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/*
* (C) Copyright 1996- ECMWF.
*
* This software is licensed under the terms of the Apache Licence Version 2.0
* which can be obtained at http://www.apache.org/licenses/LICENSE-2.0.
* In applying this licence, ECMWF does not waive the privileges and immunities
* granted to it by virtue of its status as an intergovernmental organisation
* nor does it submit to any jurisdiction.
*/
/// @file test_MetFile.cc
/// @date Jan 2016
/// @author Florian Rathgeber
#include <algorithm>
#include "eckit/testing/Test.h"
#include "metkit/hypercube/HyperCube.h"
#include "metkit/mars/MarsRequest.h"
namespace metkit::mars::test {
//-----------------------------------------------------------------------------
CASE("test_metkit_hypercube") {
const char* text =
"retrieve,class=rd,type=an,stream=oper,levtype=pl,date=20191110,time=0000,step=0,expver=xxxy,domain=g,levelist="
"500,param=138";
MarsRequest r = MarsRequest::parse(text);
metkit::hypercube::HyperCube cube(r);
EXPECT(cube.contains(r));
EXPECT(cube.size() == 1);
EXPECT(cube.vacantRequests().size() == 1);
EXPECT(!(r < *cube.vacantRequests().begin()));
EXPECT(!(*cube.vacantRequests().begin() < r));
}
CASE("test_metkit_hypercube_subset") {
const char* text =
"retrieve,class=rd,type=an,stream=oper,levtype=pl,date=20191110,time=0000,step=0,expver=xxxy,domain=g,levelist="
"500/600,param=138";
MarsRequest r = MarsRequest::parse(text);
metkit::hypercube::HyperCube cube(r);
EXPECT(cube.size() == 2);
EXPECT(cube.countVacant() == 2);
EXPECT(cube.vacantRequests().size() == 1);
EXPECT(!(r < *cube.vacantRequests().begin()));
EXPECT(!(*cube.vacantRequests().begin() < r));
const char* text500 =
"retrieve,class=rd,type=an,stream=oper,levtype=pl,date=20191110,time=0000,step=0,expver=xxxy,domain=g,levelist="
"500,param=138";
MarsRequest r500 = MarsRequest::parse(text500);
const char* text600 =
"retrieve,class=rd,type=an,stream=oper,levtype=pl,date=20191110,time=0000,step=0,expver=xxxy,domain=g,levelist="
"600,param=138";
MarsRequest r600 = MarsRequest::parse(text600);
EXPECT_THROWS(cube.contains(r));
EXPECT(cube.contains(r500));
EXPECT(cube.contains(r600));
cube.clear(r500);
EXPECT(!cube.contains(r500));
EXPECT(cube.size() == 2);
EXPECT(cube.countVacant() == 1);
EXPECT(cube.vacantRequests().size() == 1);
EXPECT(!(r600 < *cube.vacantRequests().begin()));
EXPECT(!(*cube.vacantRequests().begin() < r600));
cube.clear(r600);
EXPECT(cube.countVacant() == 0);
}
CASE("test_metkit_hypercube_request") {
const char* text =
"retrieve,class=rd,type=an,stream=oper,levtype=pl,date=20191110,time=0000,step=0,expver=xxxy,domain=g,levelist="
"500/600,param=138/155";
MarsRequest r = MarsRequest::parse(text);
metkit::hypercube::HyperCube cube(r);
EXPECT(cube.size() == 4);
EXPECT(cube.countVacant() == 4);
EXPECT(cube.vacantRequests().size() == 1);
EXPECT(!(r < *cube.vacantRequests().begin()));
EXPECT(!(*cube.vacantRequests().begin() < r));
const char* text500 =
"retrieve,class=rd,type=an,stream=oper,levtype=pl,date=20191110,time=0000,step=0,expver=xxxy,domain=g,levelist="
"500,param=138";
MarsRequest r500 = MarsRequest::parse(text500);
const char* text600 =
"retrieve,class=rd,type=an,stream=oper,levtype=pl,date=20191110,time=0000,step=0,expver=xxxy,domain=g,levelist="
"600,param=138";
MarsRequest r600 = MarsRequest::parse(text600);
