M.U.G.E.N - Download
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&script>\n
ga('send', 'event', 'BlockBanner', 'show', 'top-leaderboard-app-page-desktop solutions', { nonInteraction: true } );\n
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&}}],&mpu-app-page-desktop&:[{&provider&:&gpt&,&size&:[[300,250],[300,300],[300,600]],&options&:{&adUnitPath&:&/5302/Desktop/Desktop-Web-EN/Apps/Programpage&,&slotWrapperId&:&mpu-app-page-desktop-wrapper&,&targeting&:{&type&:&top_medium_rectangle&,&pos&:&top&},&bids&:[{&bidder&:&appnexus&,&params&:{&placementId&:9786116}},{&bidder&:&rubicon&,&params&:{&accountId&:10496,&siteId&:44166,&zoneId&:191534}}]}},{&provider&:&static&,&isEnabled&:true,&options&:{&onlyForAdBlockers&:true,&body&:&\n
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data-ua=\&c=BlockBanner,a=click,l=mpu-app-page-desktop solutions\&>\n
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&script>\n
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&}}],&bottom-mpu-app-page-desktop&:{&provider&:&gpt&,&size&:[[300,250]],&options&:{&adUnitPath&:&/5302/Desktop/Desktop-Web-EN/Apps/Programpage&,&slotWrapperId&:&bottom-mpu-app-page-desktop-wrapper&,&targeting&:{&type&:&bottom_medium_rectangle&,&pos&:&bottom&},&bids&:[{&bidder&:&appnexus&,&params&:{&placementId&:9786114}},{&bidder&:&rubicon&,&params&:{&accountId&:10496,&siteId&:44166,&zoneId&:193298}}]}},&bottom-leaderboard-app-page-desktop&:{&provider&:&gpt&,&size&:[[728,90],[970,90]],&options&:{&adUnitPath&:&/5302/Desktop/Desktop-Web-EN/Apps/Programpage&,&slotWrapperId&:&bottom-leaderboard-app-page-desktop-wrapper&,&targeting&:{&type&:&bottom_leaderboard&,&pos&:&bottom&},&bids&:[{&bidder&:&appnexus&,&params&:{&placementId&:9786117}},{&bidder&:&rubicon&,&params&:{&accountId&:10496,&siteId&:44166,&zoneId&:193298}}]}},&related-apps-app-page-desktop&:{&provider&:&gpt&,&size&:&fluid&,&type&:&related-apps&,&isEnabled&:true,&options&:{&adUnitPath&:&/5302/Desktop/Desktop-Web-EN/sads/related_apps&,&targeting&:{&type&:&bottom_native_relatedapps&,&pos&:&bottom&}}},&interstitial-app-page-desktop&:{&provider&:&gpt&,&type&:&interstitial&,&options&:{&adUnitPath&:&/5302/Desktop/Desktop-Web-EN/Apps/Programpage&,&outOfPage&:true,&targeting&:{&type&:&interstitial&},&bids&:[]}},&wallpaper-app-page-desktop&:{&provider&:&gpt&,&type&:&wallpaper&,&options&:{&adUnitPath&:&/5302/Desktop/Desktop-Web-EN/Apps/Programpage&,&outOfPage&:true,&targeting&:{&type&:&wallpaper_background&,&pos&:&top&},&bids&:[]}},&see-through-app-page-desktop&:{&provider&:&gpt&,&type&:&seethrough&,&options&:{&adUnitPath&:&/5302/Desktop/Desktop-Web-EN/Apps/Programpage&,&outOfPage&:true,&targeting&:{&type&:&seethrough&}}},&top-contextual-app-page-desktop&:[{&provider&:&afs&,&isEnabled&:true,&options&:{&colorAdSeparator&:&#DCEEFB&,&colorBackground&:&#FFFFFF&,&colorDomainLink&:&#539B32&,&colorTitleLink&:&#0770a6&,&detailedAttribution&:false,&fontFamily&:&Arial&,&fontSizeAttribution&:12,&fontSizeDescription&:12,&fontSizeLocation&:12,&fontSizeAnnotation&:10,&fontSizeTitle&:16,&longerHeadlines&:false,&noTitleUnderline&:true,&titleBold&:true,&width&:&100%&,&maxTop&:2,&slotWrapperId&:&top-contextual-app-page-desktop-wrapper&}},{&provider&:&sftYahoo&,&isEnabled&:false,&options&:{&source&:&web&,&instance&:&en&,&zone&:&searchresults&,&longAdsTitle&:0,&numAds&:2,&enableFavicon&:1,&keywords&:&Development & IT&,&referer&:&https://mugen./&,&slotWrapperId&:&top-contextual-app-page-desktop-wrapper&}}]}}">
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M.U.G.E.N 1.0
Create your own 2D fighting games
Allows you to create classic cartoon style fighting characters
Includes one demo game to test
Not suitable for those unfamiliar with DOS
Free Download
Safe download
Windows XP
You'll also need:
Recommended
M.U.G.E.N is also compatible with:
Windows Vista
Total downloads
Last month's downloads
User rating
( 1302 votes )
Softonic review
By Nick Mead
Chances are, you’ve probably played on several
created by the M.U.G.E.N graphics engine.
