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Revision 94740 - (view) (annotate) - [select for diffs]
Modified Fri Mar 28 09:42:08 2014 UTC (5 years, 8 months ago) by jasonw
File length: 4805 byte(s)
Diff to previous 92723
<<Merged from trunk#94739.>>

Revision 92723 - (view) (annotate) - [select for diffs]
Modified Fri Jun 21 07:47:04 2013 UTC (6 years, 5 months ago) by jasonw
File length: 4795 byte(s)
Diff to previous 92516
<<Merged from trunk#92722.>>

Revision 92516 - (view) (annotate) - [select for diffs]
Modified Fri May 3 04:29:22 2013 UTC (6 years, 7 months ago) by jasonw
File length: 4786 byte(s)
Diff to previous 92499
<<Merged from trunk#92515.>>

Revision 92499 - (view) (annotate) - [select for diffs]
Modified Fri Apr 26 23:06:21 2013 UTC (6 years, 7 months ago) by jasonw
File length: 4742 byte(s)
Diff to previous 89347
<<Merged from trunk#92492.>>

Revision 89347 - (view) (annotate) - [select for diffs]
Modified Fri Aug 10 15:09:25 2012 UTC (7 years, 4 months ago) by jasonw
File length: 4754 byte(s)
Diff to previous 86354
<<Merged from trunk#89346.>>

Revision 86354 - (view) (annotate) - [select for diffs]
Modified Fri Apr 29 18:23:18 2011 UTC (8 years, 7 months ago) by jasonw
File length: 4778 byte(s)
Diff to previous 85792
<<Merged from trunk#86353.>>

Revision 85792 - (view) (annotate) - [select for diffs]
Modified Fri Mar 4 13:51:36 2011 UTC (8 years, 9 months ago) by jasonw
File length: 4754 byte(s)
Diff to previous 84470
<<Merged from trunk#85790.>>

Revision 84470 - (view) (annotate) - [select for diffs]
Modified Fri Oct 1 14:01:07 2010 UTC (9 years, 2 months ago) by jasonw
File length: 4726 byte(s)
Diff to previous 84268
<<Merged from trunk#84468.>>


Revision 84268 - (view) (annotate) - [select for diffs]
Modified Tue Aug 24 14:02:11 2010 UTC (9 years, 3 months ago) by jasonw
File length: 4741 byte(s)
Diff to previous 84108
<<Merged from trunk#84267.>>

Revision 84108 - (view) (annotate) - [select for diffs]
Modified Wed Aug 4 09:40:49 2010 UTC (9 years, 4 months ago) by wests
File length: 4772 byte(s)
Diff to previous 83928
This commit merges SCOOP from the old EVE branch.

It also contains the scoopli and scoop2scoopli libraries, as well as 
scoop examples.



Revision 83928 - (view) (annotate) - [select for diffs]
Modified Fri Jul 16 15:21:01 2010 UTC (9 years, 4 months ago) by mpei
File length: 4757 byte(s)
Diff to previous 83441
<<Merged from trunk#83927>>

Revision 83441 - (view) (annotate) - [select for diffs]
Modified Sat Jun 5 13:52:53 2010 UTC (9 years, 6 months ago) by jasonw
File length: 4723 byte(s)
Diff to previous 83331
Renamed branch eve3 to eve. The eve branch serves as the new branch for the EVE project.

Revision 83331 - (view) (annotate) - [select for diffs]
Modified Wed May 26 18:49:35 2010 UTC (9 years, 6 months ago) by jasonw
Original Path: branches/eth/eve3/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 4723 byte(s)
Diff to previous 83039
<<Breanched from trunk@83330>> Created a branch to upgrade Eiffel Transform library to trunk.

Revision 83039 - (view) (annotate) - [select for diffs]
Modified Sun May 2 11:19:43 2010 UTC (9 years, 7 months ago) by alexk
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 4723 byte(s)
Diff to previous 77402
Implemented `is_computable_using_ancestors' for types that depend on other types.

