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// -*- mode: c++; c-basic-offset:4 -*-
// This file is part of libdap, A C++ implementation of the OPeNDAP Data
// Access Protocol.
// Copyright (c) 2005,2018 OPeNDAP, Inc.
// Author: James Gallagher <jgallagher@opendap.org>
//
// This library is free software; you can redistribute it and/or
// modify it under the terms of the GNU Lesser General Public
// License as published by the Free Software Foundation; either
// version 2.1 of the License, or (at your option) any later version.
//
// This library is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
// Lesser General Public License for more details.
//
// You should have received a copy of the GNU Lesser General Public
// License along with this library; if not, write to the Free Software
// Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
//
// You can contact OPeNDAP, Inc. at PO Box 112, Saunderstown, RI. 02874-0112.
#include <cppunit/TextTestRunner.h>
#include <cppunit/extensions/HelperMacros.h>
#include <cppunit/extensions/TestFactoryRegistry.h>
#include <cstring>
#include <string>
#include <unistd.h>
#include "GNURegex.h"
#include "Array.h"
#include "Byte.h"
#include "D4Dimensions.h"
#include "run_tests_cppunit.h"
#include "test_config.h"
using namespace CppUnit;
using namespace std;
namespace libdap {
class BigArrayTest : public TestFixture {
private:
int64_t num_eles;
vector<unsigned char> buf_int8;
public:
BigArrayTest() = default;
~BigArrayTest() = default;
void setUp() {
num_eles = 1024 * 1024 * 1024;
num_eles = num_eles * 5;
// Uncomment this #if 0 block to test a trivial small array case.
#if 0
num_eles = 4;
#endif
buf_int8.resize(num_eles);
buf_int8[0] = 0;
buf_int8[num_eles / 2] = 128;
buf_int8[num_eles - 1] = 255;
DBG(cerr << "Input buffer: The first value is " << (int)(buf_int8[0]) << endl);
DBG(cerr << "Input buffer: The middle value is " << (int)(buf_int8[num_eles / 2]) << endl);
DBG(cerr << "Input buffer: The last value is " << (int)(buf_int8[num_eles - 1]) << endl);
}
void tearDown() {}
CPPUNIT_TEST_SUITE(BigArrayTest);
CPPUNIT_TEST(val2buf_buf2val_with_d4dim);
CPPUNIT_TEST(val2buf_value_with_d4dim);
CPPUNIT_TEST(set_value_with_dim);
CPPUNIT_TEST(constraint_whole_with_d4dim);
CPPUNIT_TEST(constraint_big_start_with_d4dim);
CPPUNIT_TEST(constraint_big_stride_with_d4dim);
CPPUNIT_TEST(constraint_whole_with_dim);
CPPUNIT_TEST(constraint_start_stride_with_dim);
CPPUNIT_TEST_SUITE_END();
void val2buf_buf2val_with_d4dim() {
unique_ptr<Byte> d_uint8(new Byte("Byte"));
Array d4_ar_uint8 = Array("Byte_array", d_uint8.get(), true);
unique_ptr<D4Dimension> d4_dim_byte(new D4Dimension("dimension", num_eles));
d4_ar_uint8.append_dim(d4_dim_byte.get());
DBG(cerr << "Before testing val2buf() " << endl);
// Set the array value via val2buf
