Memory leak in Skype 7.4.0.102 on Win 7 x64

Ever since upgrading to the latest version of Skype on my Win 7 x64 box, I've had nothing but issues with Skype having a huge memory leak.  It'll start out running fine when I boot up, hovering around 141K of memory usage (even though I think that's still higher than it should be), but after leaving it open for a while, it will just continue to creep up.  Yesterday I had to kill the Skype.exe*32 process from Task Manager because it was up to 1.2 GB of memory usage.
Previously it had not gotten that high, but I have seen it as high as almost half a gig.  I've tried all the usual stuff, removing and reinstalling, making sure I'm running the latest version, etc.  The memory leak is still there.  Has anyone experienced this issue with 7.4.0.102?  If so, has anyone found any resolution?

http://community.skype.com/t5/Windows-desktop-cl​ient/7-3-0-101-CPU-overload/td-p/3950990

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    6.396: [GC 26416K->3837K(259264K), 0.0428260 secs]
    67.830: [GC 27197K->7675K(259264K), 0.0526750 secs]
    14:11 Started OpenSTA load test (Tomcat 103M/103M SIZE/RSIZE)417.805: [Full GC 23900K->10468K(259264K), 0.1470690 secs]
    464.368: [Full GC 29592K->12380K(259264K), 0.1984410 secs]
    474.295: [GC 35740K->16076K(259264K), 0.0362230 secs]
    482.470: [Full GC 32672K->16120K(259264K), 0.1574280 secs]
    497.299: [Full GC 32266K->15347K(259264K), 0.1993480 secs]
    513.132: [GC 38707K->15644K(259264K), 0.0067610 secs]
    513.552: [Full GC 21105K->15833K(259264K), 0.1484350 secs]
    524.393: [Full GC 31980K->15975K(259264K), 0.1507760 secs]
    535.314: [Full GC 36832K->16164K(259264K), 0.1561530 secs]
    544.704: [GC 39524K->16360K(259264K), 0.0035200 secs]
    544.724: [Full GC 17439K->15435K(259264K), 0.1654420 secs]
    550.837: [GC 38790K->15669K(259264K), 0.0031210 secs]
    550.961: [Full GC 20198K->15612K(259264K), 0.1458520 secs]
    561.816: [Full GC 36712K->15768K(259264K), 0.1535080 secs]
    567.997: [Full GC 38928K->15944K(259264K), 0.1586890 secs]
    572.313: [Full GC 29129K->15618K(259264K), 0.1764170 secs]
    581.769: [Full GC 36749K->15768K(259264K), 0.1538980 secs]
    588.514: [GC 39123K->16114K(259264K), 0.0042700 secs]
    588.573: [Full GC 20576K->15878K(259264K), 0.1476950 secs]
    592.833: [Full GC 34359K->16027K(259264K), 0.1563230 secs]
    594.394: [GC 39387K->16189K(259264K), 0.0030660 secs]
    596.453: [Full GC 30677K->15678K(259264K), 0.1698180 secs]
    603.878: [GC 39038K->15839K(259264K), 0.0043830 secs]
    610.088: [Full GC 32709K->15843K(259264K), 0.1554470 secs]
    613.281: [Full GC 25096K->15932K(259264K), 0.1500100 secs]
    618.982: [Full GC 35727K->16060K(259264K), 0.1558180 secs]
    625.228: [Full GC 39090K->15677K(259264K), 0.1778470 secs]
    638.611: [GC 39037K->15885K(259264K), 0.0034330 secs]
    639.430: [Full GC 22116K->15866K(259264K), 0.1508080 secs]
    646.904: [Full GC 26171K->16062K(259264K), 0.1532020 secs]
    652.457: [Full GC 25748K->16156K(259264K), 0.1512670 secs]
    658.609: [GC 39516K->16367K(259264K), 0.0032440 secs]
    660.209: [Full GC 21359K->15677K(259264K), 0.1657590 secs]
    664.911: [Full GC 34660K->15809K(259264K), 0.1562110 secs]
    670.953: [Full GC 33108K->15937K(259264K), 0.1571950 secs]
    673.849: [Full GC 29438K->16016K(259264K), 0.1531250 secs]
    680.074: [GC 39376K->16523K(259264K), 0.0060770 secs]
    680.279: [Full GC 26022K->15968K(259264K), 0.1805950 secs]
    686.274: [Full GC 39141K->16092K(259264K), 0.1616190 secs]
    688.844: [Full GC 36586K->16180K(259264K), 0.1567480 secs]
    693.700: [Full GC 35574K->16344K(259264K), 0.1574960 secs]
    700.598: [GC 39704K->16637K(259264K), 0.0035300 secs]
    700.624: [Full GC 18174K->15872K(259264K), 0.1651170 secs]
    703.509: [Full GC 34099K->16082K(259264K), 0.1573090 secs]
    707.642: [GC 39442K->16171K(259264K), 0.0025780 secs]
    709.815: [Full GC 28634K->16206K(259264K), 0.1534170 secs]
    716.272: [Full GC 36047K->16381K(259264K), 0.1587900 secs]
    723.495: [Full GC 39059K->16219K(259264K), 0.1683900 secs]
    728.392: [GC 39577K->16618K(259264K), 0.0040680 secs]
    728.415: [Full GC 18013K->16400K(259264K), 0.1536650 secs]
    731.039: [Full GC 34082K->16531K(259264K), 0.1571980 secs]
    737.472: [Full GC 32417K->16713K(259264K), 0.1577520 secs]
    742.717: [Full GC 37469K->16111K(259264K), 0.1606780 secs]
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    744.613: [Full GC 21102K->16265K(259264K), 0.1536350 secs]
    748.395: [GC 39621K->16436K(259264K), 0.0031140 secs]
    748.677: [Full GC 25242K->16359K(259264K), 0.1576130 secs]
    750.854: [Full GC 31336K->16451K(259264K), 0.1585730 secs]
    756.051: [Full GC 36466K->16119K(259264K), 0.1612460 secs]
    759.115: [GC 39479K->16346K(259264K), 0.0028810 secs]
    760.093: [Full GC 21902K->16228K(259264K), 0.1520320 secs]
    763.760: [GC 39582K->16700K(259264K), 0.0059930 secs]
    764.034: [Full GC 22526K->16387K(259264K), 0.1544760 secs]
    768.679: [Full GC 32133K->16544K(259264K), 0.1591930 secs]
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    782.776: [Full GC 30184K->17037K(259264K), 0.1590650 secs]
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    809.900: [Full GC 36185K->16876K(259264K), 0.1607120 secs]
    811.791: [Full GC 30282K->16978K(259264K), 0.1593370 secs]
    813.563: [GC 40337K->17376K(259264K), 0.0064020 secs]
    813.804: [Full GC 29057K->16982K(259264K), 0.1816130 secs]
    815.297: [GC 40336K->17338K(259264K), 0.0039630 secs]
    815.310: [Full GC 17806K->17082K(259264K), 0.1522910 secs]
    819.516: [GC 40438K->17223K(259264K), 0.0028420 secs]
    821.285: [Full GC 26923K->17272K(259264K), 0.1588350 secs]
    823.559: [GC 40632K->17448K(259264K), 0.0031100 secs]
    824.265: [Full GC 21492K->17462K(259264K), 0.1550870 secs]
    825.397: [GC 40822K->17655K(259264K), 0.0031120 secs]
    825.486: [Full GC 18871K->16337K(259264K), 0.1562730 secs]
    829.469: [Full GC 38369K->16447K(259264K), 0.1650720 secs]
    831.816: [GC 39807K->16601K(259264K), 0.0026710 secs]
    831.827: [Full GC 17119K->16512K(259264K), 0.1522890 secs]
    835.329: [GC 39872K->17080K(259264K), 0.0053700 secs]
    835.465: [Full GC 23458K->16733K(259264K), 0.1581070 secs]
    837.668: [GC 40093K->16935K(259264K), 0.0031290 secs]
    838.251: [Full GC 20039K->16495K(259264K), 0.1564500 secs]
    841.767: [Full GC 25895K->16613K(259264K), 0.1577470 secs]
    844.476: [Full GC 35311K->16695K(259264K), 0.1628390 secs]
    848.103: [GC 40044K->17069K(259264K), 0.0032710 secs]
    848.628: [Full GC 22870K->16916K(259264K), 0.1580780 secs]
    854.887: [Full GC 31905K->16323K(259264K), 0.1653390 secs]
    857.228: [Full GC 36492K->16530K(259264K), 0.1634600 secs]
    858.956: [GC 39890K->16815K(259264K), 0.0036330 secs]
    862.023: [Full GC 21092K->16631K(259264K), 0.1564650 secs]
    863.249: [Full GC 26164K->16781K(259264K), 0.1562600 secs]
    865.711: [GC 40141K->17043K(259264K), 0.0031530 secs]
    865.729: [Full GC 18180K->16457K(259264K), 0.1577410 secs]
    869.627: [GC 39817K->16729K(259264K), 0.0033990 secs]
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    872.350: [Full GC 31145K->16718K(259264K), 0.1604970 secs]
    876.105: [Full GC 39279K->16941K(259264K), 0.1668260 secs]
    880.207: [GC 40299K->17205K(259264K), 0.0034920 secs]
    880.251: [Full GC 20652K->16517K(259264K), 0.1571090 secs]
    883.114: [Full GC 37902K->16737K(259264K), 0.1646110 secs]
    884.628: [Full GC 24661K->16849K(259264K), 0.1560830 secs]
    888.022: [GC 40203K->17459K(259264K), 0.0051950 secs]
    889.142: [Full GC 22380K->17051K(259264K), 0.1583020 secs]
    891.554: [GC 40411K->17208K(259264K), 0.0027960 secs]
    891.582: [Full GC 18063K->16781K(259264K), 0.1585470 secs]
    892.405: [Full GC 29120K->17053K(259264K), 0.1622140 secs]
    894.017: [GC 40406K->17464K(259264K), 0.0045690 secs]
    895.447: [Full GC 31179K->17223K(259264K), 0.1628010 secs]
    897.067: [Full GC 38729K->17329K(259264K), 0.1647360 secs]