Revision 77402 - (view) (annotate) - [select for diffs]
Modified Fri Feb 27 12:13:49 2009 UTC (10 years, 9 months ago) by alexk
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 4691 byte(s)
Diff to previous 76432
Added a new feature {TYPE_A}.formal_instantiation_in that takes care of
both formal generic and "like Current" resolution, as they should be
evaluated taking into account slightly different context (current
constraint for the formal generics and current type for "like Current", as
the latter may be resolved to a formal generic and should not be resolved
to a signle constraint in a multi-constraint case).
Promoted attachment setting of a formal generic when it is evaluated in a
descendant.
Used "detachable ANY" as a default constraint for a formal generic.
Added a query {TYPE_SET_A}.is_attached that might be used to see if a given
multi-constraint formal is attached.
Changed calculation of a type in the given context when type-checking code
to use the new function.
Implemented detection of VUTA(2) errors for unary and binary operators.
Avoided compiler crash when reporting VWOE error for unary operator in
multi-constraint case.


Revision 76432 - (view) (annotate) - [select for diffs]
Modified Mon Dec 29 23:41:59 2008 UTC (10 years, 11 months ago) by manus
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 4666 byte(s)
Diff to previous 76126
Removal of `is' keyword.
Replacement of `is' by `=' for constant definitions.
Replaced `indexing' by `note'.


Revision 76126 - (view) (annotate) - [select for diffs]
Modified Tue Dec 9 23:25:11 2008 UTC (11 years ago) by king
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 4699 byte(s)
Diff to previous 74993
Added duplicate_for_instantiation which twins a class type a but not its generics list types, updated all instantiation calls to use it, also removed duplicate from CL_TYPE_A parent_type to match optimization previously done for GEN_TYPE_A

Revision 74993 - (view) (annotate) - [select for diffs]
Modified Tue Oct 7 05:24:47 2008 UTC (11 years, 2 months ago) by manus
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 4670 byte(s)
Diff to previous 74912
Fixed eweasel test#tuple013 because `check_labels' was not properly defined for generic types
  and thus was not checking for BREG or VRFT errors in actual generic parameters.
Removed depedency on `context' in NAMED_TUPLE_TYPE_A to report the error as there is no
  assertion that says so.


Revision 74912 - (view) (annotate) - [select for diffs]
Modified Thu Oct 2 21:34:50 2008 UTC (11 years, 2 months ago) by manus
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 4656 byte(s)
Diff to previous 74866
Fixed full class checking error while checking SPECIAL_CLASS_TYPE and NATIVE_ARRAY_CLASS_TYPE
  because type of `generic_derivation' is not `like Current' and they redefine `type' originally
  of type CL_TYPE_A into GEN_TYPE_A and NATIVE_ARRAY_TYPE_A (thus the detected full class checking
  error).


Revision 74866 - (view) (annotate) - [select for diffs]
Modified Mon Sep 29 16:28:32 2008 UTC (11 years, 2 months ago) by manus
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 4636 byte(s)
Diff to previous 73697
Refactored the code for simplification of the runtime type encoding code generation.
Fixed an issue where A [INTEGER], A [?INTEGER] and A [!INTEGER] would generate 3 different
  CLASS_TYPEs instances where one is enough since an expanded type is always attached.
Added support (but disabled it for the time being) for encoding the attachment mark in the
  runtime type encoding, this is done via {TYPE_A}.annotation_flags which currently always
  return 0.
Changed the way `eparents' is generated, instead of generating again the class name, we simply
  generate the type id and we use that `type_id' to get the class name via the `cn_generator' field
  of the `struct cnode' structure.


