该程序是旧版本！最新版本为20220213版：
https://blog.csdn.net/ZLK1214/article/details/122915474

本程序所用的单片机型号为：STM32F103ZE
可以用STM32F103RE或STM32F103RD，但是STM32F103RC不行！
PB12端口为复位引脚（PDN），请务必连接！不连接PDN引脚将导致固件无法下载！如果模块上有PDN和RESET两个引脚，只需要连接PDN引脚。因为模块上的RESET引脚是悬空的，根本就没有连到芯片上。
晶振用的是8MHz，请注意检查自己的开发板，看看晶振是不是8MHz。如果是12MHz，请修改system_stm32f10x.c文件，把PLL的倍频系数由9改成6（8×9=12×6），并在工程属性中定义HSE_VALUE=12000000！

程序支持连接无密码的热点以及WEP、WPA-PSK和WPA2-PSK认证类型的热点，加密方式支持TKIP和AES。WEP加密类型仅支持添加一个密钥。
程序暂不支持创建AP热点（路由器热点）。需要创建AP热点代码的读者请私下联系QQ970349094。
88W8801不支持Ad-Hoc点对点模式, 请不要使用程序中与Ad-Hoc有关的函数。

用Keil5编写程序的时候，工程文件夹路径最好不要出现中文哦！不然代码提示可能会有问题
wifi_88w8801是主程序，直接打开下载运行即可。该程序裸机运行，不带操作系统，运行的是lwip-2.0.3协议栈

现在lwip2.1版本已经发布了。该版本的lwip压缩包（lwip-2.1.0.zip）中的src/netif文件夹下没有ethernetif.c了，那个文件是被移动到contrib-2.1.0.zip的examples/ethernetif文件夹下去了。

sd8801_uapsta.c是WiFi模块的固件，上电运行时必须由单片机发送给WiFi模块运行
该固件数据非常大，为了节约程序编译下载的时间，可以运行flash_saver程序将这些数据保存到Flash固定区域（要求芯片为STM32F103xE或以上）
然后根据串口提示，修改WiFi.h中WIFI_FIRMWAREAREA_ADDR的值（取消注释）
这样就可以移除sd8801_uapsta.c文件，大幅度降低程序烧写时间了

移植到STM32F407VE单片机上的程序（20181010版）：https://blog.csdn.net/ZLK1214/article/details/82995164

此版本修复了上一个版本（20180729版）存在的一些问题，主要更新如下：
1. 收到命令回应时，如果result字段不为0，则调用回调函数时，传入的参数status为WIFI_STATUS_FAIL或WIFI_STATUS_UNSUPPORTED，不再是WIFI_STATUS_OK
   当命令回应或数据帧确认超时时，status为WIFI_STATUS_NORESP（这个没变）
2. 数据帧确认超时时，串口会输出提示（WIFI_DISPLAY_RESPTIME选项启用的情况下）
3. 添加了连接WEP热点的支持（单WEP密钥），并能够显示已添加的密钥（串口发送k）
4. 修复了当关联热点成功但尚未认证成功时，串口发送R可以重连热点导致系统故障的bug
5. 添加了WiFi_EventProcess函数处理WiFi事件，修复了WiFi掉线后WiFi_Deauthenticate仍能执行成功的bug（wifi_ssid_info未清零）
6. 把wifi_test中的IP4_*全部改成了IP_*，如ip4_addr_t改成了ip_addr_t
7. 修复了测速上位机程序中freeaddrinfo释放不了内存的问题

本程序也支持88W8782芯片，但需要将固件sd8801_uapsta.c替换成8782的内容（提取码：rn8h），然后把WiFi.h中的数据发送通道数WIFI_DATAPORTS_TX_NUM由11改为15。

