High-units and expiry-delay question
Hi,
I'm looking at a config.xml file that hasn't been set-up by me. In the local-scheme element, there are two settings - expiry-delay and high-units. In these elements there is the following:
<high-units>{back-size-limit 0}</high-units>
<expiry-delay>{back-expiry 1h}</expiry-delay>
I can't see anywhere in the documentation reference to {}'s. Has this been configured incorrectly?
-=david=-
Hi David,
that is "documented by example" :-)
{back-size-limit 0} practically means that it gets the content of the <param-value> child element of the <init-param> element with the <param-name> element containing back-size-limit specified in the <init-params> element within the cache mapping referring to the caching-scheme containing this setting, or zero if such an <init-param> is not specified.
Best regards,
Robert
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Can I override high-units with a 'system-property' attribute?
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Configuration Question on local-scheme and high-units
I run my Tangosol cluster with 12 nodes on 3 machines(each machine with 4 cache server nodes). I have 2 important configuration questions. Appreciate if you can answer them ASAP.
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Thanks
RaviI run my Tangosol cluster with 12 nodes on 3
machines(each machine with 4 cache server nodes). I
have 2 important configuration questions. Appreciate
if you can answer them ASAP.
- My requirement is that I need only 10000 objects to
be in cluster so that the resources can be freed upon
when other caches are loaded. I configured the
<high-units> to be 10000 but I am not sure if this is
per node or for the whole cluster. I see that the
total number of objects in the cluster goes till
15800 objects even when I configured for the 10K as
high-units (there is some free memory on servers in
this case). Can you please explain this?
It is per backing map, which is practically per node in case of distributed caches.
- Is there an easy way to know the memory stats of
the cluster? The memory command on the cluster
doesn't seem to be giving me the correct stats. Is
there any other utility that I can use?
Yes, you can get this and quite a number of other information via JMX. Please check this wiki page for more information.
I started all the nodes with the same configuration
as below. Can you please answer the above questions
ASAP?
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<scheme-name>TestScheme</scheme-name>
<service-name>DistributedCache</service-name>
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Thanks
RaviBest regards,
Robert -
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Hope this helps!
Cheers,
NJ -
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HI all,
I have a question - i have a near cache scheme defined - running 4 JVM's with my application deployed to it (localstorage=false) - and 2 JVM's for the distributed cache (localstorage=true)
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I was under the impression that as long as coherence is running in the same multi-cast address and port - that the total high-units would be 2000 not 4000.
Thanks...user644269 wrote:
HI all,
I have a question - i have a near cache scheme defined - running 4 JVM's with my application deployed to it (localstorage=false) - and 2 JVM's for the distributed cache (localstorage=true)
The high-units is set to 2000 - but the cache is allowing 4000. Is this b/c each JVM will allow for 2000 high-units each?
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Best regards,
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Unable to get refresh-ahead functionality working
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public Object get(Object oKey) {
Entry entry = getEntry();
if (entry != null and entry is about to expire) {