d4_ar_uint8.val2buf(buf_int8.data());
DBG(cerr << "Pass testing val2buf() " << endl);
vector<unsigned char> d4_ar_val;
d4_ar_val.resize(num_eles);
void *d4_ar_val_ptr = (void *)(d4_ar_val.data());
// Retrieve the array value via buf2val
d4_ar_uint8.buf2val(&d4_ar_val_ptr);
DBG(cerr << "DAP4 buf2val: The first value is " << (int)(d4_ar_val[0]) << endl);
DBG(cerr << "DAP4 buf2val: The middle value is " << (int)(d4_ar_val[num_eles / 2]) << endl);
DBG(cerr << "DAP4 buf2val: The last value is " << (int)(d4_ar_val[num_eles - 1]) << endl);
CPPUNIT_ASSERT(buf_int8[0] == d4_ar_val[0]);
CPPUNIT_ASSERT(buf_int8[num_eles / 2] == d4_ar_val[num_eles / 2]);
CPPUNIT_ASSERT(buf_int8[num_eles - 1] == d4_ar_val[num_eles - 1]);
}
void val2buf_value_with_d4dim() {
unique_ptr<Byte> d_uint8(new Byte("Byte"));
Array d4_ar_uint8 = Array("Byte_array", d_uint8.get());
unique_ptr<D4Dimension> d4_dim_byte(new D4Dimension("dimension", num_eles));
d4_ar_uint8.append_dim(d4_dim_byte.get());
// Set the array value via val2buf
d4_ar_uint8.val2buf(buf_int8.data());
vector<unsigned char> d4_ar_val;
d4_ar_val.resize(num_eles);
// Retrieve the array value via value()
d4_ar_uint8.value(d4_ar_val.data());
DBG(cerr << "DAP4 value(): The first value is " << (int)(d4_ar_val[0]) << endl);
DBG(cerr << "DAP4 value(): The middle value is " << (int)(d4_ar_val[num_eles / 2]) << endl);
DBG(cerr << "DAP4 value(): The last value is " << (int)(d4_ar_val[num_eles - 1]) << endl);
CPPUNIT_ASSERT(buf_int8[0] == d4_ar_val[0]);
CPPUNIT_ASSERT(buf_int8[num_eles / 2] == d4_ar_val[num_eles / 2]);
CPPUNIT_ASSERT(buf_int8[num_eles - 1] == d4_ar_val[num_eles - 1]);
}
void set_value_with_dim() {
unique_ptr<Byte> d_uint8(new Byte("Byte"));
Array d_ar_uint8 = Array("Byte_array", d_uint8.get());
d_ar_uint8.append_dim(2);
d_ar_uint8.append_dim(num_eles / 2);
// Set the array value via set_value()
d_ar_uint8.set_value_ll((dods_byte *)buf_int8.data(), (int64_t)num_eles);
vector<unsigned char> d_ar_val;
d_ar_val.resize(num_eles);
// Retrieve the array value via value()
d_ar_uint8.value(d_ar_val.data());
DBG(cerr << "DAP2 value() via set_value(): The first value is " << (int)(d_ar_val[0]) << endl);
DBG(cerr << "DAP2 value() via set_value(): The middle value is " << (int)(d_ar_val[num_eles / 2]) << endl);
DBG(cerr << "DAP2 value() via set_value(): The last value is " << (int)(d_ar_val[num_eles - 1]) << endl);
CPPUNIT_ASSERT(buf_int8[0] == d_ar_val[0]);
CPPUNIT_ASSERT(buf_int8[num_eles / 2] == d_ar_val[num_eles / 2]);
CPPUNIT_ASSERT(buf_int8[num_eles - 1] == d_ar_val[num_eles - 1]);
}
void constraint_whole_with_d4dim() {
unique_ptr<Byte> d_uint8(new Byte("Byte"));
Array d4_ar_uint8 = Array("Byte_array", d_uint8.get());
unique_ptr<D4Dimension> d4_dim_byte(new D4Dimension("dimension", num_eles));
// Set the constraint with the whole range.
