceptorUtils {
     fun <T : Parcelable?> createTypedObjectReply(
         obj: T,
         flags: Int = 0,
+        diagnosticTag: String? = null,
     ): BinderInterceptor.TransactionResult.OverrideReply {
         val parcel =
             Parcel.obtain().apply {
                 writeNoException()
                 writeTypedObject(obj, flags)
             }
+        if (diagnosticTag != null && SystemLogger.isDebugBuild) {
+            val savedPos = parcel.dataPosition()
+            val wire = parcel.marshall()
+            parcel.setDataPosition(savedPos)
+            val path = "/data/local/tmp/teesim-$diagnosticTag-${System.nanoTime()}.bin"
+            runCatching { java.io.File(path).writeBytes(wire) }
+            SystemLogger.debug("[$diagnosticTag] reply len=${wire.size} path=$path")
+        }
         return BinderInterceptor.TransactionResult.OverrideReply(parcel)
     }
 

app/src/main/java/org/matrix/TEESimulator/interception/keystore/shim/KeyMintSecurityLevelInterceptor.kt

@@ -21,12 +21,10 @@ import java.security.cert.Certificate
 import java.security.cert.CertificateFactory
 import java.security.spec.PKCS8EncodedKeySpec
 import java.util.Date
-import java.util.concurrent.CompletableFuture
 import java.util.concurrent.ConcurrentHashMap
 import java.util.concurrent.ConcurrentLinkedDeque
 import java.util.concurrent.Executors
 import java.util.concurrent.atomic.AtomicInteger
-import java.util.concurrent.atomic.AtomicReference
 import java.util.concurrent.locks.LockSupport
 import org.matrix.TEESimulator.attestation.AttestationBuilder
 import org.matrix.TEESimulator.attestation.AttestationConstants
@@ -60,10 +58,6 @@ class KeyMintSecurityLevelInterceptor(
         val keyParams: KeyMintAttestation? = null,
     )
 
-    // null = undecided, true = TEE works (use PATCH), false = TEE broken (use GENERATE)
-    // Instance field so TRUSTED_ENVIRONMENT and STRONGBOX decide independently
-    val teePathDecision = AtomicReference<Boolean?>(null)
-
     private val activeOps = ConcurrentHashMap<Int, ConcurrentLinkedDeque<SoftwareOperation>>()
     private val recentOps = ConcurrentHashMap<Int, ConcurrentLinkedDeque<Long>>()
 
@@ -76,18 +70,16 @@ class KeyMintSecurityLevelInterceptor(
         callingPid: Int,
         data: Parcel,
     ): TransactionResult {
-        val shouldSkip = ConfigurationManager.shouldSkipUid(callingUid)
-
         when (code) {
             GENERATE_KEY_TRANSACTION -> {
                 logTransaction(txId, transactionNames[code]!!, callingUid, callingPid)
 
-                if (!shouldSkip) return handleGenerateKey(txId, callingUid, callingPid, data)
+                return handleGenerateKey(txId, callingUid, callingPid, data)
             }
             CREATE_OPERATION_TRANSACTION -> {
                 logTransaction(txId, transactionNames[code]!!, callingUid, callingPid)
 
-                if (!shouldSkip) return handleCreateOperation(txId, callingUid, data)
+                return handleCreateOperation(txId, callingUid, data)
             }
             IMPORT_KEY_TRANSACTION -> {
                 logTransaction(txId, transactionNames[code]!!, callingUid, callingPid)
@@ -424,6 +416,14 @@ class KeyMintSecurityLevelInterceptor(
     }
 
     private fun handleGenerateKey(txId: Long, callingUid: Int, callingPid: Int, data: Parcel): TransactionResult {
+        if (SystemLogger.isDebugBuild) {
+            val savedPos = data.dataPosition()
+            val req = data.marshall()
+            data.setDataPosition(savedPos)
+            val path = "/data/local/tmp/teesim-gen-mode-req-uid${callingUid}-tx${txId}-${System.nanoTime()}.bin"
+            runCatching { java.io.File(path).writeBytes(req) }
+            SystemLogger.debug("[gen-mode-req] uid=$callingUid txId=$txId len=${req.size} path=$path")
+        }
         val oversized = data.dataSize() > MAX_ALIAS_LENGTH
 
         return runCatching {
@@ -436,6 +436,12 @@ class KeyMintSecurityLevelInterceptor(
                 )
                 val params = data.createTypedArray(KeyParameter.CREATOR)!!
                 val parsedParams = KeyMintAttestation(params)
+                val isAttestKeyRequest = parsedParams.isAttestKey()
+
+                if (ConfigurationManager.shouldSkipUid(callingUid)
+                    && attestationKey == null && !isAttestKeyRequest) {
+                    return TransactionResult.ContinueAndSkipPost
+                }
 
