![]() ![]() “Automatic” implies that “translate autoresizing mask into constraints” is off when a view affect by constraints in the storyboard or. Swift – You can now use the Self expression to refer to the innermost nominal type inside structure, enumeration and class declarations. For example, the two method declarations inside this structure are equivalent:struct Box Workaround: Embed the existing view into a container - either in the canvas or the source editor - then drop the new view into that container. ![]() SwiftUI – Dragging a Text modifier onto text in the canvas that already has a View modifier such as frame(width:height:alignment:) results in a compilation error. (50712235)Workaround: Reorder the modifiers so that modifiers specific to Text appear before any View modifiers. ![]() SwiftUI Tutorials – The scheme that’s autogenerated for a Swift package isn’t automatically updated when the package adds or removes targets. (50586754)Workaround: Delete the scheme from the swiftpm/xcode/xcshareddata/xcschemes directory inside the package directory, then reopen the package to automatically generate a new scheme. YEARS RUNONLY APPLESCRIPTS AVOID DETECTION FOR SOFTWARE.Swift Packages – The scheme that’s autogenerated for a Swift package isn’t automatically updated when the package adds or removes targets.YEARS RUNONLY APPLESCRIPTS AVOID DETECTION FOR CODE.YEARS RUNONLY APPLESCRIPTS AVOID DETECTION FOR FREE.Why Have the Good Guys Ignored AppleScript? Worryingly, given the lack of attention paid to AppleScript in the research community, that is all without even leveraging some of AppleScript’s most powerful or unique features, some of which we’ll cover below (others I’ve written about before here). This includes its use in adware, its use for tasks such as persistence, anti-analysis, browser hijacking, spoofing and more. There is much less attention in the security field on AppleScript – a built-in macOS technology – despite the fact it’s been around for as long as Python and predates macOS 10 itself by 8 or 9 years.Īs I’ll show in this post, AppleScript is widely used by offensive actors. YEARS RUNONLY APPLESCRIPTS AVOID DETECTION FOR SOFTWARE For more than five years, macOS users have been the targets of a sneaky malware operation that used a clever trick to avoid detection and hijacked the hardware resources of infected users to mine cryptocurrency behind their backs.When we think about security on macOS and the tools used by offensive actors, whether those are real in the wild attacks or red team exercises, we tend to think of things like python scripts, shell scripts, malicious documents, shady extensions and of course, the fake, doctored or trojan application bundle. Named OSAMiner, the malware has been distributed in the wild since at least 2015 disguised in pirated (cracked) games and software such as League of Legends and Microsoft Office for Mac, security firm SentinelOne said in a report published this week. “OSAMiner has been active for a long time and has evolved in recent months,” a SentinelOne spokesperson told ZDNet in an email interview on Monday. “From what data we have it appears to be mostly targeted at Chineses/Asia-Pacific communities,” the spokesperson added. Nested run-only AppleScripts, for the win!īut the cryptominer did not go entirely unnoticed. SentinelOne said that two Chinese security firms spotted and analyzed older versions of the OSAMiner in August and September 2018, respectively.īut their reports only scratched the surface of what OSAMiner was capable of, SentinelOne macOS malware researcher Phil Stokes said yesterday.
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