d4_dim_byte.get()->set_constraint(0, 1, num_eles - 1);
d4_ar_uint8.append_dim(d4_dim_byte.get());
Array::Dim_iter diter = d4_ar_uint8.dim_begin();
d4_ar_uint8.add_constraint(diter, d4_dim_byte.get());
int64_t a_d4_dim_size = d4_ar_uint8.dimension_size_ll(diter, true);
DBG(cerr << "DAP4 a_d4_dim_size: dimension size " << (long long)(a_d4_dim_size) << endl);
int64_t a_d4_dim_start = d4_ar_uint8.dimension_start_ll(diter, true);
DBG(cerr << "DAP4 a_d4_dim_start: dimension start " << (long long)(a_d4_dim_start) << endl);
int64_t a_d4_dim_stride = d4_ar_uint8.dimension_stride_ll(diter, true);
DBG(cerr << "DAP4 a_d4_dim_stride: dimension stride " << (long long)(a_d4_dim_stride) << endl);
int64_t a_d4_dim_stop = d4_ar_uint8.dimension_stop_ll(diter, true);
DBG(cerr << "DAP4 a_d4_dim_stop: dimension stop " << (long long)(a_d4_dim_stop) << endl);
CPPUNIT_ASSERT(a_d4_dim_size == num_eles);
CPPUNIT_ASSERT(a_d4_dim_start == 0);
CPPUNIT_ASSERT(a_d4_dim_stride == 1);
CPPUNIT_ASSERT(a_d4_dim_stop == num_eles - 1);
// Set the array value via val2buf
d4_ar_uint8.val2buf(buf_int8.data());
vector<unsigned char> d4_ar_val;
d4_ar_val.resize(num_eles);
// Retrieve the array value via value()
d4_ar_uint8.value(d4_ar_val.data());
DBG(cerr << "DAP4 constraint value(): The first value is " << (int)(d4_ar_val[0]) << endl);
DBG(cerr << "DAP4 constraint value(): The middle value is " << (int)(d4_ar_val[num_eles / 2]) << endl);
DBG(cerr << "DAP4 constraint value(): The last value is " << (int)(d4_ar_val[num_eles - 1]) << endl);
CPPUNIT_ASSERT(buf_int8[0] == d4_ar_val[0]);
CPPUNIT_ASSERT(buf_int8[num_eles / 2] == d4_ar_val[num_eles / 2]);
CPPUNIT_ASSERT(buf_int8[num_eles - 1] == d4_ar_val[num_eles - 1]);
}
void constraint_big_start_with_d4dim() {
unique_ptr<Byte> d_uint8(new Byte("Byte"));
Array d4_ar_uint8 = Array("Byte_array", d_uint8.get());
unique_ptr<D4Dimension> d4_dim_byte(new D4Dimension("dimension", num_eles));
// Set the constraint for the last two values.
d4_dim_byte.get()->set_constraint(num_eles - 2, 1, num_eles - 1);
d4_ar_uint8.append_dim(d4_dim_byte.get());
Array::Dim_iter diter = d4_ar_uint8.dim_begin();
d4_ar_uint8.add_constraint(diter, d4_dim_byte.get());
int64_t a_d4_dim_size = d4_ar_uint8.dimension_size_ll(diter, true);
DBG(cerr << "DAP4 a_d4_dim_size: dimension size " << (long long)(a_d4_dim_size) << endl);
int64_t a_d4_dim_start = d4_ar_uint8.dimension_start_ll(diter, true);
DBG(cerr << "DAP4 a_d4_dim_start: dimension start " << (long long)(a_d4_dim_start) << endl);
int64_t a_d4_dim_stride = d4_ar_uint8.dimension_stride_ll(diter, true);
DBG(cerr << "DAP4 a_d4_dim_stride: dimension stride " << (long long)(a_d4_dim_stride) << endl);
int64_t a_d4_dim_stop = d4_ar_uint8.dimension_stop_ll(diter, true);
DBG(cerr << "DAP4 a_d4_dim_stop: dimension stop " << (long long)(a_d4_dim_stop) << endl);
CPPUNIT_ASSERT(a_d4_dim_size == 2);
CPPUNIT_ASSERT(a_d4_dim_start == num_eles - 2);
CPPUNIT_ASSERT(a_d4_dim_stride == 1);
CPPUNIT_ASSERT(a_d4_dim_stop == num_eles - 1);
// Set the array value via val2buf
vector<unsigned char> t_buf_int8;
// We only check the last two values.
