Chip-cn-dat/Espressif-dat/ESP32-P4-dat/ESP32-P4-dat.md
... ...
@@ -1,6 +1,11 @@
1 1
2 2
# ESP32-P4-dat
3 3
4
+- [[ESP32-P4-SDK-dat]] - [[SDK-dat]]
5
+
6
+## info
7
+
8
+
4 9
The ESP32-P4 is a high-performance microcontroller in Espressif's ESP32 series, aimed at advanced applications that require robust processing power and efficient communication. Here are its most significant features:
5 10
6 11
### **1. High-Performance Processor**
... ...
@@ -41,4 +46,26 @@ The ESP32-P4 is a high-performance microcontroller in Espressif's ESP32 series,
41 46
- Ideal for industrial automation, robotics, motor control, edge computing, and AI/ML applications.
42 47
- Works as a companion processor to wireless-enabled ESP32 devices for offloading compute-heavy tasks.
43 48
44
-The ESP32-P4’s performance-oriented design sets it apart, catering to applications where processing power and versatile peripherals are more critical than wireless connectivity.
... ...
\ No newline at end of file
0
+The ESP32-P4’s performance-oriented design sets it apart, catering to applications where processing power and versatile peripherals are more critical than wireless connectivity.
1
+
2
+
3
+## review 1
4
+
5
+Personal impressions:
6
+
7
+- This chip is neither outstanding nor lacking—somewhere in the middle.
8
+- MIPI only supports 2 lanes.
9
+- For Wi-Fi, you need to add a C6 module.
10
+- Currently does not support Arduino.
11
+
12
+Advantages:
13
+
14
+- Mainly depends on future ecosystem development.
15
+- Currently, there are quite a few comprehensive ESP-IDF examples, but individual module tests are still relatively few.
16
+
17
+
18
+## ref
19
+
20
+- [[ESP32-P4]] - [[ESPressif]]
21
+
22
+- [[esp-dat]]
... ...
\ No newline at end of file
Chip-cn-dat/allwinner-dat/D1-S-dat/D1-S-dat.md
... ...
@@ -25,70 +25,6 @@ https://d1s.docs.aw-ol.com/
25 25
- [[sunxi-tools-dat]]
26 26
27 27
28
-## flash
29
-
30
-### 操作步骤
31
-
32
-1. 将所有文件拷贝到 Ubuntu系统的 ~ 目录下
33
-
34
-2. 执行如下解压缩命令，等待解压缩 完成
35
-
36
-> cat tina-d1-h.tar.bz2.* | tar -jxv
37
->
38
-1. 解压缩完成后 继续参考 http://riscv64.dongshanpi.com/ 页面 Tina-SDK-V2.0相关资料
39
-
40
-### 所有文件MD5校验值
41
-
42
-> Ubuntu下输入 md5sum tina-d1-h.tar.bz2.* 查看
43
-
44
-e755bae00cd76afc3fb276b4e3fd86ba tina-d1-h.tar.bz2.00
45
-cb60ecfdb51c624ff3cbd7b24552866f tina-d1-h.tar.bz2.01
46
-54e56a4cf1cef46ca0a94b85ea1d33a1 tina-d1-h.tar.bz2.02
47
-4988fa08827c0f7af2dc170145e24b26 tina-d1-h.tar.bz2.03
48
-a0463bcf8e73db27b5ecafaac593a919 tina-d1-h.tar.bz2.04
49
-a87382ca16a8c12b3a94f1cad99ce77e tina-d1-h.tar.bz2.05
50
-5973530baa3b282108351818641c27fd tina-d1-h.tar.bz2.06
51
-ccd63e1d16534b364a101d2d44416261 tina-d1-h.tar.bz2.07
52
-e0d72713565f4424ea43c07e15a38139 tina-d1-h.tar.bz2.08
53
-
54
-
55
-### system image and SDK
56
-
57
-- contact and find in our google drive
58
-
59
-### Flash
60
-
61
-Allwinner Official Tools
62
-- Allwinner system TF card flashing tool: PhoenixCardv4.2.7.7z.7z
63
-- Allwinner system OTG flashing tool: AllwinnertechPhoeniSuitRelease20201225.zip.zip
64
-Community version flashing tools
65
-- Complete TF card flashing tool: win32diskimager-1.0.0-install.exe
66
-- TF card formatting tool: SDCardFormatterv5_WinEN.zip
67
-
68
-### Flashing Allwinner D1 System Image to TF Card (Tutorial)
69
-
70
-#### Step 1: Format the TF Card
71
-
72
-1. Insert the TF card into a card reader, then connect the reader to your computer's USB port.
