/**************************************************************************
**
** This file is part of Qt Creator
**
** Copyright (c) 2010 Nokia Corporation and/or its subsidiary(-ies).
**
** Contact: Nokia Corporation (qt-info@nokia.com)
**
** Commercial Usage
**
** Licensees holding valid Qt Commercial licenses may use this file in
** accordance with the Qt Commercial License Agreement provided with the
** Software or, alternatively, in accordance with the terms contained in
** a written agreement between you and Nokia.
**
** GNU Lesser General Public License Usage
**
** Alternatively, this file may be used under the terms of the GNU Lesser
** General Public License version 2.1 as published by the Free Software
** Foundation and appearing in the file LICENSE.LGPL included in the
** packaging of this file. Please review the following information to
** ensure the GNU Lesser General Public License version 2.1 requirements
** will be met: http://www.gnu.org/licenses/old-licenses/lgpl-2.1.html.
**
** If you are unsure which license is appropriate for your use, please
** contact the sales department at http://qt.nokia.com/contact.
**
**************************************************************************/
#include <qglobal.h>
#include <QtCore/QDateTime>
#include <QtCore/QDebug>
#include <QtCore/QDir>
#include <QtCore/QFile>
#include <QtCore/QFileInfo>
#include <QtCore/QHash>
#include <QtCore/QLinkedList>
#include <QtCore/QList>
#include <QtCore/QQueue>
#include <QtCore/QLocale>
#include <QtCore/QMap>
#include <QtCore/QMetaEnum>
#include <QtCore/QMetaObject>
#include <QtCore/QMetaProperty>
#include <QtCore/QPoint>
#include <QtCore/QPointF>
#include <QtCore/QPointer>
#include <QtCore/QRect>
#include <QtCore/QRectF>
#include <QtCore/QStack>
#include <QtCore/QSize>
#include <QtCore/QSizeF>
#include <QtCore/QString>
#include <QtCore/QStringList>
#include <QtCore/QTextCodec>
#include <QtCore/QTextStream>
#include <QtCore/QVector>
#ifndef QT_BOOTSTRAPPED
#include <QtCore/QModelIndex>
#if QT_VERSION >= 0x040500
#include <QtCore/QSharedPointer>
#include <QtCore/QSharedDataPointer>
#include <QtCore/QSharedData>
#include <QtCore/QWeakPointer>
#endif
#ifndef USE_QT_GUI
# ifdef QT_GUI_LIB
# define USE_QT_GUI 1
# endif
#endif
#if USE_QT_GUI
# include <QtGui/QApplication>
# include <QtGui/QImage>
# include <QtGui/QRegion>
# include <QtGui/QPixmap>
# include <QtGui/QWidget>
# include <QtGui/QFont>
# include <QtGui/QColor>
# include <QtGui/QKeySequence>
# include <QtGui/QSizePolicy>
#endif
#endif // QT_BOOTSTRAPPED
#ifdef Q_OS_WIN
# include <windows.h>
#endif
#include <list>
#include <map>
#include <string>
#include <set>
#include <vector>
#ifdef QT_BOOTSTRAPPED
# define NS ""
# define NSX "'"
# define NSY "'"
#else
# include "gdbmacros_p.h"
#endif // QT_BOOTSTRAPPED
int qtGhVersion = QT_VERSION;
/*!
\class QDumper
\brief Helper class for producing "nice" output in Qt Creator's debugger.
\internal
The whole "custom dumper" implementation is currently far less modular
than it could be. But as the code is still in a flux, making it nicer
from a pure archtectural point of view seems still be a waste of resources.
Some hints:
New dumpers for non-templated classes should be mentioned in
\c{qDumpObjectData440()} in the \c{protocolVersion == 1} branch.
Templated classes need extra support on the IDE level
(see plugins/debugger/gdbengine.cpp) and should not be mentiond in
\c{qDumpObjectData440()}.
In any case, dumper processesing should end up in
\c{handleProtocolVersion2and3()} and needs an entry in the big switch there.
Next step is to create a suitable \c{static void qDumpFoo(QDumper &d)}
function. At the bare minimum it should contain something like this:
\c{
const Foo &foo = *reinterpret_cast<const Foo *>(d.data);
d.putItem("value", ...);
d.putItem("type", "Foo");
d.putItem("numchild", "0");
}
'd.putItem(name, value)' roughly expands to:
d.put((name)).put("=\"").put(value).put("\"";
Useful (i.e. understood by the IDE) names include:
\list
\o "name" shows up in the first column in the Locals&Watchers view.
\o "value" shows up in the second column.
\o "valueencoded" should be set to "1" if the value is base64 encoded.
Always base64-encode values that might use unprintable or otherwise
"confuse" the protocol (like spaces and quotes). [A-Za-z0-9] is "safe".
A value of "3" is used for base64-encoded UCS4, "2" denotes
base64-encoded UTF16.
\o "numchild" return the number of children in the view. Effectively, only
0 and != 0 will be used, so don't try too hard to get the number right.
\endlist
If the current item has children, it might be queried to produce information
about these children. In this case the dumper should use something like this:
\c{
if (d.dumpChildren) {
d.beginChildren();
[...]
d.endChildren();
}
*/
#if defined(QT_BEGIN_NAMESPACE)
QT_BEGIN_NAMESPACE
#endif
const char *stdStringTypeC = "std::basic_string<char,std::char_traits<char>,std::allocator<char> >";
const char *stdWideStringTypeUShortC = "std::basic_string<unsigned short,std::char_traits<unsigned short>,std::allocator<unsigned short> >";
#if defined(QT_BEGIN_NAMESPACE)
QT_END_NAMESPACE
#endif
// This can be mangled typenames of nested templates, each char-by-char
// comma-separated integer list...
