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<concept id="GUID-3C26B5B2-1B90-5F96-9342-1D53F6EDD94F" xml:lang="en"><title>F32 Test

Technology Description</title><shortdesc>Describes the high level test philosophy, scope and the types of

test used in F32 technology.</shortdesc><prolog><metadata><keywords/></metadata></prolog><conbody>

<p>This topic provides a high level information about the Base test technology

area. It also provides an overview of the test technology area, its coverage,

test environment setup and how to find further information about the test

suites offered by this test technology area. </p>

<p>The aim is to provide and deliver a product quality set of test suites

that can be used internally within Symbian and by external groups who have

access to the Symbian test source code. </p>

<section id="GUID-2268DFDE-1204-441A-823B-6E2855B45658"><title> Scope</title> <p><b> Components under test</b> </p> <p>The Base subsystem is the lowest layer

in the Symbian platform software stack. It contains the core components, such

as the kernel, user library, file server, and device drivers, for every supported

hardware platform. </p> <p>This suite tests the F32_EKA2 (file server) and

FAT32 components. </p> <p><b>Test

types</b> </p> <p>The suite has three sub-suites: validation, performance

and conformance. </p> <p><b>Validation

test suite</b> </p> <p>The <xref href="GUID-E1EBD343-C8A6-51E5-B158-9A1D0328D3B3.dita">Validation

Test Suite</xref> provides a series of tests to verify that published APIs

perform as described in the Symbian platform library. The tests are intended

for regression and compatibility verification. </p> <p>The validation suite

uses Dual Driver tests to test the dual driver feature on the phone. DUAL

Drive tests are configured to run on two drives of the same type having common

interface. </p> <p><b>Performance

Test Suite</b> </p> <p>The <xref href="GUID-CDD23CE8-15F7-557B-9C58-ECEE9E13528A.dita">Performance

Test Suite</xref> is intended for assessing and benchmarking file server performance. </p> <p><b>Conformance Test Suite</b> </p> <p>The <xref href="GUID-FFDD3689-A83B-5E67-A2BD-7723B141E198.dita"> FAT32

Conformance Test Suite</xref> ensures the file server's compliance with FAT32. </p> </section>

<section id="GUID-2793C842-EBA9-443B-82E6-CB48A74BAD5C"><title> Test Environment</title> <p><b> Device Setup</b> </p> <p>The device under test (a hardware platform,

a phone or an emulator) must contain an appropriate Symbian platform build

or licensee UI build. </p> <p><b>PC

Setup</b> </p> <p>The PC must have a Symbian Developer Kit (or licensee equivalent),

an PDT and appropriate compilers to build the test code (for example Code

Warrior, RVCT or GCCE). </p> <p><b>Test

Dependencies</b> </p> <p>The base test suite has no dependencies other than

those common to all test suites. </p> <p><note> Any mention of “epoc32” is

offset by %EPOCROOT%, the full path where the epoc tree is installed. </note></p> <p id="GUID-60931C28-3CCB-5396-A815-641A6D1A0E9B"><b> Building and Execution</b> </p> <p> For

general information about test suite structure refer to <b>Symbian Verification

Suite » TestDriver</b>. </p> <p>The following illustrates the F32 test suite

structure: </p> <codeblock id="GUID-89572E92-2B12-5ACC-B9B3-CE908565AD90" xml:space="preserve">&lt;Component&gt; - base

