test_darray_01.cpp

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/*
 * Author: Sven Gothel <sgothel@jausoft.com>
 * Copyright (c) 2020-2024 Gothel Software e.K.
 *
 * Permission is hereby granted, free of charge, to any person obtaining
 * a copy of this software and associated documentation files (the
 * "Software"), to deal in the Software without restriction, including
 * without limitation the rights to use, copy, modify, merge, publish,
 * distribute, sublicense, and/or sell copies of the Software, and to
 * permit persons to whom the Software is furnished to do so, subject to
 * the following conditions:
 *
 * The above copyright notice and this permission notice shall be
 * included in all copies or substantial portions of the Software.
 *
 * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
 * EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
 * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
 * NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE
 * LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION
 * OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION
 * WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
 */
#include <cassert>
#include <cstring>
#include <type_traits>
 
#include <jau/test/catch2_ext.hpp>
 
#include "test_datatype01.hpp"
 
#include "test_datatype02.hpp"
 
#include <jau/basic_algos.hpp>
#include <jau/basic_types.hpp>
#include <jau/darray.hpp>
#include <jau/counting_allocator.hpp>
#include <jau/callocator.hpp>
#include <jau/counting_callocator.hpp>
 
/**
 * Test general use of jau::darray, jau::cow_darray and jau::cow_vector.
 */
using namespace jau;
 
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TEST_CASE( "JAU DArray Test 01 - jau::darray initializer list", "[datatype][jau][darray]" ) {
    int i = 0;
    jau::for_each(GATT_SERVICES.begin(), GATT_SERVICES.end(), [&i](const GattServiceCharacteristic* ml){
       (void)ml;
       // printf("XX: %s\n\n", ml->toString().c_str());
        ++i;
    });
    REQUIRE(3 == i);
}
 
static int countGattCharacteristicSpecList01ConstRef(const jau::darray<const GattCharacteristicSpec>& clist) {
    int i = 0;
    jau::for_each(clist.begin(), clist.end(), [&i](const GattCharacteristicSpec& ml){
       (void)ml;
       // printf("XX: %s\n\n", ml->toString().c_str());
        ++i;
    });
    return i;
}
static int countGattCharacteristicSpecList02Copy(jau::darray<const GattCharacteristicSpec> clist) {
    int i = 0;
    jau::for_each(clist.begin(), clist.end(), [&i](const GattCharacteristicSpec& ml){
       (void)ml;
       // printf("XX: %s\n\n", ml->toString().c_str());
        ++i;
    });
    return i;
}
 
// NOLINTBEGIN(modernize-use-designated-initializers)
TEST_CASE( "JAU DArray Test 02 - jau::darray immutable type (const)", "[const][jau][darray]" ) {
    const GattCharacteristicSpec cs1 = { DEVICE_NAME, Mandatory,
            // GattCharacteristicPropertySpec[9]:
            { { Read, Mandatory },
              { WriteWithAck, Optional }, { WriteNoAck, Excluded }, { AuthSignedWrite, Excluded }, { ReliableWriteExt, Excluded },
              { Notify, Excluded }, { Indicate, Excluded }, { AuxWriteExt, Excluded }, { Broadcast, Excluded } },
            // GattClientCharacteristicConfigSpec:
            { Excluded, { Read, Excluded}, { WriteWithAck, Excluded } }
          };
    jau::darray<const GattCharacteristicSpec> clist = {
            cs1,
            { APPEARANCE, Mandatory,
              // GattCharacteristicPropertySpec[9]:
              { { Read, Mandatory },
                { WriteWithAck, Excluded }, { WriteNoAck, Excluded }, { AuthSignedWrite, Excluded }, { ReliableWriteExt, Excluded },
                { Notify, Excluded }, { Indicate, Excluded }, { AuxWriteExt, Excluded }, { Broadcast, Excluded } },
              // GattClientCharacteristicConfigSpec:
              { Excluded, { Read, Excluded}, { WriteWithAck, Excluded } }
            } };
    clist.push_back( cs1 );
    int i = 0;
    jau::for_each(clist.begin(), clist.end(), [&i](const GattCharacteristicSpec& ml){
       (void)ml;
       // printf("XX: %s\n\n", ml->toString().c_str());
        ++i;
    });
    REQUIRE(3 == i);
    REQUIRE(3 == countGattCharacteristicSpecList01ConstRef(clist));
    REQUIRE(3 == countGattCharacteristicSpecList02Copy(clist));
}
// NOLINTEND(modernize-use-designated-initializers)
 
