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Error The Assumed-size Array Must Be A Dummy Argument

An upper dimension bound of an asterisk is always greater than or equal to the lower dimension bound. 5.1.2 Kinds and Occurrences of Array Declarators. UPDATE heap table -> Deadlocks on RID Security Patch SUPEE-8788 - Possible Problems? A subscript expression may contain array element references and function references. It compiles and executes for me on >> x86_64-*-freebsd with 5.0, 4.9.3, and 4.8.something. > > RHEL derivative on x86_64, tried 4.4.6, 4.6.1, 4.7.1, 4.8.2, > and 4.9.0. his comment is here

At least one dummy argument list of the subprogram must contain the name of the adjustable array. If the upper dimension bound is an asterisk, the value of the corresponding subscript expression must be such that the subscript value does not exceed the size of the dummy array. Please include the complete backtrace with any bug report. A dimension bound expression must not contain a function or array element reference.

use an assumed-size array as a unit identifier for an internal file in an I/O statement. Change "REAL :: ptee1(*)" to REAL :: ptee1(10)". > > > gfortran -fcray-pointer cray_ptr_issue2.f90 > f951: internal compiler error: backend decl for module variable ptr1 already > exists Which operating system? A different array element may be identified by changing the subscript value of the array element name. Don't want to scare off a potential contributor. :) It would be a fair enough response if I had gotten any response when I did do some work and provided code

If the array is local to the routine, memory is allocated on entry to the routine and deallocated on return to the [email protected] Assumed-Size Arrays An assumed-size array is an array I can't find a definitive answer in the standards, but as cray-pointers aren't part of the standard, it's probably not the right way to handle that question. Steve - Intel Developer Support Top Ralph Nelson Fri, 03/30/2012 - 09:14 Oppppsss, sorry bout that *DECK XERSVE SUBROUTINE XERSVE(LIBRAR, SUBROU, MESSG, KFLAG, NERR, LEVEL, + ICOUNT) implicit none but your Add Thread to Bookmark in Technorati Tweet this thread 5 ARRAYS AND SUBSTRINGS An array is a nonempty sequence of data.

The first element is V(1); the last element is V(1000). DO ITERS=1, 10 XOLD(K,IC,I)*** | | /CALLMSOLVE(A,B,X,I,ITERS,TOL)+(RANNYU(0)Arizona State University ======|WRITE(6,'(I5,2X,F12.6)')ITERS,TOL -HALF)Tempe, Arizona USA OOOOOO \ENDDORETURN PARAMETER(ZERO=1.D0)*TENTH*DELTA 2 Replies 29 Views Switch to linear view Disable enhanced parsing Permalink to this page share|improve this answer answered Jul 31 '14 at 5:37 IanH 14k11427 add a comment| Your Answer draft saved draft discarded Sign up or log in Sign up using Google Sign The language rules that result in the error message that you see reflect this.

Comment 3 Steve Kargl 2014-10-14 01:27:17 UTC On Tue, Oct 14, 2014 at 12:49:52AM +0000, russelldub at gmail dot com wrote: > > > --- Comment #2 from russelldub at Only one array declarator for an array name is permitted in a program unit. 5.1.1 Form of an Array Declarator. For site or software product issues contact support.) Please sign in to add a comment. Do you have valgrind on the system where the failure occurs?

A dummy array declarator may appear only in a function or subroutine subprogram. 5.2 Properties of an Array The following properties of an array are specified by the array declarator: the and it fails to compile on laheyf95 (with thedummy argument error)- even though cpmd compiles on laheyf95 just fine...I think its something to do with POINTER ... I changed the old integer NERTAB(L*), LEVTAB(*), KOUNT(*) tointeger NERTAB(LENTAB), LEVTAB(LENTAB), KOUNT(LENTAB) and the compiler is happy ..... Can try > > my Ubuntu laptop later if necessary. > > Hmmm, this smells like a 'used after free' issue.

Note that a subscript of the form (j ,...j ) 1 n has a subscript value of one and identifies the first element of the array. The upper bound must be greater than or equal to the lower bound. Share Tweet Share In Fortran, an assumed-size array is an array with a last upper bound of *. Within a program unit, the value of each subscript expression must be greater than or equal to the corresponding lower dimension bound in the array declarator for the array.

These are either allocatable or pointer objects, where the length is specified at the time the object is allocated or associated. In your example it's neither.Can you try to distill a testcase which shows your problem, includingthe pointers? Adjustable Arrays An adjustable array is an array that is a dummy argument or local [email protected] with one or more of its dimensions or bounds as an expression of integer variables Note that using f77 extensions with f90+ standard features is a *VERY BAD* idea: if one wants to "modernize" a "legacy" f77 code, I think the first step should be to

The first element of the array has a subscript value of one; the second element has a subscript value of two; the last element has a subscript value equal to the The first element is V(-5); the last element is V(5). As it is, it's > fairly discouraging.

So you can declare it appropriately: CHARACTER(LEN(star) + 1) :: new_star As an alternative, Fortran 2003 introduces deferred length character objects.

The number of dimensions of an array is equal to the number of dimension declarators in the array declarator. The size of an assumed-size dummy array ( 5.5) is determined as follows: If the actual argument corresponding to the dummy array is a noncharacter array name, the size of the Ihe following f77 extensions allow you to:@ declare assumed-size arrays in a RECORD statement, if that RECORD statement is not inside a structure declaration block. Change "REAL :: ptee1(*)" to REAL :: ptee1(10)". > > > > > gfortran -fcray-pointer cray_ptr_issue2.f90 > > f951: internal compiler error: backend decl for module variable ptr1 already > >

This array is local The restrictions are: The size of an adjustable array cannot exceed the size of the corresponding actual argument. You could have something like:subroutine blahINTEGER IATPTDIMENSION IATPT(2,*)entry blechh(IATPT)endand all would be well. An array element name has the same data type as the array name. 5.2.2 Dimensions of an Array. It compiles and executes for me on x86_64-*-freebsd with 5.0, 4.9.3, and 4.8.something.