Examples with ConcretePersistentTransitionChoice pcgen.cdom.base.ConcretePersistentTransitionChoice used on opensource projects

Example 16 with ConcretePersistentTransitionChoice

use of pcgen.cdom.base.ConcretePersistentTransitionChoice in project pcgen by PCGen.

the class ClassSkillsTokenTest method testUnparseTrained.

@Test
public void testUnparseTrained() throws PersistenceLayerException {
    List<CDOMReference<Skill>> refs = new ArrayList<>();
    ObjectMatchingReference<Skill, Boolean> omr = new ObjectMatchingReference<>("TRAINED", Skill.class, getAllRef(), ObjectKey.USE_UNTRAINED, Boolean.FALSE);
    omr.returnIncludesNulls(true);
    refs.add(omr);
    ReferenceChoiceSet<Skill> rcs = new ReferenceChoiceSet<>(refs);
    ChoiceSet<Skill> cs = new ChoiceSet<>(getSubToken().getTokenName(), rcs);
    PersistentTransitionChoice<Skill> tc = new ConcretePersistentTransitionChoice<>(cs, FormulaFactory.ONE);
    primaryProf.addToListFor(ListKey.ADD, tc);
    tc.setChoiceActor(new ClassSkillChoiceActor(fighter, null));
    String[] unparsed = getToken().unparse(primaryContext, primaryProf);
    expectSingle(unparsed, getSubTokenName() + '|' + "TRAINED");
}

Example 17 with ConcretePersistentTransitionChoice

use of pcgen.cdom.base.ConcretePersistentTransitionChoice in project pcgen by PCGen.

the class ClassSkillsTokenTest method testUnparseSingleRanked.

@Test
public void testUnparseSingleRanked() throws PersistenceLayerException {
    List<CDOMReference<Skill>> refs = new ArrayList<>();
    addSingleRef(refs, "TestWP1");
    ReferenceChoiceSet<Skill> rcs = new ReferenceChoiceSet<>(refs);
    ChoiceSet<Skill> cs = new ChoiceSet<>(getSubToken().getTokenName(), rcs);
    PersistentTransitionChoice<Skill> tc = new ConcretePersistentTransitionChoice<>(cs, FormulaFactory.ONE);
    primaryProf.addToListFor(ListKey.ADD, tc);
    tc.setChoiceActor(new ClassSkillChoiceActor(fighter, 3));
    String[] unparsed = getToken().unparse(primaryContext, primaryProf);
    expectSingle(unparsed, getSubTokenName() + '|' + "TestWP1,AUTORANK=3");
}

Example 18 with ConcretePersistentTransitionChoice

use of pcgen.cdom.base.ConcretePersistentTransitionChoice in project pcgen by PCGen.

the class AbilityTokenTest method testUnparseComplex.

@Test
public void testUnparseComplex() throws PersistenceLayerException {
    List<CDOMReference<Ability>> refs = createSingle("TestWP1");
    AbilityRefChoiceSet rcs = new AbilityRefChoiceSet(CDOMDirectSingleRef.getRef(AbilityCategory.FEAT), refs, Nature.VIRTUAL);
    assert (rcs.getGroupingState().isValid());
    AbilityChoiceSet cs = new AbilityChoiceSet(getSubToken().getTokenName(), rcs);
    cs.setTitle("Virtual Feat Selection");
    PersistentTransitionChoice<CNAbilitySelection> tc = new ConcretePersistentTransitionChoice<>(cs, FormulaFactory.getFormulaFor(3));
    tc.allowStack(true);
    tc.setStackLimit(2);
    tc.setChoiceActor(subtoken);
    primaryProf.addToListFor(ListKey.ADD, tc);
    String[] unparsed = getToken().unparse(primaryContext, primaryProf);
    expectSingle(unparsed, getSubTokenName() + '|' + "3|FEAT|VIRTUAL|STACKS=2,TestWP1");
}

Example 19 with ConcretePersistentTransitionChoice

use of pcgen.cdom.base.ConcretePersistentTransitionChoice in project pcgen by PCGen.

the class AbilityToken method parseNonEmptyToken.

