void UmlRelation::write(FileOut & out, bool inside) {
switch (relationKind()) {
case aGeneralisation:
if (inside)
write_generalization(out);
break;
case aRealization:
if (inside)
parent()->memo_relation(this);
else
write_realization(out);
break;
case aDependency:
if (inside)
parent()->memo_relation(this);
else
write_dependency(out);
break;
default:
// don't generate them for actors
{
UmlItem * p = parent();
if (p->stereotype() == "actor")
return;
do {
p = p->parent();
} while (p->kind() == aClass);
UmlItem * op = roleType();
if (op->stereotype() == "actor")
return;
do {
op = op->parent();
} while (op->kind() == aClass);
if ((p->kind() == aClassView) && (op->kind() == aClassView)) {
if (inside)
write_relation_as_attribute(out);
else
// note : it is the first side
write_relation(out);
}
}
break;
}
}
void UmlItem::manage_alias(const char *& p, QTextStream & ts)
{
// p starts by '@'
const char * pclosed;
if ((p[1] == '{') && ((pclosed = strchr(p + 2, '}')) != 0)) {
QByteArray key_(p + 2, pclosed - p - 1);
WrapperStr key = key_;
WrapperStr value;
UmlItem * node = this;
do {
if (node->propertyValue(key, value))
break;
node = node->parent();
}
while (node != 0);
if (node != 0)
// find, insert the value
ts << value;
else
// not find, insert the key
ts << "@{" << key << '}';
// bypass the key
p += strlen(key) + 3;
}
else
// bypass '$'
ts << toLocale(p);
}
void UmlClass::import(QTextOStream & f, const QCString & indent) {
QCString s;
if (!isJavaExternal()) {
UmlArtifact * cp = associatedArtifact();
UmlPackage * pack = (UmlPackage *)
((cp != 0) ? (UmlItem *) cp : (UmlItem *) this)->package();
if ((s = pack->javaPackage()).isEmpty())
return;
QCString s2 = name();
UmlItem * p = this;
while ((p = p->parent())->kind() == aClass)
s2 = p->name() + dot + s2;
s += dot + s2;
}
else if ((s = package()->javaPackage()).isEmpty())
return;
else
s += dot + name();
if (! UmlArtifact::generated_one()->is_imported(s)) {
f << indent << "import " << s << ";\n";
UmlArtifact::generated_one()->imported(s);
}
}
void UmlRelation::search_class_assoc() {
if (side(TRUE) != this)
return;
switch (relationKind()) {
case aGeneralisation:
case aRealization:
case aDependency:
break;
default:
{
UmlTypeSpec a = association();
if (a.type != 0) {
// not generated for actors
UmlItem * p = parent();
if (p->stereotype() != "actor") {
do {
p = p->parent();
} while (p->kind() == aClass);
if (p->kind() == aClassView)
_assoc_class = a.type->set_assoc(this);
}
}
}
}
}
void UmlOperation::generate_index()
{
unsigned n = opers.size();
if (n != 0) {
sort(opers);
start_file("public_operations", "Public Operations Index", TRUE);
fw.write("<table>\n");
fw.write("<tr bgcolor=\"#f0f0f0\"><td align=\"center\"><b>Operation</b></td><td align=\"center\"><b>Class</b></td><td align=\"center\"><b>Description</b></td></tr>\n");
for (unsigned i = 0; i != n; i += 1) {
UmlItem * op = opers.elementAt(i);
fw.write("<tr bgcolor=\"#f0f0f0\"><td>");
op->write();
fw.write("</td><td>");
op->parent()->write();
fw.write("</td><td>");
writeq(op->description());
fw.write("</td></tr>\n");
}
fw.write("</table>\n");
end_file();
}
}
void UmlItem::manage_alias(const char *& p, QTextOStream & ts,
Q3CString indent, BooL & indent_needed) {
if (indent_needed) {
indent_needed = FALSE;
ts << indent;
}
// p starts by '@'
const char * pclosed;
if ((p[1] == '{') && ((pclosed = strchr(p + 2, '}')) != 0)) {
Q3CString key(p + 2, pclosed - p - 1);
Q3CString value;
UmlItem * node = this;
do {
if (node->propertyValue(key, value))
break;
node = node->parent();
} while (node != 0);
if (node != 0)
// find, insert the value
ts << value;
else
// not find, insert the key
ts << "@{" << key << '}';
// bypass the key
p += strlen(key) + 3;
}
else
// bypass '$'
ts << *p++;
}
UmlPackage * UmlArtifact::package() {
UmlItem * parent = this->parent();
