Add compilation scripts and guidelines to simplify the compilation process

support/README.md

@@ -0,0 +1,5 @@
+# NanoKVM Support Instructions
+
+`/support` contains auxiliary functions for NanoKVM, such as image subsystem, system status monitoring, system updates, screen key drivers, and a few system functions.
+
+Currently, NanoKVM is divided into two versions based on the main control chip: SG2002 (which includes NanoKVM-Lite/Full/PCIe) and H618 (including NanoKVM-Pro). Different chips have significantly different projects and compilation environments. To distinguish between them, they are stored separately in `/support/sg2002` and `/support/h618`.

support/README_ZH.md

@@ -0,0 +1,5 @@
+# NanoKVM support 说明
+
+`/support`包含NanoKVM辅助性的功能，如图像子系统、系统状态监控、系统更新、屏幕按键驱动和少部分的系统功能
+
+当前 NanoKVM 根据主控芯片的不同分为两个版本：SG2002（包含NanoKVM-Lite/Full/PCIe）和H618（包括NanoKVM-Pro），不同的芯片有差异较大的工程和编译环境，为做区分，将它们分别存放在`/support/sg2002`和`/support/h618`

support/sg2002/README.md

@@ -1,8 +1,26 @@
-## If you need to compile `kvm_system` yourself, please follow the steps below:
+# NanoKVM Support Instructions
 
-1. The `kvm_system` project is compiled under the [MaixCDK](https://github.com/sipeed/MaixCDK) framework. Before compiling, please ensure that the `MaixCDK` environment is correctly configured. For the configuration tutorial, click [here](https://github.com/sipeed/MaixCDK/blob/main/docs/doc_zh/README.md).
+## Environment Preparation
+1. NanoKVM-Lite/Full/PCIe is based on the SG2002 as the main control chip. The projects in the support section are compiled under the [MaixCDK](https://github.com/sipeed/MaixCDK) framework. Before compiling, please ensure that the `MaixCDK` environment is correctly configured. For configuration instructions, click [here](https://github.com/sipeed/MaixCDK/blob/main/docs/doc_zh/README.md).
+
+## kvm_system Compilation Instructions
+
+> The `kvm_system` is responsible for monitoring the NanoKVM system status, system updates, screen key drivers, and a few system functions, compiled with MaixCDK.
+
+1. Before compiling, please ensure that the above-mentioned `MaixCDK` environment is correctly configured.
 2. Modify the paths of `MAIXCDK_PATH` and `NanoKVM_PATH` in `./build`.
 3. Execute `./build kvm_system` to compile `kvm_system`.
-4. Use `scp ./kvm_system/dist/kvm_system_release/kvm_system root@192.168.x.x:/kvmapp/kvm_system` to copy it into NanoKVM for testing.
+4. Use `scp ./kvm_system/dist/kvm_system_release/kvm_system root@192.168.x.x:/kvmapp/kvm_system` to copy it to NanoKVM for testing.
-5. Use `./build add_to_kvmapp` to place the executable files into the `/kvmapp` installation package.
+5. Use `./build add_to_kvmapp` to place the executable file into the `/kvmapp` installation package.
-6. Use `./build clean` to clean up the compilation of `kvm_system`.
+6. Use `./build kvm_system clean` to clean the compilation of `kvm_system`.
+
+## kvm_vision Compilation Instructions
+
+> `kvm_vision` refers to the image acquisition and encoding subsystem of NanoKVM, compiled with MaixCDK to produce dynamic libraries for Go calls. Use `kvm_vision_test` to compile and test the dynamic library.
+
+1. Before compiling, please ensure that the above-mentioned `MaixCDK` environment is correctly configured.
+2. Modify the paths of `MAIXCDK_PATH` and `NanoKVM_PATH` in `./build`.
+3. Execute `./build kvm_vision` to compile `kvm_vision_test`.
+4. You can test the dynamic libraries in `kvm_vision_test/dist/kvm_vision_test_release/dl_lib/`.
+5. Use `./build add_to_kvmapp` to place the dynamic libraries into the `/kvmapp` installation package.
+6. Use `./build kvm_vision clean` to clean the compilation of `kvm_vision`.