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template<class Payload>
using SharedPayloadListMemMove = jau::darray<std::shared_ptr<Payload>, jau::nsize_t, jau::callocator<std::shared_ptr<Payload>>, true /* use_memmove */>;
 
template<class Payload>
using SharedPayloadListDefault = jau::darray<std::shared_ptr<Payload>>;
 
template<class Payload>
struct NamedSharedPayloadListDefault {
    int name;
    SharedPayloadListDefault<Payload> payload;
 
    std::string toString() const noexcept {
        std::string res = "NSPL-Default-"+std::to_string(name)+"[sz "+std::to_string(payload.size())+"/"+std::to_string(payload.capacity())+": ";
        int i=0;
        jau::for_each(payload.cbegin(), payload.cend(), [&](const std::shared_ptr<Payload>& e) {
            if(0<i) {
                res.append(", ");
            }
            static_assert(true == std::is_pointer_v<const char*>);
            // static_assert(true == std::is_pointer_v<decltype(e)>);
 
            res.append("[").append(jau::to_string(e)).append("]");
            ++i;
        } );
        res.append("]");
        return res;
    }
};
 
template<class Payload>
struct NamedSharedPayloadListMemMove {
    int name;
    SharedPayloadListMemMove<Payload> payload;
 
    std::string toString() const noexcept {
        std::string res = "NSPL-MemMove-"+std::to_string(name)+"[sz "+std::to_string(payload.size())+"/"+std::to_string(payload.capacity())+": ";
        int i=0;
        jau::for_each(payload.cbegin(), payload.cend(), [&](const std::shared_ptr<Payload>& e) {
            if(0<i) {
                res.append(", ");
            }
            res.append("[").append(jau::to_string(e)).append("]");
            ++i;
        } );
        res.append("]");
        return res;
    }
};
 
template<class Payload>
using PayloadListMemMove = jau::darray<Payload, jau::nsize_t, jau::callocator<Payload>, true /* use_memmove */>;
 
template<class Payload>
using PayloadListDefault = jau::darray<Payload>;
 
template<class Payload>
struct NamedPayloadListDefault {
    int name;
    PayloadListDefault<Payload> payload;
 
    std::string toString() const noexcept {
        std::string res = "NPL-Default-"+std::to_string(name)+"[sz "+std::to_string(payload.size())+"/"+std::to_string(payload.capacity())+": ";
        int i=0;
        jau::for_each(payload.cbegin(), payload.cend(), [&](const typename PayloadListDefault<Payload>::value_type & e) {
            if(0<i) {
                res += ", ";
            }
            res.append("[").append(jau::to_string(e)).append("]");
            ++i;
        } );
        res += "]";
        return res;
    }
};
 
template<class Payload>
struct NamedPayloadListMemMove {
    int name;
    PayloadListMemMove<Payload> payload;
 
    std::string toString() const noexcept {
        std::string res = "NPL-MemMove-"+std::to_string(name)+"[sz "+std::to_string(payload.size())+"/"+std::to_string(payload.capacity())+": ";
        int i=0;
        jau::for_each(payload.cbegin(), payload.cend(), [&](const Payload& e) {
            if(0<i) {
                res += ", ";
            }
            res.append("[").append(jau::to_string(e)).append("]");
            ++i;
        } );
        res += "]";
        return res;
    }
};
 
template<class Payload>
static NamedSharedPayloadListDefault<Payload> makeNamedSharedPayloadListDefault(int name) {
    SharedPayloadListDefault<Payload> data;
    int i=0;
    for(i=0; i<2; i++) {
        std::shared_ptr<Payload> sp(std::make_shared<Payload>( name+i )); // copy-elision + make_shared in-place
        data.push_back( sp );
    }
    CHECK( 2 == data.size() );
    for(i=2; i<4; i++) {
        std::shared_ptr<Payload> sp(new Payload( name+i )); // double malloc: 1 Payload, 2 shared_ptr
        data.push_back( std::move( sp ) ); // move the less efficient into
    }
    CHECK( 4 == data.size() );
    return NamedSharedPayloadListDefault<Payload>{name, data};
}
template<class Payload>
static NamedSharedPayloadListDefault<Payload> modifyCopyOfNamedSharedPayloadListDefault(NamedSharedPayloadListDefault<Payload> src) {
    printf("XXX1: %s\n", src.toString().c_str());
    const size_t sz0 = src.payload.size();
    src.payload.pop_back();
    src.payload.erase(src.payload.cbegin());
    CHECK( sz0 - 2 == src.payload.size() );
    printf("XXX2: %s\n", src.toString().c_str());
    return src;
}
 