    900.396: [GC 40689K->17720K(259264K), 0.0044380 secs]
    900.441: [Full GC 20648K->16903K(259264K), 0.1598090 secs]
    902.678: [Full GC 35946K->17128K(259264K), 0.1663350 secs]
    905.853: [GC 40488K->17532K(259264K), 0.0064380 secs]
    905.891: [Full GC 19672K->17499K(259264K), 0.1621960 secs]
    907.750: [GC 40847K->17670K(259264K), 0.0030520 secs]
    908.460: [Full GC 20024K->17620K(259264K), 0.1565920 secs]
    910.624: [GC 40980K->17765K(259264K), 0.0030090 secs]
    910.671: [Full GC 18684K->16921K(259264K), 0.1605090 secs]
    912.509: [Full GC 29066K->17017K(259264K), 0.1614450 secs]
    913.757: [GC 40377K->17483K(259264K), 0.0047620 secs]
    914.763: [Full GC 25902K->17141K(259264K), 0.1608170 secs]
    917.689: [GC 40501K->17647K(259264K), 0.0049530 secs]
    918.806: [Full GC 28871K->17294K(259264K), 0.1601960 secs]
    921.558: [GC 40654K->17457K(259264K), 0.0029970 secs]
    922.333: [Full GC 30464K->16925K(259264K), 0.1662820 secs]
    923.373: [GC 40285K->17159K(259264K), 0.0042550 secs]
    923.555: [Full GC 24496K->17082K(259264K), 0.1599500 secs]
    927.044: [Full GC 37046K->17226K(259264K), 0.1683760 secs]
    929.061: [GC 40586K->17346K(259264K), 0.0026490 secs]
    929.162: [Full GC 21815K->17310K(259264K), 0.1590250 secs]
    931.978: [GC 40670K->17413K(259264K), 0.0024780 secs]
    932.513: [Full GC 23342K->16981K(259264K), 0.1626270 secs]
    935.043: [GC 40341K->17151K(259264K), 0.0028210 secs]
    935.520: [Full GC 29674K->17213K(259264K), 0.1660230 secs]
    937.492: [GC 40573K->17558K(259264K), 0.0039620 secs]
    937.670: [Full GC 23593K->17320K(259264K), 0.1597560 secs]
    938.607: [GC 40680K->17648K(259264K), 0.0045610 secs]
    939.678: [Full GC 33877K->17515K(259264K), 0.1648540 secs]
    942.806: [GC 40869K->18021K(259264K), 0.0051340 secs]
    944.254: [Full GC 35743K->17147K(259264K), 0.1719980 secs]
    945.155: [Full GC 36250K->17530K(259264K), 0.1705550 secs]
    946.222: [Full GC 34120K->17623K(259264K), 0.1649620 secs]
    949.645: [Full GC 30572K->17807K(259264K), 0.1649170 secs]
    952.442: [GC 41163K->17964K(259264K), 0.0030280 secs]
    952.566: [Full GC 20289K->16895K(259264K), 0.1610340 secs]
    954.853: [Full GC 28279K->17090K(259264K), 0.1638610 secs]
    957.884: [GC 40445K->17584K(259264K), 0.0047550 secs]
    958.667: [Full GC 32363K->17427K(259264K), 0.1661990 secs]
    959.881: [Full GC 33152K->17499K(259264K), 0.1664660 secs]
    964.265: [Full GC 37131K->17078K(259264K), 0.1695560 secs]
    967.544: [Full GC 39971K->17286K(259264K), 0.1698470 secs]
    972.467: [GC 40645K->17716K(259264K), 0.0058330 secs]
    972.573: [Full GC 19899K->17688K(259264K), 0.1596110 secs]
    973.323: [GC 41048K->18078K(259264K), 0.0039180 secs]
    973.767: [Full GC 30629K->18056K(259264K), 0.1642740 secs]
    975.978: [Full GC 32502K->16772K(259264K), 0.1692030 secs]
    977.636: [GC 40132K->17237K(259264K), 0.0055500 secs]
    978.935: [Full GC 25669K->16985K(259264K), 0.1628640 secs]
    980.311: [Full GC 36664K->17060K(259264K), 0.1661300 secs]
    984.254: [GC 40420K->17283K(259264K), 0.0035880 secs]
    984.947: [Full GC 28397K->17339K(259264K), 0.1645970 secs]
    988.111: [Full GC 30208K->16821K(259264K), 0.1669820 secs]
    991.456: [Full GC 24124K->16941K(259264K), 0.1607770 secs]
    994.575: [GC 40301K->17145K(259264K), 0.0035460 secs]
    995.050: [Full GC 26065K->17242K(259264K), 0.1658660 secs]
    996.625: [Full GC 37922K->17434K(259264K), 0.1697800 secs]
    999.246: [Full GC 31259K->17049K(259264K), 0.1676220 secs]
    1001.492: [GC 40408K->17779K(259264K), 0.0078300 secs]
    1001.859: [Full GC 34893K->17307K(259264K), 0.1669200 secs]
    1004.393: [GC 40666K->17525K(259264K), 0.0030640 secs]
    1004.425: [Full GC 20060K->17436K(259264K), 0.1593370 secs]
    1007.645: [GC 40794K->17669K(259264K), 0.0030540 secs]
    1008.124: [Full GC 30847K->17795K(259264K), 0.1688060 secs]
    1009.680: [Full GC 27073K->17588K(259264K), 0.1798900 secs]
    1011.538: [Full GC 30414K->17677K(259264K), 0.1661910 secs]
    1016.696: [GC 41037K->17878K(259264K), 0.0043140 secs]
    1017.675: [GC 41238K->18305K(259264K), 0.0076230 secs]
    1017.697: [Full GC 18965K->17980K(259264K), 0.1633270 secs]
    1018.701: [Full GC 40089K->18034K(259264K), 0.1699260 secs]
    1022.387: [Full GC 40085K->17215K(259264K), 0.1718460 secs]
    1024.329: [GC 40575K->17390K(259264K), 0.0033200 secs]
    1025.327: [Full GC 32127K->17405K(259264K), 0.1646980 secs]
    1027.948: [GC 40765K->18028K(259264K), 0.0072570 secs]
    1028.257: [Full GC 33726K->17576K(259264K), 0.1646440 secs]
    1029.759: [Full GC 35673K->17688K(259264K), 0.1722710 secs]
    1032.229: [Full GC 29552K->17224K(259264K), 0.1670930 secs]
    1036.764: [GC 40584K->17488K(259264K), 0.0044870 secs]
    1037.789: [Full GC 23532K->17375K(259264K), 0.1604060 secs]
    1040.193: [Full GC 40682K->17543K(259264K), 0.1722250 secs]
    1041.362: [GC 40902K->17948K(259264K), 0.0044240 secs]
    1042.386: [Full GC 29926K->17651K(259264K), 0.1651240 secs]
    1046.173: [GC 41011K->17786K(259264K), 0.0030940 secs]
    1046.186: [Full GC 18169K->17442K(259264K), 0.1657440 secs]
    1048.882: [GC 40802K->17670K(259264K), 0.0032420 secs]
    1049.728: [Full GC 26921K->17623K(259264K), 0.1666840 secs]
    1050.667: [Full GC 27281K->17714K(259264K), 0.1655080 secs]
    1053.205: [Full GC 39795K->17784K(259264K), 0.1699730 secs]
    1055.242: [Full GC 37892K->17524K(259264K), 0.1736060 secs]
    1058.278: [GC 40877K->17783K(259264K), 0.0032240 secs]
    1058.934: [Full GC 24636K->17670K(259264K), 0.1629560 secs]
    1061.572: [Full GC 32462K->17738K(259264K), 0.1658050 secs]
    1064.860: [GC 41090K->18049K(259264K), 0.0031520 secs]
    1064.873: [Full GC 18402K->17913K(259264K), 0.1598100 secs]
    1068.969: [GC 41272K->18129K(259264K), 0.0030650 secs]
    1069.415: [Full GC 25714K->17421K(259264K), 0.1689390 secs]
    1070.981: [Full GC 40072K->17529K(259264K), 0.1719780 secs]
    1072.694: [Full GC 40298K->17684K(259264K), 0.1755570 secs]
    1074.349: [Full GC 29692K->17760K(259264K), 0.1646700 secs]
    1079.137: [GC 41120K->18001K(259264K), 0.0032570 secs]
    1079.901: [Full GC 29267K->17912K(259264K), 0.1952200 secs]
    1081.705: [GC 41272K->18459K(259264K), 0.0059700 secs]
    1082.812: [Full GC 28652K->18115K(259264K), 0.1686030 secs]
    1084.535: [GC 41475K->18286K(259264K), 0.0029690 secs]
    1085.759: [Full GC 22825K->18304K(259264K), 0.1620300 secs]
    1088.874: [GC 41664K->18557K(259264K), 0.0032180 secs]
    1090.304: [Full GC 23507K->18428K(259264K), 0.1613190 secs]
    1092.560: [GC 41787K->18731K(259264K), 0.0037290 secs]
    1092.568: [Full GC 18918K->17280K(259264K), 0.1863890 secs]
    1094.698: [Full GC 40048K->17487K(259264K), 0.1717440 secs]
    1097.608: [GC 40847K->17639K(259264K), 0.0029460 secs]
    1097.770: [Full GC 21453K->17546K(259264K), 0.1593820 secs]
    1101.222: [Full GC 34584K->17699K(259264K), 0.1714350 secs]
    1103.842: [Full GC 29518K->17398K(259264K), 0.1673060 secs]
    1105.429: [Full GC 36543K->17480K(259264K), 0.1687430 secs]
    1107.633: [GC 40839K->17863K(259264K), 0.0037960 secs]
    1109.418: [Full GC 38489K->17844K(259264K), 0.1714760 secs]
    1110.644: [GC 41201K->18176K(259264K), 0.0037780 secs]
    1110.708: [Full GC 22032K->18031K(259264K), 0.1629450 secs]
    1112.769: [Full GC 33242K->17641K(259264K), 0.1746310 secs]
    1115.871: [GC 41001K->17913K(259264K), 0.0042400 secs]
    1115.936: [Full GC 18849K->17868K(259264K), 0.1649840 secs]
    1116.903: [GC 41228K->18158K(259264K), 0.0038590 secs]
    1117.142: [Full GC 23635K->18147K(259264K), 0.1661090 secs]
    1119.657: [Full GC 33873K->18237K(259264K), 0.1687550 secs]
    1122.138: [GC 41597K->18843K(259264K), 0.0057360 secs]
    1122.460: [Full GC 30191K->17352K(259264K), 0.1718040 secs]
    1124.176: [GC 40711K->17534K(259264K), 0.0032200 secs]
    1124.188: [Full GC 18088K->17408K(259264K), 0.1585710 secs]
    1126.471: [GC 40768K->17610K(259264K), 0.0030090 secs]