Revision 73697 - (view) (annotate) - [select for diffs]
Modified Fri May 23 18:22:30 2008 UTC (11 years, 6 months ago) by manus
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 4640 byte(s)
Diff to previous 72953
Properly implemented the ~ operator on .NET.
Fixed .NET code generation which was generating incorrect code for the basic type when we changed the
  signature from `like Current' to the basic type. The issue is that our code generation was not good
  at changing the expanded status of an argument in a signature as this was not detected.
  To make this work, I also changed the code generation of basic type so that they use the basic type
  .NET equivalent rather than the value type we generate for all the signatures (see
  {BASIC_A}.generic_derivation change).
  And also changed a few things here and there for some various transformation of values from ref to
  basic and reverse.
Also if an inherited routine of an expanded class was calling a routine whose signature was changed
  in the expanded type (e.g. `infix "&"' in INTEGER_32 calling `bit_and' which is redefined) then
  we were calling the new `bit_and' routine but still using its inherited signature thus generating
  the wrong argument passing. So we fixed that by changing {CALL_ACCESS_B}.byte_node to update the
  call to the descendant signature but this caused eweasel test#exec060 to now fails. We tried to
  fix it but could not for the time being. The only result of that change is in {BYTE_CONTEXT}.real_type
  which has been factorized to use {BYTE_CONTEXT}.creation_type which now has a slightly different
  code for resolving types when handling inherited code. Other eweasel tests affected by this change
  but that are passing are test#incr288, test#expanded007 and test#melt069.
Had to change FEATURE_I.access to call the new {TYPE_A}.context_free_type instead of {TYPE_A}.deep_actual_type
  because otherwise the code generation in workbench mode for .NET of `abs_ref' in INTEGER would 
  be incorrect for the postcondition. Basically `context_free_type' only keeps `like Current' and gets
  rid of all the other anchors. The name is not that great since it is not completely free from context,
  but could not find one that express this.
 
Added some validity precondition in TYPE_A for `dispatch_anchors', `is_equivalent', `is_safe_equivalent'
  and `equivalent'. Updated REFERENCE_DESC to reflect that change.


Revision 72953 - (view) (annotate) - [select for diffs]
Modified Sat Apr 5 07:02:49 2008 UTC (11 years, 8 months ago) by alexk
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 4621 byte(s)
Diff to previous 72419
Removed unused feature.

Revision 72419 - (view) (annotate) - [select for diffs]
Modified Sat Feb 23 00:45:27 2008 UTC (11 years, 9 months ago) by manus
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 4632 byte(s)
Diff to previous 71593
Changed SUPPLIER_AS to only create the supplier on demands.

Merged TYPE_I and TYPE_A hierarchies in just TYPE_A one.
1-The major change is that now to compute the associated class type (CLASS_TYPE instance) of a TYPE_A
  one has to provide a context in which the TYPE_A instance appear. If no context is provided, then
  formal generics are not replaced. For example: LIST [G] alone will simply give you the LIST [G]
  CLASS_TYPE, but if you do it in the context of TEST [INTEGER], then it will return the
  LIST [INTEGER] CLASS_TYPE.
2-Updated all callers accordingly.
3-Simplified a few calls where before we did `type.associated_class_type.associated_class' to just
  `type.associated_class'.
4-Added new preconditions to the context provided, it really helped finding out when we were not doing
  things properly especially in code generation when regenerating code from parent into descendant.
5-Eventhough TYPE_I disappeared, I kept TYPE_C and its descendants since they are useful to have
  them for C code generation and quick discimination for TYPE_A instances.
6-Made validity of types better controled by checking more things in `{TYPE_A}.is_valid'. For example
  that if type used to represent a class which was expanded and that it is not expanded anymore, then
  the type is not valid anymore.
7-The most problematic change with TYPE_I/TYPE_A was that they had different notion of `is_external'
  we have added `is_true_external' to simplify the code in certain areas where the old TYPE_I semantic
  was needed.

Code generation change:
1-We now assume that the default context is always `{BYTE_CONTEXT}.context_class_type'. Then in
  `real_type' and `creation_type' we use `{TYPE_A}.evaluated_type_in_descendant' to properly evaluate
  a type from the ancestor code in the current context. Very useful for regeneration of inherited
  assertions and replicated features. Before it worked, but it was not clear how to do things properly,
  now it is clear.
2-Changed the way we generate the type information for like arguments: we simply nest calls to resolve
  the type of the arguments. This affects the interpreter and C code generation which includes a level
  ID for computing the type of generics.