while (parent->kind() != aPackage)
parent = parent->parent();
return (UmlPackage *) parent;
}
void UmlPackage::roseImport()
{
QString s = QFileDialog::getOpenFileName(0, "" ,QString::null, "*.mdl");
if (!s.isEmpty()) {
File f(s, "");
if (! f.open(QIODevice::ReadOnly)) {
UmlCom::trace(QString("<br>cannot open " + s).toLatin1().constData());
throw 0;
}
UmlItem * prj = this;
while (prj->parent() != 0)
prj = prj->parent();
prj->set_childrenVisible(FALSE);
try {
UmlCom::message("Phase 1");
scanning = TRUE;
while (import(f))
;
scanning = FALSE;
UmlCom::message("Phase 2");
f.rewind();
while (import(f))
;
}
catch (...) {
set_childrenVisible(TRUE);
throw 0;
}
set_childrenVisible(TRUE);
}
}
void UmlClass::uml2java(bool rec) {
if (isJavaExternal())
set_JavaDecl(JavaSettings::externalClassDecl());
else {
QCString st = JavaSettings::classStereotype(stereotype());
UmlItem * pack = parent()->parent();
while (pack->kind() != aPackage)
pack = pack->parent();
if ((st == "stereotype") ||
(st == "metaclass") ||
(pack->stereotype() == "profile")) {
set_CppDecl("");
return;
}
if (st == "enum_pattern")
set_JavaDecl(JavaSettings::enumPatternDecl());
else if (st == "enum")
set_JavaDecl(JavaSettings::enumDecl());
else if (st == "interface")
set_JavaDecl(JavaSettings::interfaceDecl());
else if (st == "@interface") {
QCString s = JavaSettings::interfaceDecl();
int index = s.find("interface");
if (index != -1)
s.insert(index, '@');
set_JavaDecl(s);
}
else if (st == "ignored") {
set_JavaDecl("");
return;
}
else
set_JavaDecl(JavaSettings::classDecl());
if (rec) {
const QVector<UmlItem> ch = children();
unsigned n = ch.size();
for (unsigned i = 0; i != n; i += 1)
ch[i]->uml2java(rec);
}
if (parent()->kind() == aClassView)
// not nested
artifact()->set_JavaSource(JavaSettings::sourceContent());
}
}
void UmlClass::uml2cpp(bool rec) {
if (isCppExternal())
set_CppDecl(CppSettings::externalClassDecl());
else {
QCString st = CppSettings::classStereotype(stereotype());
UmlItem * pack = parent()->parent();
while (pack->kind() != aPackage)
pack = pack->parent();
if ((st == "stereotype") ||
(st == "metaclass") ||
(pack->stereotype() == "profile")) {
set_CppDecl("");
return;
}
if (st == "enum")
set_CppDecl(CppSettings::enumDecl());
else if (st == "union")
set_CppDecl(CppSettings::unionDecl());
else if (st == "struct")
set_CppDecl(CppSettings::structDecl());
else if (st == "typedef")
set_CppDecl(CppSettings::typedefDecl());
else if (st == "ignored") {
set_CppDecl("");
return;
}
else
set_CppDecl(CppSettings::classDecl());
if (rec) {
const QVector<UmlItem> ch = children();
unsigned n = ch.size();
for (unsigned i = 0; i != n; i += 1)
ch[i]->uml2cpp(rec);
}
if (parent()->kind() == aClassView) {
// not nested
UmlArtifact * art = artifact();
art->set_CppSource(CppSettings::sourceContent());
art->set_CppHeader(CppSettings::headerContent());
}
}
}
void UmlClass::uml2idl(bool rec) {
if (isIdlExternal())
set_IdlDecl(IdlSettings::externalClassDecl());
else {
QCString st = IdlSettings::classStereotype(stereotype());
UmlItem * pack = parent()->parent();
while (pack->kind() != aPackage)
pack = pack->parent();
if ((st == "stereotype") ||
(st == "metaclass") ||
(pack->stereotype() == "profile")) {
set_CppDecl("");
return;
}
if (st == "struct")
set_IdlDecl(IdlSettings::structDecl());
else if (st == "union")
set_IdlDecl(IdlSettings::unionDecl());
else if (st == "enum")
set_IdlDecl(IdlSettings::enumDecl());
else if (st == "exception")
set_IdlDecl(IdlSettings::exceptionDecl());
else if (st == "typedef")
set_IdlDecl(IdlSettings::typedefDecl());
else if (st == "interface")
set_IdlDecl(IdlSettings::interfaceDecl());
else if (st == "ignored") {
set_IdlDecl("");
return;
}
else
set_IdlDecl(IdlSettings::valuetypeDecl());
if (rec) {
const QVector<UmlItem> ch = children();
unsigned n = ch.size();
for (unsigned i = 0; i != n; i += 1)