【模块连线】

模块底板的PCB文件（可以自己打一个PCB出来）：8782模块资料.zip_免费高速下载|百度网盘-分享无限制

顶层：

上面字都写错了，不是W8287，是W8801才对，自己改过来吧。。。

底层：


其中，7脚RST接的是中间14脚模组的PDN引脚，低电平有效。

【Keil5工程截图】

【笔者所用的开发板和WiFi模块】

【程序运行截图】

1. 串口输出

2. ping IP地址和计算机名

3.  IE浏览器通过计算机名访问板上的HTTP服务器

【程序运行结果】

STM32F103ZE SDIO 88W8801
RESPCMD63, RESP1_b0ff8000
RESPCMD63, RESP1_b0300000
Number of I/O Functions: 3
Memory Present: 0
Relative Card Address: 0x0001
Card selected! RESP1_00001e00
SDIO Clock: 24MHz
[CIS] func=0, ptr=0x00008000
Product Information: Marvell 802.11 SDIO ID: 48
Manufacturer Code: 0x02df
Manufacturer Information: 0x9138
Card Function Code: 0x0c
System Initialization Bit Mask: 0x00
Maximum Block Size: 256
Maximum Transfer Rate Code: 0x5a
[CIS] func=1, ptr=0x00008080
Manufacturer Code: 0x02df
Manufacturer Information: 0x9139
Card Function Code: 0x0c
System Initialization Bit Mask: 0x00
Maximum Block Size: 512
[CIS] func=2, ptr=0x00008100
[CIS] func=3, ptr=0x00008180
Firmware is successfully downloaded!
CMDRESP 0x804d at 19ms
MAC Addr: 08:EA:40:31:21:8B
CMDRESP 0x8006 at 441ms
SSID 'CMCC-EDU', MAC 76:14:4B:57:E0:A8, RSSI 67, Channel 1Capability: 0x0621 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 18.0Mbps 24.0Mbps 36.0Mbps 54.0Mbps
SSID 'CMCC-EDU', MAC 06:14:4B:57:FD:01, RSSI 77, Channel 1Capability: 0x0621 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 18.0Mbps 24.0Mbps 36.0Mbps 54.0Mbps
SSID 'CMCC-EDU', MAC C6:14:4B:57:DA:5D, RSSI 78, Channel 1Capability: 0x0621 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 18.0Mbps 24.0Mbps 36.0Mbps 54.0Mbps
SSID 'Xiaomi', MAC F0:B4:29:23:03:F5, RSSI 72, Channel 1Capability: 0x0c11 (Security: WPA2, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 9.0Mbps 18.0Mbps 36.0Mbps 54.0Mbps
SSID 'CMCC-Young', MAC D6:14:4B:57:E8:5F, RSSI 74, Channel 1Capability: 0x0621 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 18.0Mbps 24.0Mbps 36.0Mbps 54.0Mbps
SSID 'CMCC-Young', MAC 66:14:4B:62:E8:88, RSSI 66, Channel 1Capability: 0x0621 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 18.0Mbps 24.0Mbps 36.0Mbps 54.0Mbps
SSID 'CMCC-Young', MAC 16:14:4B:63:0A:33, RSSI 85, Channel 1Capability: 0x0621 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 18.0Mbps 24.0Mbps 36.0Mbps 54.0Mbps
SSID 'CMCC-Young', MAC C6:14:4B:57:DA:5E, RSSI 81, Channel 1Capability: 0x0621 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 18.0Mbps 24.0Mbps 36.0Mbps 54.0Mbps
CMDRESP 0x8006 at 441ms
SSID 'CMCC-EDU', MAC 66:14:4B:57:FE:57, RSSI 57, Channel 6Capability: 0x0621 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 18.0Mbps 24.0Mbps 36.0Mbps 54.0Mbps
SSID 'Oct1158-2', MAC FC:D7:33:FE:D6:02, RSSI 36, Channel 6Capability: 0x0431 (Security: WPA2, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 6.0Mbps 9.0Mbps 12.0Mbps 18.0Mbps
SSID 'CMCC-Young', MAC 66:14:4B:57:FE:58, RSSI 55, Channel 6Capability: 0x0621 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 18.0Mbps 24.0Mbps 36.0Mbps 54.0Mbps
SSID 'CMCC-EDU', MAC C6:14:4B:62:AB:CD, RSSI 64, Channel 6Capability: 0x0621 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 18.0Mbps 24.0Mbps 36.0Mbps 54.0Mbps
SSID 'CMCC-Young', MAC C6:14:4B:62:AB:CE, RSSI 67, Channel 6Capability: 0x0621 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 18.0Mbps 24.0Mbps 36.0Mbps 54.0Mbps
