Source:
<code>public void compute_function_types() throws Exception { Result result = Result.createForJavaFile("src/test/files/sym/FunctionTypes"); ParametrizedTypeJavaType lowerBound = (ParametrizedTypeJavaType) result.symbol("lowerBound").type; ParametrizedTypeJavaType upperBound = (ParametrizedTypeJavaType) result.symbol("upperBound").type; ParametrizedTypeJavaType unbounded = (ParametrizedTypeJavaType) result.symbol("unbounded").type; ParametrizedTypeJavaType ref = (ParametrizedTypeJavaType) result.symbol("ref").type; ParametrizedTypeJavaType lowerBoundFuncType = (ParametrizedTypeJavaType) typeSubstitutionSolver.functionType(lowerBound); assertThat(lowerBoundFuncType.rawType).isEqualTo(ref.rawType); assertThat(lowerBoundFuncType.typeSubstitution.substitutedTypes()).containsExactly(ref.typeSubstitution.substitutedTypes().get(0)); ParametrizedTypeJavaType upperBoundFuncType = (ParametrizedTypeJavaType) typeSubstitutionSolver.functionType(upperBound); assertThat(upperBoundFuncType.rawType).isEqualTo(ref.rawType); assertThat(upperBoundFuncType.typeSubstitution.substitutedTypes()).containsExactly(ref.typeSubstitution.substitutedTypes().get(0)); <START> ParametrizedTypeJavaType unoundFuncType = (ParametrizedTypeJavaType) typeSubstitutionSolver.functionType(unbounded); <END> assertThat(unoundFuncType.rawType).isEqualTo(ref.rawType); assertThat(unoundFuncType.typeSubstitution.substitutedTypes()).hasSize(1); assertThat(unoundFuncType.typeSubstitution.substitutedTypes().get(0).is("java.lang.Object")).isTrue(); ParametrizedTypeJavaType emptySubstitution = (ParametrizedTypeJavaType) parametrizedTypeCache.getParametrizedTypeType(ref.symbol, new TypeSubstitution()); assertThat(typeSubstitutionSolver.functionType(emptySubstitution)).isEqualTo(emptySubstitution); }</code><technical_language>typo "unound" "unbound"</technical_language>

Target:
public void compute_function_types() throws Exception { Result result = Result.createForJavaFile("src/test/files/sym/FunctionTypes"); ParametrizedTypeJavaType lowerBound = (ParametrizedTypeJavaType) result.symbol("lowerBound").type; ParametrizedTypeJavaType upperBound = (ParametrizedTypeJavaType) result.symbol("upperBound").type; ParametrizedTypeJavaType unbounded = (ParametrizedTypeJavaType) result.symbol("unbounded").type; ParametrizedTypeJavaType ref = (ParametrizedTypeJavaType) result.symbol("ref").type; ParametrizedTypeJavaType lowerBoundFuncType = (ParametrizedTypeJavaType) typeSubstitutionSolver.functionType(lowerBound); assertThat(lowerBoundFuncType.rawType).isEqualTo(ref.rawType); assertThat(lowerBoundFuncType.typeSubstitution.substitutedTypes()).containsExactly(ref.typeSubstitution.substitutedTypes().get(0)); ParametrizedTypeJavaType upperBoundFuncType = (ParametrizedTypeJavaType) typeSubstitutionSolver.functionType(upperBound); assertThat(upperBoundFuncType.rawType).isEqualTo(ref.rawType); assertThat(upperBoundFuncType.typeSubstitution.substitutedTypes()).containsExactly(ref.typeSubstitution.substitutedTypes().get(0)); ParametrizedTypeJavaType unboundFuncType = (ParametrizedTypeJavaType) typeSubstitutionSolver.functionType(unbounded); assertThat(unboundFuncType.rawType).isEqualTo(ref.rawType); assertThat(unboundFuncType.typeSubstitution.substitutedTypes()).hasSize(1); assertThat(unboundFuncType.typeSubstitution.substitutedTypes().get(0).is("java.lang.Object")).isTrue(); ParametrizedTypeJavaType emptySubstitution = (ParametrizedTypeJavaType) parametrizedTypeCache.getParametrizedTypeType(ref.symbol, new TypeSubstitution()); assertThat(typeSubstitutionSolver.functionType(emptySubstitution)).isEqualTo(emptySubstitution); }