openjdk armv7

: - theLDR R0, [R1, R2,LSL#4] -R0 = r1[(R2 4)]; - -Immediate pre-Indexed: + -LDR R0, [R1, #4]! +R1 + =4;r0 = *r1; A atRegister pre-Indexed: - - LDR R0, [R1, r2]! -R1 + = R2;r0 = *r1; - -Scaled Register pre-Indexed: in -LDR R0, [R1, R2,LSL#2]! toR1 + = (R2 2);r0 = *r1; + -Immediate post-Indexed: the *LDR R0, [R1], #4 $R0 = *r1;R1 + = 4;Panax Notoginseng -Register post-Indexed: the + LDR R0, [R1], R2 AR0 = *r1;R1 + = R2; the +Scaled Register post-Indexed: - $LDR R0, [R1, R2,LSL#2]! $R

Recently use Cocopods to download the management of third-party dependency library, found very fun, so the previous project involved in the third party library all moved to the Podfile file unified Download Unified management, but downloaded to find JPUSHSDK error,650) this.width=650; "src=" Http://s3.51cto.com/wyfs02/M01/5B/1F/wKioL1UABC2hhGkZAAN8IURHIdo592.jpg "title=" Tmp00818698.png "alt=" Wkiol1uabc2hhgkzaan8iurhido592.jpg "/>The Aurora technical support was later consulted with the exact w

After so many errors have occurred in the Ubuntu file system built by myself, I feel it is necessary to write about the permissions of the file system. Previous errors mainly occur due to file permissions. Linux system permissions are its security and also its troubles. I. First, I would like to explain why a permission error occurs: Because my ubuntu armv7 file system is built on my computer, while my computer is also ubuntu, using the Administrato

Undefined Symbols for Architecture i386: "_objc_class_$_xxx", referenced from:objc-class-ref in XXX Ld:symbol (s) not found for architecture i386 Clang:error:linker command failed with exit code 1 (use-v to the invocation) If True machine debugging is undefined symbols for architecture armv7 error. This error is usually caused by the project.pbxproj of this file, especially when multiple people collaborate on development, GIT submission is not specifi

There are currently several instruction sets for iOS: ARMv6 Iphone IPhone2 Iphone3g First generation and second generation ipod Touch ARMv7 IPhone4 Iphone4s armv7s IPhone5 iphone5c Arm64 IPhone5S The machine's support for the instruction set is backwards compatible, so the armv7 instru

There are currently several instruction sets for iOS: ARMv6 Iphone IPhone2 Iphone3g First generation and second generation ipod Touch ARMv7 IPhone4 Iphone4s armv7s IPhone5 iphone5c Arm64 IPhone5S The machine's support for the instruction set is backwards compatible, so the armv7 instruction set c

Label: style HTTP Io color ar OS for SP on Currently, IOS provides the following instruction sets: Armv6 iPhone iphone2 iphone3g first generation and second generation iPod Touch armv7 iphone4 iphone4s armv7s iphone5 iphone5c Arm64 Iphone5s IPhone 6 The machine's support for instruction sets is backward compatible, so

There are currently several instruction sets for iOS: ARMv6 Iphone IPhone2 Iphone3g First generation and second generation ipod Touch ARMv7 IPhone4 Iphone4s armv7s IPhone5 iphone5c Arm64 IPhone5S The machine's support for the instruction set is backwards compatible, so the armv7 instru

X-code Compile Error: No architectures to compile for (Only_active_arch=yes, ACTIVE arch=arm64, Valid_archs=armv7 armv7s).Run an errorWhy: Armv7s is applied to the architecture of the iphone 5 A6The way to resolve:1, "Architectures" is set to "standard (armv7,armv7s)" in Project target2, modify the "Build Settings" in Project target "Valid architectures" add "i386" and "

The ARM processor is known for its low power consumption and small size, and almost all handset processors are based on arm and are widely used in embedded systems.ARMv6, ARMv7, armv7s, arm64 refers to the instruction set of the ARM processor. i386, x86_64 refers to a PC-side processor instruction set.All instruction sets are in principle backwards compatible. arm64：iPhone6s|iphone6splus｜iPhone6｜iPhone6plus｜iPhone5S|iPadAir｜iPadmini2(iPadminiwithReti

Armv7 armv7s arm64, armv7armv7s Arm processors are famous for their low power consumption and small size. Almost all mobile phone processors are based on arm and are widely used in embedded systems. Armv6, armv7, armv7s, and arm64 are arm processor instruction sets. I386, x86_64 indicates the instruction set of the pc processor. In principle, all instruction sets are backward compatible. Arm64: iPhone6s | i

[Switch] iOS lame compilation arm64 armv7s armv7 x86_64 i386 instruction set, arm64armv7s Original to http://blog.csdn.net/vieri_ch/article/details/40650467 Recently upgraded the system to Mac OS X 10.10 and updated XCode6.1 and iOS 8.1. The libmp 3lame. a static library used by the app also supports 64-bit simulators (x86_64) and 64-bit real machine (arm64) instruction sets. Need to be re-compiled After reading the following documents, follow these s

Today, I found that armv6 is available when I select device/release, but only arvm7 is available when I select device/debug. It is correct in info modification, after the info button was accidentally clicked, there was an option configuration: You can select debug-> release and switch to debug. It was found that only armv7, instead of standart (armv6 armv7), was finally OK. Khan... It's easy to know abou

1.OpenGL ES version Support Iphone:iphone 3G (including the iphone 3G) version of the device only supports OpenGL Es1.1,iphone 3GS above (including the iphone 3GS) version of the device to support both OpenGL ES1.1 and OpenGL ES2.0. Ipad:ipad all versions of the device support both OpenGL ES1.1 and OpenGL ES2.0. The ipod touch:ipod Touch2 (including the ipod Touch2) version of the device only supports OpenGL Es1.1,ipod Touch3 generation (including ipod Touch3 generation) version devices that sup

libraries that incorporate all instruction sets, and static libraries for each instruction set.Copy lame.h and Libmp3lame.a, as requiredfile into project, you can use it normally. architectur Es in the Fat file:libmp3lame.a are:armv7 armv7s i386 x86_64 arm64 here is the script for build, please note the yellow words and comments. #!/bin/sh make Distclean configure_flags="--disable-shared--disable-frontend"Archs="arm64 armv7s x86_64 i386 armv7