SSID 'CMCC-EDU', MAC 46:14:4B:57:DF:E5, RSSI 75, Channel 6Capability: 0x0621 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 18.0Mbps 24.0Mbps 36.0Mbps 54.0Mbps
SSID 'CMCC-Young', MAC 46:14:4B:57:DF:E6, RSSI 77, Channel 6Capability: 0x0621 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 18.0Mbps 24.0Mbps 36.0Mbps 54.0Mbps
SSID '', MAC 38:91:D5:5D:72:9E, RSSI 59, Channel 8Capability: 0x0401 (Security: Unsecured, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 6.0Mbps 9.0Mbps 12.0Mbps 18.0Mbps
SSID 'wifi-for-study-in-485', MAC 38:91:D5:5D:72:9B, RSSI 58, Channel 8Capability: 0x0411 (Security: WPA2, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 6.0Mbps 9.0Mbps 12.0Mbps 18.0Mbps
CMDRESP 0x8006 at 443ms
SSID 'LieBaoWiFi603', MAC 2E:E0:10:4F:A4:78, RSSI 63, Channel 11Capability: 0x0431 (Security: WPA2, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 6.0Mbps 9.0Mbps 12.0Mbps 18.0Mbps
SSID 'leibaowife123', MAC D4:83:04:E3:99:9C, RSSI 38, Channel 11Capability: 0x0431 (Security: WPA2, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 6.0Mbps 9.0Mbps 12.0Mbps 18.0Mbps
SSID 'cdu??', MAC C8:ED:7D:87:78:E0, RSSI 64, Channel 11Capability: 0x0431 (Security: WPA2, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 6.0Mbps 9.0Mbps 12.0Mbps 18.0Mbps
SSID 'MERCURY_B35C', MAC 00:4B:F3:01:B3:5C, RSSI 80, Channel 12Capability: 0x0411 (Security: WPA2, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 9.0Mbps 18.0Mbps 36.0Mbps 54.0Mbps
CMDRESP 0x8006 at 224ms
SSID 'yu', MAC BC:5F:F6:F5:76:79, RSSI 71, Channel 13Capability: 0x0411 (Security: WPA2, Mode: Infrastructure)Rates: 1.0Mbps 2.0Mbps 5.5Mbps 11.0Mbps 9.0Mbps 18.0Mbps 36.0Mbps 54.0Mbps
Scan finished!
CMDRESP 0x80c4 at 0ms
CMDRESP 0x8028 at 0ms
CMDRESP 0x8006 at 1527ms
CMDRESP 0x8012 at 10ms
Waiting for authentication!
[Event 23] size=77
WMM status change event occurred!
[Event 43] size=10
Authenticated!
[Send] len=350, port=1
[Recv] len=590, port=1
[Send] len=350, port=2
[Recv] len=590, port=2
[Send] len=42, port=3
[Send] len=42, port=4
[Send] len=42, port=5
[Send] len=42, port=6
DHCP supplied address!
IP address: 192.168.1.108
Subnet mask: 255.255.255.0
Default gateway: 192.168.1.1
DNS Server: 183.221.253.100
[Send] len=42, port=7
Not in cache!
[Recv] len=42, port=3
[Send] len=79, port=8
[Recv] len=95, port=4
DNS Found IP: 208.118.235.79
Connecting to 208.118.235.79...
[Send] len=58, port=9
[Recv] len=54, port=5
[Send] len=54, port=10
[Send] len=58, port=11
Packet on port 1 ACK at 1284ms
Packet on port 2 ACK at 1282ms
Packet on port 3 ACK at 1276ms
Packet on port 4 ACK at 860ms
Packet on port 5 ACK at 824ms
Packet on port 6 ACK at 326ms
Packet on port 7 ACK at 315ms
Packet on port 8 ACK at 312ms
Packet on port 9 ACK at 304ms
Packet on port 10 ACK at 29ms
[Send] len=42, port=1
[Recv] len=58, port=6
Connected! err=0
[Send] len=115, port=2
[Recv] len=54, port=7
[Recv] len=590, port=8
536 bytes received!
[Send] len=54, port=3
[Recv] len=590, port=9
536 bytes received!
[Send] len=54, port=4
[Recv] len=590, port=10
536 bytes received!
[Send] len=54, port=5
[Recv] len=590, port=11
536 bytes received!
[Send] len=54, port=6
[Recv] len=590, port=12
536 bytes received!
