Separate Web Server

Would like to hear about pros/cons of using a separate Web Server (such as
NES) vs the bundled WLS 5.1 seb server in a Solaris environment, to serve
static content. The site we are building will have a significant amount of
static content.
Some possible issues might be:
PROS for separate web server:
- web server optimized for efficient handling of static content, reduces
load on WLS
- allows for possibility of scaling out the web server on a separate box
from WLS
- web server can be configured/managed in a more granular way?
CONS for separate web server:
- cost of task/context switching when requesting dynamic content from app
server? ( Maybe there is already context switch overhead in a integratedWLS
configuration - who knows?)
- problems with configuring web applications (URLs?) - references from JSPs
to static content can't be relative URLs?
- one-stop solution is easier to manage
I'd like to hear about any experiences with this issue. We need to recommend
a configuration to a client.

Either way, to scale WL into a cluster, you need to front-end it with
Apache, IIS, or NES (afaik). But that "front end" doesn't have to be
serving static content ... it could just be there to support the clusterand
you could have a separate trunk handling (and specialized for) static
content.FYI, the notion of having to front end WLS with anything will soon go away.
Currently, we have a requirement that proxies be intelligent and have some
level of knowledge about in memory replication. If the primary's
unavailable, they need to know where to send the session for the secondary.
We are changing the product to remove this requirement.
In addition, we're currently working with hardware vendors (such as alteon)
and software solutions (such as resonate) that will obviate the need for any
Web server proxies or using WebLogic server as the proxy. This will provide
you with in memory replication and all of the features of our clustering
while simplifying things greatly and improving performance.
Thanks,
Michael
Michael Girdley
Product Manager, WebLogic Server & Express
BEA Systems Inc
"Cameron Purdy" <[email protected]> wrote in message
news:[email protected]...
How much static content do you have on your site? Is your site driven by
static content or driven by dynamic content? For example, if most of your
pages, including your home page, are JSPs, but you do have some staticpages
that get linked to (plus the obvious gif/jpg files that are static) thenyou
may want to consider WL as your primary web server and have Apache (etc.)
there just to serve up images and static html. If the bulk of your siteis
static and portions are dynamic, then you might want to have Apache
front-end your site with just specific parts being farmed out to WL.
Either way, to scale WL into a cluster, you need to front-end it with
Apache, IIS, or NES (afaik). But that "front end" doesn't have to be
serving static content ... it could just be there to support the clusterand
you could have a separate trunk handling (and specialized for) static
content.
Cameron Purdy
"Steve Vago" <[email protected]> wrote in message
news:[email protected]...
Would like to hear about pros/cons of using a separate Web Server (such
as
NES) vs the bundled WLS 5.1 seb server in a Solaris environment, toserve
static content. The site we are building will have a significant amountof
static content.
Some possible issues might be:
PROS for separate web server:
- web server optimized for efficient handling of static content, reduces
load on WLS
- allows for possibility of scaling out the web server on a separate box
from WLS
- web server can be configured/managed in a more granular way?
CONS for separate web server:
- cost of task/context switching when requesting dynamic content fromapp
server? ( Maybe there is already context switch overhead in aintegratedWLS
configuration - who knows?)
- problems with configuring web applications (URLs?) - references fromJSPs
to static content can't be relative URLs?
- one-stop solution is easier to manage
I'd like to hear about any experiences with this issue. We need torecommend
a configuration to a client.

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Hi Manidipa,
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[url http://edocs.bea.com/wls/docs100/pdf/plugins.pdf]

WebLogic's web server

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hi,
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pls advice

hi Trevor,
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avoid a single point of failure.
Would like to know your view on this.
ps: i have a requirement for the following in my farm:
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here I plan to use a
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if not, i can add a
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Hp web jet admin i set up separate sql server

Have in stalled latest version of HP Web Jet admin and installed license for module to have separate SQL server but not able to find option to be able to use the function

Hi,
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in EU, if that is they way it is setup.
You can have separate databases in each region and use Azure Data Sync
to have the database synchronized, however please keep in mind that Azure Data Sync is in Preview.
Regards,
Mekh.

Configuring Web Server (IWS 6.0) on separate machine with IAS 6.0 SP3 (test drive)

Hi All,
I want to install the application server (IAS 6.0 SP3) on a Unix (Solaris 8)
server and web server (IWS 6.0) on another Windows NT server, in another
words a webless installation.
I have installed the IWS 6.0 on the NT machine and IAS 6.0 SP3 on the Unix
server successfully, but am having problem on the NT machine because the NT
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web connector, and so I installed the whole package and then tried to
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and it is giving an error that says
GX Error (GX2GX)
socket result code missing!!!
Have anyone else come across this scenario? I will appreciate it if you
could enlighten me on how it can be done. Thanks in advance.
Christopher Lam

Hi,
You donot have any option to choose a perticular component with iAS testdrive on
NT. So, you can not install only plugin at the webserver end.
I think manual editing doen not help. Can you please let me know what
modifications have you done clearly.
Thanks,
Rakesh,
Developer-Support, iAS.
"Christopher Lam (IseafoodXchange)" wrote:
Hi All,
I want to install the application server (IAS 6.0 SP3) on a Unix (Solaris 8)
server and web server (IWS 6.0) on another Windows NT server, in another
words a webless installation.
I have installed the IWS 6.0 on the NT machine and IAS 6.0 SP3 on the Unix
server successfully, but am having problem on the NT machine because the NT
version of the IAS 6.0 SP3 Evaluation doesn't allow installation of just the
web connector, and so I installed the whole package and then tried to
manually change the configuration so that hopefully it will marshall the
requests to the IAS installed on the Unix server. I couldn't get it to work
and it is giving an error that says
GX Error (GX2GX)
socket result code missing!!!
Have anyone else come across this scenario? I will appreciate it if you
could enlighten me on how it can be done. Thanks in advance.
Christopher Lam

How do I use Sun Web Server 7.0u1 reverse proxy to change public URLs?