    1126.621: [Full GC 23207K->17585K(259264K), 0.1639700 secs]
    1130.601: [GC 40945K->18032K(259264K), 0.0057690 secs]
    1130.987: [Full GC 33251K->17715K(259264K), 0.1698070 secs]
    1132.400: [GC 41075K->18200K(259264K), 0.0048990 secs]
    1133.852: [Full GC 22412K->17396K(259264K), 0.1678410 secs]
    1134.988: [GC 40756K->17811K(259264K), 0.0047240 secs]
    1135.108: [Full GC 22610K->17538K(259264K), 0.1632820 secs]
    1138.140: [Full GC 35484K->17677K(259264K), 0.1697280 secs]
    1140.949: [GC 41037K->18028K(259264K), 0.0039610 secs]
    1142.579: [Full GC 26182K->17886K(259264K), 0.1663820 secs]
    1145.332: [Full GC 38186K->17413K(259264K), 0.1775910 secs]
    1147.998: [Full GC 31086K->17542K(259264K), 0.1694310 secs]
    1150.183: [GC 40902K->17680K(259264K), 0.0028430 secs]
    1151.988: [Full GC 23320K->17714K(259264K), 0.1662670 secs]
    1153.556: [GC 41074K->18019K(259264K), 0.0033240 secs]
    1153.694: [Full GC 22297K->17819K(259264K), 0.1636210 secs]
    1156.910: [Full GC 32491K->17555K(259264K), 0.1708090 secs]
    1159.295: [GC 40915K->17925K(259264K), 0.0041940 secs]
    1159.584: [Full GC 27356K->17749K(259264K), 0.1684860 secs]
    1162.179: [Full GC 40840K->17842K(259264K), 0.1709320 secs]
    1165.462: [Full GC 40836K->17998K(259264K), 0.1745900 secs]
    1169.213: [Full GC 38228K->17387K(259264K), 0.1773150 secs]
    1173.839: [Full GC 38730K->17553K(259264K), 0.1721990 secs]
    1176.118: [Full GC 28517K->17724K(259264K), 0.1694920 secs]
    1178.427: [GC 41084K->18236K(259264K), 0.0056840 secs]
    1178.476: [Full GC 21916K->17907K(259264K), 0.1636330 secs]
    1180.035: [Full GC 28804K->17629K(259264K), 0.1706580 secs]
    1183.111: [GC 40989K->17821K(259264K), 0.0039230 secs]
    1183.470: [Full GC 27647K->17770K(259264K), 0.1642930 secs]
    1186.098: [Full GC 34782K->18020K(259264K), 0.1711540 secs]
    1189.374: [GC 41380K->18148K(259264K), 0.0030680 secs]
    1189.773: [Full GC 19108K->18108K(259264K), 0.1620400 secs]
    1193.545: [GC 41468K->18264K(259264K), 0.0030810 secs]
    1195.049: [Full GC 33109K->17520K(259264K), 0.1722670 secs]
    1197.419: [Full GC 34615K->17775K(259264K), 0.1743520 secs]
    1198.468: [Full GC 27126K->17819K(259264K), 0.1658660 secs]
    1201.775: [GC 41179K->18064K(259264K), 0.0032670 secs]
    1202.434: [Full GC 34303K->18285K(259264K), 0.1741190 secs]
    1204.504: [GC 41645K->18591K(259264K), 0.0040820 secs]
    1205.473: [Full GC 28617K->17816K(259264K), 0.1725460 secs]
    1206.615: [Full GC 23644K->17914K(259264K), 0.1654130 secs]
    1208.603: [GC 41274K->18294K(259264K), 0.0047020 secs]
    1208.659: [Full GC 21617K->18046K(259264K), 0.1671710 secs]
    1210.184: [Full GC 38308K->18107K(259264K), 0.1723240 secs]
    1212.135: [Full GC 26647K->17955K(259264K), 0.1731150 secs]
    1216.077: [GC 41314K->18170K(259264K), 0.0041080 secs]
    1216.475: [Full GC 28069K->18058K(259264K), 0.1722190 secs]
    1218.160: [GC 41418K->18256K(259264K), 0.0029660 secs]
    1218.196: [Full GC 19422K->18244K(259264K), 0.1601460 secs]
    1220.002: [Full GC 26298K->18354K(259264K), 0.1672780 secs]
    1222.871: [Full GC 41007K->17486K(259264K), 0.1767970 secs]
    1224.257: [Full GC 38459K->17581K(259264K), 0.1708260 secs]
    1228.508: [Full GC 31027K->17678K(259264K), 0.1934270 secs]
    1230.842: [GC 41038K->17846K(259264K), 0.0027980 secs]
    1231.091: [Full GC 23773K->17876K(259264K), 0.1648090 secs]
    1233.377: [GC 41235K->18030K(259264K), 0.0043450 secs]
    1234.627: [Full GC 27018K->17623K(259264K), 0.1681140 secs]
    1238.083: [GC 40983K->18145K(259264K), 0.0053580 secs]
    1238.236: [Full GC 26915K->17828K(259264K), 0.1658790 secs]
    1240.558: [Full GC 32151K->17956K(259264K), 0.1687010 secs]
    1243.685: [GC 41310K->18474K(259264K), 0.0058920 secs]
    1246.029: [Full GC 41795K->18533K(259264K), 0.1784250 secs]
    1249.400: [GC 41893K->18739K(259264K), 0.0035550 secs]
    1249.741: [Full GC 22503K->17989K(259264K), 0.1702740 secs]
    1252.402: [GC 41347K->18176K(259264K), 0.0039630 secs]
    1252.516: [Full GC 20445K->18258K(259264K), 0.1678890 secs]
    1254.473: [Full GC 37435K->18439K(259264K), 0.1891770 secs]
    1257.912: [GC 41797K->18658K(259264K), 0.0034350 secs]
    1258.627: [Full GC 28099K->18792K(259264K), 0.1701140 secs]
    1259.558: [GC 42151K->19185K(259264K), 0.0040460 secs]
    1259.685: [Full GC 24326K->17830K(259264K), 0.1797960 secs]
    1261.675: [Full GC 35858K->17895K(259264K), 0.1747070 secs]
    1265.409: [GC 41253K->18235K(259264K), 0.0045390 secs]
    1265.480: [Full GC 21386K->18167K(259264K), 0.1647190 secs]
    1266.987: [GC 41527K->18518K(259264K), 0.0042120 secs]
    1267.097: [Full GC 23121K->18225K(259264K), 0.1638840 secs]
    1269.256: [GC 41579K->18556K(259264K), 0.0034600 secs]
    1269.907: [Full GC 25021K->17589K(259264K), 0.1682260 secs]
    1272.214: [Full GC 29448K->17641K(259264K), 0.1673120 secs]
    1274.376: [Full GC 32613K->17885K(259264K), 0.1710000 secs]
    1278.034: [GC 41245K->18309K(259264K), 0.0044890 secs]
    1278.139: [Full GC 20559K->18359K(259264K), 0.1699630 secs]
    1281.824: [GC 41719K->18836K(259264K), 0.0042590 secs]
    1281.869: [Full GC 22173K->17938K(259264K), 0.1710780 secs]
    1282.883: [Full GC 38905K->18085K(259264K), 0.1729570 secs]
    1285.470: [Full GC 29364K->18221K(259264K), 0.1712110 secs]
    1287.186: [GC 41579K->18392K(259264K), 0.0037710 secs]
    1287.648: [Full GC 34833K->18379K(259264K), 0.1722590 secs]
    1293.044: [Full GC 36896K->17895K(259264K), 0.1790080 secs]
    1295.344: [Full GC 39122K->17997K(259264K), 0.1739800 secs]
    1298.695: [GC 41356K->18180K(259264K), 0.0035400 secs]
    1299.139: [Full GC 27101K->18151K(259264K), 0.1662500 secs]
    1301.236: [Full GC 29897K->18243K(259264K), 0.1670530 secs]
    1304.222: [GC 41599K->18690K(259264K), 0.0051650 secs]
    1304.631: [Full GC 26785K->17570K(259264K), 0.1685990 secs]
    1307.040: [Full GC 35984K->17736K(259264K), 0.1714940 secs]
    1308.610: [Full GC 33194K->17867K(259264K), 0.1732130 secs]
    1310.245: [GC 41227K->18348K(259264K), 0.0046460 secs]
    1310.270: [Full GC 20079K->17997K(259264K), 0.1622390 secs]
    1316.119: [Full GC 31797K->17701K(259264K), 0.1767490 secs]
    1317.765: [GC 41061K->17911K(259264K), 0.0034320 secs]
    1318.459: [Full GC 36597K->18147K(259264K), 0.1772120 secs]
    1319.623: [Full GC 32165K->18210K(259264K), 0.1702940 secs]
    1323.339: [GC 41570K->18394K(259264K), 0.0035930 secs]
    1323.362: [Full GC 20003K->18302K(259264K), 0.1621850 secs]
    1328.455: [GC 41662K->18528K(259264K), 0.0031090 secs]
    1329.080: [Full GC 26141K->17601K(259264K), 0.1714570 secs]
    1330.502: [GC 40960K->18190K(259264K), 0.0055370 secs]
    1331.248: [Full GC 33207K->17743K(259264K), 0.1716600 secs]
    1332.504: [Full GC 33325K->17919K(259264K), 0.1707440 secs]
    1334.322: [Full GC 25962K->17964K(259264K), 0.1647600 secs]
    1339.043: [GC 41324K->18445K(259264K), 0.0053560 secs]
    1339.431: [Full GC 30802K->18036K(259264K), 0.1760700 secs]
    1340.706: [GC 41396K->18435K(259264K), 0.0049790 secs]
    1340.788: [Full GC 19653K->18362K(259264K), 0.1679480 secs]
    1341.402: [Full GC 37930K->18541K(259264K), 0.1789520 secs]
    1343.397: [Full GC 38599K->18598K(259264K), 0.1745700 secs]
    1345.654: [Full GC 38131K->17863K(259264K), 0.1768640 secs]
    1349.079: [Full GC 40810K->18034K(259264K), 0.1751080 secs]
    1351.329: [GC 41394K->18181K(259264K), 0.0031310 secs]
    1351.630: [Full GC 22737K->18131K(259264K), 0.1667750 secs]
    1353.752: [GC 41491K->18415K(259264K), 0.0039180 secs]
    1353.771: [Full GC 19663K->18329K(259264K), 0.1658580 secs]
    1356.021: [Full GC 33020K->17962K(259264K), 0.1772410 secs]
    1362.446: [GC 41322K->18319K(259264K), 0.0041650 secs]
    1362.707: [Full GC 28140K->18280K(259264K), 0.1717800 secs]
    1364.104: [GC 41640K->18440K(259264K), 0.0035700 secs]
    1364.219: [Full GC 19931K->18444K(259264K), 0.1673940 secs]
    1367.044: [Full GC 41175K->18638K(259264K), 0.1774620 secs]
