gcp drone

command line to open the Path variable of the system environment variable and check whether there is a Python directory (for example) If not, you can only manually add (reference: http://www.cnblogs.com/willpower-chen/p/5555682.html) 2. Install python in linux. Here I use ubuntu and use pyenv to manage and install python. Pyenv is a tool for managing Python versions. It supports switching between multiple Python versions. 1) download pyenv Git clone https://github.com/yyuu/pyenv.git ~ /. Pyen

open-source image display project, which is already placed in a folder, so you don't need to download it or ignore it, it only involves the display part) Perform the same operation on ArDroneAPI. 6. After the configuration is complete, set Win32Client to "set as startup project" for compilation! After is connected to the computer, the way in http://ardrone.parrot.com/parrot-ar-drone/zh/support/update Install the configuration in the above process. Do

generated that is copied and opened in the Explorer browser in target drone, with an error report or a flashback when it is opened, and Kali the Echo that appears in Linux.Penetrate successfully, we can start manipulating target drone by looking at the task, i.e. the sessions commandGet help with the assist command(The picture below is also because the reason is not shown) through the comments on the right

with the exploit of this vulnerability by combining Vulnspy's online phpmyadmin environment.ProcessOnline PhpMyAdmin CSRF(PS: Note: Restart demo target drone to reset target drone)1. Create PhpMyAdmin Environment OnlineClick Create Vulnspy provided to create target drone address (https://www.vsplate.com/?github=vulnspy/PMASA-2017-9)When you jump to Vsplate, you

target machine is in the log, and indicates that this vulnerability has been successfully exploited. Finally, the vulnerability verification effect is posted. The test of the attack aircraft for 11.10.67.83 (Lab private IP), Rmplistener and Web services are enabled on this server Target drone for 11.10.138.61 (Lab private IP) Execute the following command on the attacker to attack the drone 11.10.138.61 P

Use Metaspoit to attack ms08-067The ms08-067 vulnerability is all known as the Windows Server service RPC request buffer Overflow vulnerability, which could allow remote code execution if a user receives a specially crafted RPC request on an affected system.On Microsoft Windows 2000Windows XP and Windows Server 2003 systems, an attacker may be able to run arbitrary code with this vulnerability without authentication, a vulnerability that could be used for a worm attack, and there is already a wo

model that appears, select 2nd polyonial (7) In the following dialog box, there is a polynomial order. Generally, you can select 1 or 2. 2 requires 6 configuration points. (8) then apply and in the close dialog box (9) Select the first dialog box in the following dialog box and a small dialog box appears. Click the correct image interface in the first step to complete registration. (10) Click a point in your accurate image and go to the image you want to match to find a point similar to him. Cl

configuration file) Step 1-m operation [Root @ test-db-20053 BACKUP-1] #/home/mysql-cluster-gpl-7.2.4-linux2.6-x86_64/bin/ndb_restore-e-c 10.100.200.36-n 4-B 1-m -- backup_path =/var/lib/mysql- cluster/BACKUP-1/ Nodeid = 4 Backup Id = 1 Backup path =/var/lib/mysql-cluster/BACKUP-1/ Opening file '/var/lib/mysql-cluster/BACKUP-1/BACKUP-1.4.ctl' File size 61160 bytes Backup version in files: ndb-6.3.11 ndb version: mysql-5.5.19 ndb-7.2.4 Stop GCP of B

the GPU, we noticed that no, these two years AMD, Nvidia has no longer mention TDP power consumption, Instead, it is TBP (typical Board power) or Grpahics card energy (graphics cards). AMD, nvidia two name is different, but the contents of the reference is the same, in the description of the graphics card power consumption indicators are no longer the TDP parameters, the two more prominent is the power of the graphics card, not just the power of the GPU. The structure of

than the image we are correcting. In summary, I use a non-GCP-based approach, that is, orthorectification using RPC or RSM.Then select the image that we need to correct now.Here I would like to explain the parameter problems I set. Resampling of source Images I chose bilinear interpolation (Bilinear),Background set to 0 indicates that the background color is black, dem file because I'm already connected in the first step, if there is no association,