support/sg2002/README_ZH.md

@@ -1,8 +1,26 @@
-## 如果需要自己编译 kvm_system 请按以下步骤完成编译
+# NanoKVM support 说明
 
-1. `kvm_system`工程在[MaixCDK](https://github.com/sipeed/MaixCDK) 框架下编译。编译前，请保证`MaixCDK`环境已正确配置，配置教程点击[这里](https://github.com/sipeed/MaixCDK/blob/main/docs/doc_zh/README.md)
+## 环境准备
+1. NanoKVM-Lite/Full/PCIe 以SG2002为主控芯片，support 部分的工程在[MaixCDK](https://github.com/sipeed/MaixCDK) 框架下编译。编译前，请保证`MaixCDK`环境已正确配置，配置教程点击[这里](https://github.com/sipeed/MaixCDK/blob/main/docs/doc_zh/README.md)
+
+## kvm_system 编译说明
+
+> `kvm_system` 负责 NanoKVM 系统状态监控、系统更新、屏幕按键驱动和少部分的系统功能，借助 MaixCDK 编译
+
+1. 编译前，请保证上述 1.`MaixCDK`环境已正确配置
 2. 修改 `./build` 中 `MAIXCDK_PATH` 和 `NanoKVM_PATH`的路径
 3. 执行 `./build kvm_system` 编译 kvm_system 
 4. 使用 `scp ./kvm_system/dist/kvm_system_release/kvm_system root@192.168.x.x:/kvmapp/kvm_system` 拷贝入 NanoKVM 测试
 5. 使用 `./build add_to_kvmapp` 可以将可执行文件放入 `/kvmapp` 安装包内
-6. 使用 `./build clean` 可以清除 kvm_system 的编译
+6. 使用 `./build kvm_system clean` 可以清除 kvm_system 的编译
+
+## kvm_vision 编译说明
+
+> `kvm_vision` 是 NanoKVM 图像获取编码子系统的统称，使用MaixCDK编译出动态库供Go调用，使用 `kvm_vision_test` 编译和测试动态库
+
+1. 编译前，请保证上述 1.`MaixCDK`环境已正确配置
+2. 修改 `./build` 中 `MAIXCDK_PATH` 和 `NanoKVM_PATH`的路径
+3. 执行 `./build kvm_vision` 编译 kvm_vision_test 
+4. 可使用 `kvm_vision_test/dist/kvm_vision_test_release/dl_lib/` 中的动态库测试
+5. 使用 `./build add_to_kvmapp` 可以将动态库放入 `/kvmapp` 安装包内
+6. 使用 `./build kvm_vision clean` 可以清除 kvm_system 的编译

support/sg2002/build

@@ -1,18 +1,37 @@
 #!/bin/bash
 
-export MAIXCDK_PATH=~/Git_Project/MaixCDK
+export MAIXCDK_PATH=~/MaixCDK
 export NanoKVM_PATH=~/NanoKVM
 
-kvm_system_PATH="$NanoKVM_PATH/support/sg2002/kvm_system"
+Project_Name="None"
+Project_PATH="None"
+Project_Action="None"
+KVMAPP_PATH="$NanoKVM_PATH/kvmapp"
 
-maixcdk_build_from_zero(){
+maixcdk_build() {
-  maixcdk build <<EOF
+  local input_value="$1"
+
+  DIST_PATH="./dist"
+  rm -rf $DIST_PATH
+  
+  if [ "$input_value" = "from_zero" ]
+  then
+    maixcdk build <<EOF
 2
 EOF
+  else
+    maixcdk build
+  fi
 }
 