template<class Payload>
static NamedSharedPayloadListMemMove<Payload> makeNamedSharedPayloadListMemMove(int name) {
    SharedPayloadListMemMove<Payload> data;
    int i=0;
    for(i=0; i<2; i++) {
        std::shared_ptr<Payload> sp(std::make_shared<Payload>( name+i )); // copy-elision + make_shared in-place
        data.push_back( sp );
    }
    CHECK( 2 == data.size() );
    for(i=2; i<4; i++) {
        std::shared_ptr<Payload> sp(new Payload( name+i )); // double malloc: 1 Payload, 2 shared_ptr
        data.push_back( std::move( sp ) ); // move the less efficient into
    }
    CHECK( 4 == data.size() );
    return NamedSharedPayloadListMemMove<Payload>{name, data};
}
template<class Payload>
static NamedPayloadListDefault<Payload> makeNamedPayloadListDefault(int name) {
    PayloadListDefault<Payload> data;
    int i=0;
    for(i=0; i<2; i++) {
        Payload sp( name+i ); // copy-elision
        data.push_back( sp );
    }
    CHECK( 2 == data.size() );
    for(i=2; i<4; i++) {
        Payload sp( name+i );
        data.push_back( std::move( sp ) ); // move the less efficient into
    }
    CHECK( 4 == data.size() );
    return NamedPayloadListDefault<Payload>{name, data};
}
template<class Payload>
static NamedPayloadListMemMove<Payload> makeNamedPayloadListMemMove(int name) {
    PayloadListMemMove<Payload> data;
    int i=0;
    for(i=0; i<2; i++) {
        Payload sp( name+i ); // copy-elision
        data.push_back( sp );
    }
    CHECK( 2 == data.size() );
    for(i=2; i<4; i++) {
        Payload sp( name+i );
        data.push_back( std::move( sp ) ); // move the less efficient into
    }
    CHECK( 4 == data.size() );
    return NamedPayloadListMemMove<Payload>{name, data};
}
 
#define CHECK_TRAITS 0
 
template< class Cont >
static void print_container_info(const std::string& type_id, const Cont &c,
        std::enable_if_t< jau::is_darray_type<Cont>::value, bool> = true )
{
    printf("\nContainer Type %s (a darray, a cow %d):\n  - Uses memmove %d (trivially_copyable %d); realloc %d; base_of jau::callocator %d; secmem %d; size %d bytes\n",
                type_id.c_str(), jau::is_cow_type<Cont>::value,
                Cont::uses_memmove,
                std::is_trivially_copyable_v<typename Cont::value_type>,
                Cont::uses_realloc,
                std::is_base_of_v<jau::callocator<typename Cont::value_type>, typename Cont::allocator_type>,
                Cont::uses_secmem,
                (int)sizeof(c));
}
 
template<class Cont>
static void print_container_info(const std::string& type_id, const Cont &c,
        std::enable_if_t< !jau::is_darray_type<Cont>::value, bool> = true )
{
    printf("\nContainer Type %s (!darray, a cow %d); size %d bytes\n",
                type_id.c_str(), jau::is_cow_type<Cont>::value, (int)sizeof(c));
}
 
 
template<class Payload>
static void testDArrayValueType(const std::string& type_id) {
    {
        // jau::type_cue<Payload>::print(type_id, jau::TypeTraitGroup::ALL);
        // jau::type_cue<std::shared_ptr<Payload>>::print("std::shared_ptr<"+type_id+">", jau::TypeTraitGroup::ALL);
    }
    {
#if CHECK_TRAITS
        CHECK( true == std::is_base_of<jau::callocator<Payload>, jau::callocator<Payload>>::value);
        CHECK( true == PayloadListDefault<Payload>::uses_realloc);
        CHECK( true == std::is_trivially_copyable<Payload>::value);
        CHECK( true == PayloadListDefault<Payload>::uses_memmove);
#endif
 