// The output buffer.
#ifdef MACROSDEBUG
Q_DECL_EXPORT char xDumpInBuffer[10000];
Q_DECL_EXPORT char xDumpOutBuffer[1000000];
# define inBuffer xDumpInBuffer
# define outBuffer xDumpOutBuffer
#else
Q_DECL_EXPORT char qDumpInBuffer[10000];
Q_DECL_EXPORT char qDumpOutBuffer[1000000];
# define inBuffer qDumpInBuffer
# define outBuffer qDumpOutBuffer
#endif
namespace {
static QByteArray strPtrConst = "* const";
static bool isPointerType(const QByteArray &type)
{
return type.endsWith('*') || type.endsWith(strPtrConst);
}
static QByteArray stripPointerType(const QByteArray &_type)
{
QByteArray type = _type;
if (type.endsWith('*'))
type.chop(1);
if (type.endsWith(strPtrConst))
type.chop(7);
if (type.endsWith(' '))
type.chop(1);
return type;
}
// This is used to abort evaluation of custom data dumpers in a "coordinated"
// way. Abortion will happen at the latest when we try to access a non-initialized
// non-trivial object, so there is no way to prevent this from occurring at all
// conceptionally. Ideally, if there is API to check memory access, it should
// be used to terminate nicely, especially with CDB.
// 1) Gdb will catch SIGSEGV and return to the calling frame.
// This is just fine provided we only _read_ memory in the custom handlers
// below.
// 2) For MSVC/CDB, exceptions must be handled in the dumper, which is
// achieved using __try/__except. The exception will be reported in the
// debugger, which will then execute a 'gN' command, passing handling back
// to the __except clause.
volatile int qProvokeSegFaultHelper;
static const void *addOffset(const void *p, int offset)
{
return offset + reinterpret_cast<const char *>(p);
}
static const void *skipvtable(const void *p)
{
return sizeof(void *) + reinterpret_cast<const char *>(p);
}
static const void *deref(const void *p)
{
return *reinterpret_cast<const char* const*>(p);
}
static const void *dfunc(const void *p)
{
return deref(skipvtable(p));
}
static bool isEqual(const char *s, const char *t)
{
return qstrcmp(s, t) == 0;
}
static bool startsWith(const char *s, const char *t)
{
while (char c = *t++)
if (c != *s++)
return false;
return true;
}
static bool couldBePointer(const void *p)
{
// we assume valid pointer to be 4-aligned at least.
// So use this check only when this is guaranteed.
// FIXME: this breaks e.g. in the QString dumper...
const quintptr d = quintptr(p);
//qDebug() << "CHECKING : " << p << ((d & 3) == 0 && (d > 1000 || d == 0));
//return (d & 3) == 0 && (d > 1000 || d == 0);
return d > 1000 || d == 0;
}
// Check memory for read access and provoke segfault if nothing else helps.
// On Windows, try to be less crash-prone by checking memory using WinAPI
#ifdef Q_OS_WIN
# define qCheckAccess(d) do { \
if (IsBadReadPtr(d, 1)) \
return; \
qProvokeSegFaultHelper = *(char*)d; \
} while (0)
# define qCheckPointer(d) do { \
if (d && IsBadReadPtr(d, 1)) \
return; \
if (d) qProvokeSegFaultHelper = *(char*)d; \
} while (0)
#else
# define qCheckAccess(d) do { \
if (!couldBePointer(d) && d != 0) \
return; \
qProvokeSegFaultHelper = *(char*)d; \
} while (0)
# define qCheckPointer(d) do { \
if (!couldBePointer(d)) \
return; \
if (d) \
qProvokeSegFaultHelper = *(char*)d; \
} while (0)
#endif
#ifdef QT_NAMESPACE
const char *stripNamespace(const char *type)
{
static const size_t nslen = strlen(NS);
return startsWith(type, NS) ? type + nslen : type;
}
#else
inline const char *stripNamespace(const char *type)
{
return type;
}
#endif
static bool isSimpleType(const char *type)
{
switch (type[0]) {
case 'c':
return isEqual(type, "char");
case 'd':
return isEqual(type, "double");
case 'f':
return isEqual(type, "float");
case 'i':
return isEqual(type, "int");
case 'l':
return isEqual(type, "long") || startsWith(type, "long ");
case 's':
return isEqual(type, "short") || startsWith(type, "short ")
|| isEqual(type, "signed") || startsWith(type, "signed ");
case 'u':
return isEqual(type, "unsigned") || startsWith(type, "unsigned ");
}
return false;
}
static bool isStringType(const char *type)
{
return isEqual(type, NS"QString")
|| isEqual(type, NS"QByteArray")
|| isEqual(type, "std::string")
|| isEqual(type, "std::wstring")
|| isEqual(type, "wstring");
}
static bool isMovableType(const char *type)
{
if (isPointerType(type))
return true;