  <Validation suite> - validation

    <Sub-component> - f32

      <Manual tests> - f32-manual

        <RAM-drive specific tests> - ram-manual

          <Suite> - pbase-f32-sfsrv-publicapi-rem-manual-suite

       <Dual Drive Tests>- f32-dualdrive>

          <Suite> - pbase-f32-sfsrv-Publicapi-ram-DualDrive-suite

        <Automated tests> - f32-automated

          <Suite> - pbase-f32-sfsrv-publicapi-any-suite

          <System drive specific tests> - os

            <Suite> - pbase-f32-sfsrv-publicapi-os-suite

          <ROM-drive specific tests> - rom

            <Suite> - pbase-f32-publicapi-sfsrv-rom-suite

          <NAND-drive specific tests> - nand

            <Suite> - pbase-f32-sfsrv-publicapi-nand-suite

          <RAM-drive specific tests> - ram

            <Non-removable RAM-drive specific tests> - fixed

              <Suite> - pbase-f32-publicapi-sfsrv-ram-suite

            <Suite> - pbase-f32-publicapi-sfsrv-rem-suite

  <Performance suite> - performance

    <Sub-component> - f32

      <Scenario variant> - small

        <Suite> - pbase-f32-rfile-performance-small

        <Suite> - pbase-f32-rfs-performance-small

      <Scenario variant> - medium

        <Suite> - pbase-f32-rfile-performance-medium

        <Suite> - pbase-f32-rfs-performance-medium

      <Scenario variant> - large

        <Suite> - pbase-f32-rfile-performance-large

        <Suite> - pbase-f32-rfs-performance-large

  <Conformance suite> - conformance

    <Sub-component> - f32

      <Sub-component> - FAT32

        &lt;Suite&gt; - f32-fat32-conformance</codeblock> <p>This structure can

be seen in the following location after building the test suite: <filepath>%EPOCROOT%\epoc32\testdriver\testproduct</filepath>. </p> <p>The

hierarchical test suite structure facilitates easy build and execution of

the complete test suite or part of it. For example, if the path specified

is: </p> <ul>

<li id="GUID-24E673FF-86FC-5029-94D4-5F7618D1AFC3"><p> <filepath> base</filepath>:

The entire suite is built/run. </p> </li>

<li id="GUID-AFD445CF-5FC5-5E6E-8E03-984CF9F269A0"><p> <filepath> base.validation.f32</filepath>:

All the suites F32 are built/run. </p> </li>

<li id="GUID-09B4561B-79DB-5BD4-B3D3-FD2E332F332E"><p> <filepath> base.validation.f32.f32-automated</filepath>:

Only F32 automated test is built/run. </p> </li>

<li id="GUID-A947006E-224B-5034-8A6A-F3242BD28A70"><p> <filepath> base.validation.f32.f32-manual</filepath>:

Only F32 manual test is built/run. </p> </li>

<li id="GUID-08256C88-4E66-57D1-A68D-A7F6AFBC30D5"><p> <filepath> base.validation.f32.f32-dualdrive</filepath>:

Only f32 dual drive tests is built/run. </p> </li>

<li id="GUID-878D50ED-547C-5741-AE61-A61A763F8A40"><p> <filepath> base.validation.f32.f32-automated.ram</filepath>:

Only tests on RAM are built/run. </p> </li>

<li id="GUID-FF860F6A-6436-5AD9-81D0-8A7F3EF73417"><p> <filepath>base.validation.f32.f32-automated.ram.fixed</filepath>:

Only tests on non-removable RAM are built/run. </p> </li>

<li id="GUID-0ABED61A-1B55-53BA-AEE9-9A195DAA6A31"><p> <filepath> base.validation.f32.f32-automated.rom</filepath>:

Only tests on ROM are built/run. </p> </li>

<li id="GUID-961D3BA3-245F-56BA-A325-F3568E86BA87"><p> <filepath> base.validation.f32.f32-automated.os</filepath>:

Only OS suite is built/run. </p> </li>

<li id="GUID-20137842-292D-5A23-A630-5CB82672A927"><p> <filepath>base.validation.f32.f32-automated.ram.fixed</filepath>:

Only tests on non-removable RAM are built/run. </p> </li>

</ul> <p><b> General

environment setup</b> </p> <ol id="GUID-09208F08-2F83-5758-9CD7-842834C6CD41">

<li id="GUID-3014B1D5-6A0C-57DE-9B9C-F4CE43CC4DE7"><p>Refer to specific sub-component

test suite description in <xref href="GUID-8D89BC22-3008-5A43-8BBC-C8F2985D71C1.dita">Base

Verification Suite</xref> for details about configuration and building additional

components before building the test suite. </p> </li>

<li id="GUID-5BE45723-65AC-5C1A-BF03-29A2391C5793"><p>The entire Base Test

product can be built from <filepath>...\baseapitest\basesvs\group\</filepath>. </p> </li>

<li id="GUID-3D442168-3547-5120-9700-995B21E83F2D"><p>Individual test components

can be built from the respective group directories. For example, <filepath>...\baseapitest\basesvs\validation\f32\group\</filepath>. </p> <p> </p> <p><userinput>bldmake bldfiles</userinput> </p> <p><userinput>abld test

build &lt;WINSCW/ARMV5&gt; &lt;udeb/urel&gt;</userinput> </p> </li>

</ol> <p><b> Steps

to build and execute tests using TestDriver</b> </p> <p>Communication between

the PC and the device under test (Symbian platform device) is enabled using

STAT. So, the device under test must have STAT installed. </p> <p/> <p><b>For WINSCW platform: </b> </p> <ol id="GUID-60208068-3B9B-5D81-B708-D20AD21D1857">

