Differential D27584 Diff 76216 umbrello/umlwidgets/classifierwidget.cpp

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umbrello/umlwidgets/classifierwidget.cpp

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30	#include "umlview.h"	30	#include "umlview.h"
31	#include "widget_utils.h"	31	#include "widget_utils.h"
32		32
		33	// kde includes
		34	#include <KLocalizedString>
		35
33	// qt includes	36	// qt includes
34	#include <QPainter>	37	#include <QPainter>
35		38
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89	m_visualProperties = ShowAttributes;	92	m_visualProperties = ShowAttributes;
90	updateSignatureTypes();	93	updateSignatureTypes();
91	}	94	}
		95
		96	if (m_umlObject->baseType() == UMLObject::ot_Class) {
		97	setToolTip(i18n("<b>Class</b>"
		98	"<p>A class is an abstraction of a set of objects; at "
		99	"the same time it also acts as an abstract container for "
		100	"the methods that operate on those objects.</p>"));
		101	}
		102
		103	if (m_umlObject->baseType() == UMLObject::ot_Interface) {
		104	setToolTip(i18n("<b>Interface</b>"
		105	"<p>Interfaces define types in an abstract "
		106	"form as a collection of methods or other "
		107	"types that form the blueprint for a class "
		108	"of that type.</p>"));
		109	}
		110
		111	if (m_umlObject->baseType() == UMLObject::ot_Instance) {
		112	setToolTip(i18n("<b>Instance</b>"
		113	"<p>An individual entity with its own identity and "
		114	"value. A descriptor specifies the form and behavior "
		115	"of a set of instances with similar properties. An "
		116	"instance has identity and values that are consistent "
		117	"with the specification in the descriptor. Instances "
		118	"appear in models mainly as examples consistent with "
		119	"descriptor-level models.</p>"));
		120	}
		121	if (m_umlObject->baseType() == UMLObject::ot_Operation) {
		122	setToolTip(i18n("<b>Operation</b>"
		123	"<p>An operation is an abstraction of a set of methods. "
		124	"Better abstraction is achieved by giving an operation "
		125	"fewer parameters.</p>"));
		126	}
92	}	127	}
93		128
94	/**	129	/**
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1012	font.setItalic(false);	1047	font.setItalic(false);
1013	const QFontMetrics &fm = getFontMetrics(FT_BOLD);	1048	const QFontMetrics &fm = getFontMetrics(FT_BOLD);
1014	const int fontHeight = fm.lineSpacing();	1049	const int fontHeight = fm.lineSpacing();
1015
	habackerUnsubmitted Done This change also has nothing to do with this issue. While it's good to fix empty lines or indentations, this should be done in a separate commit. This is also true for other similar places. habacker: This change also has nothing to do with this issue. While it's good to fix empty lines or…
1016	painter->drawRect(0, 0, 50, fontHeight);	1050	painter->drawRect(0, 0, 50, fontHeight);
		1051	setToolTip(i18n("<b>Package</b>"
		1052	"<p>To simplify complex class diagrams, you can group classes into "
		1053	"packages. A package is a collection of logically related UML elements.</p>"));
1017	if (m_umlObject->stereotype() == QLatin1String("subsystem")) {	1054	if (m_umlObject->stereotype() == QLatin1String("subsystem")) {
1018	const int fHalf = fontHeight / 2;	1055	const int fHalf = fontHeight / 2;
1019	const int symY = fHalf;	1056	const int symY = fHalf;
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1022	painter->drawLine(symX + 8, symY, symX + 8, symY + fHalf - 2); // right leg	1059	painter->drawLine(symX + 8, symY, symX + 8, symY + fHalf - 2); // right leg
1023	painter->drawLine(symX, symY, symX + 8, symY); // waist	1060	painter->drawLine(symX, symY, symX + 8, symY); // waist
1024	painter->drawLine(symX + 4, symY, symX + 4, symY - fHalf + 2); // head	1061	painter->drawLine(symX + 4, symY, symX + 4, symY - fHalf + 2); // head
		1062
		1063	setToolTip(i18n("<b>Subsystem</b>"
		1064	"<p>A <b>Subsystem</b> is a package of elements treated as a unit, "
		1065	"including a specification of the behavior of the entire package "
		1066	"that is treated as a unit. A subsystem is modeled "
		1067	"both as a package and as a class while having "
		1068	"interfaces that describe its relationship to the rest of the "
		1069	"system and the circumstances under which it can be used.</p>"));
1025	}	1070	}
1026	painter->drawRect(0, fontHeight - 1, w, h - fontHeight);	1071	painter->drawRect(0, fontHeight - 1, w, h - fontHeight);
1027		1072
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1151	*/	1196	*/
1152	void ClassifierWidget::setDrawAsCircle(bool drawAsCircle)	1197	void ClassifierWidget::setDrawAsCircle(bool drawAsCircle)
1153	{	1198	{
		1199	setToolTip(i18n("<b>Interface Socket</b>"
		1200	"<p>An interface may also be displayed as a small circle with "
		1201	"the name of the interface placed below the symbol. The circle "
		1202	"may be attached by a solid line to classes (or to other elements) "
		1203	"that support it. It may also be attached to higher-level "
		1204	"containers, such as packages, that contain the classes.</p>"));
		1205
1154	setVisualPropertyCmd(DrawAsCircle, drawAsCircle);	1206	setVisualPropertyCmd(DrawAsCircle, drawAsCircle);
1155	const int circleSize = CIRCLE_SIZE + SOCKET_INCREMENT;	1207	const int circleSize = CIRCLE_SIZE + SOCKET_INCREMENT;
1156	if (drawAsCircle) {	1208	if (drawAsCircle) {
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