schedule refresh();
Also, generic Coherence questions should be posted in this forum:
http://forums.oracle.com/forums/forum.jspa;jsessionid=8d92079330d63b6fca03d69245ae9170d4607c2284ca.e38QbNuQbx8Kbi0LbhaMaxuKahr0?forumID=480&start=0
thanks
Paul
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<COMPONENT_HTS_CODE>2839.90.0000</COMPONENT_HTS_CODE>
<COMPONENT_TARIC_CODE></COMPONENT_TARIC_CODE>
<COMPONENT_COO>HU</COMPONENT_COO>
<COMPONENT_QTY></COMPONENT_QTY>
</G_BREAKDOWN>
<G_BREAKDOWN>
<BREAKDOWN_TYPE>HTS CODE</BREAKDOWN_TYPE>
<BREAKDOWN_VALUE>8536.90.4000</BREAKDOWN_VALUE>
<COMPONENT>IP</COMPONENT>
<COMPONENT_DESC></COMPONENT_DESC>
<COMPONENT_CUSTOM_DESC></COMPONENT_CUSTOM_DESC>
<COMPONENT_PRICE>1370</COMPONENT_PRICE>
<COMPONENT_HTS_CODE></COMPONENT_HTS_CODE>
<COMPONENT_TARIC_CODE></COMPONENT_TARIC_CODE>
<COMPONENT_COO>HU</COMPONENT_COO>
<COMPONENT_QTY></COMPONENT_QTY>
</G_BREAKDOWN>
</LIST_G_BREAKDOWN>
</G_LINES>
<G_LINES>
<DELIVERY_ID>2629822</DELIVERY_ID>
<ORDER_HEADER_ID>1425429</ORDER_HEADER_ID>
<ORDER_NUMBER>10004365</ORDER_NUMBER>
<CUST_PO_NUMBER>310986-372</CUST_PO_NUMBER>
<ORDER_LINE_ID>4579940</ORDER_LINE_ID>
<INVENTORY_ITEM_ID>22643</INVENTORY_ITEM_ID>
<PART_NUMBER>777687-20</PART_NUMBER>
<PART_DESC>SCXI-1320 TEMPERATURE SENSOR TERMINAL BLOCK, CAST</PART_DESC>
<PART_CUSTOM_DESC>SCXI-1320, Screw Terminals</PART_CUSTOM_DESC>
<PLANNER_CODE>SCXIH-MPS</PLANNER_CODE>
<HTS_CODE>8536.90.4000</HTS_CODE>
<TARIC_CODE>8536.90.1000</TARIC_CODE>
<COUNTRY_OF_ORIGIN>HU</COUNTRY_OF_ORIGIN>
<ORDER_CURRENCY_CODE>USD</ORDER_CURRENCY_CODE>
<ORIG_UNIT_PRICE>82</ORIG_UNIT_PRICE>
<ORIG_SHIP_QTY>1</ORIG_SHIP_QTY>
<UNIT_PRICE>82</UNIT_PRICE>
<PRICE_CALC_STEP_NUMBER>100</PRICE_CALC_STEP_NUMBER>
<PRICE_CALC_CURRENCY_CODE>USD</PRICE_CALC_CURRENCY_CODE>
<PRICE_CALC_UNIT_PRICE>82</PRICE_CALC_UNIT_PRICE>
<PRICE_CALC_CONV_RATE>1</PRICE_CALC_CONV_RATE>
<SHIP_QTY>1</SHIP_QTY>
<EXTENDED_PRICE>82</EXTENDED_PRICE>
<UNIT_WEIGHT>.57</UNIT_WEIGHT>
<NET_WEIGHT>.57</NET_WEIGHT>
<ACQ_SOURCE_CODE></ACQ_SOURCE_CODE>
<ACQ_ORDER_NUMBER></ACQ_ORDER_NUMBER>
<ACQ_SOURCE_ORDER_NUMBER></ACQ_SOURCE_ORDER_NUMBER>
<ACQ_SELLING_PRICE>0</ACQ_SELLING_PRICE>
<SUBINVENTORY>NIEC Stage</SUBINVENTORY>
<SHIP_TO_SITE_USE_ID>807736</SHIP_TO_SITE_USE_ID>
<FREIGHT_COST>0</FREIGHT_COST>
<PAYMENT_TERMS>NIH InterCo</PAYMENT_TERMS>
<WAYBILL>901000598/02 NIC</WAYBILL>
<BREAKDOWN_COUNT>3</BREAKDOWN_COUNT>
<LIST_G_BREAKDOWN>
<G_BREAKDOWN>
<BREAKDOWN_TYPE>HTS CODE</BREAKDOWN_TYPE>
<BREAKDOWN_VALUE>8536.90.4000</BREAKDOWN_VALUE>
<COMPONENT>CD</COMPONENT>
<COMPONENT_DESC>Test1</COMPONENT_DESC>
<COMPONENT_CUSTOM_DESC></COMPONENT_CUSTOM_DESC>
<COMPONENT_PRICE>5</COMPONENT_PRICE>
<COMPONENT_HTS_CODE>2803.00.0050</COMPONENT_HTS_CODE>
<COMPONENT_TARIC_CODE>Test1</COMPONENT_TARIC_CODE>
<COMPONENT_COO>HU</COMPONENT_COO>
<COMPONENT_QTY>1</COMPONENT_QTY>
</G_BREAKDOWN>
<G_BREAKDOWN>
<BREAKDOWN_TYPE>HTS CODE</BREAKDOWN_TYPE>
<BREAKDOWN_VALUE>8536.90.4000</BREAKDOWN_VALUE>
<COMPONENT>Paper</COMPONENT>
<COMPONENT_DESC></COMPONENT_DESC>
<COMPONENT_CUSTOM_DESC></COMPONENT_CUSTOM_DESC>
<COMPONENT_PRICE>2</COMPONENT_PRICE>
<COMPONENT_HTS_CODE>2839.90.0000</COMPONENT_HTS_CODE>
<COMPONENT_TARIC_CODE></COMPONENT_TARIC_CODE>
<COMPONENT_COO>HU</COMPONENT_COO>
<COMPONENT_QTY></COMPONENT_QTY>
</G_BREAKDOWN>
<G_BREAKDOWN>
<BREAKDOWN_TYPE>HTS CODE</BREAKDOWN_TYPE>
<BREAKDOWN_VALUE>8536.90.4000</BREAKDOWN_VALUE>
<COMPONENT>IP</COMPONENT>
<COMPONENT_DESC></COMPONENT_DESC>
<COMPONENT_CUSTOM_DESC></COMPONENT_CUSTOM_DESC>
<COMPONENT_PRICE>75</COMPONENT_PRICE>
<COMPONENT_HTS_CODE></COMPONENT_HTS_CODE>
<COMPONENT_TARIC_CODE></COMPONENT_TARIC_CODE>
<COMPONENT_COO>HU</COMPONENT_COO>
<COMPONENT_QTY></COMPONENT_QTY>
</G_BREAKDOWN>
</LIST_G_BREAKDOWN>
</G_LINES>
<G_LINES>
<DELIVERY_ID>2629822</DELIVERY_ID>
<ORDER_HEADER_ID>1427673</ORDER_HEADER_ID>
<ORDER_NUMBER>10004391</ORDER_NUMBER>
<CUST_PO_NUMBER>310986-377</CUST_PO_NUMBER>