73
-2. Use the SD Card Formatter tool to format the TF card. **Backup any important data before formatting.**
74
-3. In the SD Card Formatter interface:
75
- - Click "Refresh" to detect your TF card.
76
- - Select your TF card from the list.
77
- - Click "Format" and confirm by clicking **Yes** in the dialog.
78
- - Wait for the formatting process to complete.
79
-
80
-![](2025-08-08-12-22-26.png)
81
-
82
-#### Step 2: Burn the System Image
83
-
84
-1. After formatting, open the **PhoenixCard.exe** tool.
85
-2. In PhoenixCard:
86
- - Find and select your TF card drive letter.
87
- - Click the "Firmware" button (red box 1) and choose the extracted `tina_d1s-nezha_sd_uart0.img` image file.
88
- - Click "Startup Card" (red box 2).
89
- - Click "Burn" (red box 3) and wait for the burning process to finish.
90
-
91
-![](2025-08-08-12-22-36.png)
92 28
93 29
### After Flash
94 30
Chip-cn-dat/allwinner-dat/F1C100-dat/F1C100-SDK-dat/F1C100-SDK-dat.md
... ...
@@ -137,4 +137,6 @@ folder rootfs for [[buildroot-dat]]
137 137
138 138
- https://mega.nz/folder/A8g1Hb4J#WcuoqvbpasKlVB8-YEpWPA
139 139
140
-- [[sipeed-dat]]
... ...
\ No newline at end of file
0
+- [[sipeed-dat]]
1
+
2
+- Nano_pub_V4.zip
... ...
\ No newline at end of file
Chip-cn-dat/allwinner-dat/T113-dat/T113-dat.md
... ...
@@ -3,7 +3,7 @@
3 3
4 4
- [[thermal-imaging-camera-dat]]
5 5
6
-- [[D1S-dat]]
6
+- [[D1-S-dat]]
7 7
8 8
9 9
## chip version
Chip-cn-dat/allwinner-dat/allwinner-dat.md
... ...
@@ -1,6 +1,8 @@
1 1
2 2
# allwinner-dat
3 3
4
+## chips
5
+
4 6
- [[H618-dat]] - [[H616-dat]] - [[H618-dat]]
5 7
6 8
... ...
@@ -33,6 +35,12 @@
33 35
34 36
- [[X3-dat]]
35 37
38
+## use
39
+
40
+- [[allwinner-SDK-dat]] - [[virtualbox-dat]]
41
+
42
+- [[allwinner]]
43
+
36 44
## app
37 45
38 46
- [[Thermal-imaging-camera-dat]]
... ...
@@ -69,12 +77,6 @@
69 77
70 78
- [[video-dat]] - [[video-decodec-dat]]
71 79
72
-- [[virtualbox-dat]]
73
-
74
-- [[allwinner-SDK-dat]]
75
-
76
-- [[allwinner]]
77
-
78 80
- [[chip-cn-dat]]
79 81
80 82
SDK-dat/ESP-SDK-dat/ESP32-P4-SDK-dat/ESP32-P4-SDK-dat.md
... ...
