Update README.md

Archiving

README-Zh.md

@@ -0,0 +1,98 @@
+# 自动化 Redpill 安装程序
+
+这个特别的项目是为了方便我进行与Redpill相关的测试而创建的，我决定与其他用户共享。
+
+原作者是巴西人，英语不太好，中文Readme版本基于原文润色翻译。
+
+我尽可能让这个系统尽可能地人性化，以简化操作。安装程序会自动检测正在使用的设备是SATA接口还是USB，并准确地识别其VID和PID。为了允许内核在不设置与网络接口相关的变量的情况下启动，redpill-lkm已被修改。因此，你在使用这个安装程序时不需要再担心这个问题。感谢Jun的代码，用于生成zImage和Ramdisk补丁，已经集成在其中。如果“zImage”或“rd.gz”有任何小的更新，安装程序会重新应用这些补丁。最重要的内核模块已内置于DSM ramdisk镜像中，以实现自动外设检测。
+
+# 重要注意事项
+
+ - 一些用户曾经遇到过启动时间过长的问题。在这种情况下，强烈建议使用SSD作为去启动盘，如果选择通过外接设备启动，请使用一个高速的USB闪存驱动器。
+
+ - 必须拥有至少4GB的RAM，无论是在裸机还是虚拟机中。
+
+ - DSM内核与SATA端口兼容，不支持SAS/SCSI等。对于Device-tree模式，只有SATA端口可以工作。对于其他模式，可能支持其他类型的磁盘。
+
+ - HBA卡可以使用，但显示SMART和序列号仅在DS3615xs、DS3617xs和DS3622xs+型号上有效。
+
+# 使用方法
+
+## 通用指导
+
+要使用这个项目，下载最新可用的镜像文件，并将其烧录到USB闪存盘或SATA硬盘模块上。设置PC从烧录的媒体启动，并按照屏幕上的信息操作。
+
+如果最后一个分区的大小超过2GiB，加载器会自动增加其大小并用这个空间作为缓存。
+
+## 启动安装程序
+
+### 通过终端
+
+直接在计算机上调用"menu.sh"命令。
+
+### 通过网页
+
+从同一网络中的另一台机器，通过浏览器输入屏幕上显示的地址`http://<ip>:7681`。
+
+### 通过ssh
+
+在同一网络中的另一台机器上，使用SSH客户端，用户名： `root` 和密码： `Redp1lL-1s-4weSomE`
+
+## 使用安装程序
+
+安装时菜单系统是动态展示的，我希望它直观到用户可以毫无问题地使用。
+
+无需配置VID/PID（如果使用USB闪存盘）或定义网络接口的MAC地址。如果用户想修改任何接口的MAC地址，可以在"cmdline"菜单中使用"Change MAC"选项。
+
+如果选择了一个使用Device-tree系统来定义硬盘的型号，则无需进行任何配置。对于没有使用Device-tree的型号，需要手动完成配置，在"cmdline"菜单中有一个选项可以显示SATA控制器、DUMMY端口和正在使用的端口，以协助创建"SataPortMap"、"DiskIdxMap"和"sata_remap"（如果需要）。
+
+另一个重要的点是，安装程序会检测CPU是否支持MOVBE指令，受体不支持该指令时对应群晖型号不会显示。因此，如果DS918+和DVA3221型号没有显示，那是因为CPU不支持MOVBE指令。你可以取消这个限制，并自行承担风险进行测试。
+
+我开发了一个简单的补丁，用于不再显示没有Device-tree型号上的DUMMY端口错误，用户可以安装时无需担心这个问题。
+
+## 快速入门指导
+
+启动加载器后，应该会出现以下屏幕。输入 menu.sh 并按下 `<ENTER>`:
+
+![](doc/first-screen.png)
+
+如果你愿意，也可以通过网页进行访问：
+
+![](doc/ttyd.png)
+
+选择“型号（model）”选项，并选择你偏好的群晖型号：
+
+![](doc/model.png)
+
+选择“版本号（Buildnumber）”选项，并选择第一个选项：
+
+![](doc/buildnumber.png)
+
+进入“序列号（Serial）”菜单，并选择“生成一个随机序列号（Generate a random Serial number）”。
+
+选择“构建（Build）”选项，等待加载器生成：
+
+![](doc/making.png)
+
+选择“启动（Boot）”选项，等待DSM启动：
+
+![](doc/DSM%20boot.png)
+
+由于DSM内核不会在屏幕上显示消息，因此需要通过浏览器访问地址`http://<ip>`来继续配置DSM的过程。
+DSM的配置。网上有多个教程介绍如何在互联网上配置DSM，本文不作赘述。
+
+
+# 教程
+
+一个ARPL用户（Rikkie）创建了一个教程，用于在Proxmox服务器上安装ARPL：
+https://hotstuff.asia/2023/01/03/xpenology-with-arpl-on-proxmox-the-easy-way/
+
+# 问题/疑问/等等
+
+如有问题或疑问，请在 https://xpenology.com/forum 上搜索论坛，看是否有类似问题已被讨论和解决。如果找不到解决方案，可使用GitHub issues进行问题反馈。
+
+# 致谢
+
+所有代码均基于TTG、pocopico、jumkey以及其他参与继续TTG原始redpill-load项目的人的工作。
+
+未来将添加更多信息。