<ORDER_LINE_ID>4579948</ORDER_LINE_ID>
<INVENTORY_ITEM_ID>143949</INVENTORY_ITEM_ID>
<PART_NUMBER>779475-01</PART_NUMBER>
<PART_DESC>SCC-68 I/O CONNECTOR BLOCK WITH 4 SCC SIGNAL CONDITIONING MODULE SLOTS</PART_DESC>
<PART_CUSTOM_DESC>SCC-68, Screw Terminals</PART_CUSTOM_DESC>
<PLANNER_CODE>DAQH-MPS</PLANNER_CODE>
<HTS_CODE>8536.90.4000</HTS_CODE>
<TARIC_CODE>8536.90.1000</TARIC_CODE>
<COUNTRY_OF_ORIGIN>HU</COUNTRY_OF_ORIGIN>
<ORDER_CURRENCY_CODE>USD</ORDER_CURRENCY_CODE>
<ORIG_UNIT_PRICE>144</ORIG_UNIT_PRICE>
<ORIG_SHIP_QTY>13</ORIG_SHIP_QTY>
<UNIT_PRICE>144</UNIT_PRICE>
<PRICE_CALC_STEP_NUMBER>100</PRICE_CALC_STEP_NUMBER>
<PRICE_CALC_CURRENCY_CODE>USD</PRICE_CALC_CURRENCY_CODE>
<PRICE_CALC_UNIT_PRICE>144</PRICE_CALC_UNIT_PRICE>
<PRICE_CALC_CONV_RATE>1</PRICE_CALC_CONV_RATE>
<SHIP_QTY>13</SHIP_QTY>
<EXTENDED_PRICE>1872</EXTENDED_PRICE>
<UNIT_WEIGHT>1.06</UNIT_WEIGHT>
<NET_WEIGHT>13.78</NET_WEIGHT>
<ACQ_SOURCE_CODE></ACQ_SOURCE_CODE>
<ACQ_ORDER_NUMBER></ACQ_ORDER_NUMBER>
<ACQ_SOURCE_ORDER_NUMBER></ACQ_SOURCE_ORDER_NUMBER>
<ACQ_SELLING_PRICE>0</ACQ_SELLING_PRICE>
<SUBINVENTORY>NIEC Stage</SUBINVENTORY>
<SHIP_TO_SITE_USE_ID>807736</SHIP_TO_SITE_USE_ID>
<FREIGHT_COST>0</FREIGHT_COST>
<PAYMENT_TERMS>NIH InterCo</PAYMENT_TERMS>
<WAYBILL>901000598/02 NIC</WAYBILL>
<BREAKDOWN_COUNT>3</BREAKDOWN_COUNT>
<LIST_G_BREAKDOWN>
<G_BREAKDOWN>
<BREAKDOWN_TYPE>HTS CODE</BREAKDOWN_TYPE>
<BREAKDOWN_VALUE>8536.90.4000</BREAKDOWN_VALUE>
<COMPONENT>CD</COMPONENT>
<COMPONENT_DESC>Test1</COMPONENT_DESC>
<COMPONENT_CUSTOM_DESC></COMPONENT_CUSTOM_DESC>
<COMPONENT_PRICE>65</COMPONENT_PRICE>
<COMPONENT_HTS_CODE>2803.00.0050</COMPONENT_HTS_CODE>
<COMPONENT_TARIC_CODE>Test1</COMPONENT_TARIC_CODE>
<COMPONENT_COO>HU</COMPONENT_COO>
<COMPONENT_QTY>13</COMPONENT_QTY>
</G_BREAKDOWN>
<G_BREAKDOWN>
<BREAKDOWN_TYPE>HTS CODE</BREAKDOWN_TYPE>
<BREAKDOWN_VALUE>8536.90.4000</BREAKDOWN_VALUE>
<COMPONENT>Paper</COMPONENT>
<COMPONENT_DESC></COMPONENT_DESC>
<COMPONENT_CUSTOM_DESC></COMPONENT_CUSTOM_DESC>
<COMPONENT_PRICE>26</COMPONENT_PRICE>
<COMPONENT_HTS_CODE>2839.90.0000</COMPONENT_HTS_CODE>
<COMPONENT_TARIC_CODE></COMPONENT_TARIC_CODE>
<COMPONENT_COO>HU</COMPONENT_COO>
<COMPONENT_QTY></COMPONENT_QTY>
</G_BREAKDOWN>
<G_BREAKDOWN>
<BREAKDOWN_TYPE>HTS CODE</BREAKDOWN_TYPE>
<BREAKDOWN_VALUE>8536.90.4000</BREAKDOWN_VALUE>
<COMPONENT>IP</COMPONENT>
<COMPONENT_DESC></COMPONENT_DESC>
<COMPONENT_CUSTOM_DESC></COMPONENT_CUSTOM_DESC>
<COMPONENT_PRICE>1781</COMPONENT_PRICE>
<COMPONENT_HTS_CODE></COMPONENT_HTS_CODE>
<COMPONENT_TARIC_CODE></COMPONENT_TARIC_CODE>
<COMPONENT_COO>HU</COMPONENT_COO>
<COMPONENT_QTY></COMPONENT_QTY>
</G_BREAKDOWN>
</LIST_G_BREAKDOWN>
</G_LINES>
<G_LINES>
<DELIVERY_ID>2630021</DELIVERY_ID>
<ORDER_HEADER_ID>1429687</ORDER_HEADER_ID>
<ORDER_NUMBER>10004410</ORDER_NUMBER>
<CUST_PO_NUMBER>310986-383</CUST_PO_NUMBER>
<ORDER_LINE_ID>4578220</ORDER_LINE_ID>
<INVENTORY_ITEM_ID>61816</INVENTORY_ITEM_ID>
<PART_NUMBER>777687-14</PART_NUMBER>
<PART_DESC>SCXI-1314 FRONT MOUNTING TERMINAL BLOCK</PART_DESC>
<PART_CUSTOM_DESC>SCXI-1314, Screw Terminals</PART_CUSTOM_DESC>
<PLANNER_CODE>SCXIH-MPS</PLANNER_CODE>
<HTS_CODE>8536.90.4000</HTS_CODE>
<TARIC_CODE>8536.90.1000</TARIC_CODE>
<COUNTRY_OF_ORIGIN>HU</COUNTRY_OF_ORIGIN>
<ORDER_CURRENCY_CODE>USD</ORDER_CURRENCY_CODE>
<ORIG_UNIT_PRICE>120</ORIG_UNIT_PRICE>
<ORIG_SHIP_QTY>4</ORIG_SHIP_QTY>
<UNIT_PRICE>120</UNIT_PRICE>
<PRICE_CALC_STEP_NUMBER>100</PRICE_CALC_STEP_NUMBER>
<PRICE_CALC_CURRENCY_CODE>USD</PRICE_CALC_CURRENCY_CODE>
<PRICE_CALC_UNIT_PRICE>120</PRICE_CALC_UNIT_PRICE>
<PRICE_CALC_CONV_RATE>1</PRICE_CALC_CONV_RATE>
<SHIP_QTY>4</SHIP_QTY>
<EXTENDED_PRICE>480</EXTENDED_PRICE>
<UNIT_WEIGHT>.68</UNIT_WEIGHT>
<NET_WEIGHT>2.72</NET_WEIGHT>
<ACQ_SOURCE_CODE></ACQ_SOURCE_CODE>
<ACQ_ORDER_NUMBER></ACQ_ORDER_NUMBER>
<ACQ_SOURCE_ORDER_NUMBER></ACQ_SOURCE_ORDER_NUMBER>
<ACQ_SELLING_PRICE>0</ACQ_SELLING_PRICE>
<SUBINVENTORY>NIEC Stage</SUBINVENTORY>