        NamedPayloadListDefault<Payload> data = makeNamedPayloadListDefault<Payload>(1);
        print_container_info("NamedPayloadListDefault<"+type_id+">", data.payload);
        size_t sz0 = data.payload.size();
        printf("COPY-0.0: %s\n\n", data.toString().c_str());
        CHECK( sz0 == data.payload.capacity() );
 
        {
            Payload def_value(1);
            NamedPayloadListDefault<Payload> data2;
            printf("COPY-0.1: %s\n\n", data2.toString().c_str());
            CHECK( 0 == data2.payload.size() );
            CHECK( 0 == data2.payload.capacity() );
            data2.payload.reserve(2);
            printf("COPY-0.1a: %s\n\n", data2.toString().c_str());
            CHECK( 0 == data2.payload.size() );
            CHECK( 2 == data2.payload.capacity() );
            data2.payload.resize(2, def_value);
            printf("COPY-0.1b: %s\n\n", data2.toString().c_str());
            CHECK( 2 == data2.payload.size() );
            CHECK( 2 == data2.payload.capacity() );
            for(Payload p : data2.payload) {
                CHECK(def_value == p);
            }
            data2.payload.resize(4, def_value);
            printf("COPY-0.2: %s\n\n", data2.toString().c_str());
            CHECK( 4 == data2.payload.size() );
            CHECK( 4 == data2.payload.capacity() );
            for(Payload p : data2.payload) {
                CHECK(def_value == p);
            }
 
            data2.payload.erase(data2.payload.cbegin());
            printf("COPY-0.3: %s\n\n", data2.toString().c_str());
            CHECK( 3 == data2.payload.size() );
            CHECK( sz0 == data2.payload.capacity() );
 
            data2.payload.shrink_to_fit();
            printf("COPY-0.4: %s\n\n", data2.toString().c_str());
            CHECK( 3 == data2.payload.size() );
            CHECK( 3 == data2.payload.capacity() );
        }
        {
            Payload def_value(1);
            NamedPayloadListDefault<Payload> data2 = data;
            printf("COPY-1.0: %s\n\n", data2.toString().c_str());
            CHECK( sz0 == data2.payload.size() );
            CHECK( sz0 == data2.payload.capacity() );
            data2.payload.erase(data2.payload.cbegin());
            printf("COPY-1.1: %s\n\n", data2.toString().c_str());
            CHECK( sz0-1 == data2.payload.size() );
            CHECK( sz0 == data2.payload.capacity() );
            data2.payload.resize(sz0, def_value);
            printf("COPY-1.2: %s\n\n", data2.toString().c_str());
            CHECK( sz0 == data2.payload.size() );
            CHECK( sz0 == data2.payload.capacity() );
            size_t j=0;
            for(Payload p : data2.payload) {
                if( j++ < sz0-1 ) {
                    CHECK(def_value != p);
                } else {
                    CHECK(def_value == p);
                }
            }
            data2.payload.resize(sz0*2, def_value);
            printf("COPY-1.2: %s\n\n", data2.toString().c_str());
            CHECK( sz0*2 == data2.payload.size() );
            CHECK( sz0*2 == data2.payload.capacity() );
            j=0;
            for(Payload p : data2.payload) {
                if( j++ < sz0-1 ) {
                    CHECK(def_value != p);
                } else {
                    CHECK(def_value == p);
                }
            }
        }
        {
            Payload def_value(1);
            NamedPayloadListDefault<Payload> data3(data);
            printf("COPY-2.0: %s\n\n", data3.toString().c_str());
            CHECK( sz0 == data3.payload.size() );
            CHECK( sz0 == data3.payload.capacity() );
            data3.payload.erase(data3.payload.begin(), data3.payload.cbegin()+data3.payload.size()/2);
            printf("COPY-2.1: %s\n\n", data3.toString().c_str());
            CHECK( sz0/2 == data3.payload.size() );
            CHECK( sz0 == data3.payload.capacity() );
            data3.payload.resize(sz0, def_value);
            printf("COPY-2.2: %s\n\n", data3.toString().c_str());
            CHECK( sz0 == data3.payload.size() );
            CHECK( sz0 == data3.payload.capacity() );
            size_t j=0;
            for(Payload p : data3.payload) {
                if( j++ < sz0/2 ) {
                    CHECK(def_value != p);
                } else {
                    CHECK(def_value == p);
                }
            }
            data3.payload.resize(sz0*2, def_value);
            printf("COPY-2.3: %s\n\n", data3.toString().c_str());
            CHECK( sz0*2 == data3.payload.size() );
            CHECK( sz0*2 == data3.payload.capacity() );
            j=0;
            for(Payload p : data3.payload) {
                if( j++ < sz0/2 ) {
                    CHECK(def_value != p);
                } else {
                    CHECK(def_value == p);
                }
            }
        }
        {
            NamedPayloadListDefault<Payload> data8 = makeNamedPayloadListDefault<Payload>(8);
            CHECK( sz0 == data8.payload.size() );
            data8.payload.insert(data8.payload.begin(), data.payload.cbegin(), data.payload.cend());
            CHECK( 2*sz0 == data8.payload.size() );
            printf("COPY+2: %s\n\n", data8.toString().c_str());
        }
    }
    {
#if CHECK_TRAITS
        CHECK( true == std::is_base_of<jau::callocator<Payload>, jau::callocator<Payload>>::value);
        CHECK( true == PayloadListMemMove<Payload>::uses_realloc);
        CHECK( true == std::is_trivially_copyable<Payload>::value);
        CHECK( true == PayloadListMemMove<Payload>::uses_memmove);
#endif
 
