| RE: [jdt-dev] Read access to enclosing field is emulated by a syn thetic accesso r method. Increasing its visibility will improve your perf ormance |
So sorry! Mille sabords! Je m'excuse.
Gary
-----Original Message-----
From: Jerome Lanneluc [mailto:jerome_lanneluc@xxxxxxxxxx]
Sent: Friday, March 21, 2003 3:24 AM
To: jdt-dev@xxxxxxxxxxx
Subject: Re: [jdt-dev] Read access to enclosing field is emulated by a synthetic accesso r method. Increasing its visibility will improve your performance
Gary,
You didn't attach your test case class.
Jerome
|---------+---------------------------->
| | Gary Gregory |
| | <ggregory@seagull|
| | sw.com> |
| | Sent by: |
| | jdt-dev-admin@ecl|
| | ipse.org |
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| | |
| | 03/21/2003 01:07 |
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| | jdt-dev |
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| To: "'jdt-dev@xxxxxxxxxxx'" <jdt-dev@xxxxxxxxxxx> |
| cc: |
| Subject: [jdt-dev] Read access to enclosing field is emulated by a synthetic accesso r method. Increasing its |
| visibility will improve your performance |
| |
>------------------------------------------------------------------------------------------------------------------------|
Hello All,
In some code I get eclipse compiler warnings like:
Read access to enclosing field GenericObjectPool._evictionCursor is
emulated by a synthetic accessor method. Increasing its visibility will
improve your performance GenericObjectPool.java Jakarta
Commons/pool/src/java/org/apache/commons/pool/impl line 1005
I have created the attached test in order to see what improvements we are
talking about. I tried to make the test as simple as possible. On the JRE
1.4.1, sometimes but not always, using "a synthetic accessor method" is
slower, sometimes faster. Can you explain what is going on here? On JRE
1.3.1, the synthetic version is always slower (good). Can this be explained
away by GC? Or some other internal process?
Thank you,
Gary
Eclipse Platform
Version: 2.1.0
Build id: 200303071024
Test results:
Running Java 1.3.1_07-b02 on Windows XP 5.1 null
iterations = 1000
withWarningMsecs = 0
noWarningMsecs = 0
no difference
iterations = 10000
withWarningMsecs = 10
noWarningMsecs = 0
no warning class is faster by 10 msecs
iterations = 100000
withWarningMsecs = 10
noWarningMsecs = 0
no warning class is faster by 10 msecs
iterations = 1000000
withWarningMsecs = 30
noWarningMsecs = 20
no warning class is faster by 10 msecs
iterations = 10000000
withWarningMsecs = 290
noWarningMsecs = 241
no warning class is faster by 49 msecs
iterations = 100000000
withWarningMsecs = 2663
noWarningMsecs = 2354
no warning class is faster by 309 msecs
Done.
----------------------------------------------------------
Running Java 1.4.1_02-b06 on Windows XP 5.1 Service Pack 1
iterations = 1000
withWarningMsecs = 10
noWarningMsecs = 0
no warning class is faster by 10 msecs
iterations = 10000
withWarningMsecs = 0
noWarningMsecs = 0
no difference
iterations = 100000
withWarningMsecs = 10
noWarningMsecs = 10
no difference
iterations = 1000000
withWarningMsecs = 90
noWarningMsecs = 90
no difference
iterations = 10000000
withWarningMsecs = 811
noWarningMsecs = 821
no warning class is SLOWER by 10 msecs
iterations = 100000000
withWarningMsecs = 8152
noWarningMsecs = 8092
no warning class is faster by 60 msecs
Done.
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Attachment:
SyntheticTest.java
Description: Binary data