t_buf_int8.resize(2);
t_buf_int8[0] = 1;
t_buf_int8[1] = 255;
d4_ar_uint8.val2buf(t_buf_int8.data());
vector<unsigned char> d4_ar_val;
d4_ar_val.resize(2);
// Retrieve the array value via value()
d4_ar_uint8.value(d4_ar_val.data());
DBG(cerr << "DAP4 constraint value(): The first value is " << (int)(d4_ar_val[0]) << endl);
DBG(cerr << "DAP4 constraint value(): The second value is " << (int)(d4_ar_val[1]) << endl);
CPPUNIT_ASSERT(t_buf_int8[0] == d4_ar_val[0]);
CPPUNIT_ASSERT(t_buf_int8[1] == d4_ar_val[1]);
}
void constraint_big_stride_with_d4dim() {
unique_ptr<Byte> d_uint8(new Byte("Byte"));
Array d4_ar_uint8 = Array("Byte_array", d_uint8.get());
unique_ptr<D4Dimension> d4_dim_byte(new D4Dimension("dimension", num_eles));
// Set the constraint for the last two values.
d4_dim_byte.get()->set_constraint(0, num_eles - 2, num_eles - 1);
d4_ar_uint8.append_dim(d4_dim_byte.get());
Array::Dim_iter diter = d4_ar_uint8.dim_begin();
d4_ar_uint8.add_constraint(diter, d4_dim_byte.get());
int64_t a_d4_dim_size = d4_ar_uint8.dimension_size_ll(diter, true);
DBG(cerr << "DAP4 a_d4_dim_size: dimension size " << (long long)(a_d4_dim_size) << endl);
int64_t a_d4_dim_start = d4_ar_uint8.dimension_start_ll(diter, true);
DBG(cerr << "DAP4 a_d4_dim_start: dimension start " << (long long)(a_d4_dim_start) << endl);
int64_t a_d4_dim_stride = d4_ar_uint8.dimension_stride_ll(diter, true);
DBG(cerr << "DAP4 a_d4_dim_stride: dimension stride " << (long long)(a_d4_dim_stride) << endl);
int64_t a_d4_dim_stop = d4_ar_uint8.dimension_stop_ll(diter, true);
DBG(cerr << "DAP4 a_d4_dim_stop: dimension stop " << (long long)(a_d4_dim_stop) << endl);
CPPUNIT_ASSERT(a_d4_dim_size == 2);
CPPUNIT_ASSERT(a_d4_dim_start == 0);
CPPUNIT_ASSERT(a_d4_dim_stride == num_eles - 2);
CPPUNIT_ASSERT(a_d4_dim_stop == num_eles - 1);
// Set the array value via val2buf
vector<unsigned char> t_buf_int8;
// We only check the last two values.