C Code generation change:
1-Because debugging was too difficult at some point during that work and also because the name mapping
  we were using limited us to 32767 types and 131071 routines, I've changed the mechanism to not use
  the `encode.c' modules in C/bench and did everything in Eiffel. So now we simply write for a feature
  name FXXX_YYY where XXX is the type ID and YYY the body index. The same kind of changes have been
  done for other names (See ENCODER class for details.).
2-We also use `type_id' instead of `static_type_id' for names. The reason it is safe to do so is because
  `type_id' never changes in workbench mode and that in finalized mode, even if you have different
  incremental recompilation, 2 projects should generate more or less the same code at the ID levels
  making it easier to compare them.
3-Changed the way type are created. Instead of having a CREATE_INFO instance in the TYPE_I objects
  used to properly generate the type, we simply use the original TYPE_A instance. That way when we
  have an anchor, we either generate its `actual_type' or its anchor spec depending on the value of
  `use_info. We still use CREATE_INFO to generate the type information but instead of being an object
  in each TYPE_I, it is merely a once that we reinitialize each time we need it.
4-ONE CRITICAL ASPECT OF THE CHANGE #3 was that storable depends on the way type descriptions are generated
  and thanks to eweasel test#storable013 I was able to catch this much earlier in the process.
5-Generates less polymorphic tables for attributes and types specification. What happened before was
  that when we needed a polymorphic type specification for example to create `like x' where x is covariantly
  redefined, we were generating at the same time the polymorphic table for `x' even though if `x'
  was not actually used in the system. This reduces by a tiny amount only the size of the executable.
6-Made the DESCRIPTOR entries much smaller than they used to be by computing the number of ancestors
  instead of allocating for the numbers of routines which was really silly.

IL code generation change:
1-Provided a implementation for creation of BIT constants in .NET however it does not completely work yet,
  it has to do with the manner we generate the BIT_REF class.
2-Changed the way we compare signatures, we store a CLASS_TYPE and a routine ID instead. And then when
  needed we refetch the FEATURE_I object to perform the signature comparions. The issue is that the previous
  solution would not work if NATIVE_ARRAY and TYPED_POINTER do not record all the possible genereric
  derivations in which they are present which is now the case for simplicity.
3-Fixed a bug in code generation for a TYPE_FEATURE_I that is instantiated as a basic type. We would
  generate its associated reference type instead of the basic type. It was not caught before because those
  routines where never called at runtime unless you had a formal generic parameter creation constraint.
4-Fixed an inconsistency shown by eweasel test#incr168 where a precondition check was generated eventhough
  none was needed because one inherited routine had a True precondition. The C code was doing it ok, but
  not .NET
5-Found out see eweasel test#final041 that we first generate inherited assertion and then precondition,
  which is the contrary of what is done in melted or C code generation.
6-Simplified creation of manifest ARRAYS and TUPLE by avoiding a local variable.


Debugger:
1-Updated the code accordingly to the TYPE_I/TYPE_A merge
2-Fixed bug in {DBG_EVALUATOR}.prepare_parameters so that we do not use BYTE_CONTEXT to resolve
  the type but `instantiation_in' instead. It seems to solve one case that the previous debugger did
  not handle (See updated comment).
3-Fixed precondition violation in
  {AST_DEBUGGER_EXPRESSION_CHECKER_GENERATOR}.expression_or_instruction_type_check_and_code where
  we were still trying to evaluate in the descendant if the parent evaluation failed. Causing some
  precondition violations since the AST was not completely annotated with IDs needed for resolution.

Bug fixes:
1-Fixed issue with the way we maintained {CLASS_C}.generic_features, because you could rebuild the list
  without recompiling descendants (case of modifying only a contract of the class) and the rebuilding
  would yield new routine IDs. Then during either type checking or code generation the evaluation of 
  `{TYPE_A}.evaluate_type_in_descendant' could fail because it is not find the new routine ID in the
  descendant class. Now we preserve the routine ID as long as we can, same with feature ID.
2-Made `feature_of_rout_id' works to find the invariant feature.
3-Made sure that when removing an ID from a server it is also removed from the TMP server. Added
  a `not_present' postcondition after calling `remove' to ensure that.