if (isSimpleType(type))
return true;
type = stripNamespace(type);
switch (type[1]) {
case 'B':
return isEqual(type, "QBrush")
|| isEqual(type, "QBitArray")
|| isEqual(type, "QByteArray") ;
case 'C':
return isEqual(type, "QCustomTypeInfo")
|| isEqual(type, "QChar");
case 'D':
return isEqual(type, "QDate")
|| isEqual(type, "QDateTime");
case 'F':
return isEqual(type, "QFileInfo")
|| isEqual(type, "QFixed")
|| isEqual(type, "QFixedPoint")
|| isEqual(type, "QFixedSize");
case 'H':
return isEqual(type, "QHashDummyValue");
case 'I':
return isEqual(type, "QIcon")
|| isEqual(type, "QImage");
case 'L':
return isEqual(type, "QLine")
|| isEqual(type, "QLineF")
|| isEqual(type, "QLatin1Char")
|| isEqual(type, "QLocal");
case 'M':
return isEqual(type, "QMatrix")
|| isEqual(type, "QModelIndex");
case 'P':
return isEqual(type, "QPoint")
|| isEqual(type, "QPointF")
|| isEqual(type, "QPen")
|| isEqual(type, "QPersistentModelIndex");
case 'R':
return isEqual(type, "QResourceRoot")
|| isEqual(type, "QRect")
|| isEqual(type, "QRectF")
|| isEqual(type, "QRegExp");
case 'S':
return isEqual(type, "QSize")
|| isEqual(type, "QSizeF")
|| isEqual(type, "QString");
case 'T':
return isEqual(type, "QTime")
|| isEqual(type, "QTextBlock");
case 'U':
return isEqual(type, "QUrl");
case 'V':
return isEqual(type, "QVariant");
case 'X':
return isEqual(type, "QXmlStreamAttribute")
|| isEqual(type, "QXmlStreamNamespaceDeclaration")
|| isEqual(type, "QXmlStreamNotationDeclaration")
|| isEqual(type, "QXmlStreamEntityDeclaration");
}
return false;
}
struct QDumper
{
explicit QDumper();
~QDumper();
// direct write to the output
QDumper &put(long c);
QDumper &put(int i);
QDumper &put(double d);
QDumper &put(float d);
QDumper &put(unsigned long c);
QDumper &put(unsigned int i);
QDumper &put(const void *p);
QDumper &put(qulonglong c);
QDumper &put(long long c);
QDumper &put(const char *str);
QDumper &put(const QByteArray &ba);
QDumper &put(const QString &str);
QDumper &put(char c);
// convienience functions for writing key="value" pairs:
template <class Value>
void putItem(const char *name, const Value &value)
{
putCommaIfNeeded();
put(name).put('=').put('"').put(value).put('"');
}
void putItem(const char *name, const char *value, const char *setvalue)
{
if (!isEqual(value, setvalue))
putItem(name, value);
}
// convienience functions for writing typical properties.
// roughly equivalent to
// beginHash();
// putItem("name", name);
// putItem("value", value);
// putItem("type", NS"QString");
// putItem("numchild", "0");
// putItem("valueencoded", "2");
// endHash();
void putHash(const char *name, const QString &value);
void putHash(const char *name, const QByteArray &value);
void putHash(const char *name, int value);
void putHash(const char *name, long value);
void putHash(const char *name, bool value);
void putHash(const char *name, QChar value);
void putHash(const char *name, float value);
void putHash(const char *name, double value);
void putStringValue(const QString &value);
void beginHash(); // start of data hash output
void endHash(); // start of data hash output
void beginChildren(const char *mainInnerType = 0); // start of children list
void endChildren(); // end of children list
void beginItem(const char *name); // start of named item, ready to accept value
void endItem(); // end of named item, used after value output is complete
// convienience for putting "<n items>"
void putItemCount(const char *name, int count);
void putCommaIfNeeded();
// convienience function for writing the last item of an abbreviated list
void putEllipsis();
void disarm();
void putBase64Encoded(const char *buf, int n);
void checkFill();
// the dumper arguments
int protocolVersion; // dumper protocol version
int token; // some token to show on success
const char *outerType; // object type
const char *iname; // object name used for display
const char *exp; // object expression
const char *innerType; // 'inner type' for class templates
const void *data; // pointer to raw data
bool dumpChildren; // do we want to see children?
// handling of nested templates
void setupTemplateParameters();
enum { maxTemplateParameters = 10 };
const char *templateParameters[maxTemplateParameters + 1];
// internal state
int extraInt[4];
bool success; // are we finished?