    1369.008: [GC 41998K->18904K(259264K), 0.0033770 secs]
    1370.808: [Full GC 39500K->17736K(259264K), 0.1779480 secs]
    1372.395: [Full GC 38579K->17798K(259264K), 0.1732010 secs]
    1374.965: [GC 41158K->17977K(259264K), 0.0032530 secs]
    1375.530: [Full GC 32640K->18465K(259264K), 0.1768610 secs]
    1376.498: [Full GC 37663K->18530K(259264K), 0.1755930 secs]
    1379.187: [Full GC 34360K->17772K(259264K), 0.1767890 secs]
    1381.635: [GC 41132K->17916K(259264K), 0.0030470 secs]
    1382.740: [Full GC 33087K->17979K(259264K), 0.1725710 secs]
    1384.342: [Full GC 40704K->18127K(259264K), 0.1782130 secs]
    1386.079: [Full GC 37351K->18238K(259264K), 0.1749410 secs]
    1388.360: [Full GC 37386K->17696K(259264K), 0.1768570 secs]
    1390.025: [Full GC 29469K->17756K(259264K), 0.1694570 secs]
    1393.734: [GC 41112K->18057K(259264K), 0.0038490 secs]
    1394.247: [Full GC 26711K->17971K(259264K), 0.1697510 secs]
    1395.559: [GC 41331K->18421K(259264K), 0.0046160 secs]
    1395.724: [Full GC 22935K->18369K(259264K), 0.1683440 secs]
    1399.015: [GC 41729K->18557K(259264K), 0.0031830 secs]
    1400.459: [Full GC 24074K->17934K(259264K), 0.1763530 secs]
    1403.708: [GC 41285K->18399K(259264K), 0.0047150 secs]
    1403.906: [Full GC 26160K->18149K(259264K), 0.1707510 secs]
    1406.124: [GC 41509K->18387K(259264K), 0.0035380 secs]
    1406.848: [Full GC 29898K->18662K(259264K), 0.1756120 secs]
    1407.882: [Full GC 36353K->18762K(259264K), 0.1732850 secs]
    1409.476: [Full GC 31392K->18111K(259264K), 0.1766410 secs]
    1413.341: [GC 41471K->18259K(259264K), 0.0029240 secs]
    1414.016: [Full GC 23700K->18347K(259264K), 0.1689310 secs]
    1416.973: [GC 41707K->18621K(259264K), 0.0032220 secs]
    1417.033: [Full GC 21370K->18493K(259264K), 0.1729750 secs]
    1418.844: [Full GC 41535K->18652K(259264K), 0.1788500 secs]
    1421.566: [Full GC 37085K->17599K(259264K), 0.1771590 secs]
    1426.447: [Full GC 39674K->17772K(259264K), 0.1779320 secs]
    1427.655: [Full GC 34052K->17910K(259264K), 0.1752830 secs]
    1428.736: [Full GC 31329K->18038K(259264K), 0.1709880 secs]
    1431.035: [GC 41398K->18234K(259264K), 0.0033650 secs]
    1431.545: [Full GC 32607K->17774K(259264K), 0.1744760 secs]
    1435.344: [Full GC 35392K->17901K(259264K), 0.1731200 secs]
    1440.290: [Full GC 39635K->18103K(259264K), 0.1759120 secs]
    1443.216: [GC 41463K->18459K(259264K), 0.0039860 secs]
    1443.627: [Full GC 28455K->18606K(259264K), 0.1717400 secs]
    1446.677: [Full GC 31845K->17807K(259264K), 0.1757170 secs]
    1448.217: [Full GC 36029K->17929K(259264K), 0.1723040 secs]
    1451.897: [Full GC 40425K->18068K(259264K), 0.1773810 secs]
    1453.303: [GC 41428K->18399K(259264K), 0.0043310 secs]
    1454.383: [GC 41747K->18891K(259264K), 0.0066130 secs]
    1454.603: [Full GC 26649K->18470K(259264K), 0.1726960 secs]
    1455.862: [GC 41830K->19071K(259264K), 0.0057860 secs]
    1455.919: [Full GC 23860K->18080K(259264K), 0.1716680 secs]
    1459.396: [GC 41440K->18551K(259264K), 0.0048670 secs]
    1459.560: [Full GC 21678K->18433K(259264K), 0.1685140 secs]
    1460.305: [Full GC 28004K->18540K(259264K), 0.1708560 secs]
    1463.360: [GC 41898K->19157K(259264K), 0.0053660 secs]
    1463.385: [Full GC 19875K->18963K(259264K), 0.1695990 secs]
    1465.299: [GC 42322K->19230K(259264K), 0.0037680 secs]
    1466.243: [Full GC 30800K->18146K(259264K), 0.2014600 secs]
    1468.739: [GC 41506K->18435K(259264K), 0.0042590 secs]
    1469.240: [Full GC 23481K->18360K(259264K), 0.1682010 secs]
    1470.849: [Full GC 37140K->18509K(259264K), 0.1753980 secs]
    1473.283: [Full GC 28643K->18566K(259264K), 0.1716950 secs]
    1475.513: [GC 41926K->18655K(259264K), 0.0024490 secs]
    1476.303: [Full GC 28013K->17893K(259264K), 0.1730760 secs]
    1479.100: [GC 41253K->18106K(259264K), 0.0032820 secs]
    1479.114: [Full GC 19042K->18011K(259264K), 0.1668360 secs]
    1480.705: [GC 41371K->18216K(259264K), 0.0033410 secs]
    1480.820: [Full GC 21912K->18126K(259264K), 0.1680140 secs]
    1483.212: [GC 41483K->18657K(259264K), 0.0068210 secs]
    1483.612: [Full GC 32191K->18531K(259264K), 0.1748200 secs]
    1484.237: [Full GC 27101K->17945K(259264K), 0.1720220 secs]
    1487.355: [GC 41304K->18052K(259264K), 0.0028180 secs]
    1487.453: [Full GC 18350K->18034K(259264K), 0.1671100 secs]
    1491.399: [Full GC 30457K->18216K(259264K), 0.1750190 secs]
    1493.152: [GC 41576K->18373K(259264K), 0.0030600 secs]
    1495.040: [Full GC 35834K->18553K(259264K), 0.1844910 secs]
    1496.486: [Full GC 40056K->18404K(259264K), 0.1839830 secs]
    1497.604: [Full GC 40636K->18576K(259264K), 0.1802690 secs]
    1499.708: [Full GC 32806K->18699K(259264K), 0.1755440 secs]
    1502.358: [GC 42056K->19017K(259264K), 0.0035950 secs]
    1503.448: [Full GC 39416K->19186K(259264K), 0.1810510 secs]
    1504.321: [GC 42546K->19502K(259264K), 0.0041760 secs]
    1504.523: [Full GC 26135K->18075K(259264K), 0.1737100 secs]
    1506.421: [Full GC 34630K->18190K(259264K), 0.1749040 secs]
    1509.521: [Full GC 34218K->18280K(259264K), 0.1738500 secs]
    1512.404: [Full GC 40123K->18419K(259264K), 0.1785160 secs]
    1514.910: [GC 41779K->18978K(259264K), 0.0046400 secs]
    1515.057: [Full GC 21217K->18346K(259264K), 0.1729520 secs]
    1516.312: [Full GC 32009K->18445K(259264K), 0.1742600 secs]
    1519.535: [GC 41800K->18681K(259264K), 0.0033170 secs]
    1521.938: [Full GC 39950K->18817K(259264K), 0.1806540 secs]
    1522.918: [Full GC 39996K->18896K(259264K), 0.1770260 secs]
    1525.240: [Full GC 27208K->18087K(259264K), 0.1766390 secs]
    1527.746: [GC 41446K->18283K(259264K), 0.0030650 secs]
    1529.193: [Full GC 31590K->18230K(259264K), 0.1739110 secs]
    1531.467: [GC 41590K->18408K(259264K), 0.0031390 secs]
    1531.621: [Full GC 20536K->18343K(259264K), 0.1684640 secs]
    1534.052: [Full GC 39614K->18673K(259264K), 0.1790600 secs]
    1536.308: [Full GC 41947K->18277K(259264K), 0.1831870 secs]
    1540.110: [GC 41634K->18676K(259264K), 0.0037740 secs]
    1540.655: [Full GC 22982K->18554K(259264K), 0.1718110 secs]
    1543.403: [Full GC 40455K->18762K(259264K), 0.1808010 secs]
    1544.456: [GC 42122K->19049K(259264K), 0.0056720 secs]
    1544.623: [Full GC 24100K->19040K(259264K), 0.1734450 secs]
    1547.598: [GC 42399K->19313K(259264K), 0.0031750 secs]
    1547.782: [Full GC 21803K->17896K(259264K), 0.1733430 secs]
    1550.856: [Full GC 38776K->18049K(259264K), 0.1790000 secs]
    1554.027: [Full GC 39925K->18209K(259264K), 0.1794380 secs]
    1554.868: [Full GC 36385K->18297K(259264K), 0.1765220 secs]
    1557.076: [GC 41657K->18481K(259264K), 0.0033910 secs]
    1557.170: [Full GC 23085K->17844K(259264K), 0.1733090 secs]
    1558.265: [Full GC 21638K->17878K(259264K), 0.1694620 secs]
    1563.060: [GC 41237K->18097K(259264K), 0.0033500 secs]
    1564.856: [Full GC 32663K->18154K(259264K), 0.1754150 secs]
    1566.025: [GC 41510K->18340K(259264K), 0.0031060 secs]
    1566.042: [Full GC 19331K->18242K(259264K), 0.1685920 secs]
    1568.406: [GC 41602K->18499K(259264K), 0.0034100 secs]
    1568.794: [Full GC 29429K->18048K(259264K), 0.1775530 secs]
    1571.351: [Full GC 41276K->18129K(259264K), 0.1805000 secs]
    1573.344: [Full GC 38881K->18195K(259264K), 0.1760390 secs]
    1575.800: [Full GC 26060K->18243K(259264K), 0.1733030 secs]
    1577.789: [Full GC 30691K->18180K(259264K), 0.1765060 secs]
    1580.336: [GC 41540K->18408K(259264K), 0.0033330 secs]
    1582.005: [Full GC 32348K->18433K(259264K), 0.1778330 secs]
    1583.438: [GC 41793K->18751K(259264K), 0.0039520 secs]
    1583.913: [Full GC 25360K->18656K(259264K), 0.1724900 secs]
    1587.323: [Full GC 35278K->18824K(259264K), 0.1789120 secs]
    1590.612: [GC 42183K->19194K(259264K), 0.0040080 secs]
    1591.305: [Full GC 32714K->18075K(259264K), 0.1783630 secs]
    1591.920: [Full GC 32296K->18141K(259264K), 0.1737070 secs]
    1593.748: [                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                              

