Timeloop Mac OS
If you've ever wanted to stream using your iPhone camera. We've got you covered. We've tried all the apps that let you do it over wifi, but they weren't fast enough, so we created an app that not only streams video & audio over Wi-Fi, but also over a low-latency wired USB connection to your mac and pc using our OBS Studio plugin. Become a patron of Timeloop today: Get access to exclusive content and experiences on the world’s largest membership platform for artists and creators. Thank you for downloading timeLoop pour Mac from our software library. The download version of timeLoop pour Mac is 0.2. This download is provided to you free of charge. The package you are about to download is authentic and was not repacked or modified in any way by us. The software is periodically scanned by our antivirus system. A remastered version of Onikakushi-hen from Higurashi: When They Cry Hō was released by MangaGamer on Steam on May 15, 2015 for Windows, OS X and Linux. The updates include a re-translation, previously cut music tracks and content, the original Japanese text, 28 and alternative character art by illustrator Kurosaki.
If you made a Time Machine backup of your Mac, Migration Assistant can use that backup to restore your personal files, including apps and everything in your user account.
If you prefer to restore just a few files or earlier versions of those files, learn how to use Time Machine to restore specific files.
Use Migration Assistant
- If you need to reinstall macOS, do that before continuing. For example, if your Mac starts up to a flashing question mark, you need to first reinstall macOS.
- Make sure that your Time Machine backup disk is connected to your Mac and turned on.
- Open Migration Assistant on your Mac. It's in the Utilities folder of your Applications folder.
If your Mac starts up to a setup assistant, which asks for details like your country and network, continue to the next step, because the setup assistant includes a migration assistant. - When asked how you want to transfer your information, select the option to transfer from a Mac, Time Machine backup, or startup disk. Then click Continue.
- Select your Time Machine backup, then click Continue.
- Choose a backup and click Continue.
- Select the information to transfer.
In this example, John Appleseed is a macOS user account. If it has the same name as an account already on your Mac, you're prompted to either rename the old account or replace the one on your Mac. If you rename, the old account will appear as a separate user on your Mac, with a separate home folder and login. If you replace, the old account will delete and then replace the account on your Mac, including everything in its home folder. - Click Continue to start the transfer. Large transfers might need several hours to complete.
Time Loop Mac Os X
If you need help, please contact Apple Support.
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| // Source from the xnu kernel used in macOS |
| // source https://opensource.apple.com/source/xnu/xnu-3248.60.10/libsyscall/wrappers/mach_absolute_time.s |
| .globl _mach_absolute_time |
| _mach_absolute_time: |
| pushq%rbp// set up a frame for backtraces |
| movq%rsp,%rbp |
| movq $(_COMM_PAGE_TIME_DATA_START),%rsi |
| 1: |
| movl _NT_GENERATION(%rsi),%r8d// get generation |
| testl%r8d,%r8d// if 0, data is being changed... |
| jz 1b // ...so loop until stable |
| lfence |
| rdtsc// edx:eax := tsc |
| lfence |
| shlq$32,%rdx// rax := ((edx << 32) eax), ie 64-bit tsc |
| orq%rdx,%rax |
| /* |
| * Prior to supporting 'slow' processors, xnu always set _NT_SHIFT to 32. |
| * Now it defaults to 0, unless the processor is slow. In order to maintain |
| * compatibility with both old and new versions of xnu, we mask the shift |
| * down to 0x1F, which maps the old default (32) into the new default (0). |
| */ |
| movl _NT_SHIFT(%rsi),%ecx |
| andl$0x1F,%ecx// *** remove this line once 10.9 is GM *** |
| subq _NT_TSC_BASE(%rsi), %rax// rax := (tsc - base_tsc) |
| shlq%cl,%rax// rax := (tsc - base_tsc) << NT_SHIFT |
| movl _NT_SCALE(%rsi),%ecx |
| mulq%rcx// rdx:rax := ((tsc - base_tsc)<<shift) * scale |
| shrdq$32,%rdx,%rax// divide by 2**32 |
| addq _NT_NS_BASE(%rsi),%rax// (((tsc - base_tsc) * scale) >> 32) + ns_base |
| cmpl _NT_GENERATION(%rsi),%r8d// did the data change during computation? |
| jne 1b |
| popq%rbp |
| ret |
| #include<stdio.h> |
| #include<mach/mach_time.h> |
| intmain() |
| { |
| uint64_t t = mach_absolute_time(); |
| printf('%lldn', (longlong) t); |
| return (0); |
| } |
| TEXT ·mach_absolute_tim(SB), NOSPLIT, $32 |
| MOVQ $0x7fffffe00000, SI // comm page base |
| timeloop: |
| MOVL nt_generation(SI), R8 |
| TESTL R8, R8 |
| JZ timeloop |
| RDTSC |
| SHLQ $32, DX |
| ORQ DX, AX |
| MOVL nt_shift(SI), CX |
| SUBQ nt_tsc_base(SI), AX |
| SHLQ CX, AX |
| MOVL nt_scale(SI), CX |
| MULQ CX |
| SHRQ $32, AX:DX |
| ADDQ nt_ns_base(SI), AX |
| CMPL nt_generation(SI), R8 |
| JNE timeloop |
| MOVQ AX, ret+0(FP) |
| RET |
| // Implementation of mach_absolute_time in Go AST |
| // based on https://golang.org/src/runtime/sys_darwin_amd64.s |
| #include'textflag.h' |
| // OS X comm page time offsets |
| // http://www.opensource.apple.com/source/xnu/xnu-1699.26.8/osfmk/i386/cpu_capabilities.h |
| #define nt_tsc_base 0x50 |
| #define nt_scale 0x58 |
| #define nt_shift 0x5c |
| #define nt_ns_base 0x60 |
| #define nt_generation 0x68 |
| TEXT ·mach_absolute_time(SB),NOSPLIT,$0-8 |
| MOVQ$0x7fffffe00000, BP /* comm page base */ |
| timeloop: |
| MOVQ nt_generation(BP), R8 |
| TESTL R8, R8 |
| JZ timeloop |
| RDTSC |
| SHLQ$32, DX |
| ORQ DX, AX |
| MOVL nt_shift(BP), R9 |
| ANDL$0x1F, R9 |
| SUBQ nt_tsc_base(BP), AX |
| SHLQ CX, AX |
| MOVL nt_scale(BP), R9 |
| MULQ R10 |
| SHRQ$32, AX:DX |
| ADDQ nt_ns_base(BP), AX |
| CMPL nt_generation(BP), R8 |
| JNE timeloop |
| RET |