<li id="GUID-2A38FFA5-DABB-5C68-8CC1-CD43AFBAE16F"><p> <b>Configure TestDriver

using the following script:</b>  </p> <p> <filepath>...\baseapitest\basesvs\group\testdriversetup.bat</filepath>  </p> </li>

<li id="GUID-6DE34C54-C769-5AC8-BDBE-F32AFAC60E04"><p> <b>Build the test code: </b>  </p> <p><userinput>testdriver

build –p <winscw/armv5> –b <urel/udeb> –s base[.<specific test suite

path&gt;]</userinput> </p> <p>Testdriver commands can be run from any location. </p> </li>

<li id="GUID-74DAF846-94E3-5C7A-B853-38B26B85F41C"><p> <b>To execute the Tests

: </b>  </p> <p><userinput>testdriver run</userinput> </p> </li>

</ol> <p><b>For ARMV5 platform: </b> </p> <p> <b>Communication between PC and hardware:</b>  </p> <p>The

hardware reference board (for example H4) must be connected to the PC through

USB or serial cable. The ROM image is built on the PC and transferred to the

hardware board through MMC card. </p> <ol id="GUID-F7A7A995-AEDF-52AB-942C-FCC8063679D5">

<li id="GUID-D6B62BB6-9563-57E0-BB51-9CE0F2411B5C"><p> <b> Configure TestDriver

using the following script: </b> </p> <p> <filepath>...\baseapitest\basesvs\group\testdriversetup.bat</filepath>  </p> </li>

<li id="GUID-D0EAD784-5BB2-5394-9F75-A0F5AA193E01"><p> <b> Build the test

code:</b>  </p> <p><userinput>testdriver build –p &lt;winscw/armv5&gt; –b &lt;urel/udeb&gt;

–s base[.&lt;specific test suite path&gt;]</userinput> </p> <p>Testdriver commands

can be run from any location. </p> </li>

<li id="GUID-B205290E-37F4-566F-8987-4A9D7387996B"><p> <b> Build the ROM image:</b>  </p> <p><userinput>buildrom

-D_STARTUPMODE2 -D_EABI=ARMV5 -DRVCT -DUSE_STRONG_CRYPTOGRAPHY <h2/h4hrp>

techview_statapi td_base</userinput> </p> <p> <b>Note</b> The ROM building

commands are different for NAND images and enabling Dual Drive. </p> </li>

<li id="GUID-8B53FA6B-C8E0-5FDE-AF72-4EA5EA45F056"><p>Transfer the ROM to

the device and start-up. </p> </li>

<li id="GUID-4E897DE9-F2A9-51D9-80C9-8ACA5F6C1852"><p> <b>Execute the Tests: </b>  </p> <p><userinput>testdriver

run -t &lt;transport service&gt; </userinput> </p> <p>Transport service may be

“serial<COM port number that is connected to the board>”, “bt<COM port

number for BT dongle&gt;” or “usb&lt;mapped port number&gt;” </p> </li>

</ol> <p> <note> All scripts and test data are automatically removed from

the system drive of the device under test after the execution. </note></p> <p id="GUID-123789D7-482A-560A-ADAA-E2D972BB4918"><b>Steps to build and execute

tests manually (Tests built into ROM)</b> </p> <p><b>For WINSCW platform: </b> </p> <ol id="GUID-905EA8B7-1EDC-59F6-A43B-D9C3488E68E5">

<li id="GUID-0FB2AB82-88C3-58E7-A0DA-1A1A02A7ECD8"><p> <b>Select your Setup

Script: </b>  </p> <p>For example <filepath>setup-PBASE-F32-Sfsrv-PublicApi.script</filepath> is

used to run only the F32_EKA2 validation test suite. </p> </li>

<li id="GUID-0C3B70D2-0805-52E7-B11D-6FB7AF516A33"><p> <b>Change directory

to: </b>  </p> <p> <filepath>%EPOCROOT%\epoc32\release\winscw\&lt;urel/udeb&gt;</filepath> </p> </li>