bool full;
int pos;
const char *currentChildType;
const char *currentChildNumChild;
};
QDumper::QDumper()
{
success = false;
full = false;
outBuffer[0] = 'f'; // marks output as 'wrong'
pos = 1;
currentChildType = 0;
currentChildNumChild = 0;
}
QDumper::~QDumper()
{
outBuffer[pos++] = '\0';
if (success)
outBuffer[0] = (full ? '+' : 't');
}
void QDumper::setupTemplateParameters()
{
char *s = const_cast<char *>(innerType);
int templateParametersCount = 1;
templateParameters[0] = s;
for (int i = 1; i != maxTemplateParameters + 1; ++i)
templateParameters[i] = 0;
while (*s) {
while (*s && *s != '@')
++s;
if (*s) {
*s = '\0';
++s;
templateParameters[templateParametersCount++] = s;
}
}
while (templateParametersCount < maxTemplateParameters)
templateParameters[templateParametersCount++] = 0;
}
QDumper &QDumper::put(char c)
{
checkFill();
if (!full)
outBuffer[pos++] = c;
return *this;
}
QDumper &QDumper::put(unsigned long long c)
{
checkFill();
pos += sprintf(outBuffer + pos, "%llu", c);
return *this;
}
QDumper &QDumper::put(long long c)
{
checkFill();
pos += sprintf(outBuffer + pos, "%lld", c);
return *this;
}
QDumper &QDumper::put(unsigned long c)
{
checkFill();
pos += sprintf(outBuffer + pos, "%lu", c);
return *this;
}
QDumper &QDumper::put(float d)
{
checkFill();
pos += sprintf(outBuffer + pos, "%f", d);
return *this;
}
QDumper &QDumper::put(double d)
{
checkFill();
pos += sprintf(outBuffer + pos, "%f", d);
return *this;
}
QDumper &QDumper::put(unsigned int i)
{
checkFill();
pos += sprintf(outBuffer + pos, "%u", i);
return *this;
}
QDumper &QDumper::put(long c)
{
checkFill();
pos += sprintf(outBuffer + pos, "%ld", c);
return *this;
}
QDumper &QDumper::put(int i)
{
checkFill();
pos += sprintf(outBuffer + pos, "%d", i);
return *this;
}
QDumper &QDumper::put(const void *p)
{
if (p) {
// Pointer is 'long long' on WIN_64, only
static const char *printFormat = sizeof(void *) == sizeof(long) ? "0x%lx" : "0x%llx";
pos += sprintf(outBuffer + pos, printFormat, p);
} else {
pos += sprintf(outBuffer + pos, "<null>");
}
return *this;
}
QDumper &QDumper::put(const char *str)
{
if (!str)
return put("<null>");
while (*str)
put(*(str++));
return *this;
}
QDumper &QDumper::put(const QByteArray &ba)
{
putBase64Encoded(ba.constData(), ba.size());
return *this;
}
QDumper &QDumper::put(const QString &str)
{
putBase64Encoded((const char *)str.constData(), 2 * str.size());
return *this;
}
void QDumper::checkFill()
{
if (pos >= int(sizeof(outBuffer)) - 100)
full = true;
}
void QDumper::putCommaIfNeeded()
{
if (pos == 0)
return;
char c = outBuffer[pos - 1];
if (c == '}' || c == '"' || c == ']')
put(',');
}
void QDumper::putBase64Encoded(const char *buf, int n)
{
const char alphabet[] = "ABCDEFGH" "IJKLMNOP" "QRSTUVWX" "YZabcdef"
"ghijklmn" "opqrstuv" "wxyz0123" "456789+/";
const char padchar = '=';
int padlen = 0;
//int tmpsize = ((n * 4) / 3) + 3;
int i = 0;
while (i < n) {
int chunk = 0;
chunk |= int(uchar(buf[i++])) << 16;
if (i == n) {
padlen = 2;
} else {
chunk |= int(uchar(buf[i++])) << 8;
if (i == n)
padlen = 1;
else
chunk |= int(uchar(buf[i++]));
}
int j = (chunk & 0x00fc0000) >> 18;
int k = (chunk & 0x0003f000) >> 12;
int l = (chunk & 0x00000fc0) >> 6;
int m = (chunk & 0x0000003f);
put(alphabet[j]);
put(alphabet[k]);
put(padlen > 1 ? padchar : alphabet[l]);
put(padlen > 0 ? padchar : alphabet[m]);
}
}
void QDumper::putStringValue(const QString &str)
{
if (str.isNull()) {
beginItem("value");
putBase64Encoded("\"\" (null)", 9);
endItem();
putItem("valueencoded", "5");
} else {
putItem("value", str);
putItem("valueencoded", "2");
}
}
void QDumper::disarm()
{
success = true;
}
void QDumper::beginHash()
{
putCommaIfNeeded();
put('{');
}
void QDumper::endHash()
{
put('}');
}
void QDumper::putEllipsis()
{
putCommaIfNeeded();
put("{name=\"<incomplete>\",value=\"\",type=\"").put(innerType).put("\"}");
}
void QDumper::putItemCount(const char *name, int count)
{
putCommaIfNeeded();
put(name).put("=\"<").put(count).put(" items>\"");
}
//
// Some helpers to keep the dumper code short
//
void QDumper::beginItem(const char *name)
{
putCommaIfNeeded();
put(name).put('=').put('"');
}
void QDumper::endItem()
{
put('"');
}
void QDumper::beginChildren(const char *mainInnerType)
{
if (mainInnerType) {
putItem("childtype", mainInnerType);
currentChildType = mainInnerType;
if (isSimpleType(mainInnerType) || isStringType(mainInnerType)) {
putItem("childnumchild", "0");
currentChildNumChild = "0";
