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Updated to the latest - Mimikatz 2. Git stats commits. Failed to load latest commit information. View code. Nishang Nishang is a framework and collection of scripts and payloads which enables usage of PowerShell for offensive security, penetration testing and red teaming.
Nishang is useful during all phases of penetration testing. SortMeRNA takes as input files of reads fasta, fastq, fasta. Visit Sortmerna GitHub Releases. More examples can be found in test. Refer to the Manual for usage details. Here is a sample execution trace. Sample execution statistics are provided to give an idea on what the execution time might be.
Build instructions. See Sortmerna Wiki - User Manual. The format of the files is three tab-separated columns, the first being the reference sequence ID, the second being the accession number and the final column is the taxonomy.
Skip to content. Star Active Oldest Votes. Improve this answer. It is not an obligation, only a very strong recommendation. SSL certificates are about end-to-end encryption between you and a known end-point. Desactivating ssl certificate exposes you to a MiM attack en.
This is true, but in another context where the same user is working with several machines home machine, office machine Saved my day Dude. Show 1 more comment. Certificates are time sensitive. Community Bot 1 1 1 silver badge.
VonC VonC 1. I also get the same messages. I am using git over ssh. Would that make a difference? Are you sure your remote url does not start with https? I just suddenly started getting this error today, only on one device a Raspberry Pi that hasn't been touched since the last time it worked. I ran through all the steps in this answer, and it grabbed some new certificates, but I'm still getting the same error the git URL does start with https, and it's on gitlab.
Any other ideas? VonC I figured it out. It was this , after a load of other failed attempts. We also compare different microcontroller and see why we prefer an ESP32 microcontroller for our I2S projects. The I2S communication protocol was developed by Philips Semiconductors in I2S stands for Inter-Integrated Circuit Sound and as an electrical serial bus interface I2S is the standard to connect different digital audio devices.
If we want to play a digital audio file with the help of a microcontroller board, we have to consider the whole digital audio chain. The following schematic sketch shows how an audio file is stored on an SD card and read from the microcontroller board.
The board is then connected to the speaker via a digital pin and ground. In my case I have a sample audio file from freewavesamples with a sample rate of On our input side, where we want to read the music file, we have no problem because the SPI connection is fast enough that the quality is not reduced during the transmission.
But on the output side we have to transfer the digital signal to an analog signal. This is done by a digital to analog converter DAC. Depending on the used microcontroller there are different problems:. But how can we convert the digital data from the WAVE file to the speaker? The solution to this is the I2S communication protocol, that supports between 4 to 32 data bits per sample.
But first we dive deeper into the I2S communication protocol. In this part of the I2S tutorial we want to take a closer look at the I2S communication protocol. Therefore we cover three important topics.
From the table you see that only some special Arduino boards have the I2S interface but not the most used boards like the Arduino Uno. The last wire is the Serial Data SD line where the payload is transmitted in 2 complements. It is important that the most significant bit is transferred fist MSB first , because transmitter and receiver may have different word lengths. Therefore the transmitter nor the receiver have to know how many bits are transferred. But what happened if the word length between transmitter and receiver does not match?
The network components have different names and also different functions. The following picture shows three different networks, that I describe in the following section. In the first picture we have a transmitter and also a receiver. Also we do have the three wires to connect the I2S devices. In this first case the transmitter is the master because the master controls the serial clock SCK and the word select WS lines.
In the second picture we see the opposite because also the receiver of the I2S messages can be the master.
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