        NamedPayloadListMemMove<Payload> data = makeNamedPayloadListMemMove<Payload>(1);
        print_container_info("NamedPayloadListMemMove<"+type_id+">", data.payload);
 
        NamedPayloadListMemMove<Payload> data2 = data;
        data2.payload.erase(data2.payload.cbegin());
 
        NamedPayloadListMemMove<Payload> data3(data);
        data3.payload.erase(data3.payload.begin(), data3.payload.cbegin()+data3.payload.size()/2);
 
        NamedPayloadListMemMove<Payload> data8 = makeNamedPayloadListMemMove<Payload>(8);
        data8.payload.insert(data8.payload.begin(), data.payload.cbegin(), data.payload.cend());
 
        printf("COPY-0: %s\n\n", data.toString().c_str());
        printf("COPY-1: %s\n\n", data2.toString().c_str());
        printf("COPY-2: %s\n\n", data3.toString().c_str());
        printf("COPY+2: %s\n\n", data8.toString().c_str());
    }
    {
#if CHECK_TRAITS
        CHECK( true == std::is_base_of<jau::callocator<std::shared_ptr<Payload>>, jau::callocator<std::shared_ptr<Payload>>>::value);
        CHECK( true == SharedPayloadListDefault<Payload>::uses_realloc);
        CHECK( true == std::is_trivially_copyable<std::shared_ptr<Payload>>::value);
        CHECK( true == SharedPayloadListDefault<Payload>::uses_memmove);
#endif
 
        NamedSharedPayloadListDefault<Payload> data = makeNamedSharedPayloadListDefault<Payload>(1);
        print_container_info("NamedSharedPayloadListDefault<"+type_id+">", data.payload);
 
        NamedSharedPayloadListDefault<Payload> data2 = data;
        data2.payload.erase(data2.payload.cbegin());
 
        NamedSharedPayloadListDefault<Payload> data3(data);
        data3.payload.erase(data3.payload.begin(), data3.payload.cbegin()+data3.payload.size()/2);
 
        NamedSharedPayloadListDefault<Payload> data8 = makeNamedSharedPayloadListDefault<Payload>(8);
        data8.payload.insert(data8.payload.begin(), data.payload.cbegin(), data.payload.cend());
 
        printf("COPY-0: %s\n\n", data.toString().c_str());
        printf("COPY-1: %s\n\n", data2.toString().c_str());
        printf("COPY-2: %s\n\n", data3.toString().c_str());
        printf("COPY+2: %s\n\n", data8.toString().c_str());
 
