Hi, what is the problem about “Building the EGSnrc C++ class library … Failed”?

the compiled info:

yuan@ubuntu:~/EGSnrc/EGSnrc_with_egs_brachy$ ./HEN_HOUSE/scripts/configure

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configure

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Copyright (C) 2015 National Research Council Canada

This program comes with ABSOLUTELY NO WARRANTY. This is free software, and you

are welcome to redistribute it under certain conditions. See LICENCE file for

details or http://www.gnu.org/licenses/agpl.txt

###############################################################################

EGSnrc configuration script.

This script configures EGSnrc for use on your system. The configuration

options will be saved in a configuration file inside the $HEN_HOUSE/specs

directory. You can use this configuration by setting the environment variable

$EGS_CONFIG to the path of the configuration file.

You can use this script to generate as many different configurations as you

wish (for instance, you may have different compilers installed or various

operating systems on the same file system). If the environment variable

$HEN_HOUSE is set for previous EGSnrc installations, it should probably be

unset prior to calling this script.

This script will ask you questions to configure EGSnrc.

Any response you enter overrides the suggested default shown in brackets.

This implies that if you want to add something to the default answer, you

must re-type this default answer as part of your response.

To accept the default answer shown in brackets: just press enter.

To submit an empty answer, overriding the default: enter ‘–‘ as a response.

To get help for some questions requiring input: enter ‘?’ as a response.

###############################################################################

You can exit this script at any time by typing Ctrl-C.

Press enter to continue.

Checking system type … x86_64-unknown-linux-gnu

Checking for make … yes (/usr/bin/make)

Looking for installed fortran compilers … OK

Found the following FORTRAN compilers in your search path:

gfortran f77 f95

Input fortran compiler: [gfortran]

Testing if gfortran works … yes. Object extension is ‘o’

Testing if gfortran can create executables … yes. Extension is ”

Checking for compiler version … don’t know

Input standard compilation flags: [-fPIC]

Input optimization flags: [-O2]

Input flags for debugging: [-g]

Input libraries that your compiler may need:

Will use the following compiler settings:

F77 = gfortran

FCFLAGS = -fPIC

FDEBUG = -g

FOPT = -O2

FLIBS =

Testing if compilation flags work … yes

Checking for the availability of various system dependent functions:

Checking for a working ‘exit’ subroutine … yes (exit)

Checking if ‘system’ is a function … yes

Checking for the ‘date_and_time’ subroutine … yes

Checking for the ‘flush’ subroutine … yes (flush)

Checking for the ‘fdate’ subroutine … yes (fdate)

Checking for the ‘secnds’ function … yes (secnds)

Checking for the ‘date’ subroutine … no

Checking for the ‘time’ subroutine … no

Checking for the ‘etime’ function … yes (etime)

Checking for the ‘lnblnk’ function … yes

Checking for the ‘hostnm’ function … yes (hostnm)

Testing if hostnm works … yes (returns ubuntu)

Checking for the ‘lstat’ function … yes

Checking if lstat works … yes

Checking if inquire works on directories … yes

Checking for record length … 4

Checking for the endianess of the machine … little endian

Checking for integer*8 … yes

Checking for integer*2 … yes

Looking for C compilers installed on your system … gcc cc c89

Input the one you would like to use: [gcc]

Input C compiler flags to use: [-O2 -fPIC]

Checking for fortran name mangling scheme … lower case, _ and _

Input path to EGSnrc HEN_HOUSE directory: [/home/yuan/EGSnrc/EGSnrc_with_egs_brachy/HEN_HOUSE]

Choose a configuration file name: [linux.conf]

Using HEN_HOUSE = /home/yuan/EGSnrc/EGSnrc_with_egs_brachy/HEN_HOUSE

configuration file = linux.conf

configuration name = linux

Creating lib/linux directory … OK

Creating egs_config1.h … OK

Creating egs_c_utils.h and egs_c_utils.c … OK

Compiling egs_c_utils.c … OK

Creating load_beamlib.o … OK

Creating load_vculib.o … OK

Creating read_write_pardose … OK

Creating dosxyznrc_linux.spec … OK

Library needed for dlopen … -ldl

Creating config file linux.conf … OK

Creating machine.macros … OK

Creating machine.f … OK

Creating machine.mortran … OK

Creating bin directory … OK

Creating bin/linux directory … OK

Creating log directory … OK

Compiling mortran3 … OK

Compiling pegs4 … OK

Compiling beam_build … OK

Compiling beamdp … OK

Compiling ctcreate … Failed

Compiling statdose … OK

Compiling readphsp … OK

Compiling dosxyz_show … OK

Compiling addphsp … OK

Looking for installed C++ compilers … OK

Found the following C++ compilers in your search path:

g++

Input C++ compiler: [g++]:

Determining Fortran libraries for g++ linking … OK

Using the following compiler/linker switches for creating/linking against

dynamic shared objects (DSO, also known as shared library or DLL), where

$(abs_dso) or $(ABS_DSO) below will be replaced with the absolute path to the

EGSnrc DSO directory at compile/link time:

1) Optimization options: -O3 -ffast-math

2) Generation of position independent code: -fPIC

3) Preprocessor defines:

4) Flag for creating shared libraries: -shared

5) Output/dlopen library: -o $@ -ldl

6) DSO path encoded in the executable: -L$(abs_dso) -Wl,-rpath,$(abs_dso)

7) Linking against library some_lib: -lsome_lib

8) Fortran libraries needed by C++ linker: -lgfortran -lquadmath

Input option to change, or enter to proceed:

Creating C++ config file … OK

Building the IAEA phase space library … OK

Building the EGSnrc C++ class library … Failed

These settings did not work out. You may edit the source code

(in case you can see where the problem is when building the C++ libraries

from the configure.log file) and/or try different compiler/linker options.

Do you want to retry? (yes/no) yes

Determining Fortran libraries for g++ linking … OK

Using the following compiler/linker switches for creating/linking against

dynamic shared objects (DSO, also known as shared library or DLL), where

$(abs_dso) or $(ABS_DSO) below will be replaced with the absolute path to the

EGSnrc DSO directory at compile/link time:

1) Optimization options: -O3 -ffast-math

2) Generation of position independent code: -fPIC

3) Preprocessor defines:

4) Flag for creating shared libraries: -shared

5) Output/dlopen library: -o $@ -ldl

6) DSO path encoded in the executable: -L$(abs_dso) -Wl,-rpath,$(abs_dso)

7) Linking against library some_lib: -lsome_lib

8) Fortran libraries needed by C++ linker: -lgfortran -lquadmath

Input option to change, or enter to proceed:

Creating C++ config file … OK

Building the IAEA phase space library … OK

Building the EGSnrc C++ class library … Failed

These settings did not work out. You may edit the source code

(in case you can see where the problem is when building the C++ libraries

from the configure.log file) and/or try different compiler/linker options.

Do you want to retry? (yes/no)

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