Revision 71593 - (view) (annotate) - [select for diffs]
Modified Thu Dec 20 21:16:19 2007 UTC (11 years, 11 months ago) by manus
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 3534 byte(s)
Diff to previous 67176
Removed `format' routine from TYPE_A and EXPORT_I so that we can easily have a core compiler
  without a TEXT_FORMATTER_DECORATOR included (i.e. it is only using the TEXT_FORMATTER).


Revision 67176 - (view) (annotate) - [select for diffs]
Modified Sat Mar 10 01:10:13 2007 UTC (12 years, 9 months ago) by manus
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 3542 byte(s)
Diff to previous 61551
Added `evaluated_type_in_descendant' in TYPE_A to evaluate a type in the context of a descendant class.
  The existing instantiation_in would not do it since it does it in a CL_TYPE_A version of the descandant
  class. Although not yet done, `instantiation_in' could be rewritten in a much simpler fashion by using
  this new routine and the existing `instantiated_in'.
Full class checking:
 - Added `full_class_checking' option in the configuration library and removed the system option
   in SYSTEM_OPTIONS.full_type_checking and the associated settings in the configuration library.
 - Updated code in AST_FEATURE_CHECKER_GENERATOR to perform a correct full class checking.
 - Changed EIFFEL_CLASS_C.pass3 to properly initialize the checker to perform full class checking,
   also melted routine without assertions are checked normally (i.e. `to_melt_in' on DEF_PROC_I
   are now the same as FEATURE_I).
First result of applying catcall checking on the compiler:
 - Fixed a validity error in `is_safe_equivalent' from TYPE_A.
 - Fixed a validity error in CLASS_TYPE.make


Revision 61551 - (view) (annotate) - [select for diffs]
Modified Fri Jul 21 23:22:40 2006 UTC (13 years, 4 months ago) by tedf
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 3512 byte(s)
Diff to previous 61535
Added `has_like_argument' in TYPE_A.
In AST_DECORATED_OUTPUT_STRATEGY we test return type of found feature using `has_like_argument' so that we can solve the type by when there are like argument types appears in it. By doing this, most of the time we avoid expression visiting.
Slightly refactored output strategy for documentation generation.

Revision 61535 - (view) (annotate) - [select for diffs]
Modified Fri Jul 21 14:40:01 2006 UTC (13 years, 4 months ago) by alexk
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 3493 byte(s)
Diff to previous 58325
Added a feature to get a reference type for the given expanded type.
Ensured that a type "reference X" conforms to a type "X".


Revision 58325 - (view) (annotate) - [select for diffs]
Modified Thu Apr 20 16:05:16 2006 UTC (13 years, 7 months ago) by manus
Original Path: trunk/Src/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 3196 byte(s)
Diff to previous 58027
Moved trunk/Src/bench/Eiffel to trunk/Src/Eiffel.

Revision 58027 - (view) (annotate) - [select for diffs]
Modified Wed Apr 5 07:08:57 2006 UTC (13 years, 8 months ago) by manus
Original Path: trunk/Src/bench/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 3196 byte(s)
Diff to previous 57371
Fixed mixing paranthesis in indexing clause for the licensing.
Added missing license reference in newly created Eiffel classes.


Revision 57371 - (view) (annotate) - [select for diffs]
Modified Wed Mar 8 00:05:46 2006 UTC (13 years, 9 months ago) by manus
Original Path: trunk/Src/bench/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 3186 byte(s)
Diff to previous 57234
Refactoring which separate TYPE_AS from TYPE_A.
* The TYPE_AS classes specific to the compiler have been removed, we now use the one from the
  parser cluster. Only INTEGER_CONSTANT and FORMAL_CONSTRAINT_AS are compiler specific, but defined
  as descendants of INTEGER_AS and FORMAL_DEC_AS.
* The return type and arguments' type are of type TYPE_A, which help us in removing many calls to
  `actual_type' when the purpose was to get the TYPE_A instance as statically it was a TYPE_AS, but
  dynamically it was TYPE_A.
* Rewritten the way we go from TYPE_AS to TYPE_A. This is now done in two steps.
  1 - convert TYPE_AS into TYPE_A using the AST_TYPE_A_GENERATOR visitor. For Bits symbol and anchors
      we get an UNEVALUATED_XX version.
  2 - evaluate and check validity of TYPE_A we obtained by 1), this is done using TYPE_A_CHECKER.
      TYPE_A_CHECKER is modular in the sense that it can be configured to trigger or not errors.
	  Useful to disable when we are in part of the UI of EiffelStudio who does not care about an
	  error reporting.
* Thanks to the above refactoring, I fixed eweasel tests: test#valid104, test#valid131, test#valid135.
  It was due to a bug that when solving an anchor type, we did not update `feature_id', as a consequence
  a comparison would yield False instead of True, because they were referring to the same anchor.
* In TYPE_A, try to add some preconditions to `associated_class' and fix all incorrect usage of it.
  Use `is_valid' a lot to ensure that we have a valid type (used to check validity of types in
  inheritance clause and constraints).
* Changed formatting so that we see G#x and arg#x (whereas it was Generic #x, Formal #x and arg # x)
  to make things more compact.
* Updated all the other part of EiffelStudio that depended on the above changes.
* New version number 5.7.0806



