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plasp/lib/pddlparse/tests/TestSignatureMatching.cpp

150 lines
4.8 KiB
C++

#include <catch.hpp>
#include <experimental/filesystem>
#include <pddlparse/AST.h>
#include <pddlparse/Parse.h>
namespace fs = std::experimental::filesystem;
const pddl::Context::WarningCallback ignoreWarnings = [](const auto &, const auto &){};
////////////////////////////////////////////////////////////////////////////////////////////////////
TEST_CASE("[PDDL signature matching] Predicate signatures are matched correctly", "[PDDL signature matching]")
{
std::stringstream input;
pddl::Tokenizer tokenizer;
pddl::Context context(std::move(tokenizer), ignoreWarnings);
const auto domainFile = fs::path("data") / "test-cases" / "skeleton.pddl";
context.tokenizer.read(domainFile);
SECTION("directly matching primitive types")
{
input
<< "(:action test :parameters (?x - a1 ?y - a2 ?z - a3) :precondition (p1 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_NOTHROW(pddl::parseDescription(context));
}
SECTION("derived primitive types (direct children)")
{
input
<< "(:action test :parameters (?x - b1 ?y - b2 ?z - b3) :precondition (p1 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_NOTHROW(pddl::parseDescription(context));
}
SECTION("derived primitive types (indirect children)")
{
input
<< "(:action test :parameters (?x - c1 ?y - c2 ?z - c3) :precondition (p1 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_NOTHROW(pddl::parseDescription(context));
}
SECTION("incompatible primitive types")
{
input
<< "(:action test :parameters (?x - a3 ?y - a2 ?z - a3) :precondition (p1 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_THROWS(pddl::parseDescription(context));
}
SECTION("unrelated primitive types")
{
input
<< "(:action test :parameters (?x - b1 ?y - b2 ?z - b1) :precondition (p1 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_THROWS(pddl::parseDescription(context));
}
SECTION("incompatible parent types (1)")
{
input
<< "(:action test :parameters (?x - object ?y - b2 ?z - c3) :precondition (p1 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_THROWS(pddl::parseDescription(context));
}
SECTION("incompatible parent types (2)")
{
input
<< "(:action test :parameters (?x - a1 ?y - a2 ?z - a3) :precondition (p2 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_THROWS(pddl::parseDescription(context));
}
SECTION("matching types with multiple inheritance (1)")
{
input
<< "(:action test :parameters (?x - b1 ?y - b2 ?z - cx) :precondition (p1 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_NOTHROW(pddl::parseDescription(context));
}
SECTION("matching types with multiple inheritance (2)")
{
input
<< "(:action test :parameters (?x - bx ?y - b2 ?z - c3) :precondition (p1 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_NOTHROW(pddl::parseDescription(context));
}
SECTION("“either” type not matching primitive type")
{
input
<< "(:action test :parameters (?x - either (a1 a2) ?y - b2 ?z - c3) :precondition (p1 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_THROWS(pddl::parseDescription(context));
}
SECTION("1-ary “either” type matching primitive type")
{
input
<< "(:action test :parameters (?x - (either a1) ?y - a2 ?z - a3) :precondition (p1 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_NOTHROW(pddl::parseDescription(context));
}
SECTION("“either” type directly matching another “either” type")
{
input
<< "(:action test :parameters (?x - (either a1 a2) ?y ?z - (either b1 b3)) :precondition (p3 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_NOTHROW(pddl::parseDescription(context));
}
SECTION("“either” type matching another “either” type via inheritance")
{
input
<< "(:action test :parameters (?x - (either b1 a2) ?y ?z - (either c1 b3)) :precondition (p3 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_NOTHROW(pddl::parseDescription(context));
}
SECTION("“either” type incompatible with another “either” type")
{
input
<< "(:action test :parameters (?x - (either b1 a2) ?y ?z - (either c2 b3)) :precondition (p3 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_THROWS(pddl::parseDescription(context));
}
SECTION("“either” type compatible with another “either” type via multiple inheritance")
{
input
<< "(:action test :parameters (?x - (either cx c2) ?y ?z - (either cx c3)) :precondition (p3 ?x ?y ?z)))";
context.tokenizer.read("input", input);
CHECK_NOTHROW(pddl::parseDescription(context));
}
SECTION("constants compatible with “either” type via multiple inheritance")
{
input
<< "(:action test :precondition (p3 cbx cb1 cb3)))";
context.tokenizer.read("input", input);
CHECK_NOTHROW(pddl::parseDescription(context));
}
}