ld: not enough room for program headers

Similar Threads:

1.Test Case : __attribute__ ((aligned (16384)))==>Not enough room for program headers

On Linux, I was unable to compile the below test case with cc, gcc, or
g++! Does anyone know how I can if it's possible?

/* test.c */
#include <stdio.h>

struct 
{
  int t1;
  int t2;
  float tx;
} shared_memory __attribute__ ((aligned (16384)));

int main ()
{
  printf ("hello\n");
}

%g++ test.c
/usr/bin/ld: a.out Not enough room for program headers (allocated 7,
need 8)
/usr/bin/ld: final link failed: Bad value
collect2: ld returned 1 exit status

Thank you,
Christopher Lusardi


Note: On SGI, I can use "pragma align_symbol (shared_memory, 16384)"
after the definition of the struct without the error. If I use the
pragma on Linux it does not align properly.

2.for huge "recommended" patch, not enough room in /var/sadm/patch

Not enough room in /var/sadm/patch, the install-script
says.

But on other partitions and disks I have *lots* of
space available.  Just not on the root partition,
which contains /var/sadm/patch (among much else,
of course).

Might this work.

Rename /var/sadm/patch to eg /var/sadm/patch2-original,
then create a patch dir in some partition that had
logs of space, and then make /var/sadm/patch
a symlink to there.



Or should I symlink either higher up the var/sadm tree,
or symlink *several* of those directories?

And is there any reason to *copy* those directories
to where I'm going to symlink to, so that if there's
already some contents, they'll still be "there"?

(That install-script doesn't explicitly check for
this trick -- I hope not.)

-----

Or is there maybe some better way to do surmount this not-enough-disk pbm?



----------

Of course I do down to single-user before doing
the   ./install_cluster,

but any reason I can't leave everything else
mounted?

I mean, in recent years, has anyone *ever* gotten
hurt by doing that?   (If so, please say how, so we
can all get wised-up on this, uh, danger.)


Thanks!!!

David

3.Test Case Included:... __attribute__ ((aligned (16384)))==>Not enough room for program headers(allocated 8, need 9)

Hello,

  The below question is pertaining to error with code on :

     Red Hat Linux release Fedora Core release 3 (Hedelberg)

  Note: I have to use the code per requirements!

  The below code will compile without error on :

     Red Hat Linux release Red Hat Enterprise Linux WS release 3
  (Taroon Update 2)

  I'm using g++.

/************************************************/
struct
{
  int t1;
  int t2;
  int t3
  int t4;

} shared_memory __attribute__ ((aligned (16384))) = {};

int main ()
{
  printf ("address is %X\n",&shared_memory);
}

/************************************************/

Note: Without the attribute, the program compiles. But it's incorrect
because of the address of the variable is not what I have to have!

What can I do to get the program to compile and run with the
shared_memory aligned to some 16384 address?

Thank you,
Christopher Lusardi

4.Test Case Included:... __attribute__ ((aligned (16384)))==>Not enough room for program headers(allocated 7, need 8)

Hello,

  On Linux, if I use the "-N" option with the below test case it
compiles (g++) and runs perfectly, but I get "undefined" when I try to
compile an X application with the aligned attribute, using g++.

  Without the "-N" option the linker complains with the message on the
subject line.

/************************* Program 1: test.c ***********************/
struct 
{
  int t1;
  int t2;
  int tx;
} shared_memory __attribute__ ((aligned (16384)));

int main ()
{
  printf ("address is %X\n",&shared_memory);
}
/************************* But Program 2 Woun't Compile ***********/

When I compile it, I get:
undefined reference to XmStringCreateLtoR
undefined reference to XtVASetValues
...

These undefineds are in standard X libraries.

Note: Without the described attribute, the program compiles. But it's
incorrect because of the variable's address isn't want I want!

If I surround the library includes with extern "C" the compiler
complains about the line with the extern. I mention this because that
is the standard way of linking C++ files to C files.

What can I do to get the X application to compile and run with the
shared_memory aligned to some 16384 address?

Thank you,
Christopher Lusardi

5.Please explain "Could not load program Not enough space"

6. "ld: fatal: library -lc: not found" error when compiling program

7. [News] For Windows, One Anti-viru$ Program is Not Enough

8. Cannot run Fortran program on AIX: not enough memory