Upload Queues - Revision history

Drorbn: Reverted edits by ZelmoNrelb (Talk); changed back to last version by Scott

2008-07-14T05:02:15Z

Reverted edits by ZelmoNrelb (Talk); changed back to last version by Scott

← Older revision		Revision as of 01:02, 14 July 2008
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	cmoncnat
	This page keeps track of the progress of various robots uploading data to the KnotAtlas.		This page keeps track of the progress of various robots uploading data to the KnotAtlas.

ZelmoNrelb: delacelracd

2008-07-13T18:34:44Z

delacelracd

← Older revision		Revision as of 14:34, 13 July 2008
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			cmoncnat
	This page keeps track of the progress of various robots uploading data to the KnotAtlas.		This page keeps track of the progress of various robots uploading data to the KnotAtlas.

Scott: /* Broken queue items */

2006-06-28T15:54:59Z

Broken queue items

← Older revision		Revision as of 11:54, 28 June 2006
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	*"HOMFLYPT", "TorusKnots[20]"		*"HOMFLYPT", "TorusKnots[20]"
	*"HOMFLYPT", "TorusKnots[40]"		*"HOMFLYPT", "TorusKnots[40]"
			*"Kauffman", "TorusKnots[20]"
⚫	**For some reason the HOMFLYPT polynomials that get uploaded for TorusKnots are broken -- powers of a all replaced with $Failed^-1.
			*"Kauffman", "TorusKnots[40]"
		⚫	**For some reason the HOMFLYPT and Kauffman polynomials that get uploaded for TorusKnots are broken -- powers of a all replaced with $Failed^-1.

	==ScottDataRobot Queue==		==ScottDataRobot Queue==

Scott: /* ScottDataRobot Queue */

2006-06-25T20:27:07Z

ScottDataRobot Queue

← Older revision		Revision as of 16:27, 25 June 2006
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	If you look at the source of this page, you'll see a line that says <pre>{{:ScottDataRobot Queue}}</pre>This line 'transcludes' the page [[ScottDataRobot Queue]], showing its contents here. You can edit it to control the ScottDataRobot. You can create new queues by creating a new page in the same format. There's no need to transclude it here, but perhaps you should, so it's easy to see what's going on. To start uploading data in a queue, see the [[#Instructions]] section below.		If you look at the source of this page, you'll see a line that says <pre>{{:ScottDataRobot Queue}}</pre>This line 'transcludes' the page [[ScottDataRobot Queue]], showing its contents here. You can edit it to control the ScottDataRobot. You can create new queues by creating a new page in the same format. There's no need to transclude it here, but perhaps you should, so it's easy to see what's going on. To start uploading data in a queue, see the [[#Instructions]] section below.

			==Broken queue items==
			*"HOMFLYPT", "TorusKnots[20]"
			*"HOMFLYPT", "TorusKnots[40]"
			**For some reason the HOMFLYPT polynomials that get uploaded for TorusKnots are broken -- powers of a all replaced with $Failed^-1.

	==ScottDataRobot Queue==		==ScottDataRobot Queue==

Scott: /* ScottDataRobot Queue */

2006-06-24T02:15:08Z

ScottDataRobot Queue

← Older revision		Revision as of 22:15, 23 June 2006
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	{{floating edit link\|ScottDataRobot Queue}}		{{floating edit link\|ScottDataRobot Queue}}
	{{:ScottDataRobot Queue}}		{{:ScottDataRobot Queue}}

			==QuantumInvariants Queue==
			{{floating edit link\|QuantumInvariants Queue}}
			{{:QuantumInvariants Queue}}

	==Testing Queue==		==Testing Queue==

Scott: /* ScottDataRobot Queue */

2006-06-23T21:04:37Z

ScottDataRobot Queue

← Older revision		Revision as of 17:04, 23 June 2006
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	{{floating edit link\|ScottDataRobot Queue}}		{{floating edit link\|ScottDataRobot Queue}}
	{{:ScottDataRobot Queue}}		{{:ScottDataRobot Queue}}