README.md

@@ -1,5 +1,9 @@
 # Automated Redpill Loader
 
+Project archived, please use: https://github.com/RROrg/rr
+
+[中文说明](./README-Zh.md)
+
 This particular project was created to facilitate my testing with Redpill and I decided to share it with other users.
 
 I'm Brazilian and my English is not good, so I apologize for my translations.
@@ -46,10 +50,33 @@ There is no need to configure the VID/PID (if using a USB stick) or define the M
 
 If a model is chosen that uses the Device-tree system to define the HDs, there is no need to configure anything. In the case of models that do not use device-tree, the configurations must be done manually and for this there is an option in the "cmdline" menu to display the SATA controllers, DUMMY ports and ports in use, to assist in the creation of the "SataPortMap", "DiskIdxMap" and "sata_remap" if necessary.
 
-Another important point is that the loader detects whether or not the CPU has the FMA3 instruction and does not display the models that require it. So if the DS918+ and DVA3221 models are not displayed it is because of the CPU's lack of support for FMA instructions. You can disable this restriction and test at your own risk.
+Another important point is that the loader detects whether or not the CPU has the MOVBE instruction and does not display the models that require it. So if the DS918+ and DVA3221 models are not displayed it is because of the CPU's lack of support for MOVBE instructions. You can disable this restriction and test at your own risk.
 
 I developed a simple patch to no longer display the DUMMY port error on models without device-tree, the user will be able to install without having to worry about it.
 
+## Use proxy
+The proxy only support for terminal。
+
+For example, if you have one clashx (the default port is 7890) in the lan，follow the steps:
+
+1. Enabel 'Allow connent from Lan' (clashx only)
+
+![image](https://github.com/yunzhiclub/arpl/assets/12424383/fe024e8d-c764-4590-84cb-fc15ca7fccef)
+
+2. Get the proxy (the computer which runing clashx) ip address
+3. open arpl termianl (you can access arpl via ssh)
+```
+declare -x https_proxy="http://ipaddress:7890/"
+declare -x http_proxy="http://ipaddress:7890/"
+declare -x all_proxy="socks5:://ipaddress:7890/"
+```
+
+**Change the ipaddress** to your proxy host.
+
+4. Call the "menu.sh" 
+
+And then the proxy is effective。
+
 ## Quickstart guide
 
 After booting the loader, the following screen should appear. Type menu.sh and press `<ENTER>`:

