Summary:
Changeset 12369
- nanosleep01/02 tests run much better, taking many passes before
failing. The gettimeofday02 ltp clock test still fails (failure.1)
- After a 256MB guest has been up and running for some time
on a 2GB node, launching another 256MB guest fails with:
Error: (12, 'Cannot allocate memory') (failure.2)
Test Configuration:
Dell Precision WorkStation 380, Dual Core, 2GB, 3 SATA (Intel VT)
64bit XEN RELEASE Build Hypervisor on a RHEL4U2 64bit root (/dev/sda)
32bit fully virtualized (HVM) guest RHEL4U2 256MB (/dev/sdb)
pae=1(smp) pae=0(up), acpi=1, apic=1
64bit fully virtualized (HVM) guest RHEL4U2 256MB (/dev/sdc)
pae=1, acpi=1, apic=1
Boot Tests:
Boot a fully virtualized (HVM) guest to the login prompt
Results are marked Pass|Fail where (n) points to a failure description
Regression Tests:
852 tests (851 ltp tests and one 30 minute user load test)
Tests are marked #Pass/#Fail where (n) points to a failure description
XEN 64bit 2 CPU Hypervisor (booted smp):
----------------------------------------------------------------------
| XEN | Guest Kernel (SMP kernels booted with 2 CPUs) |
| Changeset|-----------------------------------------------------------|
| | 32bit UP | 32bit SMP | 64bit UP | 64bit SMP |
| |--------------|--------------|--------------|--------------|
| | Boot | Test | Boot | Test | Boot | Test | Boot | Test |
|----------|------|-------|------|-------|------|-------|------|-------|
| 12369 | Pass | | Pass | 850/2 | Pass | | Pass | 851/1 |
| | | | | (1) | | | | (1) |
|----------|------|-------|------|-------|------|-------|------|-------|
| 12308 | Pass | | Pass | 851/1 | Pass | | Pass | 851/1 |
| | | | | (1) | | | | (1) |
|----------|------|-------|------|-------|------|-------|------|-------|
| 12217 | Fail | | Fail | | Fail | | Fail | |
| | (4) | | (4) | | (4) | | (4) | |
|----------|------|-------|------|-------|------|-------|------|-------|
| 12053 | Pass | | Pass | 851/1 | Pass | | Pass | 851/1 |
| | | | | (1) | | | | (1) |
|----------|------|-------|------|-------|------|-------|------|-------|
| 12025 | Pass | | Pass | 851/1 | Pass | | Pass | 851/1 |
| | (3) | | (3) | (1) | | | | (1) |
----------------------------------------------------------------------
Multiple Guest Boot Test
Test is a 30 minute user load on both Guests
XEN 64bit 2 CPU Hypervisor (booted smp):
--------------------------------------------
| XEN | Guest Kernel |
| Changeset|---------------------------------|
| | 32bit 1CPU UP | 32bit 2CPU SMP |
| | 64bit 1CPU UP | 64bit 2CPU SMP |
| |----------------|----------------|
| | Boot | Test | Boot | Test |
|----------|------|---------|------|---------|
| 12369 | Pass | Pass | Pass | Pass |
| | (2) | | (2) | |
|----------|------|---------|------|---------|
| 12308 | Pass | Pass | Pass | Pass |
| | (2) | | (2) | |
|----------|------|---------|------|---------|
| 12217 | Fail | | Fail | |
| | (4) | | (4) | |
|----------|------|---------|------|---------|
| 12053 | Pass | Pass | Pass | Pass |
| | (2) | | (2) | |
|----------|------|---------|------|---------|
| 12025 | Pass | Pass | Pass | Pass |
| | (2) | | (2) | |
--------------------------------------------
Failures:
1. BUG 666: 32bit guests fail ltp gettimeofday02
and nanosleep01/02 with clock problems
2. After a 256MB guest has been up and running for some time
on a 2GB node, launching another 256MB guest fails with:
Error: (12, 'Cannot allocate memory')
3. FIXED: 32bit guest coming up paused when launched, reporting this
error: WARNING: device 'vif1.0' has non-zero queue length (32)!
Unpausing the guest allows it to boot.
4. FIXED: HVM guests boot up but do not see the network
File: failure.1
Red Hat Enterprise Linux ES release 4 (Nahant Update 2)
Kernel 2.6.16.29-xen on an x86_64
tst079 login: root
Password:
Last login: Thu Nov 9 18:19:46 on ttyS0
You have new mail.
