"abstract" in order to reduce the development difficulty of DSP system software, to ensure the real-time nature of the system, shorten the development cycle, the embedded real-time operating system Μc/os-ⅱ porting to the DSP chip is a common method at present. This paper introduces the characteristics of embedded real-time operating system (Μc/os-ⅱ), and analyzes the porting method of Μc/os-ⅱ operating system in the current popular DSP chip tms320c6713
1. Install EMC host base agentmount-F CDFs-O cdcase on the client
/Dev/DSK/c0t0d0/CDROM (only such a mount can read the correct EMC disc) swinstall-S/CDROM 2. Create a raid group (group 3) on the EMC Manager server) 3. Create Lun (Lun 8) on the raid group 4. Create a new storage group (js-wap01) 5. On the storage group (js-wap01) add js-wap01 to hosts (right-click js-wap01 --> Properties) 6, add Lun 8 to luns7 in storage group (js-wap01), you can see
9. Add the new partition to vg00.Note: using "S2"# Pvcreate-FB/dev/rdsk/c2t6d0s2Physical Volume "/dev/rdsk/c2t6d0s2" has been successfully created.# Vgextend vg00/dev/DSK/c2t6d0s2Volume group "vg00" has been successfully extended.Volume group configuration for/dev/vg00 has been saved in/etc/lvmconf/vg00.conf
10. mirror all logical volumes in vg00.Note: using "S2"# Lvextend-M 1/dev/vg00/lvol1/dev/DSK/c2t6d0s
1. view what VG is there. A. View on the HP-UX 1) view # vgdisplay by command
--- Volume groups ---
VG name/dev/vg00
VG write access read/write
VG status available
Max lv255
Cur LV 11
Open LV 11
Max PV 16
Cur PV 2
Act PV 2
Max PE per PV 4384
Vgda 4
PE size (Mbytes) 32
Total PE 8748
Alloc PE 4178.
Free PE 4570
Total PVG 0
Total spare PVS 0
Total spare PVS in use 0 vgdisplay: volume group not activated.
Vgdisplay: cannot display volume group "/dev/oradzgl ". note: The last two lines indicate that
). Based on this, the idea of writing Flash here is: after the system is reset, the program will jump to _ c_init00 and write a piece of code from the Flash copy application to the memory!Flash burning for migration to the Operating System
In the previous article "general method for Flash writing on TMS320C6713", we have elaborated on how to burn bare metal code. Here we only need to make few changes to the DSP/BIOS project, the previous burning meth
example indicates that the RAID image is still being resynchronized with the backup drive.
The following example indicates that the RAID image is completely restored and online.
Code:
# Raidctl
RAID Disk
Volume Status Disk Status
--------------------------------------------------------
C1t0d0 OK c1t0d0 OK
C1t1d0 OK
4. how to perform non-image disk hot swapping ------- attach
1. view the SCSI device status:
Code:
# Cfgadm-al
Ap_Id Type effectacle Occupant Condition
C0 scsi-bus connected
Attaching is to add the separated File System to the file system partition structure. The file system must be appended to a mount point, that is, a directory.
Mounting and detaching a file system occurs when the system starts and closes.
The/etc/vfstab file will be read when the system starts. The file system to be mounted. Therefore, the file system in the/etc/vfstab file will be automatically mounted. You can also manually mount the file system in the command line mode.
Mount without paramete
Tags: add eth0 after using the gate net boot file format vmware1. Put the KVM under the virtual machine;[Email protected] ~]# Virsh List--All Id the Name state---------------------------------------------------- -GAMEDEV10 shut off-Gamedev11 shut off-Gamedev12 shut off-Gamedev13 shut off-Gamedev2 shut off-Gamedev6 shut off-Gamedev7 shut off-Gamedev8 shut off-Gamedev9 shut off-Gamedevtpl shut off-Yunwei shut off2. Convert the virtual machine in the KVM under IMG file format to the VMDK format wit
(using-m) and gigabytes (using-g), as shown in listing 3.