VERSION

@@ -1 +1 @@
-1.1-beta2
+1.1-beta2a

docker/syno-compiler/Dockerfile.template

@@ -1,6 +1,7 @@
 FROM alpine:3.14 AS stage
 ARG PLATFORMS="@@@PLATFORMS@@@"
 ARG TOOLKIT_VER="@@@TOOLKIT_VER@@@"
+ARG GCCLIB_VER="@@@GCCLIB_VER@@@"
 
 # Copy downloaded toolkits
 ADD cache /cache
@@ -12,8 +13,8 @@ RUN for V in ${PLATFORMS}; do \
         mkdir "/opt/${PLATFORM}" && \
         tar -xaf "/cache/ds.${PLATFORM}-${TOOLKIT_VER}.dev.txz" -C "/opt/${PLATFORM}" --strip-components=9 \
           "usr/local/x86_64-pc-linux-gnu/x86_64-pc-linux-gnu/sys-root/usr/lib/modules/DSM-${TOOLKIT_VER}" && \
-        echo "Extracting ${PLATFORM}-toolchain.txz" && \
-        tar -xaf "/cache/${PLATFORM}-toolchain.txz" -C "/opt/${PLATFORM}" --strip-components=1; \
+        echo "Extracting ${PLATFORM}-${GCCLIB_VER}_x86_64-GPL.txz" && \
+        tar -xaf "/cache/${PLATFORM}-${GCCLIB_VER}_x86_64-GPL.txz" -C "/opt/${PLATFORM}" --strip-components=1; \
         KVER_MAJOR="`echo ${KVER} | rev | cut -d. -f2- | rev`"; \
         if [ ! -d "/opt/linux-${KVER_MAJOR}.x" -a -f "/cache/linux-${KVER_MAJOR}.x.txz" ]; then \
           echo "Extracting linux-${KVER_MAJOR}.x.txz" && \
@@ -25,7 +26,7 @@ RUN for V in ${PLATFORMS}; do \
     done
 
 # Final image
-FROM debian:8-slim
+FROM debian:9-slim
 ENV SHELL=/bin/bash \
     ARCH=x86_64
 

docker/syno-compiler/PLATFORMS

@@ -1,9 +0,0 @@
-bromolow	3.10.108
-apollolake	4.4.180
-broadwell	4.4.180
-broadwellnk	4.4.180
-denverton	4.4.180
-geminilake	4.4.180
-v1000   4.4.180
-r1000   4.4.180
-epyc7002	5.10.55

docker/syno-compiler/build.sh

@@ -1,7 +1,26 @@
 #!/usr/bin/env bash
 
 CACHE_DIR="cache"
-PLATFORM_FILE="PLATFORMS"
+#SERVER="https://archive.synology.com"
+SERVER="https://global.download.synology.com"
+#https://global.download.synology.com/download/ToolChain/Synology%20NAS%20GPL%20Source/
+
+declare -A URIS
+declare -A PLATFORMS
+
+URIS["apollolake"]="Intel%20x86%20Linux%20|%20%28Apollolake%29"
+URIS["broadwell"]="Intel%20x86%20Linux%20|%20%28Broadwell%29"
+URIS["broadwellnk"]="Intel%20x86%20Linux%20|%20%28Broadwellnk%29"
+URIS["bromolow"]="Intel%20x86%20linux%20|%20%28Bromolow%29"
+URIS["denverton"]="Intel%20x86%20Linux%20|%20%28Denverton%29"
+URIS["geminilake"]="Intel%20x86%20Linux%20|%20%28GeminiLake%29"
+URIS["v1000"]="Intel%20x86%20Linux%20|%20%28V1000%29"
+URIS["r1000"]="AMD%20x86%20Linux%20|%20%28r1000%29"
+URIS["epyc7002"]="AMD%20x86%20Linux%20Linux%20|%20%28epyc7002%29"
+PLATFORMS["7.1"]="apollolake:4.4.180 broadwell:4.4.180 broadwellnk:4.4.180 bromolow:3.10.108 denverton:4.4.180 geminilake:4.4.180 v1000:4.4.180 r1000:4.4.180 epyc7002:5.10.55"
+PLATFORMS["7.2"]="apollolake:4.4.302 broadwell:4.4.302 broadwellnk:4.4.302 bromolow:3.10.108 denverton:4.4.302 geminilake:4.4.302 v1000:4.4.302 r1000:4.4.302 epyc7002:5.10.55"
+
+mkdir -p ${CACHE_DIR}
 