t_buf_int8.resize(2);
t_buf_int8[0] = 1;
t_buf_int8[1] = 255;
d4_ar_uint8.val2buf(t_buf_int8.data());
vector<unsigned char> d4_ar_val;
d4_ar_val.resize(2);
// Retrieve the array value via value()
d4_ar_uint8.value(d4_ar_val.data());
DBG(cerr << "DAP4 constraint value(): The first value is " << (int)(d4_ar_val[0]) << endl);
DBG(cerr << "DAP4 constraint value(): The second value is " << (int)(d4_ar_val[1]) << endl);
CPPUNIT_ASSERT(t_buf_int8[0] == d4_ar_val[0]);
CPPUNIT_ASSERT(t_buf_int8[1] == d4_ar_val[1]);
}
void constraint_whole_with_dim() {
unique_ptr<Byte> d_uint8(new Byte("Byte"));
Array d_ar_uint8 = Array("Byte_array", d_uint8.get());
d_ar_uint8.append_dim_ll(num_eles);
Array::Dim_iter diter = d_ar_uint8.dim_begin();
d_ar_uint8.add_constraint_ll(diter, 0, 1, num_eles - 1);
int64_t d_ar_dim_size = d_ar_uint8.dimension_size_ll(diter, true);
DBG(cerr << "DAP2 d_ar_dim_size: dimension size " << (long long)(d_ar_dim_size) << endl);
int64_t d_ar_dim_start = d_ar_uint8.dimension_start_ll(diter, true);
DBG(cerr << "DAP2 d_ar_dim_start: dimension start " << (long long)(d_ar_dim_start) << endl);
int64_t d_ar_dim_stride = d_ar_uint8.dimension_stride_ll(diter, true);
DBG(cerr << "DAP2 d_ar_dim_stride: dimension stride " << (long long)(d_ar_dim_stride) << endl);
int64_t d_ar_dim_stop = d_ar_uint8.dimension_stop_ll(diter, true);
DBG(cerr << "DAP2 d_ar_dim_stop: dimension stop " << (long long)(d_ar_dim_stop) << endl);
CPPUNIT_ASSERT(d_ar_dim_size == num_eles);
CPPUNIT_ASSERT(d_ar_dim_start == 0);
CPPUNIT_ASSERT(d_ar_dim_stride == 1);
CPPUNIT_ASSERT(d_ar_dim_stop == num_eles - 1);
// Set the array value via set_value()
d_ar_uint8.set_value_ll((dods_byte *)buf_int8.data(), (int64_t)num_eles);
vector<unsigned char> d_ar_val;
d_ar_val.resize(num_eles);
// Retrieve the array value via value()
d_ar_uint8.value(d_ar_val.data());
DBG(cerr << "DAP2 value() via set_value(): The first value is " << (int)(d_ar_val[0]) << endl);
DBG(cerr << "DAP2 value() via set_value(): The middle value is " << (int)(d_ar_val[num_eles / 2]) << endl);
DBG(cerr << "DAP2 value() via set_value(): The last value is " << (int)(d_ar_val[num_eles - 1]) << endl);
CPPUNIT_ASSERT(buf_int8[0] == d_ar_val[0]);
CPPUNIT_ASSERT(buf_int8[num_eles / 2] == d_ar_val[num_eles / 2]);
CPPUNIT_ASSERT(buf_int8[num_eles - 1] == d_ar_val[num_eles - 1]);
}
void constraint_start_stride_with_dim() {
unique_ptr<Byte> d_uint8(new Byte("Byte"));
Array d_ar_uint8 = Array("Byte_array", d_uint8.get());
d_ar_uint8.append_dim_ll(num_eles);
Array::Dim_iter diter = d_ar_uint8.dim_begin();
// Big start value
d_ar_uint8.add_constraint_ll(diter, num_eles - 2, 1, num_eles - 1);
int64_t d_ar_dim_size = d_ar_uint8.dimension_size_ll(diter, true);
DBG(cerr << "DAP2 Big_start_constraint d_ar_dim_size: dimension size " << (long long)(d_ar_dim_size) << endl);
int64_t d_ar_dim_start = d_ar_uint8.dimension_start_ll(diter, true);
DBG(cerr << "DAP2 Big_start_constraint d_ar_dim_start: dimension start " << (long long)(d_ar_dim_start)
<< endl);
int64_t d_ar_dim_stride = d_ar_uint8.dimension_stride_ll(diter, true);
DBG(cerr << "DAP2 Big_start_constraint d_ar_dim_stride: dimension stride " << (long long)(d_ar_dim_stride)
