(j3.2006) J3 Fortran interp letter ballot #22

[Whitlock, Stan]

Here is my interp letter ballot #22:

22 Fortran interpretations are currently "Passed by J3 meeting" after
J3 meeting #193.  This is the letter ballot phase to go from "Passed
by J3 meeting" to "Passed by J3 letter ballot".

The following Fortran interpretations are being balloted:

Yes  No   Number     Title

-Y-  ---  F03/0030   IEEE divide by zero
-Y-  ---  F03/0048   Control edit descriptors in UDDTIO
-Y-  ---  F03/0085   Finalizing targets of pointer or allocatable
                            actual arguments
-Y-  ---  F03/0091   Array components cannot depend on length type
                            parameters
-Y-  ---  F03/0096   Can a read statement change the unit value?
-Y-  ---  F03/0105   SIZE= specifier and UDDTIO
-Y-  ---  F03/0110   Error in field width for special cases of signed
                            INFINITY output
-Y-  ---  F03/0121   Precise FP semantics of the REAL intrinsic
-Y-  ---  F03/0123   Implicit typing in derived types
-Y-  ---  F03/0124   definition is poorly defined
-Y-  ---  F03/0128   Subobjects in namelist output
-Y-  ---  F08/0006   generic resolution with banned argument
                            combinations
-Y-  ---  F08/0040   MOVE_ALLOC for coarrays
-Y-  ---  F08/0041   Segment ordering rules
-Y-  ---  F08/0042   SOURCE= questions
-Y-  ---  F08/0043   Executing a type-bound procedure on a coindexed
                             object
-Y-  ---  F08/0044   Resolving the type of a coarray or coindexed object
-Y-  ---  F08/0045   constraints on entities of type LOCK_TYPE
-Y-  ---  F08/0046   VALUE attribute restrictions
-Y-  ---  F08/0047   public generic with same name as private type
-Y-  ---  F08/0048   Sequence association for coarrays
-Y-  ---  F08-0049   ELEMENTAL functions with nonconstant type parameters


/Stan Whitlock
Intel Corporation
-------------- next part --------------
An HTML attachment was scrubbed...
URL: <http://j3-fortran.org/pipermail/j3/attachments/20101119/757a6888/attachment.htm>