<SHIP_TO_SITE_USE_ID>807736</SHIP_TO_SITE_USE_ID>
<FREIGHT_COST>0</FREIGHT_COST>
<PAYMENT_TERMS>NIH InterCo</PAYMENT_TERMS>
<WAYBILL>901000598/03 NIC</WAYBILL>
<BREAKDOWN_COUNT>3</BREAKDOWN_COUNT>
<LIST_G_BREAKDOWN>
<G_BREAKDOWN>
<BREAKDOWN_TYPE>HTS CODE</BREAKDOWN_TYPE>
<BREAKDOWN_VALUE>8536.90.4000</BREAKDOWN_VALUE>
<COMPONENT>CD</COMPONENT>
<COMPONENT_DESC>Test1</COMPONENT_DESC>
<COMPONENT_CUSTOM_DESC></COMPONENT_CUSTOM_DESC>
<COMPONENT_PRICE>20</COMPONENT_PRICE>
<COMPONENT_HTS_CODE>2803.00.0050</COMPONENT_HTS_CODE>
<COMPONENT_TARIC_CODE>Test1</COMPONENT_TARIC_CODE>
<COMPONENT_COO>HU</COMPONENT_COO>
<COMPONENT_QTY>4</COMPONENT_QTY>
</G_BREAKDOWN>
<G_BREAKDOWN>
<BREAKDOWN_TYPE>HTS CODE</BREAKDOWN_TYPE>
<BREAKDOWN_VALUE>8536.90.4000</BREAKDOWN_VALUE>
<COMPONENT>IP</COMPONENT>
<COMPONENT_DESC></COMPONENT_DESC>
<COMPONENT_CUSTOM_DESC></COMPONENT_CUSTOM_DESC>
<COMPONENT_PRICE>452</COMPONENT_PRICE>
<COMPONENT_HTS_CODE></COMPONENT_HTS_CODE>
<COMPONENT_TARIC_CODE></COMPONENT_TARIC_CODE>
<COMPONENT_COO>HU</COMPONENT_COO>
<COMPONENT_QTY></COMPONENT_QTY>
</G_BREAKDOWN>
<G_BREAKDOWN>
<BREAKDOWN_TYPE>HTS CODE</BREAKDOWN_TYPE>
<BREAKDOWN_VALUE>8536.90.4000</BREAKDOWN_VALUE>
<COMPONENT>Paper</COMPONENT>
<COMPONENT_DESC></COMPONENT_DESC>
<COMPONENT_CUSTOM_DESC></COMPONENT_CUSTOM_DESC>
<COMPONENT_PRICE>8</COMPONENT_PRICE>
<COMPONENT_HTS_CODE>2839.90.0000</COMPONENT_HTS_CODE>
<COMPONENT_TARIC_CODE></COMPONENT_TARIC_CODE>
<COMPONENT_COO>HU</COMPONENT_COO>
<COMPONENT_QTY></COMPONENT_QTY>
</G_BREAKDOWN>
</LIST_G_BREAKDOWN>
</G_LINES>
<G_LINES>
<DELIVERY_ID>2630054</DELIVERY_ID>
<ORDER_HEADER_ID>1435114</ORDER_HEADER_ID>
<ORDER_NUMBER>10004463</ORDER_NUMBER>
<CUST_PO_NUMBER>310986-396</CUST_PO_NUMBER>
<ORDER_LINE_ID>4580160</ORDER_LINE_ID>
<INVENTORY_ITEM_ID>96909</INVENTORY_ITEM_ID>
<PART_NUMBER>778729-01</PART_NUMBER>
<PART_DESC>NI PCI-4474, 4 INPUTS, 24-BIT DYNAMIC SIGNAL ACQUISITION</PART_DESC>
<PART_CUSTOM_DESC>PCI-4474, Automatic Data Processing Plug-In Board</PART_CUSTOM_DESC>
<PLANNER_CODE>INSTRHMPS</PLANNER_CODE>
<HTS_CODE>8471.80.4000</HTS_CODE>
<TARIC_CODE>8471.80.0000</TARIC_CODE>
<COUNTRY_OF_ORIGIN>HU</COUNTRY_OF_ORIGIN>
<ORDER_CURRENCY_CODE>USD</ORDER_CURRENCY_CODE>
<ORIG_UNIT_PRICE>960</ORIG_UNIT_PRICE>
<ORIG_SHIP_QTY>4</ORIG_SHIP_QTY>
<UNIT_PRICE>960</UNIT_PRICE>
<PRICE_CALC_STEP_NUMBER>100</PRICE_CALC_STEP_NUMBER>
<PRICE_CALC_CURRENCY_CODE>USD</PRICE_CALC_CURRENCY_CODE>
<PRICE_CALC_UNIT_PRICE>960</PRICE_CALC_UNIT_PRICE>
<PRICE_CALC_CONV_RATE>1</PRICE_CALC_CONV_RATE>
<SHIP_QTY>4</SHIP_QTY>
<EXTENDED_PRICE>3840</EXTENDED_PRICE>
<UNIT_WEIGHT>.68</UNIT_WEIGHT>
<NET_WEIGHT>2.72</NET_WEIGHT>
<ACQ_SOURCE_CODE></ACQ_SOURCE_CODE>
<ACQ_ORDER_NUMBER></ACQ_ORDER_NUMBER>
<ACQ_SOURCE_ORDER_NUMBER></ACQ_SOURCE_ORDER_NUMBER>
<ACQ_SELLING_PRICE>0</ACQ_SELLING_PRICE>
<SUBINVENTORY>NIEC Stage</SUBINVENTORY>
<SHIP_TO_SITE_USE_ID>807736</SHIP_TO_SITE_USE_ID>
<FREIGHT_COST>0</FREIGHT_COST>
<PAYMENT_TERMS>NIH InterCo</PAYMENT_TERMS>
<WAYBILL>901000598/04 NIC</WAYBILL>
<BREAKDOWN_COUNT>0</BREAKDOWN_COUNT>
<LIST_G_BREAKDOWN>
<G_BREAKDOWN>
<BREAKDOWN_TYPE></BREAKDOWN_TYPE>
<BREAKDOWN_VALUE></BREAKDOWN_VALUE>
<COMPONENT></COMPONENT>
<COMPONENT_DESC></COMPONENT_DESC>
<COMPONENT_CUSTOM_DESC></COMPONENT_CUSTOM_DESC>
<COMPONENT_PRICE></COMPONENT_PRICE>
<COMPONENT_HTS_CODE></COMPONENT_HTS_CODE>
<COMPONENT_TARIC_CODE></COMPONENT_TARIC_CODE>
<COMPONENT_COO></COMPONENT_COO>
<COMPONENT_QTY></COMPONENT_QTY>
</G_BREAKDOWN>
</LIST_G_BREAKDOWN>
</G_LINES>
</LIST_G_LINES>
</G_HEADER>
</LIST_G_HEADER>
</NI_COMMERCIAL_INVOICE_XMLP>
I want my report for part number (which has multiple component) look like:
Part Number: 779475-01 Quantity: 23 Part Count:2 Breakdown Count:6
Component: CD Amount: 115
Component: IP Amount: 3151
Component: Paper Amount: 46
Any help or suggestion is appreciated
RK Shah
[email protected]I am using the latest 10.1.3.2.1 build 87.