} else if (isPointerType(mainInnerType)) {
putItem("childnumchild", "1");
currentChildNumChild = "1";
}
}
putCommaIfNeeded();
put("children=[");
}
void QDumper::endChildren()
{
put(']');
currentChildType = 0;
currentChildNumChild = 0;
}
// simple string property
void QDumper::putHash(const char *name, const QString &value)
{
beginHash();
putItem("name", name);
putStringValue(value);
putItem("type", NS"QString");
putItem("numchild", "0");
endHash();
}
void QDumper::putHash(const char *name, const QByteArray &value)
{
beginHash();
putItem("name", name);
putItem("value", value);
putItem("type", NS"QByteArray");
putItem("numchild", "0");
putItem("valueencoded", "1");
endHash();
}
// simple integer property
void QDumper::putHash(const char *name, int value)
{
beginHash();
putItem("name", name);
putItem("value", value);
putItem("type", "int");
putItem("numchild", "0");
endHash();
}
void QDumper::putHash(const char *name, long value)
{
beginHash();
putItem("name", name);
putItem("value", value);
putItem("type", "long");
putItem("numchild", "0");
endHash();
}
void QDumper::putHash(const char *name, float value)
{
beginHash();
putItem("name", name);
putItem("value", value);
putItem("type", "float");
putItem("numchild", "0");
endHash();
}
void QDumper::putHash(const char *name, double value)
{
beginHash();
putItem("name", name);
putItem("value", value);
putItem("type", "double");
putItem("numchild", "0");
endHash();
}
// simple boolean property
void QDumper::putHash(const char *name, bool value)
{
beginHash();
putItem("name", name);
putItem("value", (value ? "true" : "false"));
putItem("type", "bool");
putItem("numchild", "0");
endHash();
}
// a single QChar
void QDumper::putHash(const char *name, QChar value)
{
beginHash();
putItem("name", name);
putStringValue(QString(QLatin1String("'%1' (%2, 0x%3)"))
.arg(value).arg(value.unicode()).arg(value.unicode(), 0, 16));
putItem("type", NS"QChar");
putItem("numchild", "0");
endHash();
}
#define DUMPUNKNOWN_MESSAGE "<not in scope>"
static void qDumpUnknown(QDumper &d, const char *why = 0)
{
if (!why)
why = DUMPUNKNOWN_MESSAGE;
d.putItem("value", why);
d.putItem("valueeditable", "false");
d.putItem("valueenabled", "false");
d.putItem("numchild", "0", d.currentChildNumChild);
d.disarm();
}
static void qDumpStdStringValue(QDumper &d, const std::string &str)
{
d.beginItem("value");
d.putBase64Encoded(str.c_str(), str.size());
d.endItem();
d.putItem("valueencoded", "1");
d.putItem("type", "std::string");
d.putItem("numchild", "0", d.currentChildNumChild);
}
static void qDumpStdWStringValue(QDumper &d, const std::wstring &str)
{
d.beginItem("value");
d.putBase64Encoded((const char *)str.c_str(), str.size() * sizeof(wchar_t));
d.endItem();
d.putItem("valueencoded", (sizeof(wchar_t) == 2 ? "2" : "3"));
d.putItem("type", "std::wstring", d.currentChildType);
d.putItem("numchild", "0", d.currentChildNumChild);
}
// Called by templates, so, not static.
static void qDumpInnerQCharValue(QDumper &d, QChar c, const char *field)
{
char buf[30];
sprintf(buf, "'?', ucs=%d", c.unicode());
if (c.isPrint() && c.unicode() < 127)
buf[1] = char(c.unicode());
d.putCommaIfNeeded();
d.putItem(field, buf);
d.putItem("numchild", "0", d.currentChildNumChild);
}
static void qDumpInnerCharValue(QDumper &d, char c, const char *field)
{
char buf[30];
sprintf(buf, "'?', ascii=%d", c);
if (QChar(QLatin1Char(c)).isPrint() && c < 127)
buf[1] = c;
d.putCommaIfNeeded();
d.putItem(field, buf);
d.putItem("numchild", "0", d.currentChildNumChild);
}
void qDumpInnerValueHelper(QDumper &d, const char *type, const void *addr,
const char *field = "value")
{
type = stripNamespace(type);
switch (type[1]) {
case 'h':
if (isEqual(type, "char"))
qDumpInnerCharValue(d, *(char *)addr, field);
break;
case 'l':
if (isEqual(type, "float"))
d.putItem(field, *(float*)addr);
break;
case 'n':
if (isEqual(type, "int"))
d.putItem(field, *(int*)addr);
else if (isEqual(type, "unsigned") || isEqual(type, "unsigned int"))
d.putItem(field, *(unsigned int*)addr);
else if (isEqual(type, "unsigned char"))
qDumpInnerCharValue(d, *(char *)addr, field);
else if (isEqual(type, "unsigned long"))
d.putItem(field, *(unsigned long*)addr);
else if (isEqual(type, "unsigned long long"))
d.putItem(field, *(qulonglong*)addr);
break;
case 'o':
if (isEqual(type, "bool")) {
switch (*(unsigned char*)addr) {
case 0: d.putItem(field, "false"); break;
case 1: d.putItem(field, "true"); break;
default: d.putItem(field, *(unsigned char*)addr); break;