 ###############################################################################
 function trap_cancel() {
@@ -13,77 +32,62 @@ cd `dirname $0`
 
 ###############################################################################
 function prepare() {
-  declare -A URLS
-
-  URLS["apollolake"]="https://global.download.synology.com/download/ToolChain/toolchain/${TOOLCHAIN_VER}/Intel%20x86%20Linux%204.4.180%20%28Apollolake%29/apollolake-${GCCLIB_VER}_x86_64-GPL.txz"
-  URLS["broadwell"]="https://global.download.synology.com/download/ToolChain/toolchain/${TOOLCHAIN_VER}/Intel%20x86%20Linux%204.4.180%20%28Broadwell%29/broadwell-${GCCLIB_VER}_x86_64-GPL.txz"
-  URLS["broadwellnk"]="https://global.download.synology.com/download/ToolChain/toolchain/${TOOLCHAIN_VER}/Intel%20x86%20Linux%204.4.180%20%28Broadwellnk%29/broadwellnk-${GCCLIB_VER}_x86_64-GPL.txz"
-  URLS["bromolow"]="https://global.download.synology.com/download/ToolChain/toolchain/${TOOLCHAIN_VER}/Intel%20x86%20linux%203.10.108%20%28Bromolow%29/bromolow-${GCCLIB_VER}_x86_64-GPL.txz"
-  URLS["denverton"]="https://global.download.synology.com/download/ToolChain/toolchain/${TOOLCHAIN_VER}/Intel%20x86%20Linux%204.4.180%20%28Denverton%29/denverton-${GCCLIB_VER}_x86_64-GPL.txz"
-  URLS["geminilake"]="https://global.download.synology.com/download/ToolChain/toolchain/${TOOLCHAIN_VER}/Intel%20x86%20Linux%204.4.180%20%28GeminiLake%29/geminilake-${GCCLIB_VER}_x86_64-GPL.txz"
-  URLS["v1000"]="https://global.download.synology.com/download/ToolChain/toolchain/${TOOLCHAIN_VER}/Intel%20x86%20Linux%204.4.180%20%28V1000%29/v1000-${GCCLIB_VER}_x86_64-GPL.txz"
-  URLS["r1000"]="https://global.download.synology.com/download/ToolChain/toolchain/${TOOLCHAIN_VER}/AMD%20x86%20Linux%204.4.180%20%28r1000%29/r1000-${GCCLIB_VER}_x86_64-GPL.txz"
-  URLS["epyc7002"]="https://global.download.synology.com/download/ToolChain/toolchain/${TOOLCHAIN_VER}/AMD%20x86%20Linux%20Linux%205.10.55%20%28epyc7002%29/epyc7002-${GCCLIB_VER}_x86_64-GPL.txz"
-  #
-  URLS["apollolake-4.4.180"]="https://global.download.synology.com/download/ToolChain/Synology%20NAS%20GPL%20Source/7.0-41890/apollolake/linux-4.4.x.txz"
-  URLS["broadwell-4.4.180"]="https://global.download.synology.com/download/ToolChain/Synology%20NAS%20GPL%20Source/7.0-41890/broadwell/linux-4.4.x.txz"
-  URLS["broadwellnk-4.4.180"]="https://global.download.synology.com/download/ToolChain/Synology%20NAS%20GPL%20Source/7.0-41890/broadwellnk/linux-4.4.x.txz"
-  URLS["bromolow-3.10.108"]="https://global.download.synology.com/download/ToolChain/Synology%20NAS%20GPL%20Source/7.0-41890/bromolow/linux-3.10.x.txz"