  • Memory leak with my JAI code.

    Hi guys,
    I have this method below which is creating a memory leak, can anyone please point out possible reasons why there is a problem here:
    private PlanarImage getPlanarImageFromIItem(IItem iitem)throws Exception
         InputStream stream = iitem.getBinaryContent().getContentStream();
         SeekableStream seekableItemStream = SeekableStream.wrapInputStream(stream,false); // read backwards
         PlanarImage planarImage = JAI.create("Stream", seekableItemStream);
         Raster raster = planarImage.getData(); // This forces a read
         seekableItemStream.close();
         stream.close();
         return planarImage;
    }Here, IItem is a custom class which represents a wallpaper picked up from a CMS. This method converts that to a planarimage and returns it, without a call to this method, the memory leak goes away...so its definite that the leak is here.
    Also, can anyone suggest ways of possibly rewriting this method in a better way?
    Thanks!

    For the code in the first post, the stacktrace is as below:
    Caused by: java.lang.OutOfMemoryError: Java heap space
    at java.awt.image.DataBufferByte.<init>(Unknown Source)
    at com.sun.media.jai.codecimpl.PNGImage.createRaster(PNGImageDecoder.java:1305)
    at com.sun.media.jai.codecimpl.PNGImage.parse_IEND_chunk(PNGImageDecoder.java:816)
    at com.sun.media.jai.codecimpl.PNGImage.<init>(PNGImageDecoder.java:445)
    at com.sun.media.jai.codecimpl.PNGImageDecoder.decodeAsRenderedImage(PNGImageDecoder.java:74)
    at com.sun.media.jai.opimage.CodecRIFUtil.create(CodecRIFUtil.java:88)
    at com.sun.media.jai.opimage.PNGRIF.create(PNGRIF.java:48)
    at sun.reflect.GeneratedMethodAccessor13.invoke(Unknown Source)
    at sun.reflect.DelegatingMethodAccessorImpl.invoke(Unknown Source)
    at java.lang.reflect.Method.invoke(Unknown Source)
    at javax.media.jai.FactoryCache.invoke(FactoryCache.java:122)
    at javax.media.jai.OperationRegistry.invokeFactory(OperationRegistry.java:1674)
    at javax.media.jai.ThreadSafeOperationRegistry.invokeFactory(ThreadSafeOperationRegistry.java:473)
    at javax.media.jai.registry.RIFRegistry.create(RIFRegistry.java:332)
    at com.sun.media.jai.opimage.StreamRIF.create(StreamRIF.java:102)
    at sun.reflect.GeneratedMethodAccessor13.invoke(Unknown Source)
    at sun.reflect.DelegatingMethodAccessorImpl.invoke(Unknown Source)
    at java.lang.reflect.Method.invoke(Unknown Source)
    at javax.media.jai.FactoryCache.invoke(FactoryCache.java:122)
    at javax.media.jai.OperationRegistry.invokeFactory(OperationRegistry.java:1674)
    at javax.media.jai.ThreadSafeOperationRegistry.invokeFactory(ThreadSafeOperationRegistry.java:473)
    at javax.media.jai.registry.RIFRegistry.create(RIFRegistry.java:332)
    at javax.media.jai.RenderedOp.createInstance(RenderedOp.java:819)
    at javax.media.jai.RenderedOp.createRendering(RenderedOp.java:867)
    at javax.media.jai.RenderedOp.getData(RenderedOp.java:2265)
    at com.wwe.cds.affiliates.cingular.CingularImageGroupListInterceptor.getPlanarImageFromIItem()

