![]() Its System Junk module runs a thorough scan of your Mac's storage, detecting junk like user cache files, system logs, unused disk images, old updates, and other stuff. CleanMyMac XĬleanMyMac X takes the first place with good reason - this MacBook cleaner combines features of both cleaning software and antimalware tool. Top 12 best cleaners for Mac: Free and premium versions 1. The best cleaning and antimalware functionality in one toolĭetects and removes junk, helps uninstall unneeded appsįinds duplicate and similar files everywhere on your Mac, including Photos, iTunes, and external drives.Ī handy cleaner may prove that your Mac is still alive and can actually perform at its best. In this article we’ve brought together some of the best Mac cleaning solutions around to clean, optimize, and maintain Macs that are available in 2022. To start off, we've made a quick comparison chart about the best Mac cleaners for Mac. ![]() We’ll talk about both types of cleaners here. There are definitely some effective free Mac cleaners, but the internet is full of cleaning apps you should avoid. But when those downloads accumulate, making your Mac more and more cluttered, Mac cleaners come in handy to remove unneeded junk and save valuable space. Netflix saw a 55% increase in app downloads, which proves we love our shows. We started downloading more content to our Macs filling up our SSDs (or hard drives) with apps, music, other things. Our digital behavior has changed massively within the last two years.
0 Comments
![]() * As initially set up it's about 12 us per conversion or around 60 us to * including sequencing from one channel to the next. * The actual ADC conversion takes place asynchronously in hardware, In the old MPLAB this used to be done with a -E compiler switch - good to know how to do it again. And thanks for the useful hint about preserving intermediate files. The layout did not get preserved in the copy/paste but you don't need it. I'm wondering if it might even be the Windows OS caching disk writes so the disk image is corrupt if you shut down immediately after making a change. I don't believe it was adding the typedef. That was the point at which it broke but I don't know what broke it. Oh - it was all working fine until I added the ADC typedef (see OP) and tried to use it. If I copy and paste the code into the same source file name in an older instance of the project it works just fine. #endif is the preferred way to exclude a block of code. Comments: by excluding that block of code (see OP) it would build all the time. I know it's really deterministic but it doesn't behave like it. Gort2015 knows this - he's one of the authors.)) Compiles half the time: if I make a trivial change - say add or delete a blank line and build, or do a clean-all-build, it will compile some times and fail others. Search this forum and you'll find others have found the 'new project (or 'nuclear') workaround. A different project with the same source files - no problem. Something in a file that's saved along with the project 'remembers' this error condition. Worse, this error apparently propagates into the preprocessor and/or the compiler some of the time, which then treats the type as an lvalue and complains that there's a missing operator. This is what is apparently breaking because definitions and keywords are not shown on-screen as being recognized. This recognizes defined types and other things like C keywords. ((There must be a dynamic 'build dictionary' process involved in the background scanning the code as it's typed. Yes, I know where int16_t is defined, but the editor apparently forgets because some times (in the error state) it doesn't recognize it and thinks it's something I invented. Gort2015 - Thanks for the spell checker tip. You don't have permission to access "" on this server. BTW when I try and post I get random Access Denied errors and lose what I tried posting: Access Denied But failure to compile with 'fake' error messages is very difficult to live with. although they are annoying when not real. And note it doesn't complain about the almost identical lines before and after. If I uncomment the #if and #endif it will compile every time. * rather than pointer/name indexing */ //#if 0ĪDC_Channel_t ADC_Lock2Amps //#endif The highlighted line is line 76 - see image. } ADC_Channel_t /* ADC Result Buffering choose separate named arrays for each ADC channel Here's the code (copy/paste messed up the indentation): #define BUF_DEPTH 8 // index 0 - 7 typedef struct _ADC_Channel Using MPLAB X IDE v4.15, XC v1.33 and MCC v3.55.1 on a Win 10 laptop. I used MCC for system, timer, pins, and ADC setup - all that appears to be as expected when it runs. The project is under development and not big yet. h) since they are private to that module. One thing that may be a little unusual is that the typedef and its usages are in a. The built code runs, but I can't be confident that all is well when it fails to build some of the time. Deleting cache (C:\Users\.\mplab_ide\Cache\dev\v4.15\var) - deleting folder var and its contents - does not help. It's the same behavior for both debug and release builds, and it seems random as to whether it will build or not. ![]() ![]() Sometimes the IDE displays 'uint16_t' and 'uint8_t' as "errors" too. I have also had other, similar, messages. Nbproject/Makefile-default.mk:204: recipe for target 'build/default/production/ADC_Functions.o' failed Sometimes the code does not compile, and I get this error message:ĪDC_Functions.c:27:1: error: expected '=', ',', ' ', 'asm' or '_attribute_' before 'ADC_Channel_t' My code compiles some of the time (and runs on the target) but the IDE shows a structure typedef, and all uses of that defined type, with wavy lines and light bulbs in the margin. ![]() I found similar posts but I was unable to post in those threads for some reason. Code sometimes fails to build and IDE shows errors where there are none |