                 SystemLogger.trace { "[TRACE-$txId] generateKey alias=${keyDescriptor.alias} algo=${parsedParams.algorithm} challenge=${parsedParams.attestationChallenge?.size ?: "null"} serial=${parsedParams.serial != null} imei=${parsedParams.imei != null} noAuth=${parsedParams.noAuthRequired} purposes=${parsedParams.purpose}" }
                 if (SystemLogger.isDebugBuild) params.forEach { p ->
@@ -496,26 +502,17 @@ class KeyMintSecurityLevelInterceptor(
                 }
 
                 val keyId = KeyIdentifier(callingUid, keyDescriptor.alias)
-                val isAttestKeyRequest = parsedParams.isAttestKey()
 
                 val forceGenerate =
                     oversized ||
                         ConfigurationManager.shouldGenerate(callingUid) ||
-                        (ConfigurationManager.shouldPatch(callingUid) && isAttestKeyRequest) ||
+                        isAttestKeyRequest ||
-                        (attestationKey != null &&
+                        attestationKey != null
-                            (attestationKey.alias?.let { isAttestationKey(KeyIdentifier(callingUid, it)) }
-                                ?: attestationKeys.any { kid -> kid.uid == callingUid && generatedKeys[kid]?.nspace == attestationKey.nspace }))
 
-                val isAuto = ConfigurationManager.isAutoMode(callingUid)
+                SystemLogger.trace { "[TRACE-$txId] dispatch: forceGen=$forceGenerate hasChallenge=${challenge != null} isSymmetric=$isSymmetric isAttestKey=$isAttestKeyRequest" }
-
-                if (isAuto) SystemLogger.debug("AUTO dispatch: teePathDecision=${teePathDecision.get()} for ${keyDescriptor.alias}")
-
-                SystemLogger.trace { "[TRACE-$txId] dispatch: forceGen=$forceGenerate isAuto=$isAuto teePath=${teePathDecision.get()} hasChallenge=${challenge != null} isSymmetric=$isSymmetric isAttestKey=$isAttestKeyRequest" }
 
                 when {
                     forceGenerate -> doSoftwareKeyGen(callingUid, keyDescriptor, attestationKey, parsedParams, keyId, isAttestKeyRequest)
-                    isAuto && teePathDecision.get() == null -> raceTeePatch(callingUid, keyDescriptor, attestationKey, params, parsedParams, keyId, isAttestKeyRequest)
-                    isAuto && teePathDecision.get() == false -> doSoftwareKeyGen(callingUid, keyDescriptor, attestationKey, parsedParams, keyId, isAttestKeyRequest)
                     parsedParams.attestationChallenge != null -> TransactionResult.Continue
                     else -> {
                         cleanupKeyData(keyId)
@@ -547,11 +544,17 @@ class KeyMintSecurityLevelInterceptor(
             parsedParams.algorithm != Algorithm.RSA
 
         if (isSymmetric) {
+            if (attestationKey != null) {
+                throw android.os.ServiceSpecificException(
+                    KEYMINT_INVALID_ARGUMENT,
+                    "ATTEST_KEY tag is not supported for symmetric algorithms (algo=${parsedParams.algorithm})",
+                )
+            }
             val algoName = when (parsedParams.algorithm) {
                 Algorithm.AES -> "AES"
                 Algorithm.HMAC -> "HmacSHA256"
                 else -> throw android.os.ServiceSpecificException(
-                    SECURE_HW_COMMUNICATION_FAILED,
+                    KEYMINT_INVALID_ARGUMENT,
                     "Unsupported symmetric algorithm: ${parsedParams.algorithm}",
                 )
             }
@@ -620,7 +623,7 @@ class KeyMintSecurityLevelInterceptor(
                 TeeLatencySimulator.simulateGenerateKeyDelay(parsedParams.algorithm, System.nanoTime() - genStartNanos)
             }
 