[root@tst079 ~]# xm info
host : tst079
release : 2.6.16.29-xen
version : #1 SMP Sat Nov 11 01:39:36 EST 2006
machine : x86_64
nr_cpus : 2
nr_nodes : 1
sockets_per_node : 1
cores_per_socket : 2
threads_per_core : 1
cpu_mhz : 2793
hw_caps :
bfebfbff:20100800:00000000:00000180:0000e43d:00000000:00000001
total_memory : 1022
free_memory : 1
xen_major : 3
xen_minor : 0
xen_extra : -unstable
xen_caps : xen-3.0-x86_64 hvm-3.0-x86_32 hvm-3.0-x86_32p
hvm-3.0-x86_64
xen_pagesize : 4096
platform_params : virt_start=0xffff800000000000
xen_changeset : Fri Nov 10 18:27:35 2006 +0000 12369:e821c15b7cfe
cc_compiler : gcc version 4.0.0 20050519 (Red Hat 4.0.0-8)
cc_compile_by : build
cc_compile_domain : virtualiron.com
cc_compile_date : Sat Nov 11 01:00:01 EST 2006
xend_config_format : 2
[root@tst079 ~]# xm list
Name ID Mem VCPUs State Time(s)
Domain-0 0 725 2 r----- 6910.4
vs161 1 264 2 -b---- 11285.9
[root@tst079 ~]#
Guest:
[root@vs161 bin]# while [ 1 ]; do gettimeofday02; sleep 2; done
gettimeofday02 0 INFO : checking if gettimeofday is monotonous, takes 30s
gettimeofday02 1 PASS : gettimeofday monotonous in 30 seconds
gettimeofday02 0 INFO : checking if gettimeofday is monotonous, takes 30s
gettimeofday02 1 PASS : gettimeofday monotonous in 30 seconds
gettimeofday02 0 INFO : checking if gettimeofday is monotonous, takes 30s
gettimeofday02 1 PASS : gettimeofday monotonous in 30 seconds
gettimeofday02 0 INFO : checking if gettimeofday is monotonous, takes 30s
gettimeofday02 1 FAIL : Time is going backwards (old 1163267452.296461 vs
new 1163267452.36656!
gettimeofday02 0 INFO : checking if gettimeofday is monotonous, takes 30s
gettimeofday02 1 FAIL : Time is going backwards (old 1163267455.672960 vs
new 1163267455.411617!
[root@vs161 bin]# while [ 1 ]; do nanosleep01; sleep 2; done
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 FAIL : Child execution not suspended for 2 seconds.
(Wanted 2000 ms, got 2411 ms)
nanosleep01 1 FAIL : Failures reported above
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
nanosleep01 1 PASS : nanosleep functionality is correct
[root@vs161 bin]# while [ 1 ]; do nanosleep02; sleep 2; done
nanosleep02 1 PASS : Functionality of nanosleep() is correct
nanosleep02 1 FAIL : Remaining sleep time 3995 msec doesn't match with
the expected 3665 msec time
nanosleep02 1 FAIL : child process exited abnormally
nanosleep02 1 PASS : Functionality of nanosleep() is correct
nanosleep02 1 PASS : Functionality of nanosleep() is correct
nanosleep02 1 FAIL : Remaining sleep time 4196 msec doesn't match with
the expected 4418 msec time
nanosleep02 1 FAIL : child process exited abnormally
nanosleep02 1 FAIL : Child execution not suspended for 5 seconds
nanosleep02 1 FAIL : child process exited abnormally
File: failure.2
Red Hat Enterprise Linux ES release 4 (Nahant Update 2)
Kernel 2.6.16.29-xen on an x86_64
tst078 login: root
Password:
Last login: Thu Nov 9 17:48:22 from 10.1.2.13
You have new mail.
[root@tst078 ~]# xm info
host : tst078
release : 2.6.16.29-xen
version : #1 SMP Sat Nov 11 01:39:36 EST 2006
machine : x86_64
nr_cpus : 2
nr_nodes : 1
sockets_per_node : 1
cores_per_socket : 2
threads_per_core : 1
cpu_mhz : 2793
hw_caps :
bfebfbff:20100800:00000000:00000180:0000e43d:00000000:00000001
total_memory : 2046
free_memory : 1
xen_major : 3
xen_minor : 0
xen_extra : -unstable
xen_caps : xen-3.0-x86_64 hvm-3.0-x86_32 hvm-3.0-x86_32p
hvm-3.0-x86_64
xen_pagesize : 4096
platform_params : virt_start=0xffff800000000000
xen_changeset : Fri Nov 10 18:27:35 2006 +0000 12369:e821c15b7cfe
cc_compiler : gcc version 4.0.0 20050519 (Red Hat 4.0.0-8)
cc_compile_by : build
cc_compile_domain : virtualiron.com
cc_compile_date : Sat Nov 11 01:00:01 EST 2006
xend_config_format : 2
[root@tst078 ~]# xm list
Name ID Mem VCPUs State Time(s)
Domain-0 0 1737 2 r----- 5485.3
vs170 1 264 2 -b---- 14214.1
[root@tst078 ~]# cat /proc/meminfo
MemTotal: 1778688 kB
MemFree: 11856 kB
Buffers: 1599528 kB
Cached: 15592 kB
SwapCached: 0 kB
Active: 589804 kB
Inactive: 1051644 kB
HighTotal: 0 kB
HighFree: 0 kB
LowTotal: 1778688 kB
LowFree: 11856 kB
SwapTotal: 6450056 kB
SwapFree: 6449784 kB
Dirty: 16 kB
Writeback: 0 kB
Mapped: 35680 kB
Slab: 63828 kB
CommitLimit: 7339400 kB
Committed_AS: 110900 kB
PageTables: 2512 kB
VmallocTotal: 34359738367 kB
VmallocUsed: 85492 kB
VmallocChunk: 34359651751 kB
[root@tst078 ~]# cat /proc/xen/balloon
Current allocation: 1778688 kB
Requested target: 1778688 kB
Low-mem balloon: 149108 kB
High-mem balloon: 0 kB
Driver pages: 1024 kB
Xen hard limit: ??? kB
[root@tst078 ~]# xm create /boot/vs160_sdl.hvm
Using config file "/boot/vs160_sdl.hvm".
Error: (12, 'Cannot allocate memory')
[root@tst078 ~]#
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