2D fighting classics such as Street Fighter and Paws of Fury were originally developed on it. Today, the M.U.G.E.N engine is enjoying something of a revival due to the great old-school cartoon style characters you can create with it.
Note however, that this M.U.G.E.N download is for the
and you’ll need to be familiar with DOS programming to use it. There is one game included simply called “M.U.G.E.N” although it’s only intended as a demo to show you what you can do with it.
M.U.G.E.N is essentially a DOS-based 2D graphic design engine originally released in 1999. It allows anyone to create characters, stages and other game objects through interpreted text files, graphics and sound compilations, and it also supports various types of audio formats such as MP3, ADX, OGG and MIDI for sound effects.
M.U.G.E.N has been in Release Candidate for several years but most recently version 1 was released as a full version. However, most of the improvements were simply bug fixes and a license change which permit inclusion of the MUGEN executable into free non-commercial bundles.
The M.U.G.E.N engine is currently setup primarily for fighting game development, but several other game types have been developed using it including
If you're nostalgic about the games you played in the arcade as a kid, and are willing to learn a bit of coding to create your own, M.U.G.E.N is exactly the tool you need.
Engine Changes
Title screen F1 info box text can now be customized in system.def.
SND files with invalid WAV files now log a warning instead of causing MUGEN to abort.
CNS: Fixed associativity of := for fvars.
Fixed a bug that caused some sounds to be played on incorrect channels or with incorrect stereo panning.
Storyboard: Replaced broken soundX.volume parameters with soundX.volumescale.
Fixed incorrect character positioning in win and results screens.
Doc Changes
Some documentation was updated.
License Changes
The license has been updated to permit inclusion of the MUGEN executable into free non-commercial bundles. See readme.txt.
Author's review
M.U.G.E.N is a 2D fighting game engine designed by Elecbyte and originally released in 1999. The engine allows anyone to create characters, stages and other game objects through interpreted text files, graphics and sound compilations and it also supports various types of audio formats such as MP3, ADX, OGG and MIDI as background music during gameplay.
The engine allows for the creation of 2D fighting games such as the Street Fighter games produced by Capcom or the King of Fighters games produced by SNK.
While the engine is currently set up primarily for fighting game development, several other game types have been developed using it, including shooter and platformer style games.
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M.U.G.E.N 1.0
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— User reviews — about M.U.G.E.N
by glenyslopez
it cool,fun and stuff! is the best game ever and ever!!!!!!!!!!!!!!!!!!.
"Best fighting game ever in history hands down."
M.U.G.E.N is highly recommended for fighting game fans. You can literally play as anyone you want, in 1v1 matches, or 2v...
by scoobymcsnack
"A very good game and software!"
Very good game and fun to play. You can have virtually any character you want and tons of them.
by natalieeggnog
"YO THIS IS THE BOMBSHEEL YO, PISS OFF IF YOU HATE IT"
this is freaking amazing, like man, it is the bombshell!! lol and if anyone tries to bash it i will defend it because i ...
by TryuipeJunior
An very good (amazing) fighting system made by Elecbyte. I recommend it to these who likes fighting.
by sonupikachu
"damn cool"
easy to use
make good graphic games ................................................................
— You may also like —
— Features — about M.U.G.E.N
Laws concerning the use of this software vary from country to country. We do not encourage or condone the use of this program if it is in violation of these laws.
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＞＞＞已知集合M={-1，1}，N={x|12＜2x+1＜4，x∈Z}，则M∩N=______．-数学-..
