comment on

Yes that was it. But now I am getting a bunch of warnings from GCC, and make test fails a couple. To wit:

cpan[1]> install Math::GSL
Going to read '/root/.cpan/Metadata'
  Database was generated on Fri, 04 Mar 2011 10:27:20 GMT
Running install for module 'Math::GSL'
Running make for L/LE/LETO/Math-GSL-0.22.tar.gz
Checksum for /root/.cpan/sources/authors/id/L/LE/LETO/Math-GSL-0.22.ta
+r.gz ok
Scanning cache /root/.cpan/build for sizes
......................................................................
+......DONE

  CPAN.pm: Going to build L/LE/LETO/Math-GSL-0.22.tar.gz

Checking for GSL..Found GSL version 1.14
Checking if gcc supports "-Wall"...yes
Checking if gcc supports "-Wno-unused-function"...yes
Checking if gcc supports "-Wno-unused-value"...yes
Checking if gcc supports "-Wno-unused-function"...yes
Checking if gcc supports "-Wno-unused-variable"...yes
Checking if gcc supports "-g"...yes
Creating new 'MYMETA.yml' with configuration results
Creating new 'Build' script for 'Math-GSL' version '0.22'
Have a great day!
Building Math-GSL
xs/Multiroots_wrap.c: In function ‘_wrap_gsl_multiroot_fdjacobian’:
xs/Multiroots_wrap.c:2339:12: warning: assignment from incompatible po
+inter type
xs/Multiroots_wrap.c: In function ‘_wrap_gsl_multiroot_fsolver_functio
+n_set’:
xs/Multiroots_wrap.c:2902:12: warning: assignment from incompatible po
+inter type
xs/Multiroots_wrap.c: In function ‘_wrap_gsl_multiroot_fsolver_set’:
xs/Multiroots_wrap.c:3337:12: warning: assignment from incompatible po
+inter type
xs/Roots_wrap.c: In function ‘_wrap_gsl_root_fdfsolver_fdf_set’:
xs/Roots_wrap.c:3213:23: warning: character constant too long for its 
+type
xs/Roots_wrap.c:3213:7: warning: passing argument 2 of ‘fprintf’ makes
+ pointer from integer without a cast
/usr/include/stdio.h:355:12: note: expected ‘const char * __restrict__
+’ but argument is of type ‘int’
xs/Roots_wrap.c:3214:7: warning: ‘return’ with a value, in function re
+turning void
xs/Roots_wrap.c: In function ‘_wrap_gsl_root_fdfsolver_set’:
xs/Roots_wrap.c:3776:23: warning: character constant too long for its 
+type
xs/Roots_wrap.c:3776:7: warning: passing argument 2 of ‘fprintf’ makes
+ pointer from integer without a cast
/usr/include/stdio.h:355:12: note: expected ‘const char * __restrict__
+’ but argument is of type ‘int’
xs/Roots_wrap.c:3777:7: warning: ‘return’ with a value, in function re
+turning void
  LETO/Math-GSL-0.22.tar.gz
  ./Build -- OK
Running Build test
t/00-load.t ........ 1/52 # Testing Math::GSL 0.22 on i386-linux-threa
+d-multi, Perl (/usr/bin/perl) 5.012003
t/00-load.t ........ ok     
t/01-pod.t ......... skipped: Test::Pod 1.00 required for testing POD
t/BLAS.t ........... 1/109 
    Elements start differing at index 0, delta = 8.9263593745227e+195
        $x->[0] = 8.9263593745227e+195
        $y->[0] = 50

    Elements start differing at index 0, delta = 7.43864376780752e+195
        $x->[0] = 7.43864376780752e+195
        $y->[0] = 34

    Elements start differing at index 0, delta = 4.42423204080942e+214
        $x->[0] = -4.42423204080942e+214
        $y->[0] = 24

    Elements start differing at index 0, delta = 4.22125628458722e+200
        $x->[0] = 4.22125628458722e+200
        $y->[0] = 46

    Elements start differing at index 0, delta = 3.51771357048935e+200
        $x->[0] = 3.51771357048935e+200
        $y->[0] = 34

    Elements start differing at index 0, delta = 24
        $x->[0] = -8.0780671462807e-27
        $y->[0] = 24
t/BLAS.t ........... ok       
t/BSpline.t ........ ok   
t/CBLAS.t .......... ok   
t/CDF.t ............ 1/794 
#   Failed test 'gsl_cdf_tdist_Qinv (3.18309885122757724e-5, 1.0) ?= 9
+999.99999999054,
# res= +-9.45874489843845e-09, eps=2.3283064365387e-10'
#   at t/CDF.t line 834.