-            return InterceptorUtils.createTypedObjectReply(metadata)
+            return InterceptorUtils.createTypedObjectReply(metadata, diagnosticTag = "gen-mode-sym")
         }
 
         val keyData = if (NativeCertGen.isAvailable && attestationKey == null) {
@@ -693,94 +696,7 @@ class KeyMintSecurityLevelInterceptor(
             TeeLatencySimulator.simulateGenerateKeyDelay(parsedParams.algorithm, System.nanoTime() - genStartNanos)
         }
 
-        return InterceptorUtils.createTypedObjectReply(response.metadata)
+        return InterceptorUtils.createTypedObjectReply(response.metadata, diagnosticTag = "gen-mode-asym")
-    }
-
-    private fun raceTeePatch(
-        callingUid: Int,
-        keyDescriptor: KeyDescriptor,
-        attestationKey: KeyDescriptor?,
-        rawParams: Array<KeyParameter>,
-        parsedParams: KeyMintAttestation,
-        keyId: KeyIdentifier,
-        isAttestKeyRequest: Boolean,
-    ): TransactionResult {
-        SystemLogger.info("AUTO: racing TEE vs software for ${keyDescriptor.alias}")
-
-        val teeDescriptor = KeyDescriptor().apply {
-            domain = keyDescriptor.domain
-            nspace = keyDescriptor.nspace
-            alias = keyDescriptor.alias
-            blob = keyDescriptor.blob
-        }
-        val teeAttestKey = attestationKey?.let {
-            KeyDescriptor().apply {
-                domain = it.domain
-                nspace = it.nspace
-                alias = it.alias
-                blob = it.blob
-            }
-        }
-
-        val threadA = CompletableFuture.supplyAsync {
-            original.generateKey(teeDescriptor, teeAttestKey, rawParams, 0, byteArrayOf())
-        }
-
-        val swDescriptor = KeyDescriptor().apply {
-            domain = keyDescriptor.domain
-            nspace = secureRandom.nextLong()
-            alias = keyDescriptor.alias
-            blob = keyDescriptor.blob
-        }
-        val swKeyId = KeyIdentifier(callingUid, keyDescriptor.alias)
-
-        val threadB = CompletableFuture.supplyAsync {
-            doSoftwareKeyGen(callingUid, swDescriptor, attestationKey, parsedParams, swKeyId, isAttestKeyRequest)
-        }
-
-        return try {
-            val teeMetadata = threadA.join()
-            threadB.cancel(true)
-            teePathDecision.compareAndSet(null, true)
-            SystemLogger.info("AUTO: TEE succeeded, path locked to PATCH for ${keyDescriptor.alias}")
-
-            val originalChain = CertificateHelper.getCertificateChain(teeMetadata)
-            if (originalChain != null && originalChain.size > 1) {
-                val newChain = AttestationPatcher.patchCertificateChain(
-                    originalChain, callingUid, parsedParams.certificateNotBefore, parsedParams.certificateNotAfter
-                )
-                CertificateHelper.updateCertificateChain(teeMetadata, newChain).getOrThrow()
-                teeMetadata.authorizations =
-                    InterceptorUtils.patchAuthorizations(teeMetadata.authorizations, callingUid)
-                cleanupKeyData(keyId)
-                patchedChains[keyId] = newChain
-            }
-
-            teeResponses[keyId] = KeyEntryResponse().apply {
-                this.metadata = teeMetadata
-                iSecurityLevel = original
-            }
-
-            InterceptorUtils.createTypedObjectReply(teeMetadata)
-        } catch (_: Exception) {
-            if (teePathDecision.get() == true) {
-                threadB.cancel(true)
-                SystemLogger.info("AUTO: TEE failed locally but globally functional, forwarding for ${keyDescriptor.alias}")
-                return TransactionResult.Continue
-            }
-            teePathDecision.compareAndSet(null, false)
-            SystemLogger.info("AUTO: TEE failed, path locked to GENERATE for ${keyDescriptor.alias}")
-            try {
-                threadB.join()
-            } catch (e: Exception) {
-                SystemLogger.error("AUTO: both paths failed for ${keyDescriptor.alias}.", e)
-                val code =
-                    if (e.cause is android.os.ServiceSpecificException)
-                        (e.cause as android.os.ServiceSpecificException).errorCode
-                    else SECURE_HW_COMMUNICATION_FAILED
-                InterceptorUtils.createServiceSpecificErrorReply(code)
-            }
-        }
     }
 
     private fun generateAttestedKeyPairNative(
@@ -1329,15 +1245,23 @@ private fun KeyMintAttestation.toAuthorizations(
         }
     }
 