}
} else if (isEqual(type, "double"))
d.putItem(field, *(double*)addr);
else if (isEqual(type, "long"))
d.putItem(field, *(long*)addr);
else if (isEqual(type, "long long"))
d.putItem(field, *(qulonglong*)addr);
break;
case 'B':
if (isEqual(type, "QByteArray")) {
d.putCommaIfNeeded();
d.put(field).put("encoded=\"1\",");
d.putItem(field, *(QByteArray*)addr);
}
break;
case 'C':
if (isEqual(type, "QChar"))
qDumpInnerQCharValue(d, *(QChar*)addr, field);
break;
case 'L':
if (startsWith(type, "QList<")) {
const QListData *ldata = reinterpret_cast<const QListData*>(addr);
d.putItemCount("value", ldata->size());
d.putItem("valueeditable", "false");
d.putItem("numchild", ldata->size());
}
break;
case 'O':
# ifndef QT_BOOTSTRAPPED
if (isEqual(type, "QObject *")) {
if (addr) {
const QObject *ob = reinterpret_cast<const QObject *>(addr);
d.putItem("addr", ob);
d.putItem("value", ob->objectName());
d.putItem("valueencoded", "2");
d.putItem("type", NS"QObject");
d.putItem("displayedtype", ob->metaObject()->className());
d.putItem("numchild", 1);
} else {
d.putItem("value", "0x0");
d.putItem("type", NS"QObject *");
d.putItem("numchild", 0);
}
}
# endif
break;
case 'S':
if (isEqual(type, "QString")) {
d.putCommaIfNeeded();
d.putItem(field, *(QString*)addr);
d.put(',').put(field).put("encoded=\"2\"");
}
break;
case 't':
if (isEqual(type, "std::string")
|| isEqual(type, stdStringTypeC)) {
d.putCommaIfNeeded();
qDumpStdStringValue(d, *reinterpret_cast<const std::string*>(addr));
} else if (isEqual(type, "std::wstring")
|| isEqual(type, stdWideStringTypeUShortC)) {
qDumpStdWStringValue(d, *reinterpret_cast<const std::wstring*>(addr));
}
break;
default:
break;
}
}
static void qDumpInnerValue(QDumper &d, const char *type, const void *addr)
{
d.putItem("addr", addr);
d.putItem("type", type, d.currentChildType);
if (!type[0])
return;
return qDumpInnerValueHelper(d, type, addr);
}
static void qDumpInnerValueOrPointer(QDumper &d,
const char *type, const char *strippedtype, const void *addr)
{
if (strippedtype) {
if (deref(addr)) {
d.putItem("addr", deref(addr));
d.putItem("type", strippedtype, d.currentChildType);
qDumpInnerValueHelper(d, strippedtype, deref(addr));
} else {
d.putItem("addr", addr);
d.putItem("type", strippedtype);
d.putItem("value", "<null>");
d.putItem("numchild", "0");
}
} else {
d.putItem("addr", addr);
d.putItem("type", type, d.currentChildType);
qDumpInnerValueHelper(d, type, addr);
}
}
//////////////////////////////////////////////////////////////////////////////
#ifndef QT_BOOTSTRAPPED
struct ModelIndex { int r; int c; void *p; void *m; };
static void qDumpQAbstractItem(QDumper &d)
{
QModelIndex mi;
{
ModelIndex *mm = reinterpret_cast<ModelIndex *>(&mi);
memset(&mi, 0, sizeof(mi));
static const char *printFormat = sizeof(void *) == sizeof(long) ?
"%d,%d,0x%lx,0x%lx" : "%d,%d,0x%llx,0x%llx";
sscanf(d.templateParameters[0], printFormat, &mm->r, &mm->c, &mm->p, &mm->m);
}
const QAbstractItemModel *m = mi.model();
const int rowCount = m->rowCount(mi);
if (rowCount < 0)
return;
const int columnCount = m->columnCount(mi);
if (columnCount < 0)
return;
d.putItem("type", NS"QAbstractItem");
d.beginItem("addr");
d.put('$').put(mi.row()).put(',').put(mi.column()).put(',')
.put(mi.internalPointer()).put(',').put(mi.model());
d.endItem();
//d.putItem("value", "(").put(rowCount).put(",").put(columnCount).put(")");
d.putItem("value", m->data(mi, Qt::DisplayRole).toString());
d.putItem("valueencoded", "2");
d.putItem("numchild", rowCount * columnCount);
if (d.dumpChildren) {
d.beginChildren();
for (int row = 0; row < rowCount; ++row) {
for (int column = 0; column < columnCount; ++column) {
QModelIndex child = m->index(row, column, mi);
d.beginHash();
d.beginItem("name");
d.put("[").put(row).put(",").put(column).put("]");
d.endItem();
//d.putItem("numchild", (m->hasChildren(child) ? "1" : "0"));
d.putItem("numchild", m->rowCount(child) * m->columnCount(child));
d.beginItem("addr");
d.put("$").put(child.row()).put(",").put(child.column()).put(",")
.put(child.internalPointer()).put(",").put(child.model());
d.endItem();
d.putItem("type", NS"QAbstractItem");
d.putItem("value", m->data(child, Qt::DisplayRole).toString());
d.putItem("valueencoded", "2");
d.endHash();
}
}
/*
d.beginHash();
d.putItem("name", "DisplayRole");
d.putItem("numchild", 0);
d.putItem("value", m->data(mi, Qt::DisplayRole).toString());
d.putItem("valueencoded", 2);
d.putItem("type", NS"QString");
d.endHash();
*/