  • Memory Leak on SpoolSv.exe

    Hi
    I have a Windows 7 x64 (Ultimate) running on my laptop.  Weeks ago i started noticing weird errors like: "memory low", can not start virtual machine.  I wasn't running special memory consuming programs.  "A reboot a day keeps the troubles away" was my temporary workaround. 
    When i started digging into the problem, i noticed that memory usage of the process spoolsv.exe was rather high.  I have a screenshot of my task manager showing that the "Private Working Set" and also Commit Size is very large.  
    In the meantime, I have read in another post about a general memory leak in Windows 7 where they suggested using the driver verifier, but it didn't gave me any clue. I uploaded the screenshot of the driververifier.
    When the process is skyhigh in memory usage, i can kill it.  But a few minutes later i have taken these screenshots from the process explorer. 
    1) SpoolSv is using CPU.  Apparently it is not only consuming RAM but also CPU power.
    2) spoolsv.exe graph
    I am not printing, or have not printed since days (and several reboots).
    Normally I wouldn't care about (temporarly) high memory usage, but it really never drops...  Other programs do crash because the lack memory (like videodriver or skype).
    Has someone any idea why this process slows down my pc and keeps getting bigger minute after minute?
    Kind regards
    Please click 'Mark as Answer' on the post that helped you.