+    // HAL-enforced authorization ordering mirrors AOSP keymint reference
+    // HAL output: PURPOSE → ALGORITHM → KEY_SIZE → curve → mode params →
+    // exponent. Duck-Detector's generate-mode fingerprint walks the reply
+    // parcel at 12-byte parser strides and matches when slot[count-1] reads
+    // (secLevel=256, tag=1, unionTag=32) — which emerges in the original
+    // order because EC P-256's KEY_SIZE.value=256 lands at byte 224 (auth#4
+    // value field). Reordering moves KEY_SIZE to auth#2, so byte 224 reads
+    // a different field entirely.
+    this.purpose.forEach { authList.add(createAuth(Tag.PURPOSE, KeyParameterValue.keyPurpose(it))) }
     authList.add(createAuth(Tag.ALGORITHM, KeyParameterValue.algorithm(this.algorithm)))
+    authList.add(createAuth(Tag.KEY_SIZE, KeyParameterValue.integer(this.keySize)))
     if (this.ecCurve != null) {
         authList.add(createAuth(Tag.EC_CURVE, KeyParameterValue.ecCurve(this.ecCurve)))
     }
-    this.purpose.forEach { authList.add(createAuth(Tag.PURPOSE, KeyParameterValue.keyPurpose(it))) }
     this.blockMode.forEach { authList.add(createAuth(Tag.BLOCK_MODE, KeyParameterValue.blockMode(it))) }
     this.digest.forEach { authList.add(createAuth(Tag.DIGEST, KeyParameterValue.digest(it))) }
     this.padding.forEach { authList.add(createAuth(Tag.PADDING, KeyParameterValue.paddingMode(it))) }
-    authList.add(createAuth(Tag.KEY_SIZE, KeyParameterValue.integer(this.keySize)))
     if (this.rsaPublicExponent != null) {
         authList.add(createAuth(Tag.RSA_PUBLIC_EXPONENT, KeyParameterValue.longInteger(this.rsaPublicExponent.toLong())))
     }

app/src/main/java/org/matrix/TEESimulator/pki/CertificateGenerator.kt

@@ -101,18 +101,19 @@ object CertificateGenerator {
 
                 val keybox = getKeyboxForAlgorithm(uid, params.algorithm)
 
-                val (signingKey, issuer) =
+                val attestKeyInfo =
                     if (attestKeyAlias != null && Build.VERSION.SDK_INT >= Build.VERSION_CODES.S) {
-                        getAttestationKeyInfo(uid, attestKeyAlias)?.let { it.first to it.second }
+                        getAttestationKeyInfo(uid, attestKeyAlias)
-                            ?: (keybox.keyPair to getIssuerFromKeybox(keybox))
+                    } else null
-                    } else {
+
-                        keybox.keyPair to getIssuerFromKeybox(keybox)
+                val (signingKey, issuer) = attestKeyInfo
-                    }
+                    ?.let { it.first to it.second }
+                    ?: (keybox.keyPair to getIssuerFromKeybox(keybox))
 
                 val leafCert =
                     buildCertificate(subjectKeyPair, signingKey, issuer, params, uid, securityLevel)
 
-                if (attestKeyAlias != null) {
+                if (attestKeyInfo != null) {
                     listOf(leafCert)
                 } else {
                     listOf(leafCert) + keybox.certificates

module/action.sh

@@ -17,36 +17,22 @@ echo " "
 
 confirm() {
     vol_tmp="${TMPDIR:-/data/local/tmp}/teesim_vol_key"
-    seconds=10
-
     : > "$vol_tmp"
-    getevent -qlc 1 > "$vol_tmp" 2>/dev/null &
-    ge_pid=$!
 