Some of our installations use the Sun Web Server 7.0 (update 1, usually)
for hosting some of the public resource and reverse-proxying other parts
of the URI namespace from other backend servers (content, application
and other types of servers).
So far every type of backend server served a unique part of the namespace
and there was no collision of names, and the backend resources were
published in a one-to-one manner. That is, a backend resource like, say,
http://appserver:8080/content/page.html would be published in the internet
as http://www.publicsite.com/content/page.html
I was recently asked to research whether we can rename some parts of
the public URI namespace, to publish some or all resources as, say,
http://www.publicsite.com/data/page.html while using the same backend
resources.
Another quest, possibly related in solution, was to make a tidy url for the
first page the user opens of the site. That is, in the current solution when
a visitor types the url "www.publicsite.com" in his or her browser, our web
server returns an HTTP-302 redirect to the actual first page URL, so the
browser sends a second request (and changes the URL in its location bar).
One customer said that it is not "tidy". They don't want the URL to change
right upon first rendering the page. They want the root page to be rendered
instantly i the first HTTP request.
So far I found that I can't solve these problems. I believe these problems
share a solution because it relies on ability to control the actual URI strings
requested by Sun Web Server from backend servers.
Some details follow, now:
It seems that the reverse proxy (Service fn="service-passthrough") takes
only the $uri value which was originally requested by the browser. I didn't
yet manage to override this value while processing a request, not even if
I "restart" a request. Turning the error log up to "finest" I see that even
when making the "service-passthrough" operation, the Sun Web Server
still remembers that the request was for "/test" (in my test case below);
it does indeed ask the backend server for an URI "/test" and that fails.
[04/Mar/2009:21:45:34] finest (25095) www.publicsite.com: for host xx.xx.xx.83
trying to GET /content/MainPage.html while trying to GET /test, func_exec reports:
fn="service-passthrough" rewrite-host="true" rewrite-location="true"
servers="http://10.16.2.127:8080" Directive="Service" DaemonPool="2b1348"
returned 0 (REQ_PROCEED)My obj.conf file currently has simple clauses like this:
# this causes /content/* to be taken from another (backend) server
NameTrans fn="assign-name" from="/content" name="content-test" nostat="/content"
# this causes requests to site root to be HTTP-redirected to a certain page URI
<If $uri =~ '^/$'>
    NameTrans fn="redirect"
        url="http://www.publicsite.com/content/MainPage.html"
</If>
<Object name="content-test">
### This maps http://public/content/* to http://10.16.2.127:8080/content/*
### Somehow the desired solution should instead map http://public/data/* to http://10.16.2.127:8080/content/*
    Service fn="service-passthrough" rewrite-host="true" rewrite-location="true" servers="http://10.16.2.127:8080"
    Service fn="set-variable" set-srvhdrs="host=www.publicsite.com:80"
</Object>
I have also tried "restart"ing the request like this:
    NameTrans fn="restart" uri="/data"or desperately trying to set the new request uri like this:
    Service fn="set-variable" uri="/magnoliaPublic/Main.html"Thanks for any ideas (including a statement whether this can be done at all
in some version of Sun Web Server 7.0 or its opensourced siblings) ;)
//Jim

Some of our installations use the Sun Web Server 7.0 (update 1, usually)please plan on installing the latest service pack - 7.0 Update 4. these updates addresses potentially critical bug fixes.
I was recently asked to research whether we can rename some parts of
the public URI namespace, to publish some or all resources as, say,
http://www.publicsite.com/data/page.html while using the same backend
resources.> now, if all the resources are under say /data, then how will you know which pages need to be sent to which back end resources. i guess, you probably meant to check for /data/page.html should go to <back-end>/content/page.html
yes, you could do something like
- edit your corresponding obj.conf (<hostname>-obj.conf or obj.conf depending on your configuration)
<Object name=¨default¨>
<If $uri = ¨/page/¨>
#move this nametrans SAF (for map directive - which is for reverse proxy within <if> clause)
NameTrans.. fn=map
</If
</Object>
and you could do https-<hostname>/bin/reconfig (dynamic reconfiguration) to check out if this is what you wanted. also, you might want to move config/server.xml <log-level> to finest and do your configuration . this way, you would get enough information on what is going on within your server logs.
finally,when you are satisfied, you might have to run the following command to make your manual change into admin config repository.
<install-root>/bin/wadm pull-config user=admin config=<hostname> <hostname>
<install-root>/bin/wadm deploy-config --user=admin <hostname>
you might want to check out this for more info on how you could use <if> else condition to handle your requirement.
http://docs.sun.com/app/docs/doc/820-6599/gdaer?a=view
finally, you might want to refer to this doc - which explains on ws7 request processing overview. this should provide you with some pointers as to what these different directives mean
http://docs.sun.com/app/docs/doc/820-6599/gbysz?a=view
>
One customer said that it is not "tidy". They don't want the URL to change
right upon first rendering the page. They want the root page to be rendered
instantly i the first HTTP request.
please check out the rewrite / restart SAF. this should help you.
http://docs.sun.com/app/docs/doc/820-6599/gdada?a=view
pl. understand that - like with more web servers - ordering of directives is very important within obj.conf. so, you might want to make sure that you verify the obj.conf directive ordering is what you want it to do..
It seems that the reverse proxy (Service fn="service-passthrough") takes
only the $uri value which was originally requested by the browser. I didn't
yet manage to override this value while processing a request, not even if
I "restart" a request. Turning the error log up to "finest" I see that even
when making the "service-passthrough" operation, the Sun Web Server
still remembers that the request was for "/test" (in my test case below);
it does indeed ask the backend server for an URI "/test" and that fails.
now, you are in the totally wrong direction. web server 7 includes a highly integrated reverse proxy solution compared to 6.1. unlike 6.1, you don´t have to download a separate plugin . however, you will need to manually migrate your 6.1 based reverse proxy settings into 7.0. please check out this blog link on how to set up a reverse proxy
http://blogs.sun.com/amit/entry/setting_up_a_reverse_proxy
feel free to post to us if you need any futher help
you are probably better off - starting fresh
- install ws7u4
- use gui or CLI to create a reverse proxy and map one on one - say content
http://docs.sun.com/app/docs/doc/820-6601/create-reverse-proxy-1?a=view
if you don´t plan on using ws7 integrated web container (ability to process jsp/servlet), then you could disable java support as well. this should reduce your server memory footprint
<install-root>/bin/wadm disable-java user=admin config=<hostname>
<install-root>/bin/wadm create-reverse-proxy user=admin uri-prefix=/content server=<http://your back end server/ config=<hostname> --vs=<hostname>
<install-root>/bin/wadm deploy-config --user=admin <hostname>
now, you can check out the regular express processing and <if> syntax from our docs and try it out within <https-<hostname>/config/<hostname>-obj.conf> file and restart the server. pl. note that once you disable java, ws7 admin server creates <vs>-obj.conf and you need to edit this file and not default obj.conf for your changes to be read by server.
>
I have also tried "restart"ing the request like this:
NameTrans fn="restart" uri="/data"
ordering is very important here... you need to do this some thing like
<Object name=default>
<If not $restarted>
NameTrans fn=restart uri from=/¨ uri=/foo.
</If>

Sun Web server 6.1 SP9 Reverse proxy - Changing Web Server Context

I am trying to configure a Reverse Proxy such that it can change the context of the requested URL.
My SOWS reverse proxy plug-in is running on server server1.sample.com and the destination server is running on server2.sample.com. The use case, the incoming URL is [|http://server1.sample.com/dummy1/]...... and I need to map this to {color:#0000ff}http://server2.sample.com/*dummy2*/.....;{color} It looks like the reverse proxy only maps to a server level but disregards the context. The reason I say that, in the server 2 logs I see - .... trying to GET /dummy1....; I needed the call to look for dummy2 context. Can this be done?

well, web server uri processing does not understand web application level context (in terms of java web applications). however, if you would like to map all uri's ending with /dummy1 to go to /dummy2, then you can easily do this with web server 7 regular express processing
http://blogs.sun.com/elving/entry/mass_virtual_hosting_in_7
http://docs.sun.com/app/docs/doc/820-6599/gdaer?a=view
besides web server 7 includes a very tightly integrated reverse proxy unlike 6.1 where you need reverse proxy as a separate plugin. so, you might want to check out if ws7 can serve your needs
- sriram