<li id="GUID-BFFF9550-AFA7-5097-BBE9-CE508688DA56"><p> <b>Execute the Tests:</b>  </p> <p><userinput>testexecute

z:\base\setup_&lt;test suite name&gt;.script</userinput> </p> <p> <filepath>setup_t_base.script</filepath> is

used to copy the test data files on to c:\drive. </p> <p><userinput>testexecute

c:\base\&lt;test suite name&gt;.script</userinput> </p> <p> <filepath>t_base.script</filepath> is

used to run the entire base test suite. </p> </li>

</ol> <p><b>For ARMV5 platform: </b> </p> <ol id="GUID-07FBA2B3-C3BC-5AC3-9272-4E5F87544C70">

<li id="GUID-9603E46B-C403-5927-9AFD-73390DB7B240"><p> <b>Build ROM image: </b>  </p> <p><userinput>buildrom

-D_EABI=ARMV5 –DRVCT -DUSE_STRONG_CRYPTOGRAPHY &lt;h2/h4hrp&gt; techview t_base</userinput> </p> <p>The

ROM image is built on the PC and transferred to the hardware board through

MMC card. <b>Note:</b> The ROM building commands is different for NAND images.

Refer to <xref href="GUID-8D89BC22-3008-5A43-8BBC-C8F2985D71C1.dita">Base Verification

Suite</xref> for more details. </p> </li>

<li id="GUID-77092D52-D372-535D-B86F-0B1260B7ACB4"><p> <b>Select your Setup

Script: </b>  </p> <p>The <filepath>setup-PBASE-F32-Sfsrv-PublicApi.script</filepath> is

used to run only F32_EKA2 validation test suite. </p> </li>

<li id="GUID-EC2F7E9F-6848-52C8-8F2A-2A5CE6031067"><p> <b>Running Scripts:</b>  </p> <p><userinput>Open

eshell </userinput> </p> </li>

<li id="GUID-2C31EA1C-86D0-51C2-9DE0-DDFAE32A9E8F"><p> <b>Execute the Tests:</b>  </p> <p><userinput>testexecute

z:\base\setup_&lt;test suite name&gt;.script</userinput> </p> <p> <filepath>setup_t_base.script</filepath> is

used to copy the test data files on to c:\drive. </p> <p><userinput>testexecute

c:\base\&lt;test suite name&gt;.script</userinput> </p> <p> <filepath>t_base.script</filepath> is

used to run the entire base test suite. </p> </li>

</ol> <p><b>Steps

to build and execute tests on phone directly using .pkg file</b> </p> <p><b>For ARMV5 platform: </b> </p> <ol id="GUID-D94BEDB8-1340-59C9-B8DD-0FA2AB64FE33">

<li id="GUID-E29C6E42-A638-52EA-8243-EE1698786E30"><p> <b>EShell and TestExecute:</b>  </p> <p>The

phone must have eshell and                       testexecute installed. </p> </li>

<li id="GUID-55FF66BC-C2B9-5CB5-97D8-3856142A4767"><p> <b> Certificate files:</b>  </p> <p>Ensure <filepath>.cer</filepath> and <filepath>.key</filepath> files are placed into <filepath>/epoc32/pkg/</filepath> directory on the

PC and rename as<filepath>zeus.cer</filepath> and <filepath>SymbianACS.key</filepath> correspondingly. </p> </li>

<li id="GUID-657C2481-CDA1-57AE-9B5D-1F9E8DED75B2"><p> <b>Create and install

SIS-file:</b>  </p> <p>Run <filepath>makesisfiles.bat</filepath> from <filepath>/epoc32/pkg/</filepath> directory. </p> <p><userinput>makesisfiles.bat</userinput> </p> <p>This creates <filepath>t_sfsrv.sis</filepath> file. The file must

be copied to an MMC card, transferred to the phone and executed. </p> <p>When

the <filepath>t_sfsrv.sis</filepath> file is run, the base test suite is installed

on the device. </p> </li>

<li id="GUID-F6AAEEA1-77AF-5E84-8A2C-D5CB8AFC9F39"><p> <b> Running Scripts: </b>  </p> <p>Run

the test scripts. For more information refer to <xref href="GUID-3C26B5B2-1B90-5F96-9342-1D53F6EDD94F.dita#GUID-3C26B5B2-1B90-5F96-9342-1D53F6EDD94F/GUID-123789D7-482A-560A-ADAA-E2D972BB4918">Steps