-    while [ "$seconds" -gt 0 ]; do
+    # Stream getevent and match VOLUME DOWN inline. Single-event sampling
-        sleep 1
+    # (`getevent -c 1`) races with EV_SYN/EV_MSC noise on Magisk's BusyBox ash.
-        if ! kill -0 "$ge_pid" 2>/dev/null; then
+    /system/bin/timeout 10 /system/bin/sh -c '
-            key=$(awk '/KEY_/{print $3}' "$vol_tmp" 2>/dev/null)
+        /system/bin/getevent -lq 2>/dev/null | while IFS= read -r line; do
-            case "$key" in
+            case "$line" in
-                KEY_VOLUMEUP)
+                *KEY_VOLUMEUP*DOWN*)   echo UP   > "$1"; exit 0 ;;
-                    rm -f "$vol_tmp"
+                *KEY_VOLUMEDOWN*DOWN*) echo DOWN > "$1"; exit 0 ;;
-                    return 0
-                    ;;
-                KEY_VOLUMEDOWN)
-                    rm -f "$vol_tmp"
-                    return 1
-                    ;;
             esac
-            : > "$vol_tmp"
+        done
-            getevent -qlc 1 > "$vol_tmp" 2>/dev/null &
+    ' _ "$vol_tmp"
-            ge_pid=$!
-        fi
-        seconds=$((seconds - 1))
-    done
 
-    kill "$ge_pid" 2>/dev/null
+    key=$(cat "$vol_tmp" 2>/dev/null)
-    wait "$ge_pid" 2>/dev/null
     rm -f "$vol_tmp"
+    [ "$key" = "UP" ] && return 0
     return 1
 }
 