        NamedSharedPayloadListDefault<Payload> data8_mod(modifyCopyOfNamedSharedPayloadListDefault(data8));
        printf("MODI+2-2: %s\n\n", data8_mod.toString().c_str());
 
        struct Holder {
            NamedSharedPayloadListDefault<Payload> lala;
            NamedSharedPayloadListDefault<Payload> & get_ref() { return lala; }
            NamedSharedPayloadListDefault<Payload> & get_ref2() { lala.payload.pop_back(); return lala; }
            NamedSharedPayloadListDefault<Payload> get_copy() { return lala; }
        };
        Holder holder{ data };
        NamedSharedPayloadListDefault<Payload> & r1r1 = holder.get_ref();
        printf("R1R1: %s\n\n", r1r1.toString().c_str());
 
        NamedSharedPayloadListDefault<Payload> r2c1 = holder.get_ref();
        printf("R1C1: %s\n\n", r2c1.toString().c_str());
 
        NamedSharedPayloadListDefault<Payload> c1c2 = holder.get_copy();
        printf("C1C2: %s\n\n", c1c2.toString().c_str());
 
        r1r1 = holder.get_ref2();
        printf("R2R2: %s\n\n", r1r1.toString().c_str());
    }
    {
#if CHECK_TRAITS
        CHECK( true == std::is_base_of<jau::callocator<std::shared_ptr<Payload>>, jau::callocator<std::shared_ptr<Payload>>>::value);
        CHECK( true == SharedPayloadListMemMove<Payload>::uses_realloc);
        CHECK( true == std::is_trivially_copyable<std::shared_ptr<Payload>>::value);
        CHECK( true == SharedPayloadListMemMove<Payload>::uses_memmove);
#endif
 
        NamedSharedPayloadListMemMove<Payload> data = makeNamedSharedPayloadListMemMove<Payload>(1);
        print_container_info("NamedSharedPayloadListMemMove<"+type_id+">", data.payload);
 
        NamedSharedPayloadListMemMove<Payload> data2 = data;
        data2.payload.erase(data2.payload.cbegin());
 
        NamedSharedPayloadListMemMove<Payload> data3(data);
        data3.payload.erase(data3.payload.begin(), data3.payload.cbegin()+data3.payload.size()/2);
 
        NamedSharedPayloadListMemMove<Payload> data8 = makeNamedSharedPayloadListMemMove<Payload>(8);
        data8.payload.insert(data8.payload.begin(), data.payload.cbegin(), data.payload.cend());
 
        printf("COPY-0: %s\n\n", data.toString().c_str());
        printf("COPY-1: %s\n\n", data2.toString().c_str());
        printf("COPY-2: %s\n\n", data3.toString().c_str());
        printf("COPY+2: %s\n\n", data8.toString().c_str());
    }
}
 
static GattServiceCharacteristic returnGattSrvcChar(int i) {
    return *GATT_SERVICES[i];
}
 
static void testDArrayGattServiceCharacteristic() {
#if CHECK_TRAITS
    CHECK( true == std::is_base_of<jau::callocator<GattCharacteristicSpec>, jau::callocator<GattCharacteristicSpec>>::value);
    CHECK( true == GattCharacteristicSpecList::uses_realloc);
 
    CHECK( true == GattCharacteristicSpecList::uses_memmove);
    CHECK( true == std::is_trivially_copyable<GattCharacteristicSpec>::value);
#endif
 
    GattServiceCharacteristic gatt2 = returnGattSrvcChar(1);
    print_container_info("darray<GattCharacteristicSpec>", gatt2.characteristics);
 
    gatt2.characteristics.erase(gatt2.characteristics.cbegin());
 
    GattServiceCharacteristic gatt2b = gatt2;
    gatt2b.characteristics.erase(gatt2b.characteristics.cbegin());
 
    GattServiceCharacteristic gatt2c(gatt2);
    gatt2c.characteristics.erase(gatt2c.characteristics.cbegin());
 
    printf("COPY0-1: %s\n\n", gatt2.toString().c_str());
    printf("COPY1-2: %s\n\n", gatt2b.toString().c_str());
    printf("COPY2-3: %s\n\n", gatt2c.toString().c_str());
}
 
TEST_CASE( "JAU DArray Test 10 - jau::darray value_type behavior (type traits)", "[datatype][jau][darray]" ) {
    testDArrayValueType<uint64_t>("uint64_t");
    testDArrayValueType<Addr48Bit>("Addr48Bit");
    testDArrayValueType<DataType01>("DataType01");
    testDArrayValueType<DataType02_Memmove_Secmem>("DataType02");
    testDArrayGattServiceCharacteristic();
}
 
/**********************************************************************************************************************************************/
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