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#include "CMI.hpp"
#include <catch_amalgamated.hpp>
using namespace CMI;
#define NEW_MOVE(VAR, SAN) \
HalfMove *VAR = new HalfMove(); \
(VAR)->SetSAN((SAN));
HalfMove *BuildTree() {
// Move 1
NEW_MOVE(m1, "e4");
NEW_MOVE(m2, "e5");
m1->SetMainline(m2);
// Move 2
NEW_MOVE(m3, "Nf3");
NEW_MOVE(m4, "Nc6");
m2->SetMainline(m3);
m3->SetMainline(m4);
// Move 3 Ponziani :D
NEW_MOVE(m5, "c3");
NEW_MOVE(m6, "Nf6");
m4->SetMainline(m5);
m5->SetMainline(m6);
// Move 4 Ponziani :D
NEW_MOVE(m7, "d4");
NEW_MOVE(m8, "exd4");
m5->SetMainline(m7);
m7->SetMainline(m8);
// Move 4 Variation
NEW_MOVE(m8bis, "Nxe4");
m8->AddVariation(m8bis);
return m1;
}
TEST_CASE("CMI Tests Numbers", "[numbers]") {
HalfMove *m = BuildTree();
CHECK(m->IsConsistent());
CHECK(m->GetNumber() == 1);
CHECK(m->GetMainline()->GetNumber() == 1);
CHECK(m->GetMainline()->GetMainline()->GetNumber() == 2);
}
TEST_CASE("CMI Tests Consistancy", "[IsConsistent/bindorder]") {
// In mainline
NEW_MOVE(m1, "e4");
NEW_MOVE(m2, "e5");
m1->SetMainline(m2);
NEW_MOVE(m3, "Nf3");
NEW_MOVE(m4, "Nc6");
m3->SetMainline(m4); // Should normally be done after next line
m2->SetMainline(m3);
CHECK(!m1->IsConsistent());
// In variations
NEW_MOVE(n1, "e4");
NEW_MOVE(n2, "e5");
n1->SetMainline(n2);
NEW_MOVE(n3, "c6");
n2->AddVariation(n3);
n3->SetNumber(4);
CHECK(!n1->IsConsistent());
}
TEST_CASE("CMI Tests Consistancy", "[IsConsistent/isBlack]") {
// In mainline
NEW_MOVE(m1, "e4");
NEW_MOVE(m2, "e5");
m1->SetMainline(m2);
m2->SetIsBlack(false);
CHECK(!m1->IsConsistent());
// In variation
NEW_MOVE(n1, "e4");
NEW_MOVE(n2, "e5");
n1->SetMainline(n2);
NEW_MOVE(n3, "c6");
n2->AddVariation(n3);
n3->SetIsBlack(false);
CHECK(!n1->IsConsistent());
}
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