On projects I work on, I include clippy as part of the CI process to check these types of things.
1,283 karma · joined October 6, 2011
On projects I work on, I include clippy as part of the CI process to check these types of things.
It sounds like you have an anecdote about some people you know working on these projects, but the details that seem intended to imply that it's unlikely that _any_ people working these projects are Chinese prisoners actually imply the opposite.
There's a drawing of what it will look like when "complete", but no indication of what it currently consists of (and it's still an artist's rendering).
Would be interested in actual current photos.
That said: some folks didn't really get the memo, because there are important details that are sometimes included in non-doxygen comments in Apple's headers and thus aren't reproduced into Apple's generated/published docs.
In particular, the headers (sometimes) include annotations for specific types included in CF containers for return values.
Panicing on invalid slice indexing is a non-issue.
My best experiences with packaging on linux have been gentoo ebuilds & arch pkgbuilds. These keep the build model pretty straight forward if the goal is to "just build a package".
That said: creating a dpkg is not an impossible thing to do. It's just more painful than it needs to be
`str`'s data layout happens to be `[u8]`, but it's type provides additional guarantees about the structure of the data within it's internal `[u8]` (for example, forbidding sequences of u8 that don't encode valid utf-8).
As a result, it's not clear that it's a false positive in the technical sense here (as one would need to enable checking for unsigned overflow explicitly).
One can of course, on Apple hardware, use apple proprietary APIs to do some things. Or one can use the iCloudJs stuff from a webpage.
But there's not an official/documented way to, say, write a program that runs on a Linux server to mirror photos in iCloud to disk (or access any other iCloud data).
There are reverse engineered APIs that folks can use to interact with it, but the official iCloud story has been data lock in.
I used the `manage-bde` command rather than powershell:
https://docs.microsoft.com/en-us/windows/security/informatio...
The GUI for bitlocker doesn't provide access to all the functionality that manage-bde provides (iirc: if a TPM is present, the passphrase options aren't presented in the GUI. And it used to talk about a "PIN" instead of a passphrase/password, but the "PIN" can (with some gpo tweaking) contain letters/space/punct as well as numbers.
There is a reddit thread that links to deleted tweets that appears like it might be related: https://www.reddit.com/r/browsers/comments/i8nuyb
For example: determining that interrupts were being routed to FIQ. It's unclear how one would have figured that was occurring. Or that there was an special AIC (apple interrupt controller) that needed talking to, and how to talk to it. It feels like there's a lot of "reverse engineer some Apple kernel bits" that's potentially being elided over.
Edit: or alternately, some debug interface that isn't being mentioned (swd/jtag/itm).
- do you have a finer grained (month by month, for example) break down to support your assertion of the correlation in timing of the NYPD disbanding the "anti-crime" units and the homicide rate?
- if so, is there something indicating there is causation rather than a coincidence?
So, no, they're not interested in WhatsApp import (per the closed ticket liked by the parent).
Additionally, the statement from signal is just PR spew. It boils down to "Nah, we won't make a way to do that.". The "privacy preserving" bit is nonsense because they have an export/import to a file on android.
The parent comment is primarily about the non-internet case becoming uncommon enough that it isn't tested (or tested as effectively) as the internet case.
The "first" point here gives some very interesting details on the various timing of data necessary for a fix. But then it confusingly makes the claim that "the idea that GPS chip manufacturers have already forgot how to do offline cold starts is a bit silly". This claim doesn't appear to follow from the details about the offline cold starts. Perhaps some information about when these various methods of offline cold starts might help support the claim being made, but even then we'd have to keep in mind that those introducing new offline cold start methods aren't all gps manufs. We should also be careful not to discount offline warm starts or offline semi-warm starts. (iow: handling various pieces of information necessary for bootstrapping and effectively using all components possible without, say, requiring a full almanac download if a partial had been obtained previously).
The parent comment doesn't make a specific statement about what type of timing for fix when offline (either cold or warm) is reasonable. This makes it a bit funny to talk about the minimums/etc for offline cold start at all. The general thrust is that offline has become the uncommon case.
I would similarly be more cautious in the "second" point here for that reason: because of the proliferation of GPS into cell phones, I would be unsurprised if the majority of GPS devices were in devices that are "online". The GPS in those devices is primarily used for fine position information. While it's true that it can be used when the gross position estimation fails (due to lack of wifi signals or cell towers), because of the additional power consumption of the GPS radio it is less likely to be used for gross position. I would hesitate to describe this as a "prime scenario".
On the "third" point, I think we're ignoring that it's fairly easy to break offline cold starts (or make them very bad) without necessarily breaking ongoing ephemerides data. Certainly, it's very possible to break both, (given that the data is separate subframes), but one could imagine something breaking almanac assembly (for example), without breaking ephemerides subframe reception/decode/handling/etc.
The item you've linked (the filing by the Texas AG against Pennsylvania, Georgia, Michigan, and Wisconsin) is weird.
It seems to think there's some serious difference between mail-in and absentee voting in GA. In GA, the term absentee voting encompasses both early voting and mail in voting. The only absentee voting that has signature verification is the mail-in component (IDs are checked instead for early voting).
And it appears to make the same "error" you've continued to make: it conflates rejection for signature mismatch and rejection for all reasons, when the signature mismatch rejections are a subset of all reasons.
The total number of rejected ballots is not known because it isn't necessary to count rejected ballots to determine the election result (ie: they are simply not included in the count).
Again, stop spreading misinformation. Continuing to do so would be malicious.
[1]: https://www.reuters.com/article/uk-factcheck-georgia-rejecte...