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Kontaktieren Sie uns, wir beraten Sie gerne! Source code zip. Source code tar. September 25, April 6, April 5, This release is for macOS High Sierra.
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Save preferences. Jefferson Graham wrote ,. This is no accident. From end-to-end encrypted iMessage to feats like on-device photo classification and privacy-preserving telemetry, so many features took a more challenging path because it was the right thing to do.
And all without apparent sacrifice to usability or capability. Thank you, Betsy! There are official forecasts of when the trees will bloom.
There are different words to describe the progression of the flowers. Admirers flock to tree-lined parks for picnics during the day, and then return again at night for lantern-lit strolls.
There are special sweets and even seasonal beer cans. As I was drifting to sleep one night, I thought about how lovely it would be to watch the bloom arrive and recede in timelapse.
If you start it up attached to a computer, it asks whether it should act as a video camera or mass storage device. The SakuraCam began to take shape.
I settled on a shallow toolbox-style one with a handle and toggle latch. I made a coarse cut to allow the camera lens to stick through the case, then sealed up the gaps with hot glue.
In retrospect, the mirror image arrangement would have avoided some problems. A short script invoked fswebcam to capture a frame from the webcam at regular intervals, and purged the oldest frames when the SD card filled up.
Everything seemed to have fallen into place until, after a few minutes of testing at 5 fps, the camera reset. And then it reset again after another few minutes.
Unable to scrounge up another webcam, the project seemed unworkable. In Wi-Fi mode, the camera creates a wireless network which you join from your smartphone, and then you are able to control the camera via an app.
Taking photos, changing settings, and so on are done by making a GET request with a corresponding command number:. Amazingly, the web server appears to be HFS , an open source web server for Windows.
Then it dawned on me that HFS is running in Wine! Surely this was the most practical solution. My Python module for communicating with the API is published on GitHub , although the code is very much a rough draft.
Porting the time-lapse script over to the new API was painless. The camera AP does not support multiple clients. I made two improvements to help:.
First, I was able to wrest control over the green activity LED , a small feat on the Raspberry Pi 3 Model B, to blink out a status report after each capture.
Second, I configured the device to automatically join the camera network when it is broadcasting, and rejoin the home network when it goes away.
This way I can easily gain debug access simply by powering down the camera. I did not succeed at powering the camera off of the Raspberry Pi without triggering the USB mode selection menu.
But since the communication is now wireless, I was able to simply move the Raspberry Pi indoors and power the camera directly from the battery.
This also pushed the battery life over 24 hours. DeepSound is a steganography utility that can hide data inside of audio files.
The contents can optionally be protected with a password, in which case DeepSound advertises that it encrypts using AES Used incorrectly, the security of all cryptographic algorithms, including or perhaps especially the beloved AES , can be devastatingly eroded.
I took a peek at DeepSound to see if I could find any weaknesses in the way it performs encryption that would allow me recover the payload from a carrier file.
The first thing I noticed was that DeepSound will only prompt for a password when it is fed an audio file that actually does contain an encrypted payload.
This ability to distinguish between encrypted and unencrypted payloads without first providing the password means that there is some metadata that should be easily sifted out of the carrier file.
This was my first lead to investigate. Since DeepSound is written using. NET and not obfuscated, it was possible to decompile the binary and just read the code.
As a newcomer to reverse engineering C apps, I found JetBrains dotPeek to be useful for exploring the decompiled code, and dnSpy to be a helpful debugger.
It was easy to understand from the decompiled code how DeepSound stores the header for its payload inside the audio file using a simple encoding mechanism.
Remarkably, the payload remains intact after being transcoded to another format and back. After it has located this header, it checks a flag to see whether the payload is encrypted and prompts for the password if so.
To validate the entered password, DeepSound computes the SHA-1 hash of some AES key—not the password directly—and compares it to a hash stored in the header.
It turns out that the line this.