@@ -0,0 +1,29 @@
1
+# ESP32-P4-SDK-dat
2
+
3
+- [[ESP-IDF-vscode-dat]]
4
+
5
+## relevant library
6
+
7
+| Library Name | Description | Version | Installation Requirement |
8
+|---------------------------|---------------------------------------------|----------|---------------------------|
9
+| GFX_Library_for_Arduino | GFX library for SH8601 | v1.6.0 | Offline installation |
10
+| lvgl | LVGL graphics library | v9.3.0 | Recommended offline |
11
+| displays | I2C driver, display and touch definitions | — | Offline installation |
12
+| lv_conf.h | LVGL configuration file | — | Offline installation |
13
+
14
+
15
+## demos
16
+
17
+| Demo Name | Description | Dependencies |
18
+|----------------------|-----------------------------------------------------------------------------|-------------------------------------|
19
+| HelloWorld | Demonstrates basic graphics library features, tests display performance, random text | GFX_Library_for_Arduino, displays |
20
+| Drawing_board | Touch drawing test | GFX_Library_for_Arduino, displays |
21
+| AsciiTable | Prints ASCII characters by row/column based on screen size | GFX_Library_for_Arduino, displays |
22
+| GFX_ESPWiFiAnalyzer | Draws WiFi band signal strength on screen | GFX_Library_for_Arduino, displays |
23
+| LVGLV9_Arduino | LVGL demo | LVGL, GFX_Library_for_Arduino, displays |
24
+
25
+
26
+
27
+## ref
28
+
29
+- [[ESP-SDK-dat]]
... ...
\ No newline at end of file
SDK-dat/ESP-SDK-dat/esp-idf-dat/esp-idf-vscode-dat/2025-08-09-12-40-34.png
... ...
Binary files /dev/null and b/SDK-dat/ESP-SDK-dat/esp-idf-dat/esp-idf-vscode-dat/2025-08-09-12-40-34.png differ
SDK-dat/ESP-SDK-dat/esp-idf-dat/esp-idf-vscode-dat/2025-08-09-12-41-19.png
... ...
Binary files /dev/null and b/SDK-dat/ESP-SDK-dat/esp-idf-dat/esp-idf-vscode-dat/2025-08-09-12-41-19.png differ
SDK-dat/ESP-SDK-dat/esp-idf-dat/esp-idf-vscode-dat/2025-08-09-12-41-29.png
... ...
Binary files /dev/null and b/SDK-dat/ESP-SDK-dat/esp-idf-dat/esp-idf-vscode-dat/2025-08-09-12-41-29.png differ
SDK-dat/ESP-SDK-dat/esp-idf-dat/esp-idf-vscode-dat/2025-08-09-12-41-46.png
... ...
Binary files /dev/null and b/SDK-dat/ESP-SDK-dat/esp-idf-dat/esp-idf-vscode-dat/2025-08-09-12-41-46.png differ
SDK-dat/ESP-SDK-dat/esp-idf-dat/esp-idf-vscode-dat/2025-08-09-12-42-36.png
... ...
Binary files /dev/null and b/SDK-dat/ESP-SDK-dat/esp-idf-dat/esp-idf-vscode-dat/2025-08-09-12-42-36.png differ
SDK-dat/ESP-SDK-dat/esp-idf-dat/esp-idf-vscode-dat/esp-idf-vscode-dat.md
... ...
@@ -3,11 +3,12 @@
3 3
# esp-idf-vscode-dat
4 4
5 5
e:\work-data\IDF
6
+
6 7
e:\work-data\IDF_tools
7 8
8 9
![](2025-07-29-17-50-56.png)
9 10
10
-### vs-code extension
11
+## vs-code extension
11 12
12 13
13 14
- https://github.com/espressif/vscode-esp-idf-extension/blob/master/docs/tutorial/install.md
... ...
@@ -18,4 +19,69 @@ https://docs.espressif.com/projects/vscode-esp-idf-extension/en/latest/
18 19
- [[esp-idf-vscode-install-dat]] - [[esp-idf-vscode-compile-dat]]
19 20
20 21
21
-- [[ESP-IDF-dat]]
... ...
\ No newline at end of file
0
+- [[ESP-IDF-dat]]
1
+
2
+
3
+
4
+## Project Start
5
+
6
+Open the ESP-IDF extension in VS Code, click **New Project**, select an ESP-IDF example (such as `sample_project`), and click **Create**.