@Override
protected ParseResult parseNonEmptyToken(LoadContext context, CDOMObject obj, String value) {
    if (isEmpty(value)) {
        return new ParseResult.Fail("Value in " + getFullName() + " may not be empty", context);
    }
    ParsingSeparator sep = new ParsingSeparator(value, '|');
    sep.addGroupingPair('[', ']');
    sep.addGroupingPair('(', ')');
    String first = sep.next();
    if (!sep.hasNext()) {
        return new ParseResult.Fail("Syntax of ADD:" + getTokenName() + " requires 3 to 4 |: " + value, context);
    }
    String second = sep.next();
    if (!sep.hasNext()) {
        return new ParseResult.Fail("Syntax of ADD:" + getTokenName() + " requires a minimum of three | : " + value, context);
    }
    String third = sep.next();
    Formula count;
    if (sep.hasNext()) {
        count = FormulaFactory.getFormulaFor(first);
        if (!count.isValid()) {
            return new ParseResult.Fail("Count in " + getTokenName() + " was not valid: " + count.toString(), context);
        }
        if (count.isStatic() && count.resolveStatic().doubleValue() <= 0) {
            return new ParseResult.Fail("Count in " + getFullName() + " must be > 0", context);
        }
        first = second;
        second = third;
        third = sep.next();
    } else {
        count = FormulaFactory.ONE;
    }
    if (sep.hasNext()) {
        return new ParseResult.Fail("Syntax of ADD:" + getTokenName() + " has max of four | when a count is not present: " + value, context);
    }
    CDOMSingleRef<AbilityCategory> acRef = context.getReferenceContext().getCDOMReference(ABILITY_CATEGORY_CLASS, first);
    Nature nature = Nature.valueOf(second);
    if (nature == null) {
        return new ParseResult.Fail(getFullName() + ": Invalid ability nature: " + second, context);
    }
    if (Nature.ANY.equals(nature)) {
        return new ParseResult.Fail(getTokenName() + " refers to ANY Ability Nature, cannot be used in " + getTokenName() + ": " + value);
    }
    if (Nature.AUTOMATIC.equals(nature)) {
        return new ParseResult.Fail(getTokenName() + " refers to AUTOMATIC Ability Nature, cannot be used in " + getTokenName() + ": " + value, context);
    }
    ParseResult pr = checkSeparatorsAndNonEmpty(',', third);
    if (!pr.passed()) {
        return pr;
    }
    List<CDOMReference<Ability>> refs = new ArrayList<>();
    ParsingSeparator tok = new ParsingSeparator(third, ',');
    tok.addGroupingPair('[', ']');
    tok.addGroupingPair('(', ')');
    boolean allowStack = false;
    int dupChoices = 0;
    ReferenceManufacturer<Ability> rm = context.getReferenceContext().getManufacturer(ABILITY_CLASS, ABILITY_CATEGORY_CLASS, first);
    if (rm == null) {
        return new ParseResult.Fail("Could not get Reference Manufacturer for Category: " + first, context);
    }
    while (tok.hasNext()) {
        CDOMReference<Ability> ab;
        String token = tok.next();
        if ("STACKS".equals(token)) {
            if (allowStack) {
                return new ParseResult.Fail(getFullName() + " found second stacking specification in value: " + value, context);
            }
            allowStack = true;
            continue;
        } else if (token.startsWith("STACKS=")) {
            if (allowStack) {
                return new ParseResult.Fail(getFullName() + " found second stacking specification in value: " + value, context);
            }
            allowStack = true;
            try {
                dupChoices = Integer.parseInt(token.substring(7));
            } catch (NumberFormatException nfe) {
                return new ParseResult.Fail("Invalid Stack number in " + getFullName() + ": " + value, context);
            }
            if (dupChoices <= 0) {
                return new ParseResult.Fail("Invalid (less than 1) Stack number in " + getFullName() + ": " + value, context);
            }
            continue;
        } else {
            if (Constants.LST_ALL.equals(token)) {
                ab = rm.getAllReference();
            } else {
                ab = TokenUtilities.getTypeOrPrimitive(rm, token);
            }
        }
        if (ab == null) {
            return new ParseResult.Fail("  Error was encountered while parsing " + getTokenName() + ": " + value + " had an invalid reference: " + token, context);
        }
        refs.add(ab);
    }
    if (refs.isEmpty()) {
        return new ParseResult.Fail("Non-sensical " + getFullName() + ": Contains no ability reference: " + value, context);
    }
    AbilityRefChoiceSet rcs = new AbilityRefChoiceSet(acRef, refs, nature);
    if (!rcs.getGroupingState().isValid()) {
        return new ParseResult.Fail("Non-sensical " + getFullName() + ": Contains ANY and a specific reference: " + value, context);
    }
    AbilityChoiceSet cs = new AbilityChoiceSet(getTokenName(), rcs);
    StringBuilder title = new StringBuilder(50);
    if (!Nature.NORMAL.equals(nature)) {
        title.append(nature.toString());
        title.append(' ');
    }
    title.append(first);
    title.append(" Choice");
    cs.setTitle(title.toString());
    PersistentTransitionChoice<CNAbilitySelection> tc = new ConcretePersistentTransitionChoice<>(cs, count);
    context.getObjectContext().addToList(obj, ListKey.ADD, tc);
    tc.allowStack(allowStack);
    if (dupChoices != 0) {
        tc.setStackLimit(dupChoices);
    }
    tc.setChoiceActor(this);
    return ParseResult.SUCCESS;
}

