This process would likely apply to other Homebrew formula also.
First search for your desired package:
brew search go
You should get a list of results that include the below. Not "go" is very unspecific so you may get a lot of results:
.terraform/ | |
*.pem | |
*.tf | |
*.tfstate | |
*.yaml | |
*.backup | |
istio-*/ | |
cert-manager-*/ | |
*.swp | |
env |
This process would likely apply to other Homebrew formula also.
First search for your desired package:
brew search go
You should get a list of results that include the below. Not "go" is very unspecific so you may get a lot of results:
Recently I came across a web service that required two-factor authentication using the Symantec VIP Access App. I already manage all of my OTP tokens in a different app (If you are on iOS I highly recommend using OTP Auth by Roland Moers.) and did not want to have to use yet another app to generate the TOTP.
There is a way to generate a Symantec VIP Access compatible token very easily if you have access to an environment which can run Python PIP. I happen to have Ubuntu Windows Subsystem Linux running on my machine. (If you are running Windows 10 and don't have this you should really check it out.) Let's get started...
Here we install python3-pip and qrencode so we can generate our secret, I
{ | |
"Version": "2012-10-17", | |
"Statement": [ | |
{ | |
"Effect": "Allow", | |
"Action": [ | |
"rds-db:connect" | |
], | |
"Resource": [ | |
"arn:aws:rds-db:region:account-id:dbuser:dbi-resource-id/database-user-name" |
const COMPONENT_TEMPLATE = 'component.tsx.template'; | |
const STORY_TEMPLATE = 'story.jsx.template'; | |
const TEST_TEMPLATE = 'test.jsx.template'; | |
const SECTION_TYPES = 'frontend/luxury-guest/src/apps/PdpFramework/constants/SectionTypes.js'; | |
const SECTION_MAPPING = 'frontend/luxury-guest/src/components/PdpFramework/Sections.tsx'; | |
const COMPONENT_DIR = 'frontend/luxury-guest/src/components/PdpFramework/sections'; | |
const STORY_DIR = 'frontend/luxury-guest/stories/PdpFramework/sections'; | |
const TEST_DIR = 'frontend/luxury-guest/tests/components/PdpFramework/sections'; |
React recently introduced an experimental profiler API. After discussing this API with several teams at Facebook, one common piece of feedback was that the performance information would be more useful if it could be associated with the events that caused the application to render (e.g. button click, XHR response). Tracing these events (or "interactions") would enable more powerful tooling to be built around the timing information, capable of answering questions like "What caused this really slow commit?" or "How long does it typically take for this interaction to update the DOM?".
With version 16.4.3, React added experimental support for this tracing by way of a new NPM package, scheduler. However the public API for this package is not yet finalized and will likely change with upcoming minor releases, so it should be used with caution.
The dynamic wallpaper in MacOS Mojave is a single 114 MB .heic
file that seems to contain 16 embedded images.
It also contains the following binary plist data in its metadata under the key "Solar". It's an array of 16 items, each with four keys:
i
(integer). This seems to be the image index.o
(integer). This is always 1 or 0. Stephen Radford thinks it indicates dark mode (0) vs. light mode (1).a
(decimal). I’m pretty sure this is the angle of the sun over the horizon. 0º = sunset/sunrise. 90º = sun directly overhead. Negative values = sun below horizon.z
(decimal). This seems to be the cardinal position of the sun relative to the camera. 0º = sun is directly in front of the camera. 90º = sun is directly to the right of the camera. 180º = sun is directly behind the camera.Let's say you receive an app (e.g. MyApp.ipa) from another developer, and you want to be able to install and run it on your devices (by using ideviceinstaller, for example).
Or your certificates and provision profiles have expired and you want to provide a new build to your clients without having to make a new build on the latest XCode or iOS SDK.
The first step is to attain a Provisioning Profile which includes all of the devices you wish to install and run on. Ensure that the profile contains a certificate that you have installed in your Keychain Access (e.g. iPhone Developer: Some Body (XXXXXXXXXX) ). Download the profile (MyProfile.mobileprovision) so you can replace the profile embedded in the app.