7
+
8
+![](2025-08-09-12-40-34.png)
9
+
10
+After creating and opening the project, you will see a typical VS Code project structure:
11
+
12
+```
13
+├── CMakeLists.txt
14
+├── main
15
+│ ├── CMakeLists.txt
16
+│ └── main.c
17
+└── README.md
18
+```
19
+
20
+## ESP-IDF Project Details
21
+
22
+- **Component**: In ESP-IDF, a component is a basic module or library that provides specific functionality. Components are usually independent and reusable, similar to libraries in Python.
23
+- **Component Reference**: In Python, you use `import library_name`. In ESP-IDF (C), you configure and include components via `CMakeLists.txt`.
24
+- **Online Components**: To add an online component, use `idf.py add-dependency <componentName>`. This generates an `idf_component.yml` file for component management.
25
+- **CMakeLists.txt**: The build tool CMake reads the top-level `CMakeLists.txt` to determine build rules and which components to include. When you add components or programs in `CMakeLists.txt`, CMake will import and build the required files accordingly.
26
+
27
+![](2025-08-09-12-41-19.png)
28
+
29
+![](2025-08-09-12-41-29.png)
30
+
31
+## VS Code Bottom Toolbar Overview
32
+
33
+When you open an ESP-IDF project, the bottom toolbar in VS Code automatically loads the environment. For ESP32-P4-NANO development, this toolbar is especially important:
34
+
35
+![](2025-08-09-12-41-46.png)
36
+
37
+- **ESP-IDF Version Manager**: Manage multiple ESP-IDF versions and switch between them as needed for different projects.
38
+- **COM Port Selector**: Choose the port to flash your compiled program onto the chip.
39
+- **Set Target**: Select the chip model (e.g., for ESP32-P4-NANO, choose `esp32p4`).
40
+- **menuconfig**: Edit the `sdkconfig` configuration file.
41
+- **Fullclean**: Clean all build files if you encounter build errors or corrupted files.
42
+- **Build**: Compile the project.
43
+- **Flash**: After building, select the correct COM port and flash the firmware to the chip.
44
+- **Monitor**: After flashing, use this to view logs and debug output from the device.
45
+- **Build Flash Monitor (Fire Icon)**: One-click to build, flash, and monitor in sequence.
46
+
47
+## Hello World Example
48
+
49
+After learning about the VS Code bottom toolbar, you can quickly get started with the Hello World project. This example demonstrates how to use ESP-IDF to create a basic application and covers the ESP32 development workflow: build, flash, and monitor.
50
+
51
+When you open the Hello World example, set the target port and chip type. **Note:** When you select the chip type, the bottom right will show a loading animation—this means ESP-IDF is running `idf.py set-target esp32p4` and downloading the required architecture package. Please wait for this process to finish before building, or you may encounter errors!
52
+
53
+Use the bottom toolbar's fire icon to build, flash, and monitor. You should see "Hello World!" output in the terminal.
54
+
55
+![](2025-08-09-12-42-36.png)
56
+
57
+## Code Explanation
58
+
59
+The code contains only one main function, `app_main`, which uses conditional statements to determine what to print. At the end, a loop is added to restart the chip every 10 seconds.
60
+
61
+The `app_main` function is the entry point for user applications in the ESP-IDF (Espressif IoT Development Framework). It is the core function of an ESP-IDF project, similar to the `main` function in standard C. In ESP32 development, `app_main` is scheduled as the first task by the real-time operating system (FreeRTOS), marking the start of user code execution.
62
+
63
+## ref
64
+
65
+- [[ESP-SDK-dat]]
... ...
\ No newline at end of file
SDK-dat/SDK-DAT.md
... ...