[Send] len=54, port=7
[Recv] len=590, port=13
536 bytes received!
[Send] len=54, port=8
[Recv] len=590, port=14
536 bytes received!
[Send] len=54, port=9
[Recv] len=590, port=15
536 bytes received!
[Send] len=54, port=10
Packet on port 1 ACK at 700ms
Packet on port 2 ACK at 599ms
Packet on port 3 ACK at 312ms
Packet on port 4 ACK at 308ms
Packet on port 5 ACK at 305ms
Packet on port 6 ACK at 302ms
Packet on port 7 ACK at 37ms
Packet on port 8 ACK at 34ms
Packet on port 9 ACK at 30ms
Packet on port 11 ACK at 907ms
[Recv] len=590, port=1
536 bytes received!
[Send] len=54, port=11
[Recv] len=590, port=2
536 bytes received!
[Send] len=54, port=1
[Recv] len=590, port=3
536 bytes received!
[Send] len=54, port=2
[Recv] len=590, port=4
536 bytes received!
[Send] len=54, port=3
[Send] len=42, port=4
[Recv] len=590, port=5
536 bytes received!
[Send] len=54, port=5
[Recv] len=590, port=6
536 bytes received!
[Send] len=54, port=6
[Recv] len=590, port=7
536 bytes received!
[Send] len=54, port=7
[Recv] len=590, port=8
536 bytes received!
[Send] len=54, port=8
[Recv] len=590, port=9
536 bytes received!
[Send] len=54, port=9
Packet on port 1 ACK at 571ms
Packet on port 2 ACK at 565ms
Packet on port 3 ACK at 562ms
Packet on port 4 ACK at 548ms
Packet on port 5 ACK at 301ms
Packet on port 6 ACK at 297ms
Packet on port 7 ACK at 293ms
Packet on port 8 ACK at 290ms
Packet on port 10 ACK at 866ms
Packet on port 11 ACK at 601ms
[Recv] len=590, port=10
536 bytes received!
[Send] len=54, port=10
[Recv] len=590, port=11
536 bytes received!
[Send] len=54, port=11
[Recv] len=590, port=12
536 bytes received!
[Send] len=54, port=1
[Recv] len=590, port=13
536 bytes received!
[Send] len=54, port=2
[Recv] len=590, port=14
536 bytes received!
[Send] len=54, port=3
[Recv] len=590, port=15
536 bytes received!
[Send] len=54, port=4
[Recv] len=590, port=1
536 bytes received!
[Send] len=54, port=5
[Send] len=42, port=6
[Recv] len=590, port=2
536 bytes received!
[Send] len=54, port=7
[Recv] len=590, port=3
536 bytes received!
[Send] len=54, port=8
Packet on port 1 ACK at 561ms
Packet on port 2 ACK at 297ms
Packet on port 3 ACK at 294ms
Packet on port 4 ACK at 287ms
Packet on port 5 ACK at 284ms
Packet on port 6 ACK at 157ms
Packet on port 7 ACK at 25ms
Packet on port 9 ACK at 626ms
Packet on port 10 ACK at 595ms
Packet on port 11 ACK at 592ms
[Recv] len=590, port=4
536 bytes received!
[Send] len=54, port=9
[Recv] len=590, port=5
536 bytes received!
[Send] len=54, port=10
[Recv] len=590, port=6
536 bytes received!
[Send] len=54, port=11
[Recv] len=590, port=7
536 bytes received!
[Send] len=54, port=1
[Recv] len=590, port=8
536 bytes received!
[Send] len=54, port=2
[Recv] len=590, port=9
536 bytes received!
[Send] len=54, port=3
[Recv] len=590, port=10
536 bytes received!
[Send] len=54, port=4
[Recv] len=590, port=11
536 bytes received!
[Send] len=54, port=5
[Recv] len=590, port=12
536 bytes received!
[Send] len=54, port=6
[Recv] len=590, port=13
536 bytes received!
[Send] len=54, port=7
Packet on port 1 ACK at 335ms
Packet on port 2 ACK at 305ms
Packet on port 3 ACK at 302ms
Packet on port 4 ACK at 65ms
Packet on port 5 ACK at 60ms
Packet on port 6 ACK at 22ms
Packet on port 8 ACK at 638ms
Packet on port 9 ACK at 606ms