d.endChildren();
}
d.disarm();
}
static void qDumpQAbstractItemModel(QDumper &d)
{
const QAbstractItemModel &m = *reinterpret_cast<const QAbstractItemModel *>(d.data);
const int rowCount = m.rowCount();
if (rowCount < 0)
return;
const int columnCount = m.columnCount();
if (columnCount < 0)
return;
d.putItem("type", NS"QAbstractItemModel");
d.beginItem("value");
d.put("(").put(rowCount).put(",").put(columnCount).put(")");
d.endItem();
d.putItem("numchild", "1");
if (d.dumpChildren) {
d.beginChildren();
d.beginHash();
d.putItem("numchild", "1");
d.putItem("name", NS"QObject");
d.putItem("addr", d.data);
d.putItem("value", m.objectName());
d.putItem("valueencoded", "2");
d.putItem("type", NS"QObject");
d.putItem("displayedtype", m.metaObject()->className());
d.endHash();
for (int row = 0; row < rowCount; ++row) {
for (int column = 0; column < columnCount; ++column) {
QModelIndex mi = m.index(row, column);
d.beginHash();
d.beginItem("name");
d.put("[").put(row).put(",").put(column).put("]");
d.endItem();
d.putItem("value", m.data(mi, Qt::DisplayRole).toString());
d.putItem("valueencoded", "2");
//d.putItem("numchild", (m.hasChildren(mi) ? "1" : "0"));
d.putItem("numchild", m.rowCount(mi) * m.columnCount(mi));
d.beginItem("addr");
d.put("$").put(mi.row()).put(",").put(mi.column()).put(",");
d.put(mi.internalPointer()).put(",").put(mi.model());
d.endItem();
d.putItem("type", NS"QAbstractItem");
d.endHash();
}
}
d.endChildren();
}
d.disarm();
}
#endif // QT_BOOTSTRAPPED
static void qDumpQByteArray(QDumper &d)
{
qCheckAccess(deref(d.data)); // is the d-ptr de-referenceable and valid
const QByteArray &ba = *reinterpret_cast<const QByteArray *>(d.data);
if (!ba.isEmpty()) {
qCheckAccess(ba.constData());
qCheckAccess(ba.constData() + ba.size());
}
d.beginItem("value");
if (ba.size() <= 100)
d.put(ba);
else
d.put(ba.left(100)).put(" <size: ").put(ba.size()).put(", cut...>");
d.endItem();
d.putItem("valueencoded", "1");
d.putItem("type", NS"QByteArray");
d.putItem("numchild", ba.size());
if (d.dumpChildren) {
d.putItem("childtype", "char");
d.putItem("childnumchild", "0");
d.beginChildren();
char buf[20];
for (int i = 0; i != ba.size(); ++i) {
unsigned char c = ba.at(i);
unsigned char u = (isprint(c) && c != '\'' && c != '"') ? c : '?';
sprintf(buf, "%02x (%u '%c')", c, c, u);
d.beginHash();
d.putItem("value", buf);
d.endHash();
}
d.endChildren();
}
d.disarm();
}
static void qDumpQChar(QDumper &d)
{
qDumpInnerQCharValue(d, *reinterpret_cast<const QChar *>(d.data), "value");
d.disarm();
}
static void qDumpQDateTime(QDumper &d)
{
#ifdef QT_NO_DATESTRING
qDumpUnknown(d);
#else
const QDateTime &date = *reinterpret_cast<const QDateTime *>(d.data);
if (date.isNull()) {
d.putItem("value", "(null)");
} else {
d.putItem("value", date.toString());
d.putItem("valueencoded", "2");
}
d.putItem("type", NS"QDateTime");
d.putItem("numchild", "3");
if (d.dumpChildren) {
d.beginChildren();
d.putHash("isNull", date.isNull());
d.putHash("toTime_t", (long)date.toTime_t());
d.putHash("toString", date.toString());
# if QT_VERSION >= 0x040500
d.putHash("toString_(ISO)", date.toString(Qt::ISODate));
d.putHash("toString_(SystemLocale)", date.toString(Qt::SystemLocaleDate));
d.putHash("toString_(Locale)", date.toString(Qt::LocaleDate));
# endif
# if 0
d.beginHash();
d.putItem("name", "toUTC");
d.putItem("exp", "(("NSX"QDateTime"NSY"*)").put(d.data).put(")"
"->toTimeSpec('"NS"Qt::UTC')");
d.putItem("type", NS"QDateTime");
d.putItem("numchild", "1");
d.endHash();
# endif
# if 0
d.beginHash();
d.putItem("name", "toLocalTime");
d.putItem("exp", "(("NSX"QDateTime"NSY"*)").put(d.data).put(")"
"->toTimeSpec('"NS"Qt::LocalTime')");
d.putItem("type", NS"QDateTime");
d.putItem("numchild", "1");
d.endHash();
# endif
d.endChildren();
}
d.disarm();
#endif // ifdef QT_NO_DATESTRING
}
static void qDumpQDir(QDumper &d)
{
const QDir &dir = *reinterpret_cast<const QDir *>(d.data);
d.putItem("value", dir.path());
d.putItem("valueencoded", "2");
d.putItem("type", NS"QDir");
d.putItem("numchild", "3");
if (d.dumpChildren) {
d.beginChildren();
d.putHash("absolutePath", dir.absolutePath());
d.putHash("canonicalPath", dir.canonicalPath());
d.endChildren();
}
d.disarm();
}
static void qDumpQFile(QDumper &d)
{
const QFile &file = *reinterpret_cast<const QFile *>(d.data);
d.putItem("value", file.fileName());
d.putItem("valueencoded", "2");
d.putItem("type", NS"QFile");
d.putItem("numchild", "2");
if (d.dumpChildren) {
d.beginChildren();