The output that I see is :
Part Number: 777687-14 Quantity: 4 Part Count:1 Breakdown Count:3
Component: CD
Count: 4
Sum of Component Price: 20
Component: IP
Count: 0
Sum of Component Price: 452
Component: Paper
Count: 0
Sum of Component Price: 8
Part Number: 777687-20 Quantity: 1 Part Count:1 Breakdown Count:3
Component: CD
Count: 1
Sum of Component Price: 5
Component: Paper
Count: 0
Sum of Component Price: 2
Component: IP
Count: 0
Sum of Component Price: 75
Part Number: 779475-01 Quantity: 23 Part Count:2 Breakdown Count:3
Component: CD
Count: 23
Sum of Component Price: 115
Component: Paper
Count: 0
Sum of Component Price: 46
Component: IP
Count: 0
Sum of Component Price: 3151
and the XML data that I used is :
<?xml version="1.0"?>
<!-- Generated by Oracle Reports version 6.0.8.25.0 -->
<NI_COMMERCIAL_INVOICE_XMLP>
<LIST_G_HEADER>
<G_HEADER>
<COMM_INV_NUMBER>C/901000598</COMM_INV_NUMBER>
<COMM_INV_VERSION_NUMBER>1</COMM_INV_VERSION_NUMBER>
<SHIP_FROM_NAME>National Instruments Europe Corp.</SHIP_FROM_NAME>
<SHIP_FROM_ADDR>H-4031, Debrecen, Hatar ut 1/A</SHIP_FROM_ADDR>
<SHIP_FROM_CITY></SHIP_FROM_CITY>
<SHIP_FROM_STATE></SHIP_FROM_STATE>
<SHIP_FROM_POSTAL_CODE></SHIP_FROM_POSTAL_CODE>
<SHIP_FROM_COUNTRY>Hungary</SHIP_FROM_COUNTRY>
<SHIP_TO_NAME>National Instruments Corporation (NIEC)</SHIP_TO_NAME>
<FORMATTED_SHIP_TO_ADDR>11500 N Mopac Expwy
Austin, TX 78759-3504
United States</FORMATTED_SHIP_TO_ADDR>
<SHIP_TO_ADDR1>11500 N Mopac Expwy</SHIP_TO_ADDR1>
<SHIP_TO_ADDR2></SHIP_TO_ADDR2>
<SHIP_TO_ADDR3></SHIP_TO_ADDR3>
<SHIP_TO_ADDR4></SHIP_TO_ADDR4>
<SHIP_TO_CITY>Austin</SHIP_TO_CITY>
<SHIP_TO_STATE>TX </SHIP_TO_STATE>
<SHIP_TO_POSTAL_CODE>78759-3504</SHIP_TO_POSTAL_CODE>
<SHIP_TO_COUNTRY>US</SHIP_TO_COUNTRY>
<SHIP_TO_EMAIL_ADDR></SHIP_TO_EMAIL_ADDR>
<BILL_TO_ORG_ID>807737</BILL_TO_ORG_ID>
<SHIPPED_VIA>UPS</SHIPPED_VIA>
<DELIVERY_TERM>DDU</DELIVERY_TERM>
<TEXT_FILE_SEPARATOR></TEXT_FILE_SEPARATOR>
<DELIVERY_COUNT>4</DELIVERY_COUNT>
<HEADER_WAYBILL></HEADER_WAYBILL>
<LIST_G_LINES>
<G_LINES>
<DELIVERY_ID>2629769</DELIVERY_ID>
<ORDER_HEADER_ID>1431282</ORDER_HEADER_ID>
<ORDER_NUMBER>10004434</ORDER_NUMBER>
<CUST_PO_NUMBER>310986-387</CUST_PO_NUMBER>
<ORDER_LINE_ID>4565737</ORDER_LINE_ID>
<INVENTORY_ITEM_ID>26818</INVENTORY_ITEM_ID>
<PART_NUMBER>777459-23</PART_NUMBER>
<PART_DESC>SCC-AI04, 2-CHANNEL ISOLATED ANALOG INPUT</PART_DESC>
<PART_CUSTOM_DESC>SCC-AI04, Automatic Data Processing Plug-In Board</PART_CUSTOM_DESC>
<PLANNER_CODE>SCXIH-MPS</PLANNER_CODE>
<HTS_CODE>8471.80.9000</HTS_CODE>
<TARIC_CODE>8471.80.0000</TARIC_CODE>
<COUNTRY_OF_ORIGIN>HU</COUNTRY_OF_ORIGIN>
<ORDER_CURRENCY_CODE>USD</ORDER_CURRENCY_CODE>
<ORIG_UNIT_PRICE>158</ORIG_UNIT_PRICE>
<ORIG_SHIP_QTY>4</ORIG_SHIP_QTY>
<UNIT_PRICE>158</UNIT_PRICE>
<PRICE_CALC_STEP_NUMBER>100</PRICE_CALC_STEP_NUMBER>
<PRICE_CALC_CURRENCY_CODE>USD</PRICE_CALC_CURRENCY_CODE>
<PRICE_CALC_UNIT_PRICE>158</PRICE_CALC_UNIT_PRICE>
<PRICE_CALC_CONV_RATE>1</PRICE_CALC_CONV_RATE>
<SHIP_QTY>4</SHIP_QTY>
<EXTENDED_PRICE>632</EXTENDED_PRICE>
<UNIT_WEIGHT>.16</UNIT_WEIGHT>
<NET_WEIGHT>.64</NET_WEIGHT>
<ACQ_SOURCE_CODE></ACQ_SOURCE_CODE>
<ACQ_ORDER_NUMBER></ACQ_ORDER_NUMBER>
<ACQ_SOURCE_ORDER_NUMBER></ACQ_SOURCE_ORDER_NUMBER>
<ACQ_SELLING_PRICE>0</ACQ_SELLING_PRICE>
<SUBINVENTORY>NIEC Stage</SUBINVENTORY>
<SHIP_TO_SITE_USE_ID>807736</SHIP_TO_SITE_USE_ID>
<FREIGHT_COST>0</FREIGHT_COST>
<PAYMENT_TERMS>NIH InterCo</PAYMENT_TERMS>
<WAYBILL>901000598/01 NIC</WAYBILL>
<BREAKDOWN_COUNT>0</BREAKDOWN_COUNT>
<LIST_G_BREAKDOWN>
<G_BREAKDOWN>
<BREAKDOWN_TYPE></BREAKDOWN_TYPE>
<BREAKDOWN_VALUE></BREAKDOWN_VALUE>
<COMPONENT></COMPONENT>