-maixcdk_build(){
+chack_build(){
-  maixcdk build
+  DIST_PATH="./dist"  
+  if [ -d "$DIST_PATH" ]
+  then
+    echo "SUCCESS"
+  else
+    echo "FAILURE"
+  fi
 }
 
 maixcdk_clean(){
@@ -22,38 +41,124 @@ maixcdk_clean(){
 
 case "$1" in
   kvm_system)
-    echo "Start using MaixCDK to compile kvm_system..." 
+    Project_Name="kvm_system"
-    cd $kvm_system_PATH
+    Project_PATH="$NanoKVM_PATH/support/sg2002/kvm_system"
-    if [ -f "$kvm_system_PATH/build/config/project_vars.json" ]
+    echo -e "\e[36m[build] \e[32mProject: kvm_system \e[0m"
-    then
-      if grep -q "\"PLATFORM\": \"maixcam\"" "$kvm_system_PATH/build/config/project_vars.json"; then
-        maixcdk_build
-      else
-        maixcdk_clean
-        maixcdk_build_from_zero
-      fi
-    else
-      maixcdk_build_from_zero
-    fi
-    echo -e "\e[36m[build] \e[32mbuild completed! Use \e[34m./build add_to_kvmapp\e[32m to add components to kvmapp.\e[0m"
   ;;
-  clean)
+  kvm_vision)
-    cd $kvm_system_PATH
+    Project_Name="kvm_vision"
-    maixcdk_clean
+    Project_PATH="$NanoKVM_PATH/support/sg2002/kvm_vision_test"
-    echo -e "\e[36m[build] \e[32mkvm_system cleanup completed!\e[0m"
+    echo -e "\e[36m[build] \e[32mProject: kvm_system \e[0m"
-  ;;
-  add_to_kvmapp)
-    source_PATH="$kvm_system_PATH/dist/kvm_system_release/kvm_system"
-    target_PATH="$NanoKVM_PATH/kvmapp/kvm_system/kvm_system"
-    if [ -f $source_PATH ]
-    then
-      cp -f $source_PATH $target_PATH
-      echo -e "\e[36m[build] \e[32mkvm_system has been moved to kvmapp.\e[0m"
-    else
-      echo -e "\e[36m[build] \e[31mThe source file does not exist. Please compile using \e[34m./build kvm_system \e[31mfirst.\e[0m"
-    fi
   ;;
   *)
-    echo -e "\e[36m[build] \e[33mUsage: $0 {kvm_system|clean|add_to_kvmapp}"
+    echo -e "\e[36m[build] \e[31mInvalid project name \e[0m"
-    exit 1
+    echo -e "\e[36m[build] \e[32mPlease select a project:\e[0m"
-esac
+    echo -e "0: kvm_system"
+    echo -e "1: kvm_vision"
+    while true; do
+      read -p "Please enter 0 or 1 : " input
+      if [[ "$input" -eq 0 ]]
+      then
+        Project_Name="kvm_system"
+        Project_PATH="$NanoKVM_PATH/support/sg2002/kvm_system"
+        break
+      elif [[ "$input" -eq 1 ]]
+      then
+        Project_Name="kvm_vision"
+        Project_PATH="$NanoKVM_PATH/support/sg2002/kvm_vision_test"
+        break
+      else
+        echo -e "\e[36m[build] \e[31mInvalid Index \e[0m"
+      fi
+    done
+esac
+
+if [ -z "$2" ]
+then
+    Project_Action="build"
+else
+    Project_Action=$2
+fi
+
+if [ ! "$Project_Name" = "None" ]
+then
+  case "$Project_Action" in
+    build)
+      # echo -e "\e[36m[build] \e[32mStart using MaixCDK to compile kvm_system...\e[0m"
+
+      JSON_PATH="$Project_PATH/build/config/project_vars.json"
+      Platform_Char="\"PLATFORM\": \"maixcam\""
+
+      if [ ! -e "$MAIXCDK_PATH/components/kvm" ]
+      then
+        echo -e "\e[36m[build] \e[32mDetected that the library has not been modified; first, move the library\e[0m"