ch[i]->uml2idl(rec);
}
if (parent()->kind() == aClassView)
// not nested
artifact()->set_IdlSource(IdlSettings::sourceContent());
}
}
void UmlClass::set_under_construction(bool y, bool rec)
{
if (y) {
if (rec) {
UmlItem * it = this;
do {
UnderConstruction.append((UmlClass *) it);
}
while ((it = it->parent())->kind() == aClass);
}
else
UnderConstruction.append(this);
}
else if (rec)
UnderConstruction.clear();
else
UnderConstruction.removeOne(this);
}
void UmlClass::uml2php(bool rec) {
if (isPhpExternal())
set_PhpDecl(PhpSettings::externalClassDecl());
else {
QCString st = PhpSettings::classStereotype(stereotype());
UmlItem * pack = parent()->parent();
while (pack->kind() != aPackage)
pack = pack->parent();
if ((st == "stereotype") ||
(st == "metaclass") ||
(pack->stereotype() == "profile")) {
set_CppDecl("");
return;
}
if (st == "enum")
set_PhpDecl(PhpSettings::enumDecl());
else if (st == "interface")
set_PhpDecl(PhpSettings::interfaceDecl());
else if (st == "ignored") {
set_PhpDecl("");
return;
}
else
set_PhpDecl(PhpSettings::classDecl());
if (rec) {
const QVector<UmlItem> ch = children();
unsigned n = ch.size();
for (unsigned i = 0; i != n; i += 1)
ch[i]->uml2php(rec);
}
if (parent()->kind() == aClassView)
// not nested
artifact()->set_PhpSource(PhpSettings::sourceContent());
}
}
int main(int argc, char ** argv)
{
if (argc != 2)
return 0;
if (UmlCom::connect(Q3CString(argv[1]).toUInt())) {
bool aborted = TRUE;
try {
UmlCom::trace("<b>C++ roundtrip</b> release 1.3<br>");
UmlCom::traceAutoRaise(FALSE);
char * argv = 0;
int argc = 0;
QApplication * app = new QApplication(argc, &argv);
UmlItem * item = UmlCom::targetItem();
int n;
switch (item->kind()) {
default:
UmlCom::trace("<font face=helvetica><b>must be applied on a <i>package, class view, deployment view, artifact</i> or <i>class</i></b></font><br>");
aborted = FALSE;
throw 0;
case aPackage:
n = ((UmlPackage *) item)->count_roundtriped();
break;
case aClassView:
case aDeploymentView:
case anArtifact:
n = 1;
break;
case aClass:
if (item->parent()->kind() != aClassView) {
UmlCom::trace("<font face=helvetica><b>can't be applied on a <i>class</i> nested or out of a <i>class view</i></b></font><br>");
aborted = FALSE;
throw 0;
}
n = 1;
break;
}
UmlPackage * project = UmlPackage::getProject();
UmlCom::trace("<font face=helvetica>Upload project ...</font>");
Package::init(project, app);
UmlCom::trace("<font face=helvetica>...done</font><br>");
UmlCom::message("");
Package::set_step(0, n);
UmlCom::trace("<font face=helvetica>Preparation...</font>");
if (!item->set_roundtrip_expected() &&
(QMessageBox::warning(0, "Roundtrip",
"Some elements to roundtrip are read-only and will not be updated\n\n"
"Roundtrip anyway ?",
"Yes", "No", QString::null, 1, 1)
!= 0)) {
aborted = FALSE;
throw 0;
}
Package::set_step(0, -1);
UmlCom::trace("<font face=helvetica>...done</font><br>");
if ((item->kind() == aPackage) && !UmlArtifact::is_roundtrip_usefull()) {
UmlCom::trace("<font face=helvetica>you don't ask for to roundtrip artifact(s)<br><br>"
"probably you want to do a <i>reverse</i> rather than a <i>roundtrip</i></font><br>");
aborted = FALSE;
throw 0;
}
Q3CString f;
if (project->propertyValue("#file", f))
Lex::defines(f);
n = 0;
item->scan_it(n);
CppSettings::set_UseDefaults(TRUE);
project->set_childrenVisible(FALSE);
item->send_it(n);
UmlOperation::force_defs();
Statistic::produce();
// umark all
{
Q3PtrVector<UmlItem> marked = UmlItem::markedItems();
UmlItem ** v = marked.data();
UmlItem ** const vsup = v + marked.size();
for (;v != vsup; v += 1)
(*v)->set_isMarked(FALSE);
}
Q3PtrList<UmlItem> useless;
item->mark_useless(useless);
if (!useless.isEmpty() &&
(QMessageBox::warning(0, "C++ roundtrip",
"The marked elements are useless because they don't\n"
"correspond to something in the roundtriped files\n\n\n"
