# file      : inheritance/reuse/buildfile
# license   : not copyrighted - public domain

import libodb = libodb%lib{odb}

import libs = libodb-$database%lib{odb-$database}

exe{driver}: {hxx cxx}{* -employee-odb} {hxx ixx cxx}{employee-odb} testscript

# The metadata library target which we use to extract the poptions variable
# value for specifying the preprocessor options (-I, etc) on the ODB compiler
# command line.
#
libue{employee-meta}: $libodb

exe{driver}: libue{employee-meta} $libs

<{hxx ixx cxx}{employee-odb}>: hxx{employee} libue{employee-meta} $odb
{{
  pops = $cxx.lib_poptions($<[1])
  depdb hash $pops

  depdb dyndep --dyn-target --target-what 'generated schema' --format lines \
  -- echo ($sqlite ? '' : "$out_base/employee.sql")

  $odb --std c++11               \
       --database $database      \
       --generate-schema         \
       --generate-query          \
       --output-dir $out_base    \
       --table-prefix inh_reuse_ \
       "-I$src_base" $pops       \
       $path($<[0])
}}

cxx.poptions =+ "-I$out_base" "-I$src_base" -DDATABASE_$ucase($database)

# Testscript's run-time prerequisites.
#
# @@ BUILD2: Eventually we should be able to mark it as test.input once
#    this is supported for testscript tests.
#
exe{driver}: ../../alias{database-client}: include = adhoc

testscript@./: schema = employee