已知集合M={-1，1}，N={x|12＜2x+1＜4，x∈Z}，则M∩N=______．
题型：填空题难度：中档来源：如东县三模
集合N中的不等式可化为：2-1＜2x+1＜22，因为2＞1，所以指数函数y=2x为增函数，则-1＜x+1＜2即-2＜x＜1，由x∈Z得到x的值可以是-1和0所以N={-1，0}，则M∩N═{-1，1}∩{-1，0}={-1}故答案为：{-1}
马上分享给同学
据魔方格专家权威分析，试题“已知集合M={-1，1}，N={x|12＜2x+1＜4，x∈Z}，则M∩N=______．-数学-..”主要考查你对&&集合间交、并、补的运算（用Venn图表示）&&等考点的理解。关于这些考点的“档案”如下：
现在没空？点击收藏，以后再看。
因为篇幅有限，只列出部分考点，详细请访问。
集合间交、并、补的运算（用Venn图表示）
1、交集概念：
（1）一般地，由所有属于集合A且集合B的元素所组成的集合，叫做A与B的交集，记作A∩B，读作A交B，表达式为A∩B＝｛x|x∈A且x∈B｝。 （2)韦恩图表示为。
2、并集概念：
（1）一般地，由所有属于集合A或集合B的元素所组成的集合，叫做A与B的并集，记作A∪B，读作A并B，表达式为A∪B＝｛x|x∈A或x∈B｝。 （2）韦恩图表示为。
3、全集、补集概念：
（1）全集：一般地，如果一个集合含有我们所要研究的各个集合的全部元素，就称这个集合为全集，通常记作U。 &&&&&&& 补集：对于一个集合A，由全集U中所有不属于A的元素组成的集合称为集合A相对于全集U的补集，记作CUA，读作U中A的补集，表达式为CUA={x|x∈U，且xA}。 （2）韦恩图表示为。1、交集的性质：
2、并集的性质：
3、补集的性质：
发现相似题
与“已知集合M={-1，1}，N={x|12＜2x+1＜4，x∈Z}，则M∩N=______．-数学-..”考查相似的试题有：
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使用的是打上：
上keety大侠提供的补丁生成的u-boot-1.1.3
这段时间不断有人问我u-boot启动内核的问题，记得在上次提供的u-boot源码中提到了go的方案，不过其实u-boot本来有一种更好的方案：
bootm花了不少时间，查看了论坛上不少的帖子，认真阅读了bootm的源码，终于使用bootm把内核给跑起来了，
现把解决方法介绍如下：
一、在开始之前先说明一下bootm相关的东西。
1、首先说明一下，S3C2410架构下的bootm只对sdram中的内核镜像文件进行操作(好像AT91架构提供了一段从flash复制内核镜像的代码，不过针对s3c2410架构就没有这段代码，虽然可以在u-boot下添加这段代码，不过好像这个用处不大)，所以请确保你的内核镜像下载到sdram中，或者在bootcmd下把flash中的内核镜像复制到sdram中。
2、-a参数后是内核的运行地址，-e参数后是入口地址。3、1）如果我们没用mkimage对内核进行处理的话，那直接把内核下载到0x再运行就行，内核会自解压运行（不过内核运行需要一个tag来传递参数，而这个tag建议是由bootloader提供的，在u-boot下默认是由bootm命令建立的）。 2）如果使用mkimage生成内核镜像文件的话，会在内核的前头加上了64byte的信息，供建立tag之用。bootm命令会首先判断bootm xxxx 这个指定的地址xxxx是否与-a指定的加载地址相同。(1)如果不同的话会从这个地址开始提取出这个64byte的头部，对其进行分析，然后把去掉头部的内核复制到-a指定的load地址中去运行之(2)如果相同的话那就让其原封不同的放在那，但-e指定的入口地址会推后64byte，以跳过这64byte的头部。二、好，接着介绍使用mkimage生成镜像文件并下载运行的方法。方法一、1、首先，用u-boot/tools/mkimage这个工具为你的内核加上u-boot引导所需要的文件头，具体做法如下：[root@localhost tftpboot]#mkimage -n 'linux-2.6.14' -A arm -O linux -T kernel -C none -a 0x -e 0x -d zImage zImage.imgImage Name:
linux-2.6.14Created:
Fri Jan 12 17:14:50 2007Image Type:
ARM Linux Kernel Image (uncompressed)Data Size:
1262504 Bytes = 1232.91 kB = 1.20 MBLoad Address: 0xEntry Point:
这里解释一下参数的意义：
-A ==& set architecture to 'arch'
-O ==& set operating system to 'os'
-T ==& set image type to 'type'
-C ==& set compression type 'comp'
-a ==& set load address to 'addr' (hex)
-e ==& set entry point to 'ep' (hex)
-n ==& set image name to 'name'
-d ==& use image data from 'datafile'
-x ==& set XIP (execute in place)
、下载内核
U-Boot 1.1.3 (Jan 12 2007 - 16:16:36)
U-Boot code: 33F80000 -& 33F9BAC0
BSS: -& 33F9FBACRAM Configuration:Bank #0:
MBNor Flash: 512 kBNand Flash:
serialOut:
serialErr:
serialHit any key to stop autoboot:
sbc2410=&tftp 0x zImage.img
TFTP from server 192.168.1.115; our IP address is 192.168.1.128Filename 'zImage.img'.Load address: 0xLoading: #################################################################
#################################################################
#################################################################
####################################################doneBytes transferred = 46dc hex)
sbc2410=&bootm 0x## Booting image at
Image Name:
linun-2.6.14
Image Type:
ARM Linux Kernel Image (uncompressed)
Data Size:
1263260 Bytes =
Load Address:
Entry Point:
Verifying Checksum ... OKOK
Starting kernel ...
