raspberry pi 2 ble

CentOS 7 ARM Release: Support Raspberry Pi 2/Banana pie/cubietruckKaranbir Singh from the CentOS team is pleased to announce that CentOS 7 Linux for the ARM hardware architecture has been officially released. In addition to Twitter's brief announcement, it did not comment on the official website about the new features and optimizations of the ported version. Howe

DHCP.Auto Wlan0Iface Wlan0 inet DHCPPre-up Wpa_supplicant-b-dwext-iwlan0-c/etc/wpa_supplicant/wpa_supplicant.confPost-down Killall-q Wpa_supplicantAfter the modification is complete, restart the network using the following commandsudo/etc/init.d/networking restartAfter success, you can see the wlan0 device with the Ifconfig command, and have the IP address (connected)Note: Both of these methods we are using DHCP dynamic IP, if you want to set the static IP method and the method to connect the h

Install CentOS 7 on Raspberry Pi 2 Karanbir Singh from the CentOS team is pleased to announce that CentOS7 Linux for ARM hardware architecture has been officially released. In addition to the brief announcement on Twitter, the official website does not comment on the new features and optimizations of the transplanted version. However, according to the image name,

the following two lines of code:http. Handle ("/", HTTP. Fileserver (http. Dir ("HTML")))http. Listenandserve ("0.0.0.0:8080", nil)Step 4: The target environment is modified to CROSS-ARM6, according to "Ctrl+b" compiled, the generated execution file is the source directory "Test", no suffixStep 5: Copy "Test" to your arm Development Board (Raspberry Pi Raspberrypi, Orange pie Orangepi), and authorize: sudo

Canonical releases Spectre/Meltdown patch for Ubuntu 17.10 and Raspberry Pi 2 Canonical released two security recommendations on Thursday, announcing Specter mitigation for the ARM64 (AArch64) hardware architecture on its Ubuntu 17.10 and Ubuntu 16.04.4 LTS systems. On July 6, January this year, Canonical released several Kernel updates for Ubuntu 17.10 (Artful

Cross-compiled raspberry pi 2 kernel in CentOS, centosraspberry Cross-compilation toolchain in centos 6.6 x64 requires glibc-2.14 support (x86 is not needed), so first install the glibc-2.14 Install the relevant compilation tools before installation. Here I will install the entire group directly. yum groupinstall "Development tools" -y Download the glibc-2.14 sou

Raspberry Pi 2 installs mono3.0 to run mvc4 and mono3.0mvc4 Sudo apt-get updateSudo apt-get upgradeSudo apt-get mono-completeHttp://www.linuxdot.net/down/jexus-5.4.3.tar.gz wget-cTar zxvf jexus-5.4.3.tar.gzCd jexus-5.4.3Sudo./install Then download the patch, http://www.linuxdot.net/down/jws-5.4.3-pi.rar1. download and install the jexus-5.4.2 or 5.4.3 or 5.4.3.1

Compile the Raspberry Pi 2 generation B OpenWrt firmware to implement the wireless router and nodogsplash authentication function. openwrtnodogsplash Final function: The main features of the wireless router, network port WAN Access, USB wireless Nic AP hotspot output, connected to wifi, jump to the authentication page, click the authentication to access the Inter

is running.usb\vid_045epid_0745mi_01\***Name:usb Input DeviceDriver is running.Acpi\bcm2849\0Name:rpiq DriverDriver is running.storage\volume\{***volume_guid***} #00000000F6000000Name:generic VolumeDriver is running.storage\volume\{***volume_guid***} #0000000004800000Name:generic VolumeDriver is running.usb\vid_045epid_0745mi_00\***Name:usb Input DeviceDriver is running.hid\vid_046dpid_c31cmi_01col01\***Name:hid-compliant DeviceDriver is running.hid\vid_045epid_0745mi_02col03\***Name:hid-compli

Web.config.smtp_starttls = TrueSend_from = ' [email protected] ' # #发送的邮件Web.sendmail (Send_from, send_to, subject, body, CC=CC, BCC=BCC)Return 1 #passExcept Exception, E:Print EReturn-1 #failIf __name__== ' __main__ ':F=file ('/home/pi/desktop/ip.log ') F1=f.read ()F.close ()send_to = [' [email protected] ']Subject = ' Connection check 'BODY = ' Hello, xxxx! I am still alive. I'll send you a email in another hour. ', F1Send_mail (send_to, subject, bo

. CompilingARM-LINUX-GNUEABIHF-GCC main.c-vDetailed cross-compilation options are: collect_gcc_options= '-V '-march=armv7-a '-mtune=cortex-a9 '-mfloat-abi=hard '-mfpu=vfpv3-d16 '- Mthumb '-mtls-dialect=gnu 'Compilation Result:File a.outA.out:elf 32-bit LSB executable, ARM, EABI5 version 1 (SYSV), dynamically linked (uses shared libs), for Gnu/linux 3.1.1 , buildid[sha1]=3103ff5892a051b7e185e8ae88bf6cb997af7781, not stripped5. ImplementationUpload to Pi