Example 20 with ConcretePersistentTransitionChoice

use of pcgen.cdom.base.ConcretePersistentTransitionChoice in project pcgen by PCGen.

the class LanguageToken method parseNonEmptyToken.

@Override
protected ParseResult parseNonEmptyToken(LoadContext context, CDOMObject obj, String value) {
    ParsingSeparator sep = new ParsingSeparator(value, '|');
    sep.addGroupingPair('[', ']');
    sep.addGroupingPair('(', ')');
    String activeValue = sep.next();
    Formula count;
    if (!sep.hasNext()) {
        count = FormulaFactory.ONE;
    } else {
        count = FormulaFactory.getFormulaFor(activeValue);
        if (!count.isValid()) {
            return new ParseResult.Fail("Count in " + getTokenName() + " was not valid: " + count.toString(), context);
        }
        if (count.isStatic() && count.resolveStatic().doubleValue() <= 0) {
            return new ParseResult.Fail("Count in " + getFullName() + " must be > 0", context);
        }
        activeValue = sep.next();
    }
    if (sep.hasNext()) {
        return new ParseResult.Fail(getFullName() + " had too many pipe separated items: " + value, context);
    }
    ParseResult pr = checkSeparatorsAndNonEmpty(',', activeValue);
    if (!pr.passed()) {
        return pr;
    }
    List<CDOMReference<Language>> refs = new ArrayList<>();
    StringTokenizer tok = new StringTokenizer(activeValue, Constants.COMMA);
    while (tok.hasMoreTokens()) {
        String tokText = tok.nextToken();
        CDOMReference<Language> lang = TokenUtilities.getReference(context, LANGUAGE_CLASS, tokText);
        if (lang == null) {
            return new ParseResult.Fail("  Error was encountered while parsing " + getFullName() + ": " + value + " had an invalid reference: " + tokText, context);
        }
        refs.add(lang);
    }
    ReferenceChoiceSet<Language> rcs = new ReferenceChoiceSet<>(refs);
    if (!rcs.getGroupingState().isValid()) {
        return new ParseResult.Fail("Non-sensical " + getFullName() + ": Contains ANY and a specific reference: " + value, context);
    }
    ChoiceSet<Language> cs = new ChoiceSet<>(getTokenName(), rcs);
    cs.setTitle("Language Choice");
    PersistentTransitionChoice<Language> tc = new ConcretePersistentTransitionChoice<>(cs, count);
    context.getObjectContext().addToList(obj, ListKey.ADD, tc);
    tc.setChoiceActor(this);
    return ParseResult.SUCCESS;
}