-  URLS["denverton-4.4.180"]="https://global.download.synology.com/download/ToolChain/Synology%20NAS%20GPL%20Source/7.0-41890/denverton/linux-4.4.x.txz"
-  URLS["geminilake-4.4.180"]="https://global.download.synology.com/download/ToolChain/Synology%20NAS%20GPL%20Source/7.0-41890/geminilake/linux-4.4.x.txz"
-  URLS["v1000-4.4.180"]="https://global.download.synology.com/download/ToolChain/Synology%20NAS%20GPL%20Source/7.0-41890/v1000/linux-4.4.x.txz"
-
-  # Read platforms/kerver version
-  echo "Reading platforms"
-  declare -A PLATFORMS
-  while read PLATFORM KVER; do
-    PLATFORMS[${PLATFORM}]="${KVER}"
-  done < ${PLATFORM_FILE}
-
   # Download toolkits
-  mkdir -p ${CACHE_DIR}
-
-  for PLATFORM in ${!PLATFORMS[@]}; do
-    KVER="${PLATFORMS[${PLATFORM}]}"
+  for P in ${PLATFORMS[${TOOLKIT_VER}]}; do
+    PLATFORM="`echo ${P} | cut -d':' -f1`"
+    KVER="`echo ${P} | cut -d':' -f2`"
+    # Dev
     echo -n "Checking ${CACHE_DIR}/ds.${PLATFORM}-${TOOLKIT_VER}.dev.txz... "
     if [ ! -f "${CACHE_DIR}/ds.${PLATFORM}-${TOOLKIT_VER}.dev.txz" ]; then
-      URL="https://global.download.synology.com/download/ToolChain/toolkit/${TOOLKIT_VER}/${PLATFORM}/ds.${PLATFORM}-${TOOLKIT_VER}.dev.txz"
+      URL="${SERVER}/download/ToolChain/toolkit/${TOOLKIT_VER}/${PLATFORM}/ds.${PLATFORM}-${TOOLKIT_VER}.dev.txz"
       echo -e "No\nDownloading ${URL}"
-      curl -L "${URL}" -o "${CACHE_DIR}/ds.${PLATFORM}-${TOOLKIT_VER}.dev.txz"
+      STATUS=`curl -w "%{http_code}" -L "${URL}" -o "${CACHE_DIR}/ds.${PLATFORM}-${TOOLKIT_VER}.dev.txz"`
+      if [ ${STATUS} -ne 200 ]; then
+        rm -f "${CACHE_DIR}/ds.${PLATFORM}-${TOOLKIT_VER}.dev.txz"
+        exit 1
+      fi
     else
       echo "OK"
     fi
-    echo -n "Checking ${CACHE_DIR}/${PLATFORM}-toolchain.txz... "
-    if [ ! -f "${CACHE_DIR}/${PLATFORM}-toolchain.txz" ]; then
-      URL=${URLS["${PLATFORM}"]}
+    # Toolchain
+    URI="`echo ${URIS[${PLATFORM}]} | sed "s/|/${KVER}/"`"
+    URL="${SERVER}/download/ToolChain/toolchain/${TOOLCHAIN_VER}/${URI}/${PLATFORM}-${GCCLIB_VER}_x86_64-GPL.txz"
+    FILENAME="${PLATFORM}-${GCCLIB_VER}_x86_64-GPL.txz"
+    echo -n "Checking ${CACHE_DIR}/${FILENAME}... "
+    if [ ! -f "${CACHE_DIR}/${FILENAME}" ]; then
       echo -e "No\nDownloading ${URL}"
-      curl -L "${URL}" -o "${CACHE_DIR}/${PLATFORM}-toolchain.txz"
+      STATUS=`curl -w "%{http_code}" -L "${URL}" -o "${CACHE_DIR}/${FILENAME}"`
+      if [ ${STATUS} -ne 200 ]; then
+        rm -f "${CACHE_DIR}/${FILENAME}"
+        exit 1
+      fi
     else
       echo "OK"
     fi
   done
 