@@ -52,6 +52,15 @@
52 52
53 53
- [[adb-dat]]
54 54
55
+- [[linux-dat]]
56
+
57
+📂 Listing Folder Structures (Easy-to-Read)
58
+
59
+```bash
60
+tree -L 2
61
+```
62
+
63
+
55 64
56 65
## ref
57 66
SDK-dat/allwinner-SDK-dat/allwinner-SDK-dat.md
... ...
@@ -16,38 +16,32 @@
16 16
17 17
18 18
19
-## complier
19
+## Compiler
20 20
21
-下载 Hello Word 文件
21
+Download the Hello World file
22 22
23
-编译完成后需要将编译好的hello_word文件下载到开发板上运行。
23
+After compilation, you need to download the compiled hello_word file to the development board for execution.
24 24
25
-传入文件可使用的方法多种多样，仁者见仁智者见智。可用的方法简传单列举：
25
+There are various methods to transfer files; choose the one that suits you best. Common methods include:
26 26
27
-- ADB工具
28
-- nfs挂载文件系统
29
-- 使用SD卡挂载
27
+- ADB tool - [[adb-dat]]
28
+- NFS mounted file system
29
+- Using an SD card
30 30
31
-在这里推荐使用我们的ADB工具来进行传输，不需要增加多余的连接，仅仅只需要一根USB线即可。
31
+We recommend using our ADB tool for file transfer. It requires no extra connections, just a single USB cable.
32 32
33
+## Flash Tools
33 34
34
-## flash tools
35
+1. PhoenixSuit: A Windows-based flashing tool, the most commonly used. Connect the PC and development board via a data cable to flash firmware onto the board. Supports partition flashing, suitable for development and small-scale production. Developers are advised to use this tool for firmware upgrades.
36
+2. LiveSuit: An Ubuntu-based flashing tool. Connect the PC and development board via a data cable to flash firmware onto the board. It is the Ubuntu version of PhoenixSuit, suitable for Ubuntu developers.
37
+3. PhoenixUSBpro: A Windows-based flashing tool. Connect the PC and development board via a data cable to flash firmware onto the board. One PC can connect up to 8 devices simultaneously for batch flashing, suitable for mass production.
35 38
36
-（1） PhoenixSuit：基于Windows的系统的烧写工具，是最常用的烧写工具，通过数据线将PC和开发板连接，把固件烧到开发板上，支持分区烧写，适用于开发和小规模生产使用。建议开发者开发时使用该工具进行固件升级。
39
+## Flash
37 40
38
-（2）LiveSuit：基于Ubuntu的系统的烧写工具，通过数据线将PC和开发板连接，把固件烧到开发板上，即Ubuntu版的PhoenixSuit，适用于Ubuntu系统开发者进行开发烧写。
39
-
40
-（3）PhoenixUSBpro：基于Windows的系统的烧写工具，通过数据线将PC和开发板连接，把固件烧到开发板上，一台PC可同时连接8台设备，分别控制其进行烧写，适用于产线批量生产。（如下图）
41
-
42
-
43
-
44
-
45
-## flash
46
-
47
-硬件：TypeC线 X2
48
-软件：全志线刷工具：[AllwinnertechPhoeniSuit](https://gitlab.com/dongshanpi/tools/-/raw/main/AllwinnertechPhoeniSuit.zip)
49
-软件：SPI Nor系统镜像：[tina_d1s-nezha_nor_uart0_nor](https://gitlab.com/dongshanpi/tools/-/raw/main/tina_d1s-nezha_nor_uart0_nor.zip)
50
-软件：全志USB烧录驱动：[AllwinnerUSBFlashDeviceDriver](https://gitlab.com/dongshanpi/tools/-/raw/main/AllwinnerUSBFlashDeviceDriver.zip)
41
+- Hardware: 2 x Type-C cables
42
+- Software: Allwinner flashing tool: [AllwinnertechPhoeniSuit](https://gitlab.com/dongshanpi/tools/-/raw/main/AllwinnertechPhoeniSuit.zip)
43
+- Software: SPI Nor system image: [tina_d1s-nezha_nor_uart0_nor](https://gitlab.com/dongshanpi/tools/-/raw/main/tina_d1s-nezha_nor_uart0_nor.zip)
44
+- Software: Allwinner USB flashing driver: [AllwinnerUSBFlashDeviceDriver](https://gitlab.com/dongshanpi/tools/-/raw/main/AllwinnerUSBFlashDeviceDriver.zip)
51 45
52 46
53 47
... ...