Uncompressing Linux.............................................................Linux version 2.6.14 (root@luofuchong) (gcc version 3.4.1) #21 Fri Oct 20 17:206CPU: ARM920Tid(wb) [] revision 0 (ARMv4T)Machine: SMDK2410Memory policy: ECC disabled, Data cache writebackCPU S3C2410A (id 0x)S3C2410: core 202.800 MHz, memory 101.400 MHz, peripheral 50.700 MHzS3C2410 Clocks, (c) 2004 Simtec ElectronicsCLOCK: Slow mode (1.500 MHz), fast, MPLL on, UPLL onUSB Control, (c) 2006 sbc2410CPU0: D VIVT write-back cacheCPU0: I cache: 16384 bytes, associativity 64, 32 byte lines, 8 setsCPU0: D cache: 16384 bytes, associativity 64, 32 byte lines, 8 setsBuilt 1 zonelistsKernel command line: console=ttySAC0 root=/dev/nfs nfsroot=192.168.1.115:/frien"irq: clearing subpending status PID hash table entries: 512 (order: 9, 8192 bytes)timer tcon=, tcnt a509, tcfg 00000, usec 00001e4cConsole: colour dummy device 80x30Dentry cache hash table entries: 16384 (order: 4, 65536 bytes)Inode-cache hash table entries: 8192 (order: 3, 32768 bytes)Memory: 64MB = 64MB totalMemory: 62208KB available (1924K code, 529K data, 108K init)Mount-cache hash table entries: 512CPU: Testing write buffer coherency: oksoftlockup thread 0 started up.NET: Registered protocol family 16S3C2410: Initialising architectureSCSI subsystem initializedusbcore: registered new driver usbfsusbcore: registered new driver hubS3C2410 DMA Driver, (c)
Simtec ElectronicsDMA channel 0 at c4800000, irq 33DMA channel 1 at c4800040, irq 34DMA channel 2 at c4800080, irq 35DMA channel 3 at c48000c0, irq 36NetWinder Floating Point Emulator V0.97 (double precision)devfs:
Richard Gooch (rgooch@atnf.csiro.au)devfs: devfs_debug: 0x0devfs: boot_options: 0x1yaffs Oct 18 :51 Installing.Console: switching to colour frame buffer device 30x40fb0: s3c2410fb frame buffer devicefb1: Virtual frame buffer device, using 1024K of video memoryled driver initializeds3c2410 buttons successfully loadeds3c2410_serial0 at MMIO 0x (irq = 70) is a S3C2410s3c2410_serial1 at MMIO 0x (irq = 73) is a S3C2410s3c2410_serial2 at MMIO 0x (irq = 76) is a S3C2410io scheduler noop registeredio scheduler anticipatory registeredio scheduler deadline registeredio scheduler cfq registeredRAMDISK driver initialized: 16 RAM disks of 4096K size 1024 blocksizeusbcore: registered new driver ubCirrus Logic CS8900A driver for Linux (Modified for SMDK2410)eth0: CS8900A rev E at 0xe0000300 irq=53, no eeprom , addr: 08: 0:3E:26:0A:5BS3C24XX NAND Driver, (c) 2004 Simtec Electronicss3c2410-nand: mapped registers at c4980000s3c2410-nand: timing: Tacls 10ns, Twrph0 30ns, Twrph1 10nsNAND device: Manufacturer ID: 0xec, Chip ID: 0x76 (Samsung NAND 64MiB 3,3V 8-bi)Scanning device for bad blocksBad eraseblock 1884 at 0x01d70000Creating 4 MTD partitions on "NAND 64MiB 3,3V 8-bit":0xx : "vivi"0xx : "param"0xx : "kernel"0xx : "root"usbmon: debugfs is not availables3c2410-ohci s3c2410-ohci: S3C24XX OHCIs3c2410-ohci s3c2410-ohci: new USB bus registered, assigned bus number 1s3c2410-ohci s3c2410-ohci: irq 42, io mem 0xhub 1-0:1.0: USB hub foundhub 1-0:1.0: 2 ports