If you would like to capture traffic from the wireless interface of an iPhone. You will need the following:
iPhone identifier Remote Virtual Interface Tool rvctl Traffic capture software macOS computer Plug the iPhone into a macOS computer using a USB to Lightning cable. Run Xcode, and access the Device and Simulators window through the menubar Window > Device and Simulators or by using the keyboard short ⇧⌘2.
Once presented with the Device and Simulators window, select your iPhone from the list of Connected Devices.
Retrieve the identifier number for the iPhone to use with the rvictl command to start remote traffic capture.
Open Terminal application to access a shell prompt. Use rvictl and iPhone identifier to create interface.
sh$ rvictl -s 00008020-X You can use ifconfig -l to see if the interface has been created successfully.
It can be a good and reassuring to verify certificates before it comes time to deploy them to their endpoints. For example, you can load and check the certificate for issues and correctiness. Verify in different browsers that might have different certificate chains, etc.
from http.server import HTTPServer, SimpleHTTPRequestHandler from ssl import SSLContext, PROTOCOL_TLS_SERVER # Create an SSL context with the specified certificate and key files ssl_context = SSLContext(PROTOCOL_TLS_SERVER) ssl_context.load_cert_chain(certfile='server.crt', keyfile='server.key') httpd = HTTPServer(('localhost', 4443), SimpleHTTPRequestHandler) httpd.socket = ssl_context.wrap_socket(httpd.socket, server_side=True) httpd.serve_forever() You can save this to a file or paste it directly to the Python interpreter. It will attempt to load certificate and key from files server.crt and server.key respectfully.
Years ago a friend of mine give me a book on history of Newfoundland and Labrador,
with the title ‘Historic Newfoundland and Labrador’. This book was published by
the Tourism Branch of the Department of Development.
The book was published by L.E.F English, M.B.E. in 1955, revised in 1985 (this print).
This post is just a complete list of settings for the GameBall trackball. For people (including myself) that don’t always have the settings handy or from memory (lol, yeah right).
All of this can be found elsewhere.
As of firmware v1.7.1.
Button Settings Users can swap the Left and Back buttons (2 & 3). The Right and Forward button (7 & 8) can also be swapped.
Hold down the button combination for 5 seconds to change the setting.
Buttons Flash Once Flash Twice 2 & 3 Button 2 = Left, Button 3 = Back Button 2 = Back, Button 3 = Left 7 & 8 Button 7 = Right, Button 8 = Forward Button 7 = Forward, Button 8 = Right Sensitivity Settings To adjust the native sensitivity level press and hold the CPI button (9) for 3 seconds.