<COMPONENT_DESC></COMPONENT_DESC>
<COMPONENT_CUSTOM_DESC></COMPONENT_CUSTOM_DESC>
<COMPONENT_PRICE></COMPONENT_PRICE>
<COMPONENT_HTS_CODE></COMPONENT_HTS_CODE>
<COMPONENT_TARIC_CODE></COMPONENT_TARIC_CODE>
<COMPONENT_COO></COMPONENT_COO>
<COMPONENT_QTY></COMPONENT_QTY>
</G_BREAKDOWN>
</LIST_G_BREAKDOWN>
</G_LINES>
<G_LINES>
<DELIVERY_ID>2629769</DELIVERY_ID>
<ORDER_HEADER_ID>1431282</ORDER_HEADER_ID>
<ORDER_NUMBER>10004434</ORDER_NUMBER>
<CUST_PO_NUMBER>310986-387</CUST_PO_NUMBER>
<ORDER_LINE_ID>4579950</ORDER_LINE_ID>
<INVENTORY_ITEM_ID>143949</INVENTORY_ITEM_ID>
<PART_NUMBER>779475-01</PART_NUMBER>
<PART_DESC>SCC-68 I/O CONNECTOR BLOCK WITH 4 SCC SIGNAL CONDITIONING MODULE SLOTS</PART_DESC>
<PART_CUSTOM_DESC>SCC-68, Screw Terminals</PART_CUSTOM_DESC>
<PLANNER_CODE>DAQH-MPS</PLANNER_CODE>
<HTS_CODE>8536.90.4000</HTS_CODE>
<TARIC_CODE>8536.90.1000</TARIC_CODE>
<COUNTRY_OF_ORIGIN>HU</COUNTRY_OF_ORIGIN>
<ORDER_CURRENCY_CODE>USD</ORDER_CURRENCY_CODE>
<ORIG_UNIT_PRICE>144</ORIG_UNIT_PRICE>
<ORIG_SHIP_QTY>10</ORIG_SHIP_QTY>
<UNIT_PRICE>144</UNIT_PRICE>
<PRICE_CALC_STEP_NUMBER>100</PRICE_CALC_STEP_NUMBER>
<PRICE_CALC_CURRENCY_CODE>USD</PRICE_CALC_CURRENCY_CODE>
<PRICE_CALC_UNIT_PRICE>144</PRICE_CALC_UNIT_PRICE>
<PRICE_CALC_CONV_RATE>1</PRICE_CALC_CONV_RATE>
<SHIP_QTY>10</SHIP_QTY>
<EXTENDED_PRICE>1440</EXTENDED_PRICE>
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Looking for a high-performance and reliable NAS
Hi,
I have been searching for a high-performance and reliable SOHO NAS storage but I have seen very mixed and contradicting reviews for the products I have looked at so far. From QNAP to Synology to etc.
However I've not found a good review for Promise SOHO NAS devices such NSx700 and NSx600.
Is anybody here using them? If so how would you rate these devices?
Thanks in advance,
BehrangMy g/f is using a Synology 1511+ with 2TB WB black drives - set up for 2 disk redundancy.
http://www.synology.com/us/products/DS1511+/index.php
She has her lightroom images on there and it works very well with her MBP 10.6.8
If you have specific questions, please ask
Michael -
Before reaching the high unit, 'End of file reached' error pops up.
Following is the <distributed-scheme> of my cache server.
<distributed-scheme>
<scheme-name>dom-dist</scheme-name>
<service-name>DOM-CACHE</service-name>
<backup-count>1</backup-count>
<backing-map-scheme>
<overflow-scheme>
<scheme-name>dom-overflow</scheme-name>
<front-scheme>
<local-scheme>
<scheme-ref>LocalSizeLimited-dom</scheme-ref>
</local-scheme>
</front-scheme>
<back-scheme>
<external-scheme>
<eviction-policy>LFU</eviction-policy>
<unit-calculator>BINARY</unit-calculator>
*<high-units>8192</high-units>*
<unit-factor>1048576</unit-factor>
<lh-file-manager>
<directory>/home/coherence/cachedata</directory>
<file-name>{cache-name}.store</file-name>
</lh-file-manager>
</external-scheme>
</back-scheme>
</overflow-scheme>
</backing-map-scheme>
<autostart>true</autostart>
</distributed-scheme>
<local-scheme>
<scheme-name>LocalSizeLimited-dom</scheme-name>
<eviction-policy>LRU</eviction-policy>
<high-units>350</high-units>
<unit-calculator>BINARY</unit-calculator>
<unit-factor>1048576</unit-factor>
</local-scheme>
</distributed-scheme>
+I could see the file {cache-name}.store is saved but before reaching the high unit (8192) following error pops up and then the node shutsdown.+
Error:
2009-07-28 08:41:42.253/52233.963 Oracle Coherence GE 3.6.1.0 <Error> (thread=DistributedCache:DOM-CACHE, member=2):
(Wrapped) com.tangosol.io.lh.LHIOException: /home/coherence/cachedata/BIZ-DOM.store, Primary file, Reading, Group 886, Frame 886: End of file reached.