Reverse Proxy with Sun Web Server 7 update 4

Hi All,
I've just migrating to Sun Java System Web Server 7.0U4 B12/02/2008 from Sun Java System Web Server 7.0-Technology-Preview-3 B09/13/2006. I've have the two web servers running side by side on separate machines. Both have a VS configured as a reverse proxy pointing to the same apache tomcat web server.
The Tech Preview 3 server works fine and has been doing since it was installed. However the Update 4 server doesn't. I can access the tomcat app via the U4 server in a browser, but not with the app on my mobile (sync ML). Snooping the traffic show me that the U4 server is sending a different response that the Tech Preview server. I'm thinking it may have to do with Transfer Encoding: chunked. I've looked around the web to see if I can turn this off in the U4 server, as I seem to recall having to do so at some point in my life, though I can't remember when and with what.
Does anybody have any clues they can throw at me?? Or anybody know what has change in the reverse proxy part of the web server from Tech Preview 3 to U4??
Both VS reverse proxies are congfigured exactly the same.
Thanks,
Stuart.

well, technology preview is what the name says .. i am surprised that u decided to stick with a technology preview release all these days.. in any case, there should not have any feature change between technology preview build and U4. but , there has been lot of bug fixes - so, unless we know the exact problem - we can't easily narrow down the change between tp3 build with U4 and find out how it is affecting u.
here is a related article on how to use chunked encoding within web server 7
http://developers.sun.com/webtier/reference/techart/chunked_req.html
now, to help you more appropriately, you need to provide us with errors (probably with log level set to finest within server.xml) and let us know with the error reported by web server when it is unable to send those requests to back end tomcat
you can set log level to finest by running the following command
/sun/webserver7/bin/wadm set-config-prop -user=admin --config=<hostname> log-level=finest
/sun/webserver7/bin/wadm deploy-config --user=admin <hostname>
http://docs.sun.com/app/docs/doc/820-4842/set-config-prop-1?a=view
(once you have identified the problem, you might want to set log level to info as setting to finest will cause your logs to grow humongous and also hurt performance
thanks
sriram

Problem with NAT? can get to web server internally but not externally

We are trying to setup our helpdesk software website so external users
can access it. However, we have been unsuccessful. We don't have any
issues accessing it internally from our 10.1.1.X LAN
We have had our ISP setup a public DNS "A" record of
customerservice.amerinet-gpo.com which resolves to 198.88.234.40 and that
appears to be working.
Next we added a NAT to our Firewall to take 198.88.234.40 traffic and put
it to the local IP of 10.1.1.23 which is our local address for the
webserver running the helpdesk software.
We also made sure that BM filters are allowing traffic on ports 80 and
443 to the local IP as well.
We have 4 other webservers (on a separate servers than our helpdesk
software website) that are exposed to the outside in this same manner and
all work fine.
The helpdesk website is on Windows 2003 server SP1 running IIS 6.0. Our
firewall server is NetWare 6 SP5 and BM 3.7 SP3.
I have tried to just telnet to the public IP of 198.88.234.40 on port 80
and it times out. I can't understand why, and have checked my entries on
BM and even deleted and re did them 3 times to make sure I didn't make a
mistake. I even have another web server on that block NAT'd the same way
and it works (198.88.234.36), if you telnet to it on port 80 it goes
right away.
What else can I try? Any insight would be greatly appreciated!
Thanks,
SCOTT

> > ok, the easiest way to calculate valid addresses is to use an IP
subnet
> > calculator. The one I like the most is the free utility by Wildpackets
> >
http://www.wildpackets.com/products/...tcalc/overview
> >
> > Anyway, with a 255.255.255.248 network mask the valid IP addresses
> > associated to the primary address of your BM server are in the range:
> > 198.88.234.33-198.88.234.38
> > therefore .40 isn't included. Actually .40 is the subnet identifier
of
> a
> > separate subnet. The addresses from .33 to .38 are the ones you can
use.
> >
> > --
> > Cat
> > NSC Volunteer Sysop
>
> I was mistaken, the subnet for that block is 255.255.255.240 so I was
> told by our ISP that our range was is 198.88.234.32 to 198.88.234.47
or
> 14 usable IPs since first and last are unusable.
>
> We have 3 different IP blocks from our ISP, the above 198.88.234.32 one
> with the 255.255.255.240 subnet, then a 199.217.136.184 with
> 255.255.255.248 subnet and finally a 198.88.233.1 with a
255.255.255.248
> subnet.
>
> So I think we should be able to use the 198.88.234.40 address.
>
> SCOTT
>
I was really hoping that we had the wrong sub net in BM for the
198.88.234.32 block! When I read your post last night, I thought that's
gotta be it...sadly I checked and it does have it as 255.255.255.240 when
I look in inetcfg under bindings. I even checked our Cisco router as
well to make sure it had the sub net correct since this is the first time
I've tried to use an IP above 198.88.234.36. The router looked fine as
well. Is there anyplace else that this could be wrong, maybe a config
file on BM or something?
Thx,
SCOTT V.

Multiple NLS in one web server

Hello all ,
currently i have the following:
DB1 ,ar8mswin1256 characterset , accessed from web application with nls = ar8mswin1256 .
DB2 , WE8ISO8859P1 characterset , accessed from web application with nls = WE8ISO8859P1.
i want to consolidate the two database into one utf8 , and put the two web applications into one web server (Microsoft IIS ).
Question1:
Now , for the two applications , what characterset should i use ( in the client side)? utf8,ar8mswin1256, WE8ISO8859P1.
Question2:
In Microsoft IIS web server how can i set a different Charaterset for each web applications? the entry for the NLS is in the registry and shared by whols applications in the server and there is no option in the command "ALTER SESSION" to set the characterset.
Thanx for your help
null

If you use Oracle9i (at least) database and client, then both the database and the NLS_LANG should be AL32UTF8.
Microsoft IIS by itself does not read NLS_LANG. It has to use some Oracle interface to get to the database. Anyway, the recommendation is to use whatever Microsoft IIS and your programming environment have available to work in Unicode UTF-8. You do not need two separate NLS_LANG values.
-- Sergiusz

Oracle FileSync: not able to find the Oracle Web Server

Hi,
I am having the OCS 10.1.2.3.0 on a Linux server. I am not able to create a mapping in the Oracle FileSync
While Adding a mapping in the Web Server mapping wizard
the http://<server>:<port>/<DAVRoot> i have given as per my server settings as http://server.domain.com:7778/content/dav
but it is showing the error as
The URL you have entered is not a valid Oracle web server
Is this because of the Web Listener is not running in the server.. How to clarify this..?
Thanks,
Prasant
Message was edited by:
prasant

Hi Arnaud,
Yes , Oracle FileSync is a separate tool that can be used to Map folders in the web server and synchronize the files
The issue is when i was trying to create a mapping, it ask for the Web Server URL for the first time
its format is http://<webserver>:<port>/<DAVROOT>
when I tried with my OCS server : server.domain.com
Port: 7778
DAVROOT: cmsdk/content or content/dav
its showing that the WebServer you entered in the URL is not a valid Web Server
NB: **** I am facing the same issue with the Oracle Messenger also..
-- How can i verify that the Oracle Web Server is up in Linux and the Web Port that is listening..?
Please update...
Many Thanks,
Prasant