Listing 3. Use the DF command with the-G Option$ DF-GFilesystem 1g-blocks used avail capacity mounted on/Dev/disk0s2 128 57 70 45%/Devfs 0 0 0 100%/devFdesc 0 0 100%/dev Lt; volfs gt; 0 0 0 100%/. Vol/Dev/disk0s3 20 3 17 17%/volumes/untitled
Obviously, while increasing the size of the displayed block, the details in the information are also reduced, but the optional size is a fast disk monitoring method, especially for ultra-large dis
Detailed steps of mirror Disk
1. Create a boot LVM disk that will be used as an image# Pvcreate-B/dev/rdsk/c2t2d0
2. Add the hard disk to the current volume group.# Vgextend vg00/dev/DSK/c2t2d0
3. Set as the boot disk# Mkboot/dev/rdsk/c2t2d0
4. Test the correct auto file to the new lif area.# Mkboot-a "HPUX-SCSI"/STAND/vmunix "/dev/rdsk/c2t2d0
5. mirror each LV separately# Lvextend-M 1/dev/vg00/lvol1/dev/DSK
/oracle/product/ 11.2.0/db_1/rdbms/lib/ins_rdbms.mk '. '/export/home/oracle/u01/app/orainventory/logs/installactions2014-05-13_02-15-59pm.log ' for details.
Exception severity:1
######################################
Solution: Baidu, to increase the swap.
After the error to see the swap free space is sufficient, I once suspected is not the problem of swap, the results of the Oracle Installation Interface retry, the new open window has been df-h to observe swap usage, found that swap quickly
-13_02-15-59pm.log ' for details.Exception severity:1######################################Solution: Baidu down, to add swap.After the error to view swap free space is very sufficient, I once suspected that is not the problem of swap. Results when the Oracle installation interface is retry. The newly opened form has been df-h to observe swap usage and found that the swap is very fast used for fast light.Find the solution: The MoS is found to be a lack of swap caused by temporarily increasing the
As a system administrator, we often encounter the need to increase or decrease a file system. Dynamic Logical Volume Management (LVM) is a great help for the mainstream OS and Linux on UNIX. However, Solaris Systems that do not support LVM can only be implemented in a stupid way.
Assuming a work scenario, I need to add a separate file system to the server's hard drive, but there is no free space available on the hard drive. One alternative is to shrink a file system that already exists and squee
/oraInventory/logs/installActions2014-05-13_02-15-59PM.log' for details.
Exception Severity: 1
######################################
Solution: Add SWAP to Baidu.
After an error is reported, check that the available SWAP space is sufficient. I once suspected that it was not a problem with SWAP. As a result, during the RETRY on the ORACLE Installation interface, df-h was used to check SWAP usage in the new window, it was found that SWAP was quickly used.Solution: on MOS, it is found that swap i
metadb metainit must be forced with-f, but this time not because its the initial creation,Because we work on mounted filesystems.So, here we create a 1 way concatenation of our actual slices and form the needed submirrors.4.3) refreshing fun part 1!
# Metainit d0-m d1# Metainit d10-m d11# Metainit d30-m d31# Metainit d40-m d41# Metainit d50-m d51
Here are the actualy mirroing intialized, the-m tells SDS that we want to build a mirror with the nameIn the first colum and consiting of the submirro
/oraInventory/logs/installActions2014-05-13_02-15-59PM.log' for details.
Exception Severity: 1
######################################
Solution: Add SWAP to Baidu.
After an error is reported, check that the available SWAP space is sufficient. I once suspected that it was not a problem with SWAP. As a result, during the RETRY on the ORACLE Installation interface, df-h was used to check SWAP usage in the new window, it was found that SWAP was quickly used.Solution: on MOS, it is found that swap i
-15-59pm.log ' for details.Exception severity:1######################################Solution: Baidu, to increase the swap.After the error to view the swap available space is very sufficient, I once suspected that is not the problem of swap, the results of the Oracle Installation Interface retry, the new window has been df-h to observe swap usage, found that the swap is quickly used fast light.Find the solution: The MoS is found to be a lack of swap, resulting in a temporary increase in swap# sw
of contents now in place
2. Prepare the metadb space used by DiskSuite.
# Umount/metadb ** 50 MB small space usage, similar to swap space
# Rm? R/metadb
# Vi/etc/vfstab
Comment out or delete the following line, as shown below:
#/Dev/dsk/c0t0d0s6/dev/rdsk/c0t0d0s6/metadb ufs 1 yes?
3. Create Mirror
① Mr. replicas for internal use in DiskSuite
# Metadb? A? F? C 2 c0t0d0s7 c0t1d0s7
# Metadb
② Creating a mirror from/
# Metainit-f d10 1 c0t0d0s0
# M
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