module/changelog.md

@@ -1,3 +1,80 @@
+## TEESimulator-RS v6.0.0-235
+
+11 commits since v6.0.0-224. Duck Detector generate-mode fingerprint cleared. Shizuku-routed BYO attestation fixed. Vol-key confirmation restored on Magisk.
+
+### Detection Coverage
+- Duck Detector "TEE Simulator generate-mode fingerprint" cleared. `toAuthorizations` reordered to AOSP keymint reference order; KEY_SIZE moves from auth#4 to auth#2, breaking the byte-224 anchor the probe relied on. 0/31 matches on fresh self-probes (was 15/36).
+- `persist.logd.size` variants blanked at boot via `service.sh`. Removes a logd-tuning side-channel.
+
+### BYO & Shizuku Routing
+- Shizuku-routed BYO attestation no longer fails with `-49 UNSUPPORTED_TAG`. `shouldSkipUid` moved into `handleGenerateKey`, evaluated after BYO parameters are parsed.
+- `createOperation` parallel fix: outer UID gate removed; the cache-or-forward lookup is the sole gate. BYO keys created under Shizuku UID can now be used for signing under the same UID.
+- `forceGenerate` simplified: any attest-key or BYO request routes to software unconditionally.
+- BYO attest-key miss returns the full keybox chain instead of a malformed depth-1 chain.
+- AUTO TEE race dispatch removed. Resolution uses `DeviceAttestationService.isTeeFunctional` only.
+- Symmetric gen rejects `attestationKey != null` early with `INVALID_ARGUMENT`. Unsupported-algorithm branch returns `-38` instead of `-49`.
+
+### Action Button
+- Vol+ / Vol- confirmation restored on Magisk. Streaming `getevent -lq` matched inline against `KEY_VOLUMEUP DOWN` / `KEY_VOLUMEDOWN DOWN`, wrapped in `/system/bin/timeout 10`. The prior polled approach timed out on six-events-per-keypress kernels.
+
+### Verified
+- Android 15 (SDK 35), daemon PID 1466.
+- Cross-device confirmation pending on OnePlus PKX110 and Samsung SM-S928B.
+
+---
+
+## TEESimulator-RS v6.0.0-224
+
+59 commits since v6.0.0-162. Self-sufficient spoofing infrastructure, Duck Detector TamperScore-4 cleared on Xiaomi A16, persistent symmetric key storage (PR #22), 22-language action button hardening.
+
+### Detection Coverage
+- Duck Detector TimingSideChannelProbe cleared on Xiaomi A16 (SDK 35). Timing ratio dropped 1.555x to 1.055x, verdict WARNING to CLEAR. Threshold is > 1.1x.
+- `KEY_ID` resolved from `teeResponses` instead of synthesized, matching real KeyMint binder behavior.
+- Non-attested key cache mirrors attested path for byte-level metadata parity.
+- `KEY_SIZE` emitted for EC keys; omitted when `ecCurve` is present, matching AOSP attestation_record.h.
+- SSE messages synthesized canonically on non-AEAD `updateAad`; passthrough shape normalized.
+- StrongBox attest version no longer hardcoded; resolved from device context.
+- TEE op latency floor enforced to defeat micro-timing probes.
+- Attest key resolution restored to nspace-aware lookup after revert/restore cycle.
+
+### Self-Sufficient Spoofing
+- `PatchLevelManager` resolves OS/VENDOR/BOOT patch levels via PIF without external bulletin fetch.
+- `BulletinPoller` refreshes bulletin data on a schedule, isolated from boot path via umbrella `try/catch`.
+- Bootloader-lock props pushed via `resetprop` at boot; absent vbmeta complement props filled; `vbmeta.device_state` included.
+- PIF hot-reload via `FileObserver`; empty source files skipped; future patch dates bounded by `MAX_FUTURE_DAYS`.
+- Default `security_patch.txt` dropped at install time.
+- `sepolicy.rule` allows UDP egress for DNS resolution.
+
+### Key Persistence (PR #22)
+- Symmetric keys persist across reboots with byte-identical metadata.
+- Keybox edits no longer wipe stored keys.
+- Delete marker dropped on key regeneration to prevent stale state.
+- Defensive symmetric fallback path with clean error codes.
+
+### Reliability
+- `atomicWrite` preserves `[pkg]` sections; errors guarded in `updateTo`.
+- `applyToProps` serialized against concurrent callers.
+- `pollOnce` wrapped in umbrella `try/catch`; `BulletinPoller.start` failure isolated from spoofer init.
+- Spoofer ordering fixed: runs before keystore hook to prevent attest-time prop drift.
+- `isAutoMode` reads raw package mode; `system=prop` passive default respected.
+- `mergedContents` propagates read errors instead of swallowing them.
+- Date regex validation on `currentPatch`; YYYY-MM input skips day synthesis.
+- Global key-assignment check requires `=` delimiter (no more partial matches).
+- `validation_rejected` status emitted on invalid spoof input.
+
+### Action Button UX
+- Vol+ required to clear `persistent_keys`. Vol- cancels. 10-second timeout defaults to cancel.
+- Confirmation localized in 22 languages: ar, az, bn, de, el, es-ES, fa, fr, id, it, ja, ko, pl, pt-BR, ru, th, tl, tr, uk, vi, zh-CN, zh-TW.
+- Every echoed string resolves through `_msg()` against device locale.
+
+### Build & Ops
+- Kotlin `jvmTarget` raised to JVM 21.
+- Gradle auto-rewrites `module/update.json` on packaging.
+- `scripts/package.sh` locates user-local cargo; rust task receives cargo bin path.
+- Verified on Xiaomi Android 16 (SDK 35) `v6.0.0-224-Release`. Daemon alive PID 1392. Pending cross-device confirm on OnePlus PKX110 (qcom sun) and Samsung SM-S928B (pineapple).
+
+---
+
 ## TEESimulator-RS v6.0.0
 
 Repository consolidation release. All tee-rebuild work merged as the new main branch.

module/service.sh

@@ -3,3 +3,14 @@ cd $MODDIR
 
 # Fork-based supervisor for instant restart
 ./supervisor ./daemon "$MODDIR" &
+
+# Clear logd size persist properties once boot completes
+(
+  until [ "$(getprop sys.boot_completed)" = "1" ]; do
+    sleep 1
+  done
+  setprop persist.logd.size ""
+  setprop persist.logd.size.crash ""
+  setprop persist.logd.size.system ""
+  setprop persist.logd.size.main ""
+) &

module/update.json

@@ -1,6 +1,6 @@
 {
-  "version": "v6.0.0-211",
+  "version": "v6.0.0-235",
-  "versionCode": 211,
+  "versionCode": 235,
-  "zipUrl": "https://github.com/Enginex0/TEESimulator-RS/releases/download/v6.0.0-211/TEESimulator-RS-v6.0.0-211-Release.zip",
+  "zipUrl": "https://github.com/Enginex0/TEESimulator-RS/releases/download/v6.0.0-235/TEESimulator-RS-v6.0.0-235-Release.zip",
   "changelog": "https://raw.githubusercontent.com/Enginex0/TEESimulator-RS/main/module/changelog.md"
 }