Revision 57234 - (view) (annotate) - [select for diffs]
Modified Thu Mar 2 01:57:13 2006 UTC (13 years, 9 months ago) by manus
Original Path: trunk/Src/bench/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 3199 byte(s)
Diff to previous 56535
Wrote a TYPE_A visitor.


Revision 56535 - (view) (annotate) - [select for diffs]
Modified Tue Jan 17 01:37:10 2006 UTC (13 years, 10 months ago) by manus
Original Path: trunk/Src/bench/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 3060 byte(s)
Diff to previous 50193
Added text of the GPL license to all classes of the compiler.


Revision 50193 - (view) (annotate) - [select for diffs]
Modified Tue Apr 19 04:54:09 2005 UTC (14 years, 7 months ago) by manus
Original Path: trunk/Src/bench/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 1655 byte(s)
Diff to previous 48822
Updated to change of `conformance_type' to  `actual_conformance_type'.


Revision 48822 - (view) (annotate) - [select for diffs]
Modified Tue Mar 1 10:37:05 2005 UTC (14 years, 9 months ago) by alexk
Original Path: trunk/Src/bench/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 1651 byte(s)
Diff to previous 48817
Added a feature to determine whether type is completely fixed or is subject
to changes because of anchored and/or formal generic types that are used
in its definition.


Revision 48817 - (view) (annotate) - [select for diffs]
Modified Tue Mar 1 06:34:40 2005 UTC (14 years, 9 months ago) by manus
Original Path: trunk/Src/bench/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 1641 byte(s)
Diff to previous 44434
Updated to use new creation procedure `make' of the corresponding _I class.


Revision 44434 - (view) (annotate) - [select for diffs]
Modified Wed Jul 21 04:49:24 2004 UTC (15 years, 4 months ago) by manus
Original Path: trunk/Src/bench/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 1647 byte(s)
Diff to previous 41746
Removed support for `reference' types:
  - removed `reference_actual_type'.
  - added `is_conformant_to' which enables us to find if one type inherits
    from another one in a conformant way. It is needed for checking constraint
	genericity when actual generic is an expanded and constraint is a reference.
	Before we were using `reference_actual_type.conform_to' but since we
	removed it, we need something else and this is `is_conformant_to'.


Revision 41746 - (view) (annotate) - [select for diffs]
Modified Fri Mar 5 22:20:49 2004 UTC (15 years, 9 months ago) by manus
Original Path: trunk/Src/bench/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 1882 byte(s)
Diff to previous 39175
Ensured that all basic types have their `class_id' attribute properly defined
  as per the new CL_TYPE_A invariant.
Added specific implementation `reference_actual_type' for basic types.


Revision 39175 - (view) (annotate) - [select for diffs]
Added Sun Sep 21 22:44:43 2003 UTC (16 years, 2 months ago) by manus
Original Path: trunk/Src/bench/Eiffel/API/evaluated_type/typed_pointer_a.e
File length: 1652 byte(s)
First imlementation of TYPED_POINTER: now all $x expression where x is a local,
argument, Current, Result or an attribute are of type TYPED_POINTER [type of x].


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