d.putHash("fileName", file.fileName());
d.putHash("exists", file.exists());
d.endChildren();
}
d.disarm();
}
static void qDumpQFileInfo(QDumper &d)
{
const QFileInfo &info = *reinterpret_cast<const QFileInfo *>(d.data);
d.putItem("value", info.filePath());
d.putItem("valueencoded", "2");
d.putItem("type", NS"QFileInfo");
d.putItem("numchild", "3");
if (d.dumpChildren) {
d.beginChildren();
d.putHash("absolutePath", info.absolutePath());
d.putHash("absoluteFilePath", info.absoluteFilePath());
d.putHash("canonicalPath", info.canonicalPath());
d.putHash("canonicalFilePath", info.canonicalFilePath());
d.putHash("completeBaseName", info.completeBaseName());
d.putHash("completeSuffix", info.completeSuffix());
d.putHash("baseName", info.baseName());
#ifdef Q_OS_MACX
d.putHash("isBundle", info.isBundle());
d.putHash("bundleName", info.bundleName());
#endif
d.putHash("fileName", info.fileName());
d.putHash("filePath", info.filePath());
d.putHash("group", info.group());
d.putHash("owner", info.owner());
d.putHash("path", info.path());
d.putHash("groupid", (long)info.groupId());
d.putHash("ownerid", (long)info.ownerId());
//QFile::Permissions permissions () const
long perms = info.permissions();
d.beginHash();
d.putItem("name", "permissions");
d.putItem("value", " ");
d.putItem("type", NS"QFile::Permissions");
d.putItem("numchild", 10);
d.beginChildren();
d.putHash("ReadOwner", bool(perms & QFile::ReadOwner));
d.putHash("WriteOwner", bool(perms & QFile::WriteOwner));
d.putHash("ExeOwner", bool(perms & QFile::ExeOwner));
d.putHash("ReadUser", bool(perms & QFile::ReadUser));
d.putHash("WriteUser", bool(perms & QFile::WriteUser));
d.putHash("ExeUser", bool(perms & QFile::ExeUser));
d.putHash("ReadGroup", bool(perms & QFile::ReadGroup));
d.putHash("WriteGroup", bool(perms & QFile::WriteGroup));
d.putHash("ExeGroup", bool(perms & QFile::ExeGroup));
d.putHash("ReadOther", bool(perms & QFile::ReadOther));
d.putHash("WriteOther", bool(perms & QFile::WriteOther));
d.putHash("ExeOther", bool(perms & QFile::ExeOther));
d.endChildren();
d.endHash();
//QDir absoluteDir () const
//QDir dir () const
d.putHash("caching", info.caching());
d.putHash("exists", info.exists());
d.putHash("isAbsolute", info.isAbsolute());
d.putHash("isDir", info.isDir());
d.putHash("isExecutable", info.isExecutable());
d.putHash("isFile", info.isFile());
d.putHash("isHidden", info.isHidden());
d.putHash("isReadable", info.isReadable());
d.putHash("isRelative", info.isRelative());
d.putHash("isRoot", info.isRoot());
d.putHash("isSymLink", info.isSymLink());
d.putHash("isWritable", info.isWritable());
d.beginHash();
d.putItem("name", "created");
d.putItem("value", info.created().toString());
d.putItem("valueencoded", "2");
d.beginItem("exp");
d.put("(("NSX"QFileInfo"NSY"*)").put(d.data).put(")->created()");
d.endItem();
d.putItem("type", NS"QDateTime");
d.putItem("numchild", "1");
d.endHash();
d.beginHash();
d.putItem("name", "lastModified");
d.putItem("value", info.lastModified().toString());
d.putItem("valueencoded", "2");
d.beginItem("exp");
d.put("(("NSX"QFileInfo"NSY"*)").put(d.data).put(")->lastModified()");
d.endItem();
d.putItem("type", NS"QDateTime");
d.putItem("numchild", "1");
d.endHash();
d.beginHash();
d.putItem("name", "lastRead");
d.putItem("value", info.lastRead().toString());
d.putItem("valueencoded", "2");
d.beginItem("exp");
d.put("(("NSX"QFileInfo"NSY"*)").put(d.data).put(")->lastRead()");
d.endItem();
d.putItem("type", NS"QDateTime");
d.putItem("numchild", "1");
d.endHash();
d.endChildren();
}
d.disarm();
}
bool isOptimizedIntKey(const char *keyType)
{
return isEqual(keyType, "int")
#if defined(Q_BYTE_ORDER) && Q_BYTE_ORDER == Q_LITTLE_ENDIAN
|| isEqual(keyType, "short")
|| isEqual(keyType, "ushort")
#endif
|| isEqual(keyType, "uint");
}
int hashOffset(bool optimizedIntKey, bool forKey, unsigned keySize, unsigned valueSize)
{
// int-key optimization, small value
struct NodeOS { void *next; uint k; uint v; } nodeOS;
// int-key optimiatzion, large value
struct NodeOL { void *next; uint k; void *v; } nodeOL;
// no optimization, small value
struct NodeNS { void *next; uint h; uint k; uint v; } nodeNS;
// no optimization, large value
struct NodeNL { void *next; uint h; uint k; void *v; } nodeNL;
// complex key
struct NodeL { void *next; uint h; void *k; void *v; } nodeL;
if (forKey) {
// offsetof(...,...) not yet in Standard C++
const ulong nodeOSk ( (char *)&nodeOS.k - (char *)&nodeOS );
const ulong nodeOLk ( (