+        
+        mv -f $MAIXCDK_PATH/components/vision $NanoKVM_PATH/support/sg2002/additional/original
+        # mv $MAIXCDK_PATH/components/maixcam_lib $NanoKVM_PATH/support/sg2002/additional/original
+        mv -f $MAIXCDK_PATH/components/peripheral/port/maixcam/maix_i2c.cpp $NanoKVM_PATH/support/sg2002/additional/original
+        mv -f $MAIXCDK_PATH/components/3rd_party/sophgo-middleware/sophgo-middleware/v2/sample/common/sample_common_sensor.c $NanoKVM_PATH/support/sg2002/additional/original
+      
+        cp -rf $NanoKVM_PATH/support/sg2002/additional/kvm $MAIXCDK_PATH/components
+        cp -rf $NanoKVM_PATH/support/sg2002/additional/kvm_mmf $MAIXCDK_PATH/components
+        cp -rf $NanoKVM_PATH/support/sg2002/additional/vision $MAIXCDK_PATH/components
+        cp -f $NanoKVM_PATH/support/sg2002/additional/peripheral/port/maixcam/maix_i2c.cpp $MAIXCDK_PATH/components/peripheral/port/maixcam/maix_i2c.cpp
+        cp -f $NanoKVM_PATH/support/sg2002/additional/sophgo-middleware/v2/sample/common/sample_common_sensor.c $MAIXCDK_PATH/components/3rd_party/sophgo-middleware/sophgo-middleware/v2/sample/common/
+
+        echo -e "\e[36m[build] \e[32mMove the library completed!\e[0m"
+      fi
+
+      cd $Project_PATH
+      if [ -f $JSON_PATH ]
+      then
+        if grep -q $Platform_Char $JSON_PATH; then
+          maixcdk_build
+        else
+          maixcdk_clean
+          maixcdk_build "from_zero"
+        fi
+      else
+        maixcdk_build "from_zero"
+      fi
+
+      RES=$(chack_build)
+      
+      if [ "$RES" = "SUCCESS" ]
+      then
+        echo -e "\e[36m[build] \e[32mBuild completed! Use \e[34m./build $Project_Name add_to_kvmapp\e[32m to add it to kvmapp.\e[0m"
+      else
+        echo -e "\e[36m[build] \e[31mBuild Error!\e[0m"
+      fi
+    ;;
+    clean)
+      cd $Project_PATH
+      maixcdk_clean
+      echo -e "\e[36m[build] \e[32m$Project_Name cleanup completed!\e[0m"
+    ;;
+    add_to_kvmapp)
+      if [ "$Project_Name" = "kvm_system" ]
+      then
+        SOURCE_PATH="$Project_PATH/dist/kvm_system_release/kvm_system"
+        TARGET_PATH="$KVMAPP_PATH/kvm_system/kvm_system"
+        chmod +x $SOURCE_PATH
+        rm -f $TARGET_PATH
+      else
+        SOURCE_PATH="$Project_PATH/dist/kvm_vision_test_release/dl_lib"
+        TARGET_PATH="$KVMAPP_PATH/server/"
+      fi
+      if [ -e $SOURCE_PATH ]
+      then
+        cp -rf $SOURCE_PATH $TARGET_PATH
+        echo -e "\e[36m[build] \e[32mkvm_system has been moved to kvmapp.\e[0m"
+      else
+        echo -e "\e[36m[build] \e[31mThe source file does not exist. Please compile using \e[34m./build kvm_system \e[31mfirst.\e[0m"
+      fi
+    ;;
+    *)
+      echo -e "\e[36m[build] \e[31mInvalid Action: \e[34m$2 \e[0m"
+      echo -e "\e[36m[build] \e[31mUsage: $0 [Project Name]{kvm_system|kvm_vision} [Action]{-/build|clean|add_to_kvmapp} e.g. \e[34m./build kvm_system clean \e[0m"
+      exit 1
+  esac
+else
+  echo -e "\e[36m[build] \e[31mInvalid Name \e[0m"
+  exit 1
+fi