to build and execute tests manually (Tests built into ROM)</xref>. </p> </li>

</ol> <p><b>Selective

Execution of Test Cases using TCS File</b> </p> <p>Test cases can be excluded

from a test run by using a <filepath>.tcs</filepath> file. The <filepath>.tcs</filepath> file

contains IDs of test cases to be excluded. </p> <p>The test case IDs can be

specified as a range, a list, or a combination of both. Each range or individual

test case ID is delimited by a new-line character. </p> <p>For example, range

of test case IDs to be excluded can be specified as: </p> <p> <codeph>pbase-f32-rfile-performance-large-0001:

             pbase-f32-rfile-performance-large-0005</codeph>  </p> <p>This

excludes all test cases from 1 to 5 (1 and 5 included) during execution. </p> <p>A

list of test cases IDs to be excluded can be: </p> <p> <codeph>COMINF-ESOCK-RSubConnection-PublicAPI-0001</codeph>  </p> <p> <codeph>COMINF-ESOCK-RSubConnection-PublicAPI-0005</codeph>  </p> <p> <codeph>COMINF-ESOCK-RSubConnection-PublicAPI-0007</codeph>  </p> <p>A

combination of range and list can be: </p> <p> <codeph>pbase-f32-rfile-performance-large-0001:

             pbase-f32-rfile-performance-large-0005</codeph>  </p> <p> <codeph>pbase-f32-rfile-performance-large-0010:

             pbase-f32-rfile-performance-large-0015</codeph>  </p> <p> <codeph>pbase-f32-rfile-performance-large-0020</codeph>  </p> <p> <codeph>pbase-f32-rfile-performance-large-0021</codeph>  </p> <p>There is only one <filepath>.tcs</filepath> file located at <filepath>…\baseapitest\basesvs\config\t_base.tcs</filepath>  </p> <p>For

more information on location of <filepath>.tcs</filepath> files, see <xref href="GUID-0B240B41-652F-586A-915E-3D67BFEB8AE6.dita#GUID-0B240B41-652F-586A-915E-3D67BFEB8AE6/GUID-4FC8CBD4-02FE-566E-B739-C6EB8DDD6C48">TCS

File Source Location</xref> in F32 Performance Test Suite, <xref href="GUID-FFDD3689-A83B-5E67-A2BD-7723B141E198.dita#GUID-FFDD3689-A83B-5E67-A2BD-7723B141E198/GUID-72714310-D4B3-5077-89C6-D7B8D4FFC5F7">TCS File Source Location</xref> in FAT32 Conformance Test Suite, and <xref href="GUID-E1EBD343-C8A6-51E5-B158-9A1D0328D3B3.dita#GUID-E1EBD343-C8A6-51E5-B158-9A1D0328D3B3/GUID-4FC8CBD4-02FE-566E-B739-C6EB8DDD6C48">TCS

File Source Location</xref> in F32_EKA2 Validation Test Suite. </p> <p>The <filepath>.tcs</filepath> file

must be modified when using the TestDriver for test execution. When executing

the tests manually, the following <codeph>testexecute</codeph> command illustrates

the usage of the <filepath>.tcs</filepath> file: </p> <p><userinput>testexecute

%EPOCROOT%\epoc32\release\winscw\<urel/udeb>\<test suite name>.script

–[tcx|tci] %EPOCROOT%\epoc32\release\winscw\&lt;urel/udeb&gt;\t_base.tcs</userinput> </p> <p>The <codeph>-tcx</codeph> switch

is used to execute all the tests in the specified script excluding the test

cases specified in the <filepath>.tcs</filepath> file. The <codeph>–tci</codeph> switch

is used to execute only the tests specified in the <filepath>.tcs</filepath> file

from the specified script. </p> <p><b>Test

Results</b> </p> <p><b>Test

Results log file location</b> </p> <p>After tests complete execution, result

logs can be found on the system drive of the device in the <filepath>\logs\testexecute\</filepath> directory. </p> <p>On

the PC, if tests are run using testdriver, results can be found in the following

location: <filepath>%EPOCROOT%\epoc32\TestDriver\results\</filepath>. If executing

the tests manually the results can be found in the following location: <filepath>%EPOCROOT%\epoc32\winscw\c\logs\testexecute</filepath>  </p> <p>When