    Hi DamPee,
    In addition, I would like to suggest you perform the following steps to check the issue.
    Clear Printer Spooler Files and Restart the Spooler Service
    =================================
    1. Click Start, type "Services.msc" (without the quotation marks) in the Start Search box and press Enter.
    2. Double-click "Printer Spooler" in the Services list.
    3. Click Stop and click OK.
    4. Click Start, type "%WINDIR%\system32\spool\printers" in the Start Search box and press Enter, delete all files in this folder.
    5. Click Start, type "Services.msc" (without the quotation marks) in the Start Search box and press Enter.
    6. Double-click "Printer Spooler" in the Services list.
    7. Click on Start. In the Startup Type list, make sure that "Automatic" is selected and click OK.
    What’s the result?
    Arthur Li - MSFT

  • Apparent "Memory Leak"

    I can't keep Skype loaded without crashing Windows because all memory gets used.
    Memory usage starts at about 2.6 GB RAM when I load Skype.
    Then climbs to consume all memory (4 GB ) within 60-90 minutes - even when not on a call.  Issue stops when I exit Skype.
    This started when I switched to new microphone (Condenser mic via external DAC - Tascam US-800 using ASIO drivers)  Works fantastic (sounds much better than old, cheap mic) until memory is used up and Windows crashes.
    No problem seen when using mic with Digital Audio Workstation software packages (Reaper, FL-Studio, etc)
    Any ideas/suggestions I can try so I can make this great setup useable with Skype for more than just a brief period?
    Thank you!
    Skype version 5.5.0.124
    Windows 7 (64-bit)
    4 GB RAM
    USB interface to Tascam US-800 (supporting XLR input for condenser microphone)
    Tascam Driver ver 1.0.16.0

    Actually, the problem isn't Skype; it's the TASCAM drivers.
    I also own the US-800 and there is a serious memory leak whenever it's in use.  I have the same problem on multiple computers with various audio software.

  • How to quickly and accurately find out the memory leak points?

    Hi, all.I have added a option -XX:+HeapDumpOnOutOfMemoryError in the bootstarp script of my application.
    The application has been run for one day and the OOM error was thrown again. So I downloaded the hprof file and used MAT to parse it.
    But after seeing the leak suspects I still have no idea what's wrong and what's the possible leak point.
    Can anyone shard some experience how to find out the memory leak points quickly and accurately?
    It would be more nice if you can take a loot at the leak supects.
    Thanks,
    SuoNayi

    Furthermore, when I try to dump the thread stack, I can see the following errors/warns:
    Thread 12135: (state = BLOCKED)
    - java.lang.Object.wait(long) @bci=0 (Compiled frame; information may be imprecise)
    Error occurred during stack walking:
    sun.jvm.hotspot.utilities.AssertionFailure: Only used on C2 x86
         at sun.jvm.hotspot.utilities.Assert.that(Assert.java:15)
         at sun.jvm.hotspot.code.CodeBlob.getLinkOffset(CodeBlob.java:193)
         at sun.jvm.hotspot.runtime.amd64.AMD64Frame.senderForCompiledFrame(AMD64Frame.java:297)
         at sun.jvm.hotspot.runtime.amd64.AMD64Frame.sender(AMD64Frame.java:213)
         at sun.jvm.hotspot.runtime.Frame.sender(Frame.java:184)
         at sun.jvm.hotspot.runtime.Frame.realSender(Frame.java:189)
         at sun.jvm.hotspot.runtime.VFrame.sender(VFrame.java:102)
         at sun.jvm.hotspot.runtime.VFrame.javaSender(VFrame.java:129)
         at sun.jvm.hotspot.tools.StackTrace.run(StackTrace.java:50)
         at sun.jvm.hotspot.tools.JStack.run(JStack.java:41)
         at sun.jvm.hotspot.tools.Tool.start(Tool.java:204)
         at sun.jvm.hotspot.tools.JStack.main(JStack.java:58)

  • How to determine memory leaks?

    I tried in XCODE, the RUN/ Start with Performance TOol / and tried out the various options. I was running my app and looking to see if it would report increasing memory use but it seemed to be looking at my total system (i was running under the simulator). In general what is the recommended procedure for determining memory leaks, which tool to use, and what tracing can i use?
    How does one look at the retain count of an object? are there system routines that have knonw leaks?

    You took the right path. Once instruments comes up select the Leaks tool. Turn off automatic leak detection. In your app, start off at some known state, do something, and come back to the known state and check for leaks. For instance start off in a view, do something that brings up another view then come back to the original view and check for leaks. Leaks will show you if you leaked. Since you took a very deterministic path then checked it should be straight forward to go to the code and find / fix the leaks. Leaks shows you where the code where the leak was generated.

  • Memory leak in JSpinner implementation (maybe others?)

    Hi,
    I am developing an application using Java and Swing, and have run into some problems with memory leaks. After examining the source code and making an example program (provided below), I can only come to the conclusion that there is a bug in the implementation of JSpinner in Sun Java 1.6.0_03.
    If one uses a custom model with the JSpinner, it attaches itself as a listener to the model. However, it never removes the listening connection, even if the model is changed. This causes the JSpinner to be kept in memory as long as the model exists, even if all other references to the component have been removed.
    An example program is available at http://eddie.dy.fi/~sampo/ModelTest.java . It is a simple swing program that has the JSpinner and two buttons, the first of which writes to stdout the listeners of the original model and the second changes the spinner model to a newly-created model. A sample output is below:
    Running on 1.6.0_03 from Sun Microsystems Inc.
    Listeners before connecting to JSpinner:
      Model value is 0, 0 listeners connected:
    Listeners after connecting to JSpinner:
      Model value is 0, 2 listeners connected:
      1: interface javax.swing.event.ChangeListener
      2: javax.swing.JSpinner$ModelListener@9971ad
    Listeners now:
      Model value is 8, 2 listeners connected:
      1: interface javax.swing.event.ChangeListener
      2: javax.swing.JSpinner$ModelListener@9971ad
    Changing spinner model.
    Listeners now:
      Model value is 8, 2 listeners connected:
      1: interface javax.swing.event.ChangeListener
      2: javax.swing.JSpinner$ModelListener@9971adThis shows that even though the model of the JSpinner has been changed, it still listens to the original model. I haven't looked at other components whether they retain connections to the old models as well.
    In my case, I have an adaptor-model which provides a SpinnerModel interface to the actual data. The adaptor is implemented so that it listens to the underlying model only when it itself is being listened to. If the JComponents using the model were to remove the listening connections, it, too, would be automatically garbage-collected. However, since JSpinner does not remove the connections, the adaptor also continues to listen to the underlying model, and neither can be garbage-collected.
    All in all, the listener-connections seem to be a very easy place to make memory leaks in Java and especially in Swing. However, as I see it, it would be a simple matter to make everything work automatically with one simple rule: Listen to the models only when necessary.
    If a component is hidden (or alternatively has no contact to a parent JFrame or equivalent), it does not need to listen to the model and should remove the connections. When the component is again set visible (or connected to a frame) it can re-add the connections and re-read the current model values just as it does when initializing the component. Similarly, any adaptor-models should listen to the underlying model only when it itself is being listened to.
    If the components were implemented in this way, one could simply remove a component from the frame and throw it away, and automatically any listener-connections will be removed and it can be garbage-collected. Similarly any adaptor-models are collected when they are no longer in use.
    Changing the API implementation in this way would not require any changes to applications, as the only thing that changes are the listener-connections. Currently used separate connection-removing methods should still work, though they would be unnecessary any more. The API would look exactly the same from the view of an application programmer, only that she would not need to care about remnant listening connections. (As far as I can tell, the current API specification would allow the API to be implemented as described above, but it should of course require it to be implemented in such a way.)
    Am I missing something, or is there some valid reason why the API is not implemented like this?
    PS. I'm new to these forums, so if there is a better place to post these reports, please tell me. Thanks.

    Another cognition: It's the following code, that causes the memory to be accumulated:
    obj = m_orb.resolve_initial_references("NameService");
    ctx = NamingContextExtHelper.narrow(obj);For the first 4 calls to this code the memory usage of the nameservice is unchanged. From the 5th to the 8th call, it's increased by approx. 10KB per call. And thenceforward (beginning with the 9th call) it's increasing by approx. 10MB.
    What's going wrong here?