"Delete them ?",
"Yes", "No", QString::null, 1, 1)
== 0)) {
Q3PtrListIterator<UmlItem> iter(useless);
do {
if (iter.current()->isMarked())
iter.current()->deleteIt();
} while (++iter, iter.current() != 0);
}
project->set_childrenVisible(TRUE);
item->set_childrenVisible(TRUE); // re select it
aborted = FALSE;
}
catch (...) {
}
try {
// socket may be already closed
if (aborted)
UmlCom::trace("<font face=helvetica><br><b>Rountrip aborted!</b></font><br>");
UmlCom::message("");
UmlCom::showTrace();
UmlCom::bye((aborted) ? 1 : 0); // application must not be deleted
}
catch (...) {
}
}
UmlCom::close(); // application must not be deleted
return 0;
}
void UmlTransition::generate(Q3PtrList<UmlTransition> trs, UmlClass * machine, UmlClass * anystate, UmlState * state, Q3CString & body, Q3CString indent, bool completion)
{
UmlTransition * tr;
bool guard = FALSE;
for (tr = trs.first(); tr != 0; tr = trs.next()) {
body += indent;
if (!tr->cppGuard().isEmpty()) {
// manage guard
body += ((tr == trs.getFirst()) ? "if (" : "else if (")
+ tr->cppGuard() + ") {\n";
guard = TRUE;
}
else
// no gard : it is the last transition, may be the first
body += ((tr == trs.getFirst()) ? "{\n" : "else {\n");
// the target state
UmlItem * tg = tr->target();
bool self_external = (state == tg) && tr->isExternal();
while (tg->kind() != aState)
tg = tg->parent();
// the parent common to the current and the target state
UmlState * common = state;
if (self_external) {
// execute exit behavior
if (!state->cppExitBehavior().isEmpty())
body += indent + " _doexit(stm);\n";
}
else {
bool fromExit =
// the exit behavior is made entering in the exit point
(tr->parent()->kind() == anExitPointPseudoState);
// compute common parent and manage exit behavior
if (tr->target()->kind() != aTerminatePseudoState) {
while (!((UmlState *) tg)->inside(common)) {
if (!fromExit && !common->cppExitBehavior().isEmpty())
body += indent + " stm" + common->path() + "._doexit(stm);\n";
fromExit = FALSE;
switch (common->parent()->kind()) {
case aState:
common = (UmlState *) common->parent();
break;
case aRegion:
common = (UmlState *) common->parent()->parent();
break;
default:
UmlCom::trace("Error : transition from '" + state->name()
+ "' goes outside the state machine");
throw 0;
}
}
}
}
// manage transition activity
if (!tr->cppActivity().isEmpty())
body += "#ifdef VERBOSE_STATE_MACHINE\n" + indent +
" puts(\"DEBUG : execute activity of transition " + tr->name() +
"\");\n#endif\n" + tr->cppActivity();
// manage entry behavior
if (self_external) {
if (state->needCreate())
body += indent + " create(stm);\n";
}
else if (tr->target()->kind() != aTerminatePseudoState) {
if (tg != common) {
Q3CString enter;
UmlState * tg_parent;
// the enter behavior of the target state will be managed
// generating a call to create
for (tg_parent = (UmlState *) tg->parent();
tg_parent != common;
tg_parent = (UmlState *) tg_parent->parent())
if (!tg_parent->cppEntryBehavior().isEmpty())
enter.insert(0,
(const char *)(indent + " stm" + tg_parent->path() + "._doentry(stm);\n")); //[rageek] ambiguous
if (!enter.isEmpty())
body += enter;
}
// set the current state if needed
if (tg != state)
body += indent + " stm._set_currentState(stm"
+ ((UmlState *) tg)->path() + ");\n#ifdef VERBOSE_STATE_MACHINE\n" +
indent + " puts(\"DEBUG : current state is now " + ((UmlState *) tg)->prettyPath() +
"\");\n#endif\n";
}
// do the transition
if (tr->target()->kind() == aState) {
if ((tg != state) && ((UmlState *) tg)->needCreate())
body += indent + " stm"
+ ((UmlState *) tg)->path() + ".create(stm);\n";
}
else
tr->target()->generate(machine, anystate, ((UmlState *) tg), body, indent + " ");
if (completion)
body += indent + " return (bool) 1;\n";
body += indent + "}\n";
}
if (completion && guard)
body += indent + "return (bool) 0;\n";
}