			==Testing Queue==
			{{floating edit link\|Testing Queue}}
			{{:Testing Queue}}

	==Completed Work==		==Completed Work==

Scott: /* Command line */

2006-05-31T22:02:49Z

Command line

← Older revision		Revision as of 18:02, 31 May 2006
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	===Command line===		===Command line===
	In the KnotTheory folder, you should find a script called upload_script.sh, and upload_script_nice.sh. These both do the same thing, but upload_script_nice runs in the background, with lower priority than anything else, survives after you logout, and writes its output to nohup.out, rather than the tty. Both scripts require three arguments:		In the <code>KnotTheory/scripts/</code> folder, you should find a script called upload_script.sh, and upload_script_nice.sh. These both do the same thing, but upload_script_nice runs in the background, with lower priority than anything else, survives after you logout, and writes its output to nohup.out, rather than the tty. Both scripts require three arguments:

	<pre>		<pre>

Scott: /* Command line */

2006-05-31T19:27:37Z

Command line

← Older revision		Revision as of 15:27, 31 May 2006
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	./upload_script_nice.sh ScottDataRobot password ScottDataRobot_Queue /scratch/bin2/		./upload_script_nice.sh ScottDataRobot password ScottDataRobot_Queue /scratch/bin2/
	</pre>		</pre>

			(If you're not sure how to kill a process you started this way, using ps and kill, you might just try <code>kill `ps -C MathKernel -o pid=`</code>. Strongly not recommended if you have another Mathematica session running! :-)

	===Mathematica session===		===Mathematica session===

Scott: /* Format of queue pages */

2006-05-31T01:28:21Z

Format of queue pages

← Older revision		Revision as of 21:28, 30 May 2006
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	*"Invariant Name", "Mathematica expression that evaluates to a list of knots"		*"Invariant Name", "Mathematica expression that evaluates to a list of knots"
	</pre>		</pre>
	The expression evaluating to a list of knots is subjected a very strict sanity check before it's evaluated, to protect against malicious code. At the moment, all you can use is AllKnots, AllLink, and Take. In particular, you can't write the presumably quite useful <code>Select[AllKnots[14], BraidIndex[#]<=4&]</code>.		The expression evaluating to a list of knots is subjected to a very strict sanity check before it's evaluated, to protect against malicious code. At the moment, all you can use is AllKnots, AllLink, and Take. In particular, you can't write the presumably quite useful <code>Select[AllKnots[14], BraidIndex[#]<=4&]</code>.

Scott at 00:17, 31 May 2006

2006-05-31T00:17:52Z

@@ Line 1: / Line 1: @@
 This page keeps track of the progress of various robots uploading data to the KnotAtlas.
-If you look at the source of this page, you'll see a line that says <pre>{{:ScottDataRobot Queue}}</pre>This line 'transcludes' the page [[ScottDataRobot Queue]], showing its contents here. You can edit it to control the ScottDataRobot. You can create new queues by creating a new page in the same format. There's no need to transclude it here, but perhaps you should, so it's easy to see what's going on. To start uploading data in a queue, say "YourDataRobot Queue", you'll need to login, using something like
+If you look at the source of this page, you'll see a line that says <pre>{{:ScottDataRobot Queue}}</pre>This line 'transcludes' the page [[ScottDataRobot Queue]], showing its contents here. You can edit it to control the ScottDataRobot. You can create new queues by creating a new page in the same format. There's no need to transclude it here, but perhaps you should, so it's easy to see what's going on. To start uploading data in a queue, see the [[#Instructions]] section below.
 <pre>
 CreateWikiConnection[
@@ Line 9: / Line 37: @@
+]
 </pre>
-and then issue the command <code>ProcessKnotAtlasUploadQueue["YourDataRobot Queue"]</code>. Options <code>Repeat->numberOfRepeats</code> (defaults to infinity) and <code>Timeout->numberOfSeconds</code> (defaults to 12 hours) can be used to control how many items will be processed, and the maximum amount of time spent on each.
+Now issue the command <code>ProcessKnotAtlasUploadQueue["YourDataRobot Queue"]</code>. Options <code>Repeat->numberOfRepeats</code> (defaults to infinity) and <code>Timeout->numberOfSeconds</code> (defaults to 12 hours) can be used to control how many items will be processed, and the maximum amount of time spent on each.
 The queue pages should contain one line for each task, in the form
 <pre>
@@ Line 16: / Line 45: @@
 </pre>
 The expression evaluating to a list of knots is subjected a very strict sanity check before it's evaluated, to protect against malicious code. At the moment, all you can use is AllKnots, AllLink, and Take. In particular, you can't write the presumably quite useful <code>Select[AllKnots[14], BraidIndex[#]<=4&]</code>.