EXPECT_THROWS(cube.contains(r));
EXPECT(cube.contains(r500));
EXPECT(cube.contains(r600));
cube.clear(r500);
EXPECT(!cube.contains(r500));
EXPECT(cube.size() == 4);
EXPECT(cube.countVacant() == 3);
EXPECT(cube.vacantRequests().size() == 2);
cube.clear(r600);
EXPECT(cube.countVacant() == 2);
EXPECT(cube.vacantRequests().size() == 1);
const char* text155 =
"retrieve,class=rd,type=an,stream=oper,levtype=pl,date=20191110,time=0000,step=0,expver=xxxy,domain=g,levelist="
"500/600,param=155";
MarsRequest r155 = MarsRequest::parse(text155);
EXPECT(!(r155 < *cube.vacantRequests().begin()));
EXPECT(!(*cube.vacantRequests().begin() < r155));
}
CASE("test_metkit_hypercube_request METK-132") {
std::vector<std::string> keys = {"levelist", "param"};
MarsRequest r = MarsRequest::parse("retrieve,levelist=2/4/1/3/5,param=228038/235094/235077/235078");
metkit::hypercube::HyperCube cube{r};
// unset levelist 5 for params 235077/235094
cube.clear(MarsRequest::parse("retrieve,levelist=5,param=235077"));
cube.clear(MarsRequest::parse("retrieve,levelist=5,param=235094"));
std::vector<MarsRequest> expected_flat_requests = {
MarsRequest::parse("retrieve,levelist=1,param=228038"), MarsRequest::parse("retrieve,levelist=2,param=228038"),
MarsRequest::parse("retrieve,levelist=3,param=228038"), MarsRequest::parse("retrieve,levelist=4,param=228038"),
MarsRequest::parse("retrieve,levelist=5,param=228038"), MarsRequest::parse("retrieve,levelist=1,param=235077"),
MarsRequest::parse("retrieve,levelist=2,param=235077"), MarsRequest::parse("retrieve,levelist=3,param=235077"),
MarsRequest::parse("retrieve,levelist=4,param=235077"), MarsRequest::parse("retrieve,levelist=1,param=235094"),
MarsRequest::parse("retrieve,levelist=2,param=235094"), MarsRequest::parse("retrieve,levelist=3,param=235094"),
MarsRequest::parse("retrieve,levelist=4,param=235094"), MarsRequest::parse("retrieve,levelist=1,param=235078"),
MarsRequest::parse("retrieve,levelist=2,param=235078"), MarsRequest::parse("retrieve,levelist=3,param=235078"),
MarsRequest::parse("retrieve,levelist=4,param=235078"), MarsRequest::parse("retrieve,levelist=5,param=235078"),
// These two requests we have removed from the cube:
// MarsRequest::parse("retrieve,levelist=5,param=235077"),
// MarsRequest::parse("retrieve,levelist=5,param=235094"),
};
auto dense_requests = cube.vacantRequests();
EXPECT_EQUAL(dense_requests.size(), 2);
std::vector<MarsRequest> flattened_requests;
for (const auto& req : cube.vacantRequests()) { // surely this should be requests, not vacantRequests... anyway...
auto flattened = req.split(keys);
for (const auto& f : flattened) {
flattened_requests.push_back(f);
}
}
EXPECT_EQUAL(flattened_requests.size(), 18);
EXPECT_EQUAL(flattened_requests.size(), expected_flat_requests.size());
// compare both vectors
std::sort(flattened_requests.begin(), flattened_requests.end());
std::sort(expected_flat_requests.begin(), expected_flat_requests.end());
for (size_t i = 0; i < expected_flat_requests.size(); ++i) {
EXPECT_EQUAL(flattened_requests[i].values("levelist"), expected_flat_requests[i].values("levelist"));
EXPECT_EQUAL(flattened_requests[i].values("param"), expected_flat_requests[i].values("param"));
}
}
} // namespace metkit::mars::test
int main(int argc, char** argv) {
return eckit::testing::run_tests(argc, argv);
}
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