  • Memory Leaks   Unresponsive Mouse

    2009 8 core Mac Pro w/ 24 GB of RAM, ATI Radeon 4870, and a SeriTek PCIe eSATA card (card only has drives connected when running a manual drive clone).  When running Toast 10 or Parallels 9, my RAM will fill up (I use a program called Menu Meters to monitor stuff).  This machine worked just fine under OS 10.9 and earlier - no issues like this at all.  ClamXAV will also completely fill the RAM up (the meter will be full green, instead of part green, then mostly grey when Toast or Parallels fills it up).  I have to use Terminal to purge it so that the machine is usable.
    The other thing that happens is that sometimes when the computer wakes up or I am in the middle of doing something, the mouse will still move, but the dock will not pop open and the left button the mouse doesn't respond.  The right button will open the right click menu, but will not respond normally at all.  I have tried a different Magic Mouse, but the problem is the same.
    I thought that it may be a problem with the factory RAM and the Kingston RAM not playing nicely together.  So I ran it with just the factory 8 GB and then ran it with the Kingston 16 GB - the problem persists no matter which RAM is installed.  All of the RAM also passes the memory tests in Rember and TechTool.
    So, I need to find out if someone thinks that maybe the bluetooth module may be going bad causing the mouse issues.  I also need to find out what is causing the memory leaks.  I followed the steps that someone gave on this site to boot into safe mode, repair permissions, reset PRAM, then reset SMC (or the other way around - I did it like they said to).  It did nothing to fix the problem.
    I need some guidance here.  As I stated early on, the machine worked perfectly with OS 10.9.  I have WAY too much software that I use, so doing a completely fresh install is out of the question - I don't have time to reload everything.  This problem is annoying and I know that I am not the only one having these issues.  Any input will be greatly appreciated.  Thanks in advance.

    Here is the EtreCheck report:
    Problem description:
    Memory leaks when using Toast 10 or Parallels 9.  Mouse also become unresponsive (it will move, but left button does not work and dock will not pop open - mouse problem happens independent of the RAM being filled up - different mouse was tried with same result).
    EtreCheck version: 2.1.5 (108)
    Report generated January 9, 2015 at 9:20:59 PM MST
    Click the [Support] links for help with non-Apple products.
    Click the [Details] links for more information about that line.
    Click the [Adware] links for help removing adware.
    Hardware Information: ℹ️
        Mac Pro (Early 2009) (Verified)
        Mac Pro - model: MacPro4,1
        2 2.26 GHz Quad-Core Intel Xeon CPU: 8-core
        24 GB RAM Upgradeable
            DIMM 1
                4 GB DDR3 ECC 1066 MHz ok
            DIMM 2
                4 GB DDR3 ECC 1066 MHz ok
            DIMM 3
                2 GB DDR3 ECC 1066 MHz ok
            DIMM 4
                2 GB DDR3 ECC 1066 MHz ok
            DIMM 5
                4 GB DDR3 ECC 1066 MHz ok
            DIMM 6
                4 GB DDR3 ECC 1066 MHz ok
            DIMM 7
                2 GB DDR3 ECC 1066 MHz ok
            DIMM 8
                2 GB DDR3 ECC 1066 MHz ok
        Bluetooth: Old - Handoff/Airdrop2 not supported
        Wireless:  en2: 802.11 a/b/g/n
    Video Information: ℹ️
        ATI Radeon HD 4870 - VRAM: 512 MB
            AL2216W 1680 x 1050 @ 60 Hz
    System Software: ℹ️
        OS X 10.10.1 (14B25) - Uptime: 2:4:35
    Disk Information: ℹ️
        HL-DT-ST BD-RE  WH12LS39 
        HL-DT-ST DVDRAM GH24NS90 
        SAMSUNG HD103SJ disk1 : (1 TB)
            EFI (disk1s1) <not mounted> : 210 MB
            OS 10.10.1 (disk1s2) / : 999.35 GB (410.30 GB free)
            Recovery HD (disk1s3) <not mounted>  [Recovery]: 650 MB
        SAMSUNG HD103SJ disk2 : (1 TB)
            EFI (disk2s1) <not mounted> : 210 MB
            Extra Storage (disk2s2) /Volumes/Extra Storage : 999.86 GB (554.20 GB free)
        SAMSUNG HD103SJ disk3 : (1 TB)
            EFI (disk3s1) <not mounted> : 210 MB
            Extra Storage 2 - Scratch (disk3s2) /Volumes/Extra Storage 2 - Scratch : 999.86 GB (39.54 GB free)
        WDC WD5001AALS-00LWTA0 disk0 : (500.11 GB)
            EFI (disk0s1) <not mounted> : 210 MB
            BOOTCAMP (disk0s2) /Volumes/BOOTCAMP : 499.90 GB (275.71 GB free)
    USB Information: ℹ️
        Shuttle Technology Inc. E-USB Bridge
        Sony C6606
        Apple, Inc. Keyboard Hub
            Apple Inc. Apple Keyboard
        Apple Inc. BRCM2046 Hub
            Apple Inc. Bluetooth USB Host Controller
    Firewire Information: ℹ️
        Apple Computer, Inc. iSight 200mbit - 400mbit max
    Gatekeeper: ℹ️
        Anywhere
    Kernel Extensions: ℹ️
            /Applications/Hotspot Shield.app
        [not loaded]    com.anchorfree.tun (1.0) [Support]
            /Applications/Parallels Desktop.app
        [not loaded]    com.parallels.kext.hidhook (9.0 24251.1052177) [Support]
        [not loaded]    com.parallels.kext.hypervisor (9.0 24251.1052177) [Support]
        [not loaded]    com.parallels.kext.netbridge (9.0 24251.1052177) [Support]
        [not loaded]    com.parallels.kext.usbconnect (9.0 24251.1052177) [Support]
        [not loaded]    com.parallels.kext.vnic (9.0 24251.1052177) [Support]
            /Applications/TechTool Deluxe.app
        [not loaded]    com.micromat.iokit.ttpatadriver (5.0.0) [Support]
        [not loaded]    com.micromat.iokit.ttpfwdriver (5.0.0) [Support]
            /Applications/TechTool Protogo/Protogo Applications/TechTool Pro 7.app
        [not loaded]    com.micromat.driver.spdKernel (1 - SDK 10.8) [Support]
        [not loaded]    com.micromat.driver.spdKernel-10-8 (1 - SDK 10.8) [Support]
            /Applications/Temperature Monitor 4.94/Temperature Monitor 4.94.app
        [not loaded]    com.bresink.driver.BRESINKx86Monitoring (8.0) [Support]
            /Applications/Toast 11 Titanium/Spin Doctor.app
        [not loaded]    com.hzsystems.terminus.driver (4) [Support]
            /Applications/Toast 7 Titanium/Toast Titanium.app
        [not loaded]    com.roxio.TDIXController (1.6) [Support]
            /Library/Extensions
        [loaded]    at.obdev.nke.LittleSnitch (4216 - SDK 10.8) [Support]
            /System/Library/Extensions
        [loaded]    com.SiliconImage.driver.Si3132 (1.2.5) [Support]
        [not loaded]    com.devguru.driver.SamsungComposite (1.2.63 - SDK 10.6) [Support]
        [not loaded]    com.microsoft.driver.MicrosoftMouse (8.2) [Support]
        [not loaded]    com.roxio.BluRaySupport (1.1.6) [Support]
            /System/Library/Extensions/MicrosoftMouse.kext/Contents/PlugIns
        [not loaded]    com.microsoft.driver.MicrosoftMouseBluetooth (8.2) [Support]
        [not loaded]    com.microsoft.driver.MicrosoftMouseUSB (8.2) [Support]
            /System/Library/Extensions/ssuddrv.kext/Contents/PlugIns
        [not loaded]    com.devguru.driver.SamsungACMControl (1.2.63 - SDK 10.6) [Support]
        [not loaded]    com.devguru.driver.SamsungACMData (1.2.63 - SDK 10.6) [Support]
        [not loaded]    com.devguru.driver.SamsungMTP (1.2.63 - SDK 10.5) [Support]
        [not loaded]    com.devguru.driver.SamsungSerial (1.2.63 - SDK 10.6) [Support]
    Startup Items: ℹ️
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