Packet on port 10 ACK at 603ms
Packet on port 11 ACK at 367ms
[Recv] len=590, port=14
536 bytes received!
[Send] len=54, port=8
[Recv] len=590, port=15
536 bytes received!
[Send] len=54, port=9
[Recv] len=590, port=1
536 bytes received!
[Send] len=54, port=10
[Recv] len=590, port=2
536 bytes received!
[Send] len=54, port=11
[Recv] len=590, port=3
536 bytes received!
[Send] len=54, port=1
[Recv] len=590, port=4
536 bytes received!
[Send] len=54, port=2
[Recv] len=590, port=5
536 bytes received!
[Send] len=54, port=3
[Recv] len=590, port=6
536 bytes received!
[Send] len=54, port=4
[Recv] len=590, port=7
536 bytes received!
[Send] len=54, port=5
[Recv] len=590, port=8
536 bytes received!
[Send] len=54, port=6
Packet on port 1 ACK at 294ms
Packet on port 2 ACK at 291ms
Packet on port 3 ACK at 251ms
Packet on port 4 ACK at 248ms
Packet on port 5 ACK at 19ms
Packet on port 7 ACK at 826ms
Packet on port 8 ACK at 596ms
Packet on port 9 ACK at 593ms
Packet on port 10 ACK at 554ms
Packet on port 11 ACK at 551ms
[Recv] len=590, port=9
536 bytes received!
[Send] len=54, port=7
[Recv] len=590, port=10
536 bytes received!
[Send] len=54, port=8
[Recv] len=590, port=11
536 bytes received!
[Send] len=54, port=9
[Recv] len=590, port=12
536 bytes received!
[Send] len=54, port=10
[Recv] len=590, port=13
536 bytes received!
[Send] len=54, port=11
[Recv] len=590, port=14
536 bytes received!
[Send] len=54, port=1
[Recv] len=590, port=15
536 bytes received!
[Send] len=54, port=2
[Recv] len=590, port=1
536 bytes received!
[Send] len=54, port=3
[Recv] len=590, port=2
536 bytes received!
[Send] len=54, port=4
[Recv] len=590, port=3
536 bytes received!
[Send] len=54, port=5
Packet on port 1 ACK at 288ms
Packet on port 2 ACK at 60ms
Packet on port 3 ACK at 56ms
Packet on port 4 ACK at 16ms
Packet on port 6 ACK at 637ms
Packet on port 7 ACK at 598ms
Packet on port 8 ACK at 594ms
Packet on port 9 ACK at 365ms
Packet on port 10 ACK at 362ms
Packet on port 11 ACK at 319ms
[Recv] len=590, port=4
536 bytes received!
[Send] len=54, port=6
[Recv] len=590, port=5
536 bytes received!
[Send] len=54, port=7
[Recv] len=590, port=6
536 bytes received!
[Send] len=54, port=8
[Recv] len=590, port=7
536 bytes received!
[Send] len=54, port=9
[Recv] len=196, port=8
142 bytes received!
[Send] len=54, port=10
[Recv] len=54, port=9
Connection is closed! err=0, count=32302
[Send] len=54, port=11
[Recv] len=54, port=10
[Recv] len=92, port=11
[Send] len=42, port=1
[Send] len=42, port=2
[Recv] len=92, port=12
[Send] len=42, port=3
[Recv] len=42, port=13
[Send] len=104, port=4
Packet on port 1 ACK at 1254ms
Packet on port 2 ACK at 1102ms
Packet on port 3 ACK at 102ms
Packet on port 5 ACK at 10917ms
Packet on port 6 ACK at 10689ms
Packet on port 7 ACK at 10686ms
Packet on port 8 ACK at 10646ms
Packet on port 9 ACK at 10643ms
Packet on port 10 ACK at 10334ms
Packet on port 11 ACK at 6986ms
[Recv] len=42, port=14
[Send] len=42, port=5
[Recv] len=74, port=15
[Send] len=74, port=6
[Recv] len=74, port=1
[Send] len=74, port=7
[Recv] len=74, port=2
[Send] len=74, port=8
[Recv] len=74, port=3
[Send] len=74, port=9
[Recv] len=74, port=4
[Send] len=74, port=10
[Recv] len=74, port=5
[Send] len=74, port=11
[Recv] len=74, port=6
[Send] len=74, port=1