@@ -74,6 +68,73 @@
74 68
- https://gitlab.com/users/dongshanpi/projects
75 69
76 70
71
+## D1-S Flash
72
+
73
+- [[virtualbox-dat]] - [[SDK-dat]] - [[TINA-dat]]
74
+
75
+### 操作步骤
76
+
77
+1. 将所有文件拷贝到 Ubuntu系统的 ~ 目录下
78
+
79
+2. 执行如下解压缩命令，等待解压缩 完成
80
+
81
+> cat tina-d1-h.tar.bz2.* | tar -jxv
82
+>
83
+1. 解压缩完成后 继续参考 http://riscv64.dongshanpi.com/ 页面 Tina-SDK-V2.0相关资料
84
+
85
+### 所有文件MD5校验值
86
+
87
+> Ubuntu下输入 md5sum tina-d1-h.tar.bz2.* 查看
88
+
89
+e755bae00cd76afc3fb276b4e3fd86ba tina-d1-h.tar.bz2.00
90
+cb60ecfdb51c624ff3cbd7b24552866f tina-d1-h.tar.bz2.01
91
+54e56a4cf1cef46ca0a94b85ea1d33a1 tina-d1-h.tar.bz2.02
92
+4988fa08827c0f7af2dc170145e24b26 tina-d1-h.tar.bz2.03
93
+a0463bcf8e73db27b5ecafaac593a919 tina-d1-h.tar.bz2.04
94
+a87382ca16a8c12b3a94f1cad99ce77e tina-d1-h.tar.bz2.05
95
+5973530baa3b282108351818641c27fd tina-d1-h.tar.bz2.06
96
+ccd63e1d16534b364a101d2d44416261 tina-d1-h.tar.bz2.07
97
+e0d72713565f4424ea43c07e15a38139 tina-d1-h.tar.bz2.08
98
+
99
+
100
+### system image and SDK
101
+
102
+- contact and find in our google drive
103
+
104
+### Flash
105
+
106
+Allwinner Official Tools
107
+- Allwinner system TF card flashing tool: PhoenixCardv4.2.7.7z.7z
108
+- Allwinner system OTG flashing tool: AllwinnertechPhoeniSuitRelease20201225.zip.zip
109
+Community version flashing tools
110
+- Complete TF card flashing tool: win32diskimager-1.0.0-install.exe
111
+- TF card formatting tool: SDCardFormatterv5_WinEN.zip
112
+
113
+### Flashing Allwinner D1 System Image to TF Card (Tutorial)
114
+
115
+#### Step 1: Format the TF Card
116
+
117
+1. Insert the TF card into a card reader, then connect the reader to your computer's USB port.
118
+2. Use the SD Card Formatter tool to format the TF card. **Backup any important data before formatting.**
119
+3. In the SD Card Formatter interface:
120
+ - Click "Refresh" to detect your TF card.
121
+ - Select your TF card from the list.
122
+ - Click "Format" and confirm by clicking **Yes** in the dialog.
123
+ - Wait for the formatting process to complete.
124
+
125
+![](2025-08-08-12-22-26.png)
126
+
127
+#### Step 2: Burn the System Image
128
+
129
+1. After formatting, open the **PhoenixCard.exe** tool.
130
+2. In PhoenixCard:
131
+ - Find and select your TF card drive letter.
132
+ - Click the "Firmware" button (red box 1) and choose the extracted `tina_d1s-nezha_sd_uart0.img` image file.
133
+ - Click "Startup Card" (red box 2).
134
+ - Click "Burn" (red box 3) and wait for the burning process to finish.
135
+
136
+![](2025-08-08-12-22-36.png)
137
+
77 138
78 139
79 140
SDK-dat/virtualbox-dat/virtualbox-dat.md
... ...