#   Failed test 'gsl_cdf_tdist_Pinv (3.18309885122757724e-5, 1.0) ?= -
+9999.99999999054,
# res= +-9.45874489843845e-09, eps=2.3283064365387e-10'
#   at t/CDF.t line 834.
# Looks like you failed 2 tests of 794.
t/CDF.t ............ Dubious, test returned 2 (wstat 512, 0x200)
Failed 2/794 subtests 
t/Chebyshev.t ...... ok     
t/Combination.t .... ok     
t/Complex.t ........ ok     
t/Const.t .......... ok   
t/DHT.t ............ ok   
t/Deriv.t .......... ok     
t/Eigen.t .......... ok     
t/Errno.t .......... ok   
t/FFT.t ............ ok     
t/Fit.t ............ ok     
t/GSL.t ............ 1/18 
    Elements start differing at index 2, delta = 0.00099999999999989
        $x->[2] = 3
        $y->[2] = 3.001

    Elements start differing at index 2, delta = 9.99999998363421e-08
        $x->[2] = 3.0010001
        $y->[2] = 3.0010002
t/GSL.t ............ ok     
t/Heapsort.t ....... ok   
t/Histogram.t ...... ok     
t/Histogram2D.t .... ok     
t/IEEEUtils.t ...... ok   
t/Integration.t .... ok     
t/Interp.t ......... ok     
t/Linalg.t ......... 1/70 
    Elements start differing at index 0, delta = 6
        $x->[0] = -0
        $y->[0] = -6

    Elements start differing at index 0, delta = 8
        $x->[0] = -4
        $y->[0] = 4
t/Linalg.t ......... ok     
t/Machine.t ........ ok   
t/Matrix.t ......... 1/238 
    Elements start differing at index 1, delta = 0.707106781186548
        $x->[1] = 4.32963728535968e-17
        $y->[1] = -0.707106781186548

    Elements start differing at index 1, delta = 0.707106781186548
        $x->[1] = 4.32963728535968e-17
        $y->[1] = 0.707106781186548
t/Matrix.t ......... 109/238 
    Elements start differing at index 1, delta = 1
        $x->[1] = 3
        $y->[1] = 2
t/Matrix.t ......... ok       
t/MatrixComplex.t .. 1/38 
    Elements start differing at index 1, delta = 1
        $x->[1] = 3
        $y->[1] = 4

    Elements start differing at index 1, delta = 1
        $x->[1] = 3
        $y->[1] = 2
t/MatrixComplex.t .. ok     
t/Min.t ............ ok     
t/Monte.t .......... 1/15 
    Elements start differing at index 0, delta = 2.78505685129308e+16
        $x->[0] = 0.333333333333333
        $y->[0] = 2.78505685129308e+16
t/Monte.t .......... ok     
t/Multifit.t ....... ok       
t/Multimin.t ....... ok   
t/Multiroots.t ..... ok     
t/NTuple.t ......... 1/11 This is the end at t/NTuple.t line 14.
t/NTuple.t ......... ok     
t/ODEIV.t .......... ok   
t/Permutation.t .... ok     
t/Poly.t ........... 
    Elements start differing at index 0, delta = 4
        $x->[0] = 0
        $y->[0] = 4
t/Poly.t ........... 1/7 
    Elements start differing at index 0, delta = 0.674
        $x->[0] = 0
        $y->[0] = 0.674
t/Poly.t ........... ok   
t/PowInt.t ......... ok     
t/QRNG.t ........... ok   
t/RNG.t ............ ok     
t/Randist.t ........ ok   
t/Roots.t .......... ok     
t/SF.t ............. ok         
t/Siman.t .......... ok   
t/Sort.t ........... ok     
t/Spline.t ......... ok     
t/Statistics.t ..... ok     
t/Sum.t ............ ok     
t/Sys.t ............ ok     
t/Vector.t ......... 1/142 
    Elements start differing at index 0, delta = 9
        $x->[0] = 1
        $y->[0] = 10

    Elements start differing at index 0, delta = 9
        $x->[0] = 1
        $y->[0] = 10
t/Vector.t ......... ok       
t/VectorComplex.t .. ok     
t/Wavelet.t ........ ok     
t/Wavelet2D.t ...... ok   

Test Summary Report
-------------------
t/CDF.t          (Wstat: 512 Tests: 794 Failed: 2)
  Failed tests:  481, 523
  Non-zero exit status: 2
t/Matrix.t       (Wstat: 0 Tests: 238 Failed: 0)
  TODO passed:   209-212
t/Vector.t       (Wstat: 0 Tests: 142 Failed: 0)
  TODO passed:   141-142
Files=52, Tests=3578, 18 wallclock secs ( 1.53 usr  0.27 sys + 13.75 c
+usr  1.58 csys = 17.13 CPU)
Result: FAIL
Failed 1/52 test programs. 2/3578 subtests failed.
  LETO/Math-GSL-0.22.tar.gz
  ./Build test -- NOT OK
//hint// to see the cpan-testers results for installing this module, t
+ry:
  reports LETO/Math-GSL-0.22.tar.gz
Running Build install
  make test had returned bad status, won't install without force
Failed during this command:
 LETO/Math-GSL-0.22.tar.gz                    : make_test NO
[download]

In reply to Re^4: Install Math::GSL fail by cormanaz
in thread Install Math::GSL fail by cormanaz

Are you posting in the right place? Check out Where do I post X? to know for sure.
Posts may use any of the Perl Monks Approved HTML tags. Currently these include the following:
<code> <a> <b> <big> <blockquote> <br /> <dd> <dl> <dt> <em> <font> <h1> <h2> <h3> <h4> <h5> <h6> <hr /> <i> <li> <nbsp> <ol> <p> <small> <strike> <strong> <sub> <sup> <table> <td> <th> <tr> <tt> <u> <ul>
Snippets of code should be wrapped in <code> tags not <pre> tags. In fact, <pre> tags should generally be avoided. If they must be used, extreme care should be taken to ensure that their contents do not have long lines (<70 chars), in order to prevent horizontal scrolling (and possible janitor intervention).
Want more info? How to link or How to display code and escape characters are good places to start.


go ahead... be a heretic
	PerlMonks