#include <string>
#include <sstream>
#include "../bdm/base/bdmbase.h"
#include "UnitTest++.h"

using namespace bdm;

TEST ( rv_test ) {
    RV::clear_all();

    RV a = RV ( "{a_in_test_rv }", "3" );
    CHECK ( a.equal ( a ) );
    CHECK_EQUAL ( 1, a.length() );
    CHECK_EQUAL ( 3, a.size ( 0 ) );
    CHECK_EQUAL ( std::string ( "a_in_test_rv" ), a.name ( 0 ) );

    RV b = RV ( "{b_in_test_rv }", "2" );
    CHECK ( !b.equal ( a ) );
    CHECK_EQUAL ( 0, b.mint() );

    RV c = RV ( "{c_in_test_rv }" );
    CHECK_EQUAL ( 1, c.length() );
    CHECK_EQUAL ( 1, c.size ( 0 ) );

    RV trv = RV ( "{e_in_test_rv f_in_test_rv }", "1 2", "3 4" );
    CHECK_EQUAL ( 2, trv.length() );
    CHECK_EQUAL ( 3, trv.mint() );

    // add a and b
    RV ab = a;
    bool added = ab.add ( b );
    CHECK ( added );
    CHECK_EQUAL ( 2, ab.length() );
    CHECK_EQUAL ( 3, ab.size ( 0 ) );
    CHECK_EQUAL ( std::string ( "a_in_test_rv" ), ab.name ( 0 ) );
    CHECK_EQUAL ( 2, ab.size ( 1 ) );
    CHECK_EQUAL ( std::string ( "b_in_test_rv" ), ab.name ( 1 ) );

    std::stringstream abss;
    abss << ab;
    CHECK_EQUAL ( std::string ( "[a_in_test_rv(3)_{0}; b_in_test_rv(2)_{0}; ]" ), abss.str() );

    // concat a, b and c
    RV abc = concat ( ab, c );
    CHECK_EQUAL ( 3, abc.length() );
    std::stringstream abcss;
    abcss << abc;
    CHECK_EQUAL ( std::string ( "[a_in_test_rv(3)_{0}; b_in_test_rv(2)_{0}; c_in_test_rv(1)_{0}; ]" ), abcss.str() );

    // structure of a, b, c
    str s = abc.tostr();
    int exp_ids[] = { 1, 1, 1, 2, 2, 3 };
    int exp_sz = sizeof ( exp_ids ) / sizeof ( exp_ids[0] );
    CHECK_EQUAL ( exp_sz, s.ids.size() );
    CHECK_EQUAL ( exp_sz, s.times.size() );
    for ( int i = 0; i < exp_sz; ++i ) {
        CHECK_EQUAL ( exp_ids[i], s.ids ( i ) );
        CHECK_EQUAL ( 0, s.times ( i ) );
    }

    RV slice = abc ( 1, 2 );
    CHECK_EQUAL ( 1, slice.length() );
    CHECK_EQUAL ( 3, slice.size ( 0 ) );
    CHECK_EQUAL ( std::string ( "a_in_test_rv" ), slice.name ( 0 ) );

    // find a in abc
    ivec f = a.findself ( abc );
    CHECK_EQUAL ( 1, f.length() );
    CHECK_EQUAL ( 0, f ( 0 ) );

    // find abc in a
    f = abc.findself ( a );
    int exp_indices[] = { 0, -1, -1 };
    CHECK_EQUAL ( 3, f.length() );
    for ( unsigned i = 0;
            i < sizeof ( exp_indices ) / sizeof ( exp_indices[0] );
            ++i ) {
        CHECK_EQUAL ( exp_indices[i], f ( i ) );
    }

    // subtract b from abc
    RV ac = abc.subt ( b );
    std::stringstream acss;
    acss << ac;
    CHECK_EQUAL ( std::string ( "[a_in_test_rv(3)_{0}; c_in_test_rv(1)_{0}; ]" ), acss.str() );

    // data index of ac in abc
    ivec di = ac.dataind ( abc );
    int exp_di[] = { 0, 1, 2, 5 };
    exp_sz = sizeof ( exp_di ) / sizeof ( exp_di[0] );
    CHECK_EQUAL ( exp_sz, di.size() );
    for ( int i = 0; i < exp_sz; ++i ) {
        CHECK_EQUAL ( exp_di[i], di ( i ) );
    }

    // subselect
    RV bc = abc ( ivec ( "1 2" ) );
    std::stringstream bcss;
    bcss << bc;
    CHECK_EQUAL ( std::string ( "[b_in_test_rv(2)_{0}; c_in_test_rv(1)_{0}; ]" ), bcss.str() );

#if 0
    // actually doesn't select, just reorders the variables -
    // wonder if that's correct...
    bc = abc ( 1, 2 );
    bcss << bc;
    CHECK_EQUAL ( std::string ( "2(2)=b_in_test_rv_{0}; 3(1)=c_in_test_rv_{0}; " ), bcss.str() );
#endif

    // Copy indices between ba and ab
    RV ba = b;
    ba.add ( a );

    ivec ai;
    ivec bi;
    ba.dataind ( ac, ai, bi );

    int exp_ai[] = { 2, 3, 4 };
    exp_sz = sizeof ( exp_ai ) / sizeof ( exp_ai[0] );
    CHECK_EQUAL ( exp_sz, ai.size() );
    for ( unsigned i = 0;
            i < sizeof ( exp_ai ) / sizeof ( exp_ai[0] );
            ++i ) {
        CHECK_EQUAL ( exp_ai[i], ai ( i ) );
    }

    int exp_bi[] = { 0, 1, 2 };
    exp_sz = sizeof ( exp_bi ) / sizeof ( exp_bi[0] );
    CHECK_EQUAL ( exp_sz, bi.size() );
    for ( unsigned i = 0;
            i < sizeof ( exp_bi ) / sizeof ( exp_bi[0] );
            ++i ) {
        CHECK_EQUAL ( exp_bi[i], bi ( i ) );
    }

    // check uniqueness
    RV join = a;
    join.add ( b );
    RV tmp = a;
    tmp.t_plus ( 1 );
    join.add ( tmp );
    tmp = b;
    tmp.t_plus ( -1 );
    join.add ( tmp );

    CHECK_EQUAL ( unique ( join._ids() ), vec_2 ( a.id ( 0 ), b.id ( 0 ) ) ); // find only ids of a and b
    CHECK_EQUAL ( unique_complement ( join._ids(), vec_1 ( a.id ( 0 ) ) ), vec_1 ( b.id ( 0 ) ) ); // complemnet of a in previous is b

    //test if unique names work
    RV uniq1 ( "y", 1 );
    RV uniq2 ( "y", 1 );

    CHECK_EQUAL ( uniq1.id ( 0 ), uniq2.id ( 0 ) );

    // check scalarname
    CHECK_EQUAL ( "a_in_test_rv_2", abc.scalarname ( 2 ) );
    CHECK_EQUAL ( "b_in_test_rv_0", abc.scalarname ( 3 ) );
}