@@ -8,59 +8,6 @@
8 8
- [[C-dat]]
9 9
10 10
11
-## install
12
-
13
-下载安装
14
-官网下载地址：https://www.virtualbox.org/
15
-
16
-参考链接： Oracle VM VirtualBox官网下载安装教程： https://blog.csdn.net/kaixuansui/article/details/89334859/
17
-
18
-VirtualBox安装Ubuntu
19
-注意：
20
-
21
-(1)内存大小设置：建议大于2GB
22
-(2) 虚拟硬盘大小设置：建议至少设置50GB（SDK所需较大空间）
23
-(3) 安装好Ubuntu14.04虚拟机环境后，建议不要在线升级Ubuntu版本
24
-
25
-参考链接： Oracle VM VirtualBox安装Ubuntu14.04环境的教程： https://blog.csdn.net/weixin_42135087/article/details/108193641
26
-
27
-## 增强功能
28
-
29
-安装增强功能可以实现共享剪切板功能共享文件夹功能。共享粘贴板可在PC和虚拟机之间互相粘贴复制内容。文件夹共享可以在本地主机下创建一个文件夹，然后VirtualBOX将该文件夹映射到虚拟机下指定的文件夹中，这样我们就可以访问该文件夹下的子文件夹以及文件了。这两个功能都能极大地提高我们的开发效率
30
-
31
-注意： 在共享文件夹的路径中如果是挂在的windows系统的文件夹，可能无法成功地下载Tina的SDK代码，注意SDK的下载目录不要设置在共享文件夹中。
32
-
33
-### 安装增强功能的方法
34
-
35
-方法一： 点击虚拟机界面上面菜单栏的【设备】--【安装增强功能】。然后可以看到在虚拟机的光驱中自动加载了增强iso的文件(VBoxGuestAdditions.iso)，点击【Run】运行按钮。接着按虚拟机所指引步骤进行即可。
36
-
37
-方法二： 在linux中挂载光驱。参考链接如下： https://jingyan.baidu.com/article/fdbd42779d9530b89e3f489c.html
38
-
39
-实现共享文件夹的方：
40
-
41
-在VirtualBox中创建共享文件夹的参考链接如下： http://www.koudaipe.com/funny/1002.html
42
-
43
-共享文件夹 共享文件夹后可能由于权限问题无法操作，需要做如下操作：
44
-
45
-
46
-sudo usermod -aG vboxsf $(whoami)
47
-*$(whoami) 替换成您Ubuntu的用户名
48
-
49
-## virtualbox setup guide
50
-
51
-- preference
52
- - set global file location
53
-
54
-### proxy
55
-
56
-preferences -> network -> proxy == socks5://127.0.0.1:7897
57
-
58
-- turn on TUN mode
59
-
60
-
61
-
62
-# VirtualBox Guide
63
-
64 11
## Installation
65 12
66 13
- Official download: [https://www.virtualbox.org/](https://www.virtualbox.org/)
... ...
@@ -151,6 +98,9 @@ Note that the main menu bar is hidden in scaled mode. You can access it by press
151 98
152 99
- re-set share folder
153 100
101
+### share folder
102
+
103
+folder == /media/sf_share-folder
154 104
155 105
156 106
## ref
board-3rd-dat/sipeed-dat/sipeed-dat.md
... ...
@@ -5,7 +5,7 @@
5 5
6 6
- [[allwinner-dat]]
7 7
8
-## lichee zero
8
+## lichee zero == V3S
9 9
10 10
![](2025-07-15-02-01-05.png)
11 11
... ...
@@ -15,10 +15,12 @@ github.com/Lichee-Pi
15 15
16 16
- [[V3S-dat]]
17 17
18
-## lichhe nano
18
+## lichhe nano = F1C100
19 19
20 20
- [[F1C100-dat]]
21 21
22
+
23
+
22 24
## ref
23 25
24 26
- https://wiki.sipeed.com