frederikb
As a random example, see this one ( https://www.welivesecurity.com/2017/04/19/turn-light-give-pa... ) which is a banking trojan cosplaying as a flashlight widget.
Now there is a more or less sophisticated permission system which users then bypass by still accepting any prompt if you promise them anything shiny...
I can therefore easily generate a new UUID in a trusted backend service which just accepts the command received from the untrusted client and then forwards the request for asynchronous processing while returning the UUID to the client. This is a typical architecture and the only change is that I can now create UUIDs which may have performance benefits, depending on the data storage technology of my read models.
If you need to create the UUIDs on the client side to support specific requirements such as offline-first, then I would indeed consider adding some reconciliation which replaces the IDs provided by the client-side by new ones generated by a trusted component as soon as synchronizing takes place.
curl: (6) Could not resolve host: t6a3m9g6.rocketcdn.meI was never prompted to change that, even though I would definitely like to. I would appreciate any insights you might have.
In addition he writes that you might have already documented the most important decisions as part of the solution strategy chapter.
Most importantly, pick and choose based on your own judgement and experience those parts that you need and make it your own - in my experience arc42 has always been a good starting point when starting fresh or as a reference when evaluating existing documentation.
Streaming from a „offensichtlich rechtswidrige Vorlage“ (§ 53 UrhG.) is not legal. That has been clarified by a decision from the EuGH in 2017.
I'm not a lawyer though and this isn't legal advice. Let me know if there have been verdicts and legal proceedings stating the contrary.
For reference check the best effort project https://github.com/gilesknap/gphotos-sync and the "Known Issues with Google API" section.
In short: * photos lose some metadata including GPS * You will lose your RAW images (AFAIK) * videos are always transcoded with a lossy conversion
I've walked into the same trap. I'll probably use Google Takeout to hopefully recover my own data and treat Google Photos as an ephemeral destination from now on.
The "sleazy Ukrainian politician" statement however is quite an accusation, especially considering that the Ukrainian president commended her and all other brave Russians who protest and speak up.
Are you speaking about any politician in particular?
Source: https://www.businessinsider.in/politics/world/news/zelenskyy...
It reminds me of https://structurizr.com/ which builds upon the C4 model for visualizing architecture.
Using these tools successfully is also a question of the goal: are we using them to model and plan up-front or are we visualizing the status quo (for onboarding, change analysis or other purposes). If it's the latter then you need to investigate how to (partly) derive the model from the single source of truth - your code base of applications and infrastructure. Otherwise there is a strong likelyhood of the model diverging from the truth and thus losing its value.
So far I was investigating the use of Sniffy ( https://github.com/sniffy/sniffy ) which provides assertion capabilities on the number of queries during the runtime of a JUnit integration test. I'm pairing this with the rest of my JUnit 5 integration test stack (Test Containers, DBUnit, Database Rider and Flyway) which looks promising.
Unfortunately your tool seems to be closely coupled with Spring, correct? Is there a possibility of extracting some of the functionality to work independently of it? I'm thinking of JEE/MicroProfile/CDI based environments, e.g. Quarkus.
I know of at least one carrier, but is only usable for their own customer self care portals/apps. There it is possible to auto-login to their app if it is accessed via their network and not via Wi-Fi. For security reasons only a limited amount of functionality is accessible. Neither customer data can be changed nor can any actions resulting in additional cost (buying packs / options) be performed without additional authentication mechanism of a higher security level (auto-login via SMS or use of a password).
The MSISDN is only added to the HTTP request internally in their secure network and never exposed externally.
It lead to actual problems of US American citizens ingesting/consuming bleach which forced government agencies to put out warnings: https://www.forbes.com/sites/nicholasreimann/2020/08/24/some...
I think I like the idea and you have some slick visuals on there. Unfortunately not really usable on small screens, but that's a comment issue with anything code related. In any case it might be helpful to see it embedded as widgets in documentation to explain code segments which explain how to use a library or framework as an alternative to annotating the code snippets and having explanations in copy below.
While playing around with it my initial issue was that I wasn't sure if it was going to "play" automatically or if I could control when I was ready to skip to the next step / explanation. The auto play really didn't work for me in the sense that it was either to quick or unexpected. I would prefer to control the pace myself, especially if it's about reading code where I might want to stop and ponder. I think I would like to simply click a next button, perhaps shown as an arrow next to the current "box". A back/previous button next to the restart button wouldn't be nice as well. Hopefully that wouldn't complicate the UI to much.
The next issue was related to my small viewport: I missed the pop-ups because it (at least on Chrome for Android) did not automatically scroll to the next one. I would consider that would be very helpful for longer code segments.
Hope this helps. Good luck and good job in any case.
It has a great syntax for data driven and interaction based syntax.
Data driven example:
class Math extends Specification {
def "maximum of two numbers"(int a, int b, int c) {
expect:
Math.max(a, b) == c
where:
a | b | c
1 | 3 | 3
7 | 4 | 4
0 | 0 | 0
}
}