Difference between revisions of "Eweasel Integration"
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=== {EW_TEST_CONTROL_INSTRUCTIONS} === | === {EW_TEST_CONTROL_INSTRUCTIONS} === | ||
− | End users should inherit class {EW_TEST_CONTROL_INSTRUCTIONS} to write new eweasel testing control file. The {EW_TEST_CONTROL_INSTRUCTIONS} have all the testing control instructions which old eweasel has. | + | End users should inherit class {EW_TEST_CONTROL_INSTRUCTIONS} to write new eweasel testing control file. The {EW_TEST_CONTROL_INSTRUCTIONS} have all the testing control instructions which old eweasel has. |
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+ | Each instruction feature of this class prepare a correspond {TEST_INSTRUCTION} descendant. And it will fill the {TEST_INSTRUCTION} object into a linked list. The linked list will be used by eweasel testing suite class {EW_NAMED_EIFFEL_TEST} later. | ||
=== {EW_TEST_CATALOG_INSTRUCTIONS} === | === {EW_TEST_CATALOG_INSTRUCTIONS} === |
Revision as of 00:16, 12 September 2008
Warning: This page is under development.
This page describes how eweasel integrated in Eiffel Studio 6.3
Main ideas and main classes
The main idea is using normal Eiffel classes to replace orignal Eweasel testing control/catalog files. It means, in 6.3, we will write Eweasel testing control/catalog files in normal Eiffel classes instead of writting the eweasel instructions in plain text files.
First, what testing control file looks like in 6.3
class EWEASEL_TEST_CONTROL_SAMPLE inherit EW_TEST_CONTROL_INSTRUCTIONS redefine make end create make feature {NONE} -- Initialization make is -- Creation method do Precursor {EW_TEST_CONTROL_INSTRUCTIONS} test_name ("Your test name here") test_description ("Your test description here") copy_sub ("Ace", "$TEST", "Ace") copy_raw ("test.e", "$CLUSTER", "test.e") compile_melted execute_work ("NONE", "NONE", Void) end end
In above example, we use:
test_name ("Your test name here") test_description ("Your test description here") copy_sub ("Ace", "$TEST", "Ace") copy_raw ("test.e", "$CLUSTER", "test.e") compile_melted execute_work ("NONE", "NONE", Void)
to replace the old testing instructions which are written in normal plain text file:
test_name Your test name here test_description Your test description here copy_sub Ace $TEST Ace copy_raw test.e $CLUSTER test.e compile_melted execute_work
Second, what's test catalog file looks like in 6.3
class EWEASEL_TEST_CATALOG_SAMPLE inherit EW_TEST_CATALOG_INSTRUCTIONS create make feature -- Command prepare is -- The functionality similiar to orignal {TEST_CATALOG_FILE}.parse_line do source_path ("C:\eweasel\tests") test ("array-is-equal", "array001", "tcf pass array", create {EWEASEL_TEST_CONTROL_SAMPLE}.make) test ("array-is-equal", "array001", "tcf pass array", create {EWEASEL_TEST_CONTROL_SAMPLE}.make) end end
In the example above, we use:
source_path ("C:\eweasel\tests") test ("array-is-equal", "array001", "tcf pass array", create {EWEASEL_TEST_CONTROL_SAMPLE}.make) test ("array-is-equal", "array001", "tcf pass array", create {EWEASEL_TEST_CONTROL_SAMPLE}.make)
to replace the old testing catalog instructions which written in normal plain text file:
source_path C:\eweasel\tests test array-is-equal array001 tcf pass time test array-is-equal array001 tcf pass time
Third, how to start Eweasel testing in 6.3
class EWEASEL_TEST_SAMPLE create make feature {NONE} -- Initialization make is -- Creation method do start_test_sample end feature {NONE} -- Implementation start_test_sample is -- Start eweasel testing local l_eweasel_63: EWEASEL_63 l_list: ARRAYED_LIST [EW_TEST_CATALOG_INSTRUCTIONS] l_catalog_adapter: EWEASEL_TEST_CATALOG_SAMPLE do create l_eweasel_63.make_empty l_eweasel_63.init ("c:\eweasel\control\init") l_eweasel_63.output_argu ("c:\test_output") l_eweasel_63.define ("ISE_EIFFEL", "c:\PROGRA~1\EIFFEL~1\EIFFEL~1.3GP") l_eweasel_63.define ("ISE_PLATFORM", "windows") l_eweasel_63.define ("EWEASEL", "c:\eweasel") l_eweasel_63.define ("INCLUDE", "c:\eweasel\control") l_eweasel_63.define ("EWEASEL_PLATFORM", "WINDOWS") l_eweasel_63.define ("WINDOWS", "1") l_eweasel_63.define ("PLATFORM_TYPE", "WINDOWS") l_eweasel_63.define_file ("EWEASEL_COMPILE", <<"$ISE_EIFFEL", "studio", "spec", "$ISE_PLATFORM", "bin", "ec.exe">>) l_eweasel_63.define_file ("EWEASEL_EXECUTE", <<"$EWEASEL", "bin", "eiffel_execute.bat">>) l_eweasel_63.define_file ("EWEASEL_FREEZE", <<"$ISE_EIFFEL", "studio", "spec", "$ISE_PLATFORM", "bin", "finish_freezing.exe">>) create l_catalog_adapter.make l_catalog_adapter.prepare create l_list.make (5) l_list.extend (catalog_adapter) l_eweasel_63.execute_with (l_list) end end
The feature `start_test_sample' replaced orignal `eweasel' executable command line. For example, on Windows, the command line is:
eweasel.exe -init c:\eweasel\control\init -output c:\test_output -define ISE_EIFFEL c:\PROGRA~1\EIFFEL~1\EIFFEL~1.3GP -define ISE_PLATFORM windows -define EWEASEL c:\eweasel -define INCLUDE c:\eweasel\control -define EWEASEL_PLATFORM WINDOWS -define WINDOWS 1 -define PLATFORM_TYPE WINDOWS ......
How it works
Acutally, most of eweasel integration classes work as adapters.
{EW_TEST_CONTROL_INSTRUCTIONS}
End users should inherit class {EW_TEST_CONTROL_INSTRUCTIONS} to write new eweasel testing control file. The {EW_TEST_CONTROL_INSTRUCTIONS} have all the testing control instructions which old eweasel has.
Each instruction feature of this class prepare a correspond {TEST_INSTRUCTION} descendant. And it will fill the {TEST_INSTRUCTION} object into a linked list. The linked list will be used by eweasel testing suite class {EW_NAMED_EIFFEL_TEST} later.
{EW_TEST_CATALOG_INSTRUCTIONS}
Similar to {EW_TEST_CONTROL_INSTRUCTIONS}, end users should inherit class {EW_TEST_CATALOG_INSTRUCTIONS} to write new eweasel testing catalog file. The {EW_TEST_CATALOG_INSTRUCTIONS} have all the testing catalog instructions which old eweasel has.