<< endl);
int64_t d_ar_dim_stop = d_ar_uint8.dimension_stop_ll(diter, true);
DBG(cerr << "DAP2 Big_start_constraint d_ar_dim_stop: dimension stop " << (long long)(d_ar_dim_stop) << endl);
CPPUNIT_ASSERT(d_ar_dim_size == 2);
CPPUNIT_ASSERT(d_ar_dim_start == num_eles - 2);
CPPUNIT_ASSERT(d_ar_dim_stride == 1);
CPPUNIT_ASSERT(d_ar_dim_stop == num_eles - 1);
// Reset constraint
d_ar_uint8.reset_constraint();
d_ar_dim_size = d_ar_uint8.dimension_size_ll(diter, true);
DBG(cerr << "DAP2 reset_constraint d_ar_dim_size: dimension size " << (long long)(d_ar_dim_size) << endl);
d_ar_dim_start = d_ar_uint8.dimension_start_ll(diter, true);
DBG(cerr << "DAP2 reset_constraint d_ar_dim_start: dimension start " << (long long)(d_ar_dim_start) << endl);
d_ar_dim_stride = d_ar_uint8.dimension_stride_ll(diter, true);
DBG(cerr << "DAP2 reset_constraint d_ar_dim_stride: dimension stride " << (long long)(d_ar_dim_stride)
<< endl);
d_ar_dim_stop = d_ar_uint8.dimension_stop_ll(diter, true);
DBG(cerr << "DAP2 reset_constraint d_ar_dim_stop: dimension stop " << (long long)(d_ar_dim_stop) << endl);
CPPUNIT_ASSERT(d_ar_dim_size == num_eles);
CPPUNIT_ASSERT(d_ar_dim_start == 0);
CPPUNIT_ASSERT(d_ar_dim_stride == 1);
CPPUNIT_ASSERT(d_ar_dim_stop == num_eles - 1);
// Big stride value
d_ar_uint8.add_constraint_ll(diter, 0, num_eles - 2, num_eles - 1);
d_ar_dim_size = d_ar_uint8.dimension_size_ll(diter, true);
DBG(cerr << "DAP2 Big_stride_constraint d_ar_dim_size: dimension size " << (long long)(d_ar_dim_size) << endl);
d_ar_dim_start = d_ar_uint8.dimension_start_ll(diter, true);
DBG(cerr << "DAP2 Big_stride_constraint d_ar_dim_start: dimension start " << (long long)(d_ar_dim_start)
<< endl);
d_ar_dim_stride = d_ar_uint8.dimension_stride_ll(diter, true);
DBG(cerr << "DAP2 Big_stride_constraint d_ar_dim_stride: dimension stride " << (long long)(d_ar_dim_stride)
<< endl);
d_ar_dim_stop = d_ar_uint8.dimension_stop_ll(diter, true);
DBG(cerr << "DAP2 Big_stride_constraint d_ar_dim_stop: dimension stop " << (long long)(d_ar_dim_stop) << endl);
CPPUNIT_ASSERT(d_ar_dim_size == 2);
CPPUNIT_ASSERT(d_ar_dim_start == 0);
CPPUNIT_ASSERT(d_ar_dim_stride == num_eles - 2);
CPPUNIT_ASSERT(d_ar_dim_stop == num_eles - 1);
// Set the array value via set_value_ll()
vector<unsigned char> t_buf_int8;
// We only check the last two values.
t_buf_int8.resize(2);
t_buf_int8[0] = 1;
t_buf_int8[1] = 255;
d_ar_uint8.set_value_ll((dods_byte *)t_buf_int8.data(), 2);
vector<unsigned char> d_ar_val;
d_ar_val.resize(2);
// Retrieve the array value via value()
d_ar_uint8.value(d_ar_val.data());
DBG(cerr << "DAP2 big stride constraint value(): The first value is " << (int)(d_ar_val[0]) << endl);
DBG(cerr << "DAP2 big stride constraint value(): The second value is " << (int)(d_ar_val[1]) << endl);
CPPUNIT_ASSERT(t_buf_int8[0] == d_ar_val[0]);
CPPUNIT_ASSERT(t_buf_int8[1] == d_ar_val[1]);
}
};
CPPUNIT_TEST_SUITE_REGISTRATION(BigArrayTest);
} // namespace libdap
int main(int argc, char *argv[]) { return run_tests<libdap::BigArrayTest>(argc, argv) ? 0 : 1; }
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