detectedInitializing USB Mass Storage driver...usbcore: registered new driver usb-storageUSB Mass Storage support registered.usbcore: registered new driver usbmousedrivers/usb/input/usbmouse.c: v1.6:USB HID Boot Protocol mouse drivermice: PS/2 mouse device common for all mices3c2410 TouchScreen successfully loadedUDA1341 audio driver initializedNET: Registered protocol family 2IP route cache hash table entries: 1024 (order: 0, 4096 bytes)TCP established hash table entries: 4096 (order: 2, 16384 bytes)TCP bind hash table entries: 4096 (order: 2, 16384 bytes)TCP: Hash tables configured (established 4096 bind 4096)TCP reno registeredTCP bic registeredNET: Registered protocol family 1IP-Config: Complete:
device=eth0, addr=192.168.1.128, mask=255.255.255.0, gw=192.168.1.1,
host=luofuchong, domain=, nis-domain=(none),
bootserver=192.168.1.1, rootserver=192.168.1.115, rootpath=Looking up port of RPC
on 192.168.1.115Looking up port of RPC
on 192.168.1.115VFS: Mounted root (nfs filesystem).Mounted devfs on /devFreeing init memory: 108Kinit started:
BusyBox v1.1.3 (-14:52+0000) multi-call binaryStarting pid 696, console /dev/tts/0: '/etc/init.d/rcS'
Please press Enter to activate this console.
方法二、1、首先，用u-boot/tools/mkimage这个工具为你的内核加上u-boot引导所需要的文件头，具体做法如下：[root@localhost tftpboot]#mkimage -n 'linux-2.6.14' -A arm -O linux -T kernel -C none -a 0x -e 0x -d zImage zImage.imgImage Name:
linux-2.6.14Created:
Fri Jan 12 17:14:50 2007Image Type:
ARM Linux Kernel Image (uncompressed)Data Size:
1262504 Bytes = 1232.91 kB = 1.20 MBLoad Address: 0xEntry Point:
、下载内核
U-Boot 1.1.3 (Jan 12 2007 - 16:16:36)
U-Boot code: 33F80000 -& 33F9BAC0
BSS: -& 33F9FBACRAM Configuration:Bank #0:
MBNor Flash: 512 kBNand Flash:
serialOut:
serialErr:
serialHit any key to stop autoboot:
sbc2410=&tftp 0x zImage.img
TFTP from server 192.168.1.115; our IP address is 192.168.1.128Filename 'zImage.img'.Load address: 0xLoading: #################################################################
#################################################################
#################################################################
####################################################doneBytes transferred = 46dc hex)
sbc2410=&bootm 0x## Booting image at
Image Name:
linux-2.6.14
Image Type:
ARM Linux Kernel Image (uncompressed)
Data Size:
1261056 Bytes =
Load Address:
Entry Point:
Verifying Checksum ... OK
XIP Kernel Image ... OK
内核启动信息省。。。。
如果你想把镜像文件写入flash，每次开机后让u-boot帮你复制到sdram中，再使用bootm命令引导的话，可以按照这样操作：sbc2410=&tftp 0x zImage.imgTFTP from server 192.168.1.115; our IP address is 192.168.1.128Filename 'zImage.img'.Load address: 0xLoading: #################################################################
#################################################################
#################################################################
####################################################doneBytes transferred = 46dc hex)sbc2410=&nand erase 0xd0000
NAND erase: device 0 offset 196608, size 1900544 ... OKsbc2410=&nand write 0xxd0000 NAND write: device 0 offset 196608, size 1900544 ...