-  for KERNEL in 3.10.x 4.4.x 5.10.x; do
-    URL=${URLS["${KERNEL}"]}
-    [ -z "${URL}" ] && continue
-    echo -n "Checking ${CACHE_DIR}/linux-${KERNEL}.txz... "
-    if [ ! -f "${CACHE_DIR}/linux-${KERNEL}.txz" ]; then
-      echo -e "No\nDownloading ${URL}"
-      curl -L "${URL}" -o "${CACHE_DIR}/linux-${KERNEL}.txz"
-    else
-      echo "OK"
-    fi
-  done
+  # for KERNEL in 3.10.x 4.4.x 5.10.x; do
+  #   URL=${URLS["${KERNEL}"]}
+  #   [ -z "${URL}" ] && continue
+  #   echo -n "Checking ${CACHE_DIR}/linux-${KERNEL}.txz... "
+  #   if [ ! -f "${CACHE_DIR}/linux-${KERNEL}.txz" ]; then
+  #     echo -e "No\nDownloading ${URL}"
+  #     STATUS=`curl -w "%{http_code}" -L "${URL}" -o "${CACHE_DIR}/linux-${KERNEL}.txz"`
+  #     if [ ${STATUS} -ne 200 ]; then
+  #       rm -f "${CACHE_DIR}/linux-${KERNEL}.txz"
+  #       exit 1
+  #     fi
+  #   else
+  #     echo "OK"
+  #   fi
+  # done
 
   # Generate Dockerfile
   echo "Generating Dockerfile"
   cp Dockerfile.template Dockerfile
-  VALUE=""
-  for PLATFORM in ${!PLATFORMS[@]}; do
-    VALUE+="${PLATFORM}:${PLATFORMS[${PLATFORM}]} "
-  done
-  sed -i "s|@@@PLATFORMS@@@|${VALUE::-1}|g" Dockerfile
+  sed -i "s|@@@PLATFORMS@@@|${PLATFORMS[${TOOLKIT_VER}]}|g" Dockerfile
   sed -i "s|@@@TOOLKIT_VER@@@|${TOOLKIT_VER}|g" Dockerfile
+  sed -i "s|@@@GCCLIB_VER@@@|${GCCLIB_VER}|g" Dockerfile
 }
 
 # 7.0
@@ -96,9 +100,18 @@ function prepare() {
 #docker buildx build . --load --tag fbelavenuto/syno-compiler:${TOOLKIT_VER}
 
 # 7.1
-TOOLKIT_VER="7.1"
-TOOLCHAIN_VER="7.1-42661"
-GCCLIB_VER="gcc850_glibc226"
+# TOOLKIT_VER="7.1"
+# TOOLCHAIN_VER="7.1-42661"
+# GCCLIB_VER="gcc850_glibc226"
+# prepare
+# echo "Building ${TOOLKIT_VER}"
+# docker image rm fbelavenuto/syno-compiler:${TOOLKIT_VER} >/dev/null 2>&1
+# docker buildx build . --load --tag fbelavenuto/syno-compiler:${TOOLKIT_VER}
+
+# 7.2
+TOOLKIT_VER="7.2"
+TOOLCHAIN_VER="7.2-63134"
+GCCLIB_VER="gcc1220_glibc236"
 prepare
 echo "Building ${TOOLKIT_VER}"
 docker image rm fbelavenuto/syno-compiler:${TOOLKIT_VER} >/dev/null 2>&1

files/board/arpl/overlayfs/opt/arpl/include/consts.sh

@@ -1,5 +1,5 @@
 
-ARPL_VERSION="1.1-beta2"
+ARPL_VERSION="1.1-beta2a"
 