using testdriver, a new test result folder is created for each test run that

is, results are not overwritten each time a test run is run. A <filepath>.htm</filepath> log

file for each script contained in the suite can be found in its own subfolder. </p> <p>Each

test case in the script consists of test blocks (usually just one), which

either pass or fail. Each test block runs some of the commands. Each of the

commands performs an action on the tested APIs. A test block passes if all

its commands and other instructions pass. A test case passes if all its test

blocks pass. </p> <p>The log displays the percentage of test cases that have

passed successfully. </p> <p><b>How

to interpret test results</b> </p> <p>Each test suite produces its own HTML

log file containing the results of the test run. When examining the log file,

the results at the bottom of the log should be checked first. This gives a

summary of the tests in the suite that have passed, failed or panicked. </p> <p>In

the body of the log tests which passed are highlighted in green, tests which

failed in red and tests which caused a panic in blue. The reason for any failure

or panic is also given. </p> <p>When this test suite is run on a real device

some tests may fail due to limitations of the device. Either the device does

not have the correct hardware (for example, no modem exists for a test which

needs one) or it lacks the right software plug-ins to run the test. In such

cases the log displays that a test has failed with a -5 error (which means <codeph>KErrNotSupported</codeph>).

Tests appearing to fail with -5 do not indicate defects, but limitations of

the device. </p> <p>Refer to <b>Symbian Verification Suite » TestDriver »

Using TestDriver » Results » Viewing the test results</b> for more information

on test driver results. </p> </section>

<section id="GUID-06D7B505-B838-4A03-9721-E8731AA0DF62"><title>OS Focussed

Components</title> <p>The following tables illustrate the components and classes

tested on each Symbian platform baseline: </p> <p> <b>Table 1: Validation

testing of Base, F32_EKA2 component on each Symbian platform baseline</b>  </p> <table id="GUID-2644CB3B-A76E-5ECE-B6F7-6B87829483F6">

<tgroup cols="6"><colspec colname="col0"/><colspec colname="col1"/><colspec colname="col2"/><colspec colname="col3"/><colspec colname="col4"/><colspec colname="col5"/>

<thead>

<row>

<entry>  </entry>

<entry> 9.1</entry>

<entry>9.2</entry>

<entry>9.3 </entry>

<entry>9.4</entry>

<entry>9.5</entry>

</row>

<row>

<entry> RFs </entry>

</row>

<row>

<entry> CDir </entry>

</row>

<row>

<entry> CDirScan </entry>

</row>

<row>

<entry> CFileBase </entry>

</row>

<row>

<entry> CFileMan </entry>

</row>

<row>

<entry> MFileManObserver </entry>

</row>

<row>

<entry> RDir </entry>

</row>

<row>

<entry> RFile </entry>

</row>

<row>

<entry> RFormat </entry>

</row>

<row>

<entry> RRawDisk </entry>

</row>

<row>

<entry> TDriveUnit </entry>

</row>

<row>

<entry> TEntry </entry>

</row>

<row>

<entry> TEntryArray </entry>

</row>

<row>

<entry> TFindFile </entry>

</row>

<row>

<entry> TFileText </entry>

</row>

<row>

<entry> TOpenFileScan </entry>

</row>

<row>

<entry> TParse </entry>

</row>

<row>

<entry> TParseBase </entry>

</row>

<row>

<entry> TParsePtr </entry>

</row>

<row>

<entry> TparsePtrC </entry>

</row>

<row>

<entry> TVolumeInfo </entry>

</row>

<row>

<entry> FileNamesIdentical() </entry>

</row>

</thead>

<tbody>

<row>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X </p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X</p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X</p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X</p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X</p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X</p> </entry>

<entry><p>X </p> </entry>

</row>

<row>

<entry/>

<entry/>

<entry/>

<entry><p>X</p> </entry>

<entry><p>X </p> </entry>

</row>

</tbody>

</tgroup>

</table> <p> <b>Table 2: Performance testing of Base, F32_EKA2 on each Symbian

platform baseline</b>  </p> <table id="GUID-A1F0DEB7-41D7-548A-96A9-9731D54FBD1E">

<tgroup cols="6"><colspec colname="col0"/><colspec colname="col1"/><colspec colname="col2"/><colspec colname="col3"/><colspec colname="col4"/><colspec colname="col5"/>

<thead>

<row>

<entry>  </entry>

<entry> 9.1</entry>

<entry>9.2</entry>