Ps 7 on web server failed to start up after install

I've installed ds/am (jes4) on a separate mc, then I install ps 7 on web server on a local whole root zone of a separate mc. There's no error message found on the install log but whenever I try start up the web server, I got following error message
# ./start
Sun ONE Web Server 6.1SP5 B06/23/2005 17:36
info: CORE3016: daemon is running as super-user
catastrophe: CORE3260: Server crash detected (signal SIGSEGV)
info: CORE3261: Crash occurred in NSAPI SAF load-modules
I do a pstack on the core file (see below), would appreciate is anyone can shed some ligh on what went wrong with the server.
Thanks,
# pstack core
core 'core' of 20167: webservd -r /opt/SUNWwbsvr -d /opt/SUNWwbsvr/https-abc.s
----------------- lwp# 1 / thread# 1 --------------------
f680a9dc * java/lang/String.indexOf(I)I+0
f68058b8 * java/lang/ClassLoader.checkName(Ljava/lang/String;)Z+16 (line 744)
f68057a8 * java/lang/ClassLoader.findLoadedClass(Ljava/lang/String;)Ljava/lang/Class;+6 (line 920)
f6805874 * java/lang/ClassLoader.loadClass(Ljava/lang/String;Z)Ljava/lang/Class;+2 (line 295)
f6805874 * sun/misc/Launcher$AppClassLoader.loadClass(Ljava/lang/String;Z)Ljava/lang/Class;+36 (line 268)
f6805874 * java/lang/ClassLoader.loadClass(Ljava/lang/String;)Ljava/lang/Class;+3 (line 251)
f6805874 * java/lang/ClassLoader.loadClassInternal(Ljava/lang/String;)Ljava/lang/Class;+2 (line 319)
f6800218 * StubRoutines (1)
fcd924c0 __1cJJavaCallsLcall_helper6FpnJJavaValue_pnMmethodHandle_pnRJavaCallArguments_pnGThread__v_ (2, ef538, ffbf65a8, ffbf6488, 8, ffbf66e8) + 5a0
fce8db18 __1cJJavaCallsMcall_special6FpnJJavaValue_nGHandle_nLKlassHandle_nMsymbolHandle_53pnGThread__v_ (77c4, eada84, eada90, ffbf66d4, ffbf66d0, ffbf66cc) + f4
fcdc7c04 __1cQSystemDictionaryTload_instance_class6FnMsymbolHandle_nGHandle_pnGThread__nTinstanceKlassHandle__ (ffbf6854, ef538, ffbf6850, 64d8, eada84, 6400) + 40c
fcd667bc __1cQSystemDictionarybEresolve_instance_class_or_null6FnMsymbolHandle_nGHandle_2pnGThread__pnMklassOopDesc__ (2d108, b2eea9, ffbf6904, ef538, eada58, ffbf6908) + 634
fcd6ae2c __1cQSystemDictionaryPresolve_or_fail6FnMsymbolHandle_nGHandle_2ipnGThread__pnMklassOopDesc__ (ffbf6a14, ffbf6a10, ffbf6a0c, 1, ef538, eada58) + d0
fcdd75e8 __1cPClassFileParserQparse_interfaces6MnSconstantPoolHandle_nGHandle_2pnGThread__nOobjArrayHandle__ (eada3c, 0, ffbf6c6c, eada58, ffbf6c64, ef538) + 4b4
fcdd1b30 __1cPClassFileParserOparseClassFile6MnMsymbolHandle_nGHandle_2r1pnGThread__nTinstanceKlassHandle__ (ffbf6d9c, ffbf6d88, ead62c, ffbf6d80, ef538, 0) + 1154
fcea69c4 __1cQSystemDictionaryTresolve_from_stream6FnMsymbolHandle_nGHandle_2pnPClassFileStream_pnGThread__pnMklassOopDesc__ (ffbf6e40, ffbf6e3c, ead618, ffbf6e44, ef538, 0) + d8
fceb0c70 JVM_DefineClassWithSource (ef5f0, ead610, ffbf74b4, ebc84f28, e7d948, ffbf74a0) + 330
fc6d0fc4 Java_java_lang_ClassLoader_defineClass1 (35d1, ffbf74b4, fcdc7140, fd3ca180, ffbf72b8, 17e01c0) + 22c
f680c280 * java/lang/ClassLoader.defineClass1(Ljava/lang/String;[BIILjava/security/ProtectionDomain;Ljava/lang/String;)Ljava/lang/Class;+0
f680c224 * java/lang/ClassLoader.defineClass1(Ljava/lang/String;[BIILjava/security/ProtectionDomain;Ljava/lang/String;)Ljava/lang/Class;+0
f6805874 * java/lang/ClassLoader.defineClass(Ljava/lang/String;[BIILjava/security/ProtectionDomain;)Ljava/lang/Class;+34 (line 620)
f6805874 * java/security/SecureClassLoader.defineClass(Ljava/lang/String;[BIILjava/security/CodeSource;)Ljava/lang/Class;+27 (line 124)
f6805874 * java/net/URLClassLoader.defineClass(Ljava/lang/String;Lsun/misc/Resource;)Ljava/lang/Class;+253 (line 260)
f6805874 * java/net/URLClassLoader.access$100(Ljava/net/URLClassLoader;Ljava/lang/String;Lsun/misc/Resource;)Ljava/lang/Class;+3 (line 56)
f6805874 * java/net/URLClassLoader$1.run()Ljava/lang/Object;+43 (line 195)
f6800218 * StubRoutines (1)
fcd924c0 __1cJJavaCallsLcall_helper6FpnJJavaValue_pnMmethodHandle_pnRJavaCallArguments_pnGThread__v_ (1, ef538, ffbf792c, ffbf7830, 4, ffbf7990) + 5a0
fce2095c JVM_DoPrivileged (ef5f0, 0, ead60c, 4, ead608, fd3d25bc) + 500
fc6cee3c Java_java_security_AccessController_doPrivileged__Ljava_security_PrivilegedExceptionAction_2Ljava_security_AccessControlContext_2 (ef5f0, ffbf7d70, ffbf7df4, ffbf7df0, ec10de30, ffbf7d88) + 14
f680c280 * java/security/AccessController.doPrivileged(Ljava/security/PrivilegedExceptionAction;Ljava/security/AccessControlContext;)Ljava/lang/Object;+0
f680c224 * java/security/AccessController.doPrivileged(Ljava/security/PrivilegedExceptionAction;Ljava/security/AccessControlContext;)Ljava/lang/Object;+0
f6805874 * java/net/URLClassLoader.findClass(Ljava/lang/String;)Ljava/lang/Class;+13 (line 188)
f6805874 * java/lang/ClassLoader.loadClass(Ljava/lang/String;Z)Ljava/lang/Class;+43 (line 306)
f6805874 * sun/misc/Launcher$AppClassLoader.loadClass(Ljava/lang/String;Z)Ljava/lang/Class;+36 (line 268)
f6805874 * java/lang/ClassLoader.loadClass(Ljava/lang/String;)Ljava/lang/Class;+3 (line 251)
f6805874 * java/lang/ClassLoader.loadClassInternal(Ljava/lang/String;)Ljava/lang/Class;+2 (line 319)
f6800218 * StubRoutines (1)
fcd924c0 __1cJJavaCallsLcall_helper6FpnJJavaValue_pnMmethodHandle_pnRJavaCallArguments_pnGThread__v_ (2, ef538, ffbf8270, ffbf8150, 8, ffbf83b0) + 5a0
fce8db18 __1cJJavaCallsMcall_special6FpnJJavaValue_nGHandle_nLKlassHandle_nMsymbolHandle_53pnGThread__v_ (77c4, ead5f4, ead600, ffbf839c, ffbf8398, ffbf8394) + f4
fcdc7c04 __1cQSystemDictionaryTload_instance_class6FnMsymbolHandle_nGHandle_pnGThread__nTinstanceKlassHandle__ (ffbf851c, ef538, ffbf8518, 64d8, ead5f4, 6400) + 40c
fcd667bc __1cQSystemDictionarybEresolve_instance_class_or_null6FnMsymbolHandle_nGHandle_2pnGThread__pnMklassOopDesc__ (2d108, 1651d0a, ffbf85cc, ef538, ead5c8, ffbf85d0) + 634
fcd6ae2c __1cQSystemDictionaryPresolve_or_fail6FnMsymbolHandle_nGHandle_2ipnGThread__pnMklassOopDesc__ (ffbf867c, ffbf8678, ffbf8674, 1, ef538, ead5c8) + d0
fcddb954 __1cQSystemDictionaryVresolve_super_or_fail6FnMsymbolHandle_1nGHandle_2pnGThread__pnMklassOopDesc__ (ead5c8, 118208, 11820c, ffbf8888, ef538, 2d108) + 1fc
fcdd20b8 __1cPClassFileParserOparseClassFile6MnMsymbolHandle_nGHandle_2r1pnGThread__nTinstanceKlassHandle__ (ffbf8a1c, ffbf8a08, 11820c, ffbf8a00, ef538, 1) + 16dc
fcea69c4 __1cQSystemDictionaryTresolve_from_stream6FnMsymbolHandle_nGHandle_2pnPClassFileStream_pnGThread__pnMklassOopDesc__ (ffbf8ac0, ffbf8abc, 11820c, ffbf8ac4, ef538, 0) + d8
fceb0c70 JVM_DefineClassWithSource (ef5f0, 118204, ffbf9134, ebc84f28, e7cea0, ffbf9120) + 330
fc6d0fc4 Java_java_lang_ClassLoader_defineClass1 (2f6d, ffbf9134, fcdc7140, fd3ca180, ffbf8f38, 17dc1b8) + 22c
f680c280 * java/lang/ClassLoader.defineClass1(Ljava/lang/String;[BIILjava/security/ProtectionDomain;Ljava/lang/String;)Ljava/lang/Class;+0
f680c224 * java/lang/ClassLoader.defineClass1(Ljava/lang/String;[BIILjava/security/ProtectionDomain;Ljava/lang/String;)Ljava/lang/Class;+0
f6805874 * java/lang/ClassLoader.defineClass(Ljava/lang/String;[BIILjava/security/ProtectionDomain;)Ljava/lang/Class;+34 (line 620)
f6805874 * java/security/SecureClassLoader.defineClass(Ljava/lang/String;[BIILjava/security/CodeSource;)Ljava/lang/Class;+27 (line 124)
f6805874 * java/net/URLClassLoader.defineClass(Ljava/lang/String;Lsun/misc/Resource;)Ljava/lang/Class;+253 (line 260)
f6805874 * java/net/URLClassLoader.access$100(Ljava/net/URLClassLoader;Ljava/lang/String;Lsun/misc/Resource;)Ljava/lang/Class;+3 (line 56)
f6805874 * java/net/URLClassLoader$1.run()Ljava/lang/Object;+43 (line 195)
f6800218 * StubRoutines (1)
fcd924c0 __1cJJavaCallsLcall_helper6FpnJJavaValue_pnMmethodHandle_pnRJavaCallArguments_pnGThread__v_ (1, ef538, ffbf95ac, ffbf94b0, 4, ffbf9610) + 5a0
fce2095c JVM_DoPrivileged (ef5f0, 0, 118200, 4, 1181fc, fd3d25bc) + 500
fc6cee3c Java_java_security_AccessController_doPrivileged__Ljava_security_PrivilegedExceptionAction_2Ljava_security_AccessControlContext_2 (ef5f0, ffbf99f0, ffbf9a74, ffbf9a70, ec10de30, ffbf9a08) + 14
f680c280 * java/security/AccessController.doPrivileged(Ljava/security/PrivilegedExceptionAction;Ljava/security/AccessControlContext;)Ljava/lang/Object;+0
f680c224 * java/security/AccessController.doPrivileged(Ljava/security/PrivilegedExceptionAction;Ljava/security/AccessControlContext;)Ljava/lang/Object;+0
f6805874 * java/net/URLClassLoader.findClass(Ljava/lang/String;)Ljava/lang/Class;+13 (line 188)
f6805874 * java/lang/ClassLoader.loadClass(Ljava/lang/String;Z)Ljava/lang/Class;+43 (line 306)
f6805874 * sun/misc/Launcher$AppClassLoader.loadClass(Ljava/lang/String;Z)Ljava/lang/Class;+36 (line 268)
f6805874 * java/lang/ClassLoader.loadClass(Ljava/lang/String;)Ljava/lang/Class;+3 (line 251)
f6805874 * java/lang/ClassLoader.loadClassInternal(Ljava/lang/String;)Ljava/lang/Class;+2 (line 319)
f6800218 * StubRoutines (1)
fcd924c0 __1cJJavaCallsLcall_helper6FpnJJavaValue_pnMmethodHandle_pnRJavaCallArguments_pnGThread__v_ (2, ef538, ffbf9ef0, ffbf9dd0, 8, ffbfa030) + 5a0
fce8db18 __1cJJavaCallsMcall_special6FpnJJavaValue_nGHandle_nLKlassHandle_nMsymbolHandle_53pnGThread__v_ (77c4, 1181e8, 1181f4, ffbfa01c, ffbfa018, ffbfa014) + f4