1900544 bytes written: OK 设置u-boot启动命令：1、针对方法一：sbc2410=&setenv bootcmd nand read 0xxd0000\;bootm 0xsbc2410=&saveenvSaving Environment to NAND...Erasing Nand...Writing to Nand... done2、针对方法二：sbc2410=&setenv bootcmd nand read 0xxd0000\;bootm 0xsbc2410=&saveenvSaving Environment to NAND...Erasing Nand...Writing to Nand... donesbc2410=&reset启动信息略。。。。
阅读(42705)
&re: U-BOOT下使用bootm引导内核方法
U-Boot 1.1.1----www.21spacetime.net (Apr
2 2007 - 16:59:45)
U-Boot code: 0C700000 -& 0C72135C
BSS: -& 0C755CA8
RAM Configuration:
Bank #0: 0c MB
Bank #1: 0e MB
Flash0: 2 MB
In:
serial
Out:
serial
Err:
serial
Hit any key to stop autoboot:
0
#cy# Booting image at
...
#cy# Bad Magic Number
不知道为什么，我按照您的方法做了，还是无法实现bootm自动启动uclinux
我uclinux编译好有三个文件 image.bin linux.rom romfs.img
我是把image.bin文件加入头文件，用您介绍的mkimage的方法。然后下载到flash中或者sdram中，都无法运行
我linux.rom下载到sdram中是可以正常启动的。
如果您方便的话，请指导下，会给点提示。我qq
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先谢谢了。&&&&&&
&re: U-BOOT下使用bootm引导内核方法
hfrks3c44b0=&bootm 0xc007000
#cy# Booting image at 0c007000 ...
Image Name:
3:23:16 UTC
Image Type:
ARM Linux Kernel Image (uncompressed)
Data Size:
1464036 Bytes =
Load Address: 0c008000
Entry Point:
Verifying Checksum ... OK
OK
Starting kernel ...
跑到这里就死机了，是不是内核没办法解压啊？
郁闷啊&&&&&&
&re: U-BOOT下使用bootm引导内核方法
呵呵，从linuxforum上寻来，发现以前参考的就是你这篇文章啊&&&&&&
&re: U-BOOT下使用bootm引导内核方法
@caoyi你的启动部分不太对bootm 0xc007000的时候，它会跳过64字节然后将剩余部分复制到Load Address但是你的bootm地址和Load Address只差了4K也就是说，从0xc008000开始4K的部分会被破坏掉当然没有办法解压了&&&&&&
&re: U-BOOT下使用bootm引导内核方法
smdk2440#bootm 0x
#cy# Booting image at
Image Name: linux kernel image
Created:
12:45:45 UTC
Image Type: ARM Linux Kernel Image (gzip uncompressed)
Data Size: 739030 Bytes = 721.7 MB
Load Address:
Entry Point:
Verifying Checksum ... OK
Uncompressing Kernel Image ... OK
Starting kernel ...
然后就没了，情况和楼上的一样，但我没有犯他的错误啊。怎么回事呢？&&&&&&
&re: U-BOOT下使用bootm引导内核方法
对了，我的镜像文件是uImage&&&&&&
&re: U-BOOT下使用bootm引导内核方法
内核为2.6.17版本,u-boot 1.1.4,编译出zImage后,最后转换为uImage,命令如下:#mkimage -A arm -O linux -C gzip -a 0x -e 0x -d linux.bin.gz uImage烧如到FLASH的命令为u-boot&protec off 37ffffu-boot&erase 7ffffu-boot&tftp
uImageu-boot&cp.b 80000reboot后手动bootm ,最后就停在starting kernel.....界面了如果#mkimage -A arm -O linux -C gzip -a 0x -e 0x -d linux.bin.gz uImage生成的uImage,bootm 则在starting kernel.....后不久会重新开始解压(不是重启板子),然后starting kernel.....,如此循环&&&&&&
&re: U-BOOT下使用bootm引导内核方法
hfrks3c44b0=&bootm 0x8c000000
#cy# Booting image at 0x8c000000 ...
Image Name: yuan
Created:
3:23:16 UTC
Image Type: ARM Linux Kernel Image (uncompressed)
Data Size: 1464036 Bytes = 1.4 MB
Load Address: 0x8c000000
Entry Point: 0x8c000000
Verifying Checksum ... OK
reset here...这里就开始重启了。。。
怎么回事呢？欢迎交流Jasmine_&&&&&&
&re: U-BOOT下使用bootm引导内核方法[未登录]
@Jasmine
Entry Point: 0x8c000000 改成
Entry Point: 0x8c000040 &&&&&&
Whoa! Awesome post.
I enjoyed reading it! Keep it up! Your post is very informative and factual.
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