【程序】Marvell 88W8801 WiFi模块连接路由器，并使用lwip2.0.3建立http服务器（20180807版）相关推荐

  1. 【程序】Marvell 88W8801 WiFi模块连接路由器，并使用lwip2.0.3建立http服务器（20190314版）

    该程序是旧版本!最新版本为20220213版: https://blog.csdn.net/ZLK1214/article/details/122915474 本程序所用的单片机型号为:STM32F1 ...

  2. 【程序】Marvell 88W8801 WiFi模块连接路由器，并使用lwip2.0.3建立http服务器（20180729版）

    该程序是旧版本!最新版本为20220213版: https://blog.csdn.net/ZLK1214/article/details/122915474 本程序所用的单片机型号为:STM32F1 ...

  3. 【方法】Marvell 88W8801 WiFi模块创建能上网的热点

    源程序:Marvell 88W8801 WiFi模块创建或连接热点,并使用lwip2.1.2建立http服务器(20200208版) 本文讲解如何使88W8801创建出来的热点有网.具体的连接方式是: ...

  4. 【程序】Marvell 88W8801 WiFi模块创建或连接热点，并使用lwip2.1.2建立http服务器（20200208版）

    该程序是旧版本!最新版本为20220213版: https://blog.csdn.net/ZLK1214/article/details/122915474 本程序所用的单片机型号为:STM32F1 ...

  5. 【程序】Marvell 88W8686 WiFi模块（WM-G-MR-09）创建或连接热点，并使用lwip2.0.2建立http服务器（20171030版）

    该程序是旧版本!最新版本为20180706版: https://blog.csdn.net/ZLK1214/article/details/80941657 本程序所用的单片机型号为:STM32F10 ...

  6. 关于wifi模块连接路由器远程控制的一些问题

    问题一,wifi模块可以连接路由器,是不是就能实现远程控制呢? 回答:wifi模块可以连接路由器,说明实现路由器的局域网控制没有问题. 问题二:在远程控制的过程中,我可以自己在家里面搭建服务器实现吗? ...

  7. 【程序】Marvell 88W8686 WiFi模块（WM-G-MR-09）创建或连接热点，并使用lwip2.0.3建立http服务器（20180312版）

    该程序是旧版本!最新版本为20180706版: https://blog.csdn.net/ZLK1214/article/details/80941657 本程序所用的单片机型号为:STM32F10 ...

  8. 【用法】Marvell 88W8801 WiFi模块中CMD_802_11_KEY_MATERIAL命令的用法

    一.WPA/WPA2认证命令 88W8801通过固件内部自带embedded supplicant关联WPA/WPA2热点的方法是,先发送CMD_SUPPLICANT_PMK命令设置路由器密码,然后发 ...

  9. 【教程】Marvell 88W8686 WiFi模块驱动程序的编写（一）

    本文以STM32F1系列的单片机为例,详细讲解Marvell公司的88W8686 WiFi模块驱动程序的编写.编写程序时为了代码简短起见,直接用寄存器操作,不使用STM32库函数.IDE采用Keil ...

最新文章

  1. tensorflow常用函数解析
  2. win客户端与linux服务器C语言套接字socket
  3. Python之tkinter：动态演示调用python库的tkinter带你进入GUI世界(计算器简单功能)
  4. 部署docker-consul群集，Harbor构建Docker私有仓库
  5. heap与stack区别
  6. Springboot+Mybatis+PageHelper 分页、排序
  7. 【kafka】kafka 新增节点 报错 InconsistentBrokerIdException Configured broker.id doesn‘t match
  8. junit单元测试不通过报documentationPluginsBootstrapper相关异常
  9. python时间操作代码
  10. ojective-C学习笔记（7）Foundation框架
  11. 细算经典网游私服新作下刀的“手术”
  12. 台式机XP系统调节屏幕亮度
  13. 《数字电子技术基础》3.3 CMOS门电路（上）
  14. 今日分享——《青春》（李大钊）
  15. 暗黑类游戏的设计概念
  16. 读《470个建筑设计创意发想》
  17. 【C++编程语言】之string容器 基本概念 构造函数 赋值 拼接 查找 替换比较 插入 删除 子串获取
  18. temp = (temp 0x55555555) + ((temp 0xaaaaaaaa) 1)
  19. 保护眼睛的Windows和IE、Firefox、谷歌等浏览器颜色设置
  20. VirtualBox打开虚拟电脑提示Call to NEMR0InitVMPart2 failed: VERR_NEM_INIT_FAILED (VERR_NEM_VM_CREATE_FAILED).

热门文章

  1. 浅谈PageRank
  2. matlab计算π,如何计算π的值(MATLAB)
  3. 动态规划求解最大子序列和
  4. 发现一个安卓万能脱壳方法
  5. 开一间盈利的彩票店要做到什么？多店调研
  6. c语言 适配器模式例子,NodeJS设计模式总结【单例模式,适配器模式,装饰模式,观察者模式】...
  7. 3dsmax游戏角色头部建模教程
  8. 人工只能对php的影响,阿西莫夫眼中的人工智能
  9. MEMORY系列之“SRAM”
  10. iPhone12全面曝光10月上市 iPhone12是5g双卡双待手机