fcdc7c04 __1cQSystemDictionaryTload_instance_class6FnMsymbolHandle_nGHandle_pnGThread__nTinstanceKlassHandle__ (ffbfa19c, ef538, ffbfa198, 64d8, 1181e8, 6400) + 40c
fcd667bc __1cQSystemDictionarybEresolve_instance_class_or_null6FnMsymbolHandle_nGHandle_2pnGThread__pnMklassOopDesc__ (2d108, 142f034, ffbfa24c, ef538, 1181b4, ffbfa250) + 634
fcd6ae2c __1cQSystemDictionaryPresolve_or_fail6FnMsymbolHandle_nGHandle_2ipnGThread__pnMklassOopDesc__ (ffbfa2fc, ffbfa2f8, ffbfa2f4, 1, ef538, 1181b4) + d0
fce5e10c JVM_FindClassFromClass (ef5f0, 2a5f2588, 0, 60078, ebc84f28, 1181b8) + 41c
fd43aed4 ???????? (ef5f0, 0, ffbfaa0c, 1, 15c884c, 260009) + 5dd1e4
fd4374d8 ???????? (41, 0, 0, ffbfaa0c, fd44e000, ffbfa8fc) + 5d97e8
fd433748 ???????? (17ebbe4, fd44e000, 4, ffbfaa0c, 0, fd43d304) + 5d5a58
fd43c428 VerifyClassForMajorVersion (ffbfaa0c, 47f34, fcd91acc, 47f30, 0, 15) + 3e8
fc6d3740 VerifyClassCodesForMajorVersion (ef5f0, 60078, ffbfacd8, 100, 30, 0) + 14
fcddf4b4 __1cIVerifierRverify_byte_codes6FnTinstanceKlassHandle_pnGThread__v_ (ffbfacd8, ef538, 8000, 117d48, fc6d372c, ef538) + 97c
fcda3c74 __1cNinstanceKlassPlink_class_impl6FnTinstanceKlassHandle_pnGThread__v_ (1, 8400, ffbfaf48, ef538, 1181a0, fd380000) + 48c
fcd7114c __1cNinstanceKlassPinitialize_impl6FnTinstanceKlassHandle_pnGThread__v_ (ffbfb064, ef538, 11819c, 118198, 1, 118148) + a8
fcd5efd4 __1cNinstanceKlassKinitialize6MpnGThread__v_ (1181a0, ef538, 11853c, 2a5f2580, fcd52fdc, fd3c9400) + 80
fceb6b84 __1cbCfind_class_from_class_loader6FpnHJNIEnv__nMsymbolHandle_CnGHandle_3CpnGThread__pnH_jclass__ (ef5f0, 1, 1, 118198, 2a5f2580, 1) + d8
fceb819c jni_FindClass (ef5f0, 0, 0, fd3d25bc, 0, 0) + 6b8
fd6cdb64 __1cKNSJavaUtilPfindClassGlobal6FpnHJNIEnv__pkc_pnH_jclass__ (ef5f0, fd6e2591, fd6e2400, fd6f3800, fecaa824, 47f00) + 10
fd6d3e6c __1cONSAPIConnectorEinit6FpnGpblock__nIPRStatus__ (27e38, ffbfb274, fd3ca180, fd6f3c00, fd6f3800, fd6f3c00) + d8
fd6d1f08 init_j2ee (27e38, 0, 0, 640, 0, 1) + 248
ff200248 load_modules (27e38, 0, 0, ff2ee3ac, 400, ff2e0828) + 98
ff1cfc84 __1cNfunc_exec_str6FpnKFuncStruct_pnGpblock_pnHSession_pnHRequest__i_ (291c0, 27e38, 0, 0, ff2001b0, 0) + 4e8
ff1cc0b0 __1cY_conf_run_init_functions6Fi_pc_ (0, 50, 11488c, ff2ee3ac, 400, ff2e0828) + 120
ff245c1c __1cJWebServerDRun6F_nIPRStatus__ (ff2ef014, ff2eefd8, 4c970, ff2ef018, 2800, ff2c17b0) + a48
00010ab0 main     (7, ffbffa14, ffbffa34, 20c00, fd9c0340, fd9c0380) + 1c
00010a70 _start   (0, 0, 0, 0, 0, 0) + 108
----------------- lwp# 4 / thread# 4 --------------------
fe041138 __pollsys (fd8fadb8, 1, fd8fad38, 0, 0, 1388) + 8
fdfdd028 poll     (fd8fadb8, 1, 1388, 10624c00, 0, 0) + 7c
fedd8654 pt_poll_now (fd8fae38, 1, 0, fd8fadb8, 20, ffffffff) + 4c
fedd958c pt_Read (0, 3, fedd8a1c, 1788, 400, fedf6bb8) + ac
ff23f1b0 __1cRLogNsprDescriptorDrun6M_v_ (82558, 1, fd8faec8, 0, 1400, ff2e0828) + 44
ff106dec ThreadMain (82558, 2010e8, 0, 0, 0, 1) + 24
fedde04c _pt_root (2010e8, ff106dc8, 400, fedf6bb8, 0, fedf8914) + d4
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 5 / thread# 5 --------------------
fe041138 __pollsys (fd67adb8, 1, fd67ad38, 0, 0, 1388) + 8
fdfdd028 poll     (fd67adb8, 1, 1388, 10624c00, 0, 0) + 7c
fedd8654 pt_poll_now (fd67ae38, 1, 0, fd67adb8, 20, ffffffff) + 4c
fedd958c pt_Read (0, 3, fedd8a1c, 1788, 400, fedf6bb8) + ac
ff23f1b0 __1cRLogNsprDescriptorDrun6M_v_ (82630, 2, fd67aec8, 1, 1400, ff2e0828) + 44
ff106dec ThreadMain (82630, 2011f8, 0, 0, 0, 1) + 24
fedde04c _pt_root (2011f8, ff106dc8, 400, fedf6bb8, 0, fedf8914) + d4
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 6 / thread# 6 --------------------
fe04040c __lwp_park (29b28, 4c860, 0, 0, 0, 0) + 14
fe03a49c cond_wait_queue (29b28, 4c860, 0, 0, 0, 0) + 28
fe03aa1c cond_wait (29b28, 4c860, 5e4808, 0, 1, 0) + 10
fe03aa58 pthread_cond_wait (29b28, 4c860, 1, fedf8510, 64c, 400) + 8
fedd7a10 PR_WaitCondVar (29b20, ffffffff, 5e4808, 0, 1, 0) + 64
ff241d90 __1cLUnixSignalsDGet6Fi_i_ (1, 2c00, 2c00, 2e5c, 2c00, ff2e0828) + 104
ff246f38 __1cXUnixSignalWatcherThreadDrun6M_v_ (2a480, 3, 2, 2, 1, fedf8914) + 20
ff106dec ThreadMain (2a480, 5e4808, 0, ffffffff, 0, 1) + 24
fedde04c _pt_root (5e4808, ff106dc8, 400, fedf6bb8, 1, fedf8914) + d4
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 7 / thread# 7 --------------------
fe0407f0 ___sigtimedwait (fcbfbeb8, 0, 0, fd920800, 0, 1) + 8
ff24135c __1cXUnixSignalHandlerThreadDrun6M_v_ (ff316140, 64, 2800, 2800, 2b20, 2bf8) + bc
ff106dec ThreadMain (607368, 6192c8, 0, ffffffff, 0, 1) + 24
fedde04c _pt_root (6192c8, ff106dc8, 400, fedf6bb8, 1, fedf8914) + d4
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 8 / thread# 8 --------------------
fe04040c __lwp_park (2a5c8, 6718b0, 0, 0, 0, 0) + 14
fe03a49c cond_wait_queue (2a5c8, 6718b0, 0, 0, 0, 0) + 28
fe03aa1c cond_wait (2a5c8, 6718b0, 671938, c27d8, ff2ee068, 0) + 10
fe03aa58 pthread_cond_wait (2a5c8, 6718b0, 1, fedf8510, 64c, 400) + 8
fedd7a10 PR_WaitCondVar (2a5c0, ffffffff, 671938, c27d8, ff2ee068, 0) + 64
ff21e0bc __1cJPollArrayPGetPollSnapshot6Mpippv_v_ (83758, fcafbec0, fcafbec4, 3, fffffffd, 1) + 70
ff21ea54 __1cMKAPollThreadDrun6M_v_ (837a0, 1, ff2ee000, ff2ee034, ff2ee068, ff2edfcc) + e4
ff106dec ThreadMain (837a0, 671938, 0, ffffffff, 0, 1) + 24
fedde04c _pt_root (671938, ff106dc8, 400, fedf6bb8, 1, fedf8914) + d4
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 9 / thread# 9 --------------------
fe04040c __lwp_park (2a5f0, 671b58, 0, 0, 0, 0) + 14
fe03a49c cond_wait_queue (2a5f0, 671b58, 0, 0, 0, 0) + 28
fe03aa1c cond_wait (2a5f0, 671b58, 671be0, fedf8510, 64c, 0) + 10
fe03aa58 pthread_cond_wait (2a5f0, 671b58, 1, fedf8510, 64c, 400) + 8
fedd7a10 PR_WaitCondVar (2a5e8, ffffffff, 671be0, fedf8510, 64c, 0) + 64
fdf615b4 NSTP_ThreadMain (671ad0, 0, fc9fbf18, 0, 1, 0) + 74
fedde04c _pt_root (671be0, fdf61540, 400, fedf6bb8, 1, fedf8914) + d4
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 10 / thread# 10 --------------------
fe041138 __pollsys (0, 0, fc8fbea8, 0, 0, 0) + 8
fdfdd028 poll     (0, 0, 3e7, 10624c00, ee2e1f, 3b8b87c0) + 7c
fdf2119c __1cQclockthread_main6Fpv_v_ (fdf33400, 40, 0, 1, 1, 20) + 148
fedde04c _pt_root (671cf0, fdf21054, 400, fedf6bb8, 1, fedf8914) + d4
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 12 / thread# 12 --------------------
fe04040c __lwp_park (2a640, 671e00, 0, 0, 0, 0) + 14
fe03a49c cond_wait_queue (2a640, 671e00, 0, 0, 0, 0) + 28
fe03aa1c cond_wait (2a640, 671e00, 671e88, 1, 1, 0) + 10
fe03aa58 pthread_cond_wait (2a640, 671e00, 1, fedf8510, 64c, 400) + 8
fedd7a10 PR_WaitCondVar (2a638, ffffffff, 671e88, 1, 1, 0) + 64
ff1abb54 __1cHPSQdDueue4CpnbCConfigurationManagerListener__Dget6Mr1_nIPRStatus__ (43160, fd74fec4, 2800, ffffffff, 0, 1) + 44
ff226258 __1cUConfigurationManagerDrun6M_v_ (2a660, 6, 5, 29b0, 1, fedf8914) + 28
ff106dec ThreadMain (2a660, 671e88, 0, ffffffff, 0, 1) + 24
fedde04c _pt_root (671e88, ff106dc8, 400, fedf6bb8, 1, fedf8914) + d4
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 13 / thread# 13 --------------------
fe04040c __lwp_park (7cd390, 7bb2e8, fc7fbc90, 1, 0, 0) + 14
fe03a49c cond_wait_queue (7cd390, 7bb2e8, fc7fbc90, 0, 0, 0) + 28
fe03a914 cond_wait_common (7cd390, 7bb2e8, fc7fbc90, 0, 0, 0) + 298
fe03aaac _cond_timedwait (7cd390, 7bb2e8, fc7fbe20, 45b51d47, 0, 0) + 34
fe03aba0 cond_timedwait (7cd390, 7bb2e8, fc7fbe20, 0, 29080f10, 0) + 14
fe03abe0 pthread_cond_timedwait (7cd390, 7bb2e8, fc7fbe20, 45b51d47, 0, 29080f10) + c
fedd7b1c PR_WaitCondVar (7cd388, 5, 7984f8, 0, 29080f10, 0) + 170
ff239ea8 __1cQBandwidthManagerDrun6M_v_ (5cfe0, 29e8, ff2e0828, 6, 1, fedf8914) + 2a0
ff106dec ThreadMain (2c730, 7984f8, 0, ffffffff, 0, 1) + 24
fedde04c _pt_root (7984f8, ff106dc8, 400, fedf6bb8, 1, fedf8914) + d4
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 14 / thread# 14 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 16, 618b4) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 61810, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 0, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (61810, c9, 46238, 61810, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (61810, 6000, 4ec7, 4ecc, fd380000, 8d9e8) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 15 / thread# 15 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 12, 619bc) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 61918, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 1, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (61918, cb, 46250, 61918, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (61918, 6000, 4ec7, 4ecc, fd380000, 8dac0) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 16 / thread# 16 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 15, 61ac4) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 61a20, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 2, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (61a20, cd, 46268, 61a20, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (61a20, 6000, 4ec7, 4ecc, fd380000, 8db98) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 17 / thread# 17 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 2, 61bcc) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 61b28, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 3, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (61b28, cf, 46280, 61b28, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (61b28, 6000, 4ec7, 4ecc, fd380000, 8dc70) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 18 / thread# 18 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 1, 61cd4) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 61c30, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 4, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (61c30, c1, 46298, 61c30, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (61c30, 6000, 4ec7, 4ecc, fd380000, 8dd48) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 19 / thread# 19 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 9, 61ddc) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 61d38, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 5, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (61d38, c3, 462b0, 61d38, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (61d38, 6000, 4ec7, 4ecc, fd380000, 8de20) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 20 / thread# 20 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 3, 61ee4) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 61e40, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 6, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (61e40, c5, 462c8, 61e40, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (61e40, 6000, 4ec7, 4ecc, fd380000, 8def8) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 21 / thread# 21 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 5, 61fec) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 61f48, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 7, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (61f48, c7, 462e0, 61f48, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (61f48, 6000, 4ec7, 4ecc, fd380000, 8dfd0) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 22 / thread# 22 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, f, 620f4) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62050, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 8, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62050, f9, 462f8, 62050, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62050, 6000, 4ec7, 4ecc, fd380000, 8e0a8) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 23 / thread# 23 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 14, 621fc) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62158, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 9, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62158, fb, 46310, 62158, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62158, 6000, 4ec7, 4ecc, fd380000, 8e180) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 24 / thread# 24 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 18, 62304) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62260, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, a, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62260, fd, 46328, 62260, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62260, 6000, 4ec7, 4ecc, fd380000, 8e258) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 25 / thread# 25 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, e, 6240c) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62368, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, b, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62368, ff, 46340, 62368, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62368, 6000, 4ec7, 4ecc, fd380000, 8e330) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 26 / thread# 26 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 6, 62514) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62470, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, c, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62470, f1, 46358, 62470, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62470, 6000, 4ec7, 4ecc, fd380000, 8e408) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 27 / thread# 27 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, d, 6261c) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62578, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, d, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62578, f3, 46370, 62578, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62578, 6000, 4ec7, 4ecc, fd380000, 8e4e0) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 28 / thread# 28 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 4, 62724) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62680, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, e, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62680, f5, 46388, 62680, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62680, 6000, 4ec7, 4ecc, fd380000, 8e5b8) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 29 / thread# 29 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 11, 6282c) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62788, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, f, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62788, f7, 463a0, 62788, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62788, 6000, 4ec7, 4ecc, fd380000, 8e690) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 30 / thread# 30 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, b, 62934) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62890, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 10, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62890, e9, 463b8, 62890, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62890, 6000, 4ec7, 4ecc, fd380000, 8e768) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 31 / thread# 31 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 13, 62a3c) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62998, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 11, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62998, eb, 463d0, 62998, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62998, 6000, 4ec7, 4ecc, fd380000, 8e840) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 32 / thread# 32 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 8, 62b44) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62aa0, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 12, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62aa0, ed, 463e8, 62aa0, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62aa0, 6000, 4ec7, 4ecc, fd380000, 8e918) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 33 / thread# 33 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 7, 62c4c) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62ba8, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 13, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62ba8, ef, 46400, 62ba8, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62ba8, 6000, 4ec7, 4ecc, fd380000, 8e9f0) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 34 / thread# 34 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 17, 62d54) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62cb0, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 14, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62cb0, e1, 46418, 62cb0, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62cb0, 6000, 4ec7, 4ecc, fd380000, 8eac8) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 35 / thread# 35 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, c, 62e5c) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62db8, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 15, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62db8, e3, 46430, 62db8, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62db8, 6000, 4ec7, 4ecc, fd380000, 8eba0) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 36 / thread# 36 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, 10, 62f64) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62ec0, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 16, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62ec0, e5, 46448, 62ec0, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62ec0, 6000, 4ec7, 4ecc, fd380000, 8ec78) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 37 / thread# 37 --------------------
fe041640 ___lwp_cond_wait (79c0b8, 79c0a0, 1, 0, a, 6306c) + 8
fcdbafec __1cHMonitorEwait6Mil_i_ (8d208, 62fc8, fff0bc00, fd380000, f4000, 79c078) + 16c
fcd910dc __1cNGCTaskManagerIget_task6MI_pnGGCTask__ (8d178, 17, 1800, 8d208, 46220, fd380000) + 1e4
fcf49524 __1cMGCTaskThreadDrun6M_v_ (62fc8, e7, 46460, 62fc8, fd380000, fd3d1d18) + 180
fd24a5b4 ???????? (62fc8, 6000, 4ec7, 4ecc, fd380000, 8ed50) + 301210
fe040368 _lwp_start (0, 0, 0, 0, 0, 0)
----------------- lwp# 38 / thread# 38 --------------------
fe041640 ___lwp_cond_wait (79a160, 79a148, 2897f9c8, 3b9ac800, 1dcd7c70, 16) + 8
fe02c3dc _lwp_cond_timedwait (79a160, 79a148, 2897faa0, 3e8, 0, 7a126) + 1c
fcdbb1a8 __1cHMonitorEwait6Mil_i_ (898a8, 630d0, fff0bc00, fd380000, 6000, 79a120) + 328
fcf626a4 __1cIVMThreadDrun6M_v_ (fd3d1d18, fd3e008c, fd3e0078, fd3e0088, 6400, 6000) + 1b4
fd24a5b4 ???????? (630d0, 6000, 4ec7, 4ecc, fd380000, 8f968) + 2e80c4


I think this install is on a Niagara T2000, right?
There is an issue with installing PS7.0 on webserver on a Niagara box.
Installation of PS7 on T2000s running JVM 1.5.0_04 fails unless JVM
patches 118666-05 and 118667-05 are applied. After the patches are installed, the JVM is upgraded to 1.5.0_05
This issue has been fixed for JES5(ps7.1).
For ps7.0 use the following steps will get it working:
1) Install DS so that JDK gets installed. Start DS.
2) Add patches 118666-05 and 118667-05 to upgrade jdk.
3) Make sure jdk is upgraded to 1.5.0_06-b05 and /usr/jdk/entsys-j2se
link is updated.
4) Invoke installer again and install WS.
5) Edit server.xml to put below JVM options.
<JVMOPTIONS>-Xms2048m</JVMOPTIONS>
<JVMOPTIONS>-Xmx2048m</JVMOPTIONS>
<JVMOPTIONS>-Xss512k</JVMOPTIONS>
<JVMOPTIONS>-XX:NewSize=384m</JVMOPTIONS>
<JVMOPTIONS>-XX:MaxNewSize=384m</JVMOPTIONS>
<JVMOPTIONS>-XX:PermSize=256m</JVMOPTIONS>
<JVMOPTIONS>-XX:MaxPermSize=256m</JVMOPTIONS>
6) Start WS instance and admin server
7) Invoke installer to install AM, PS
8) Restart everything and check access
Message was edited by:
rabic