at com.tangosol.io.lh.LHBinaryStore.load(LHBinaryStore.java:109)2009-07-28 08:41:42.254/52267.134 Oracle Coherence GE 3.6.1.0 <D5> (thread=Cluster, member=1): Member 2 joined Service DOM-CACHE with senior member 3
2009-07-28 08:41:50.228/52275.108 Oracle Coherence GE 3.6.1.0 <Error> (thread=DistributedCache:DOM-CACHE, member=1):
(Wrapped) com.tangosol.io.lh.LHIOException: /home/coherence/cachedata/BIZ-DOM.store, Primary file, Reading, Group 886, Frame 886: End of file reached.
at com.tangosol.io.lh.LHBinaryStore.load(LHBinaryStore.java:109)
Edited by: online247 on Jul 19, 2011 3:07 PMHi Online247,
Despite LH has been deprecated and overflow-scheme is not used by many people, using disk based overflow as shown at the URL below could be useful for what you are trying to achieve:
http://hi.baidu.com/chenjf79/blog/item/42be1a2adf6d059c033bf691.html
Hope it helps.
-Cris -
Adding a RAID card to help speed up export (and other drive question) in Premiere Pro CC
First of all, I have read Tweakers Page exporting section because that is where my primary concern is. First my questions, then background and my current and proposed configurations:
Question 1: Will adding a hardware RAID controller, such as an LSI MegaRAID remove enough burden from the CPU managing parity on my software RAID 5 that the CPU will jump for joy and export faster?
Question 2: If true to above, then compare thoughts on adding more smaller SSDs for either a one volume RAID 0 or smaller two volume RAID 0 to complement existing HDD RAID 5. That is, I'm thinking of buying four Samsung 850 Pro 128 GB SSDs to put in a four disk volume to handle everything (media/projects, media cache, previews, exports), or split it up into two volumes of two disks each and split the duties, or keep the four disk volume idea and put the previews & exports on my HDD RAID 5 array.
The 850's are rated at SEQ read/write: 550/470 MB/s thus I could get around 2000/1500 MB/s read write in a four disk RAID 0 or 1/2 that if I split into two volumes to minimize volumes from reading/writing at the same time, if that really matters with these SSDs?
The Tweaker's page made a few comments. One is splitting duties among different disks, rather than a large efficient RAID may actually slow things down. Since the SSDs are much faster than a single HDD, I'm thinking that is no longer accurate, thus I'm leaning toward the Four disk configuration putting OS & Programs on C drive, Media & Projects on D (HDD RAID 5), Pagefile & Media Cache on SSD (2-disk RAID 0) and Previews &Exports on 2nd SSD RAID 0 (or combine the two RAID 0's and their duties).
Just trying to get a perspective here, since I haven't purchased anything yet. Any experience/stories, I would appreciate.
My current drive configuration:
My D drive is software RAID 5 consisting of four 1 TB Western Digital RE4 (RED) 7200 RPM HDDs with a CrystalDiskMark SEQ Read/Write of 339/252 MB/s.
The C drive is SSD 500 GB (Samsung 840 (not Pro) and does 531/330 MB/s. My OS, Program Files and Page File are on C, and data/media files/project, etc all are on the RAID drive.
Problem:
Current setup allows for smooth editing, only the exporting seems slow, often taking between two and two and a half times the video length to export. Thus a 10 minute video takes 20-30 minutes to export. 15 minute video can take 30-40 minutes to export. The first 10% of the two-pass export takes under a minute (seems fast), but it gets slower where the final 10 or 20% can hang for many minutes like my system is running out of steam. So where is the waste?
I have enabled hardware acceleration (did the GPU hack since my GPU isn't listed) and it may spike at 25% usage a few times and eat up 600 MB of VRAM (I have 2 GB of VRAM), otherwise it is idle the whole export. The CPU may spike at 50% but it doesn't seem overly busy either.
Our timeline is simple with two video streams and two audio streams (a little music and mostly voice) with simple transitions (jump cuts or cross dissolves). We sometimes fast color correct, so that might use the GPU? Also, since we film in 1080 60P and export 1080 29.97 frames/sec, I think that is scaling and uses the GPU. I know without the GPU, it does take a lot longer. I have ruled out buying a faster GPU since it doesn't appear to be breaking a sweat. I just need to know if my system is bottlenecked at the hard drive level because I'm using software RAID and my disks are slow and will hardware RAID significantly reduce the CPU load so it can export faster.
Our files are not huge in nature. Most our clips are several MBs each. Total project files are between 5 GBs and 10 GBs for each video with Windows Media File export being 500 MB to 1.2 GB on average. We shoot using Panasonic camcorders so the original files are AVCHD, I believe (.MTS files?).
Considerations:
1. I'm thinking of buying (and future proofing) an LSI Logic MegaRAID 9361-8i that is 12Gb/s SAS and SATA (because some current SSDs can exceed the 6Gb/s standard).
2. I'm not replacing my current RAID 5 HDDs because not in my budget to upgrade to 6 or more large SSDs. These drives are more important to me for temporary storage because I remove the files once backed up. I don't mind a few inexpensive smaller SSDs if they can make a significant difference for editing and exporting.
I can only guess my HDD RAID is slow but the CPU is burdened with parity. I would imagine running RAID 10 would not help much.