 # Define paths
 TMP_PATH="/tmp"

files/board/arpl/overlayfs/opt/arpl/menu.sh

@@ -503,13 +503,6 @@ function extractDsmFiles() {
   RAMDISK_HASH="`readModelKey "${MODEL}" "builds.${BUILD}.pat.ramdisk-hash"`"
   ZIMAGE_HASH="`readModelKey "${MODEL}" "builds.${BUILD}.pat.zimage-hash"`"
 
-  # If we have little disk space, clean cache folder
-  if [ ${CLEARCACHE} -eq 1 ]; then
-    echo "Cleaning cache"
-    rm -rf "${CACHE_PATH}/dl"
-  fi
-  mkdir -p "${CACHE_PATH}/dl"
-
   SPACELEFT=`df --block-size=1 | awk '/'${LOADER_DEVICE_NAME}'3/{print$4}'`  # Check disk space left
 
   PAT_FILE="${MODEL}-${BUILD}.pat"
@@ -521,6 +514,13 @@ function extractDsmFiles() {
   if [ -f "${PAT_PATH}" ]; then
     echo "${PAT_FILE} cached."
   else
+    # If we have little disk space, clean cache folder
+    if [ ${CLEARCACHE} -eq 1 ]; then
+      echo "Cleaning cache"
+      rm -rf "${CACHE_PATH}/dl"
+    fi
+    mkdir -p "${CACHE_PATH}/dl"
+  
     echo "Downloading ${PAT_FILE}"
     # Discover remote file size
     FILESIZE=`curl --insecure -sLI "${PAT_URL}" | grep -i Content-Length | awk '{print$2}'`

files/board/arpl/overlayfs/opt/arpl/model-configs/DS918+.yml

@@ -31,7 +31,7 @@ serial:
   suffix: "numeric"
 disks: 4
 flags:
-  - "fma"
+  - "movbe"
 builds:
   42218:
     ver: "7.0.1"

files/board/arpl/overlayfs/opt/arpl/model-configs/DVA3219.yml

@@ -4,14 +4,13 @@ synoinfo: &synoinfo
   support_memory_compatibility: "no"
   esataportcfg: "0x00"
   support_bde_internal_10g: "no"
-  supportraidgroup: "no"
-  support_syno_hybrid_raid: "yes"
   support_led_brightness_adjustment: "no"
   rss_server: "https://raw.githubusercontent.com/fbelavenuto/arpl/main/rss.xml"
   rss_server_ssl: "https://raw.githubusercontent.com/fbelavenuto/arpl/main/rss.xml"
   rss_server_v2: "https://raw.githubusercontent.com/fbelavenuto/arpl/main/rss.json"
   support_syno_hybrid_raid:
   supportraidgroup:
+  supportnvme: "yes"
 cmdline: &cmdline
   syno_hdd_powerup_seq: 0
   HddHotplug: 0
@@ -29,7 +28,7 @@ serial:
   middle: "RFR"
   suffix: "alpha"
 flags:
-  - "fma"
+  - "movbe"
 disks: 4
 builds:
   42218:

files/board/arpl/overlayfs/opt/arpl/model-configs/DVA3221.yml

@@ -10,6 +10,7 @@ synoinfo: &synoinfo
   rss_server_v2: "https://raw.githubusercontent.com/fbelavenuto/arpl/main/rss.json"
   support_syno_hybrid_raid:
   supportraidgroup:
+  supportnvme: "yes"
 cmdline: &cmdline
   syno_hdd_powerup_seq: 0
   HddHotplug: 0
@@ -28,7 +29,7 @@ serial:
   middle: "SJR"
   suffix: "alpha"
 flags:
-  - "fma"
+  - "movbe"
 disks: 4
 builds:
   42218:

files/board/arpl/p1/ARPL-VERSION

@@ -1 +1 @@
-1.1-beta2
+1.1-beta2a