Local web server not being recognized

I setup a web server on my LAN specifically so both a PC and a Mac could use HTTP protocol and store and retrieve files. The servername is called UBUNTU. On any PC in the house I can type http://ubuntu/ and the directory listing appears. The Mac can not find it.
If I use the IP address, the server is recognized. The directory listing appears. And, when I use FTP in Terminal I can even get a file upload to work as long as the file is in the same directory I started the FTP. But, this Mickey Mouse will just not work for my application. What I want to do is schedule a daily upload of newly created music from the days work. If the producers did not like this Mac, I would trash it. I am so frustrated!
This is the first time I've used a Mac and so far I find it to be way overrated. I mean, how many computers can not access a web server out of the box? The Safari browser I am using has no trouble accessing the Internet but my "intranet" seems to baffle Safari. I would expect a problem if using SMB were a requirement. It is not - I simply want to use HTTP. How do I need to change the Mac configuration so that it works?

Thanks for all your help.
Oh well, the music producer using the Mac just installed Yummy and immediately did the uploads he wanted to do. Yummy also has a scheduling function so the Mac will be able to use Yummy on the producer's schedule. (I usually use FileZilla and had never heard of Yummy.)
Meanwhile, I was trying to get SMB working from the Mac but was never successful. As I mentioned earlier, I've never had success with Samba on Linux. This time was no exception. In this particular case, the Mac would not accept the username and password. I had specifically done smbpasswd -a username and used the same password and username that I had been using for FTP activity.
However, when I got to the Mac SMB/CIFS screen it demanded 3 things: workgroup, NAME and password. BUT, the name of the Mac box automatically appeared in the NAME field on that screen. If I tried changing that to the username, there was no success at all. So, I went to the Samba box and added the name of the Mac box as a username.
It was at that point that the producer told me he installed Yummy and was successful in uploading the music. I doubt he will let me have any more time on the Mac box for testing. I guess it is just as well since I had previously told him FTP was the way to go and SMB/CIFS was not something he had ever heard.
Thanks for all your help.
Contrary to your opinion, I guess I feel that the most important things that happened in this exercise were, "the sounds about how it should be so easy but just wasn't working". I just hope folks from Apple, Microsoft and the Linux world stumble across these comments occasionally.
The bottom line is that the end user did not care how the job got done. The end user did not care what operating system nor what software technology was used. He just wanted the job done immediately. And, he had recalled a past experience where the Mac could not handle the job without a third-party FTP application.
Here's the future challenge for 3 programmers and 9 computers. Setup 3 rooms each with a PC, Linux, and a Mac box. Put a knowledgeable programmer from each of those separate worlds in each separate room. It's OK to have an Internet connection so they can get documentation. The task is to get scheduled uploads operational between all the boxes in each room without using 3rd-party software. I think a reasonable time would be far less than 10 minutes including verification tests between steps. Some folks might take most of that time just to read http://www.mattvanstone.com/2007/11/automatically-mounting-windows-smb-shares-in -ubuntu-v3/
so, perhaps the programmers' time is better spent on an FTP approach which might be more common setup and terminology among those three box types.
The winner gets his name on the resulting paper and website he creates to document how he made it so easy. The losers must come to his website each day for a year just to see his advertising.

Separate Web Server

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