My setup:
my setup:
CPU - i7-3930K CPU @4.5 GHz
RAM - G.SKILL Ripjaws Z Series 32GB (4 x 8GB) DDR3 2133 @2000
Motherboard - ASUS P9X79 WS LGA 2011
GPU - Gigabyte GeForce GTX 660 OC 2GB (performed the compatibility list hack to enable hardware acceleration).
C drive - 500 GB Samsung 840 SSD (Windows 7 Pro 64 bit and programs).
D drive - four 1 TB WD RE4 Enterprise HDDs 7200 RPMs in software RAID 5
Case - Cooler Master HAF X
CPU Fan - Cooler Master Hyper 212 EVO with 120 mm fan
Power Supply - Corsair Pro Series AX 850 Watt 80 Plus Gold
Optical Drive - Pioneer BDR - 208DBK
thanks in advance,
Eric........software RAID 5 off the motherboard ??????......NOT a good idea, from what I have read here on this forum from experts like Harm Millard and others. They have mentioned a LARGE overhead on the CPU doing this....causing sub-par performance. RAID 0 off the motherboard will NOT do this, however.....RAID 0 would provide optimum speed, but, with the risk of total data loss if ANY drive fails. You may wish to reconfigure your RAID to be RAID 0...BUT...you would need to DILIGENTLY back up its entire volume onto perhaps a quality 4TB drive very frequently.
A lot depends on the nature of your current and FUTURE codecs you plan to edit. You may not want to sink a lot of money into an older setup that may have trouble with more demanding future codecs. For now, in the 1080p realm, your rig should be OK....the read/write performance on your CURRENT RAID 5 setup is not great, and a definite drag on the performance. The rest of your components appear to be fine.....the Samsung SSD, though not ideal, is OK.....it's write speed is WAY lower than the Pro model,but, the drive is used mainly for reading operations. Since you have Windows 7 Pro, and NOT Windows 8.......you CAN put the entire windows page file onto the RAID 0 you might create.....this will take that frequent read/write load OFF the SSD. Read the "tweakers Page" to see how to best TUNE your machine. To use your current setup most efficiently, without investing much money, you would :a. create the RAID 0 off the motherboard, ( putting all media and project files on it ) b. install a quality 7200rpm 4TB HDD to serve as a BACKUP of the RAID array. Then, install a Crucial M550 256GB or larger SSD, ( close in performance to Samsung 850 Pro...much cheaper), to put all previews, cache , and media cache files on....AND to use as " global performance cache" for After Effects...if you use that program. Exporting can be done to ANOTHER Crucial M550 for best speed...or, just to the either the FIRST Crucial or, the 4TB drive. Your current GPU will accelerate exports on any video containing scaling and any GPU accelerated effects. Your CPU is STILL important in SERVING the data to and from the GPU AND for decoding and encoding non-GPU handled video....your high CPU clock speed helps performance there ! You may want to check out possibly overclocking your video card, using MSI Afterburner.or, similar free program. Increasing the "memory clock speed" can RAISE performance and cut export times on GPU effects loaded timelines,or, scaling operations. On my laptop, I export 25% faster doing this. With my NEW i7 4700 HQ laptop, I export in the range of your CURRENT machine....about 2 to 3 times the length of the original video. PROPERLY SET UP...your desktop machine should BLOW THIS AWAY !!
Visit the PPBM7 website and test your current setup to possibly identify current bottlenecks,or, performance issues. THEN, RE-TEST it again, after making improvements to your machine to see how it does. Be aware that new codecs are coming (H.265 and HEVC,etc.) which may demand more computer horsepower to edit, as they are even MORE compressed and engineered for "streaming" high quality at a lower bandwidth on the internet. The new Haswell E...with its quad-channel memory, 8 core option, large number of PCI gen. 3 lanes, goes farther in being prepared for 4K and more. Testing by Eric Bowen has shown the newer PPro versions provide MUCH better processing of 4K than older versions. -
Not able to see the Person who posts reply and asked the question.
Hi,
I am facing issue with Posts in MSDN forum. I am not getting the name of Person who replied and asked the question which earlier used to come below the Post.
Are all facing the same issue? I am using IE 8 and Google Chrome 33.0.1750.117 m.
Can anyone please help.
One good question is equivalent to ten best answers.I am using Google Chrome Version 33.0.1750.146 m (updated today). I am seeing names fine.
It may be also your connection speed and some extra add-on you have.
For every expert, there is an equal and opposite expert. - Becker's Law
My blog
My TechNet articles
My Google Chrome is also updated to 33.0.1750.146 m, and I am using high speed internet connection in my organization, but still I am not able to
see poster details. Even there is no data coming below
"Asked by:" section at Top left corner of MSDN Forum.
One good question is equivalent to ten best answers. -
How do we link the central organizational unit and purchase organization i
hi friends
How do we link the central organizational unit and purchase organization in SUS configuration?
regards
vinaykrishnaThe workflow process is associated to the transaction you select by parameters in the function call.
The Responsibility 9e.g. employee self service) is linked to a menu. The menu contains (amongst other things) functions. If the function is associated to a menu prompt, then when the user clicks on the prompt (e.g. Change Job) the function is invoked. When the function is invoked, it calls the workflow described in the function call.
The function will already (out of the box) point to a workflow process. If you have customised your own process, you will need to amend the function call to call your workflow name.
Look at the function in question and you will see what I mean.
Hope that helps explain it!
Regards
Tim -
Transport of org.units and structure
Hi all
I know there is a possibility to transport org.units and its structure (PPOMA_BBP). There are some settings to do in table T77S0 (key = TRSP.CORR) and 2 reports RHMOVE30 and/or RHMOVE50 to be used depending on the setting done in T77S0.
It is also required to configure ALE distribution model with IDoc type HRMD_A.
My question is: what do I have to include in the filter? What are the relevant info types to be replicated via ALE?
We're on SRM 4.0 with SRM Server 5.0 SP08. We don't have HR module in SAP R/3 in use.
Thanks anyone for some help regarding this one!
Kind regards,
RenaudHi Renaud ,
Yr business card does not carry ID.
PL. mail me to have a detailed doc on yr question.
[email protected]
BR
Dinesh
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