| import AudioRecorderPlayer, { PlayBackType } from "react-native-audio-recorder-player"; | |
| import { isIOS } from "utils/utils"; | |
| type Callback = (args: { data?: PlayBackType; status: AudioStatus }) => void; | |
| type Path = string | undefined; | |
| export enum AudioStatus { | |
| PAUSED = "PAUSED", | |
| PLAYING = "PLAYING", | |
| RESUMED = "RESUMED", |
| import numpy as np | |
| import soundfile as sf | |
| from scipy.fftpack import fft, ifft | |
| def rotateSignal(signal,flip): | |
| if flip: | |
| signal = signal[::-1] | |
| x = np.concatenate((signal, signal[1:][::-1])) # concatenating the array with a reverse of itself makes it such that the fourier transform doesn't layer over a reversed version of itself in the inverse fft | |
| rotSig = np.real(ifft(x)) |
*This Dockerfile is intended for SvelteKit applications that use adapter-node. So, the Dockerfile below assumes that you have already installed and configured the adapter.
FROM node:18-alpine AS builder
WORKDIR /app
COPY package*.json .
RUN npm ci
COPY . .
RUN npm run build
| diff -r -u /tmp/Data/INI/CommandButton.ini /DataStorage/Games/Data/INI/CommandButton.ini | |
| --- /tmp/Data/INI/CommandButton.ini 2019-07-05 21:57:33.363905699 -0700 | |
| +++ /DataStorage/Games/Data/INI/CommandButton.ini 2019-07-05 21:54:43.440602319 -0700 | |
| @@ -2632,6 +2632,15 @@ | |
| DescriptLabel = CONTROLBAR:ToolTipGLABuildWorker | |
| End | |
| +CommandButton Command_ConstructGLASpecialWorker | |
| + Command = UNIT_BUILD | |
| + Object = GLASpecialInfantryWorker |
Lecture 1: Introduction to Research — [📝Lecture Notebooks] [
Lecture 2: Introduction to Python — [📝Lecture Notebooks] [
Lecture 3: Introduction to NumPy — [📝Lecture Notebooks] [
Lecture 4: Introduction to pandas — [📝Lecture Notebooks] [
Lecture 5: Plotting Data — [📝Lecture Notebooks] [[
GPD Win is a really enjoyable piece of hardware.
This document now exists on the official ASP.NET core docs page.
The protocol uses a pair of rings, one for the senders, one for the receivers, represented as a singular ring. With each transfer, a list of ElGamal ciphertexts is provided for all accounts within the joint ring. This ElGamal ciphertext is formed as r * G, (r * K) + (a * G), where r is some randomness, K is the key for the account the ciphertext is for, and a is the amount.
Dero offers an 'encrypted message' with every transaction. Even if the user does not explicitly provide one, a message will exist (either with internally provided values or left empty). For the only defined type of message, the message is encoded as the index of the sender, a CBOR-encoded object, and zero-padding. The message is encrypted with the Chacha20 stream created by a key of H(H(r * K) || K) where r is some randomness and K is the key for the account the ciphertext is for.
This is a guide for setting up the L2TP service from AAISP on an OpenWrt router. AAISP have an official OpenWrt guide for this but it is outdated and looks to have been originally written for OpenWrt 15.01/15.05 (Chaos Calmer), which is a long unsupported firmware build.
I have previously contacted AAISP about their documentation being out of date, however it has not been changed. It is technically not wrong, but under newer versions of OpenWrt you can simplify some of the configuration compared to the official documentation and there are also a few potential issues you might come across in OpenWrt land which are worth mentioning and saving someone else from bashing their head against a wall for hours, until you realise that the Linux kernel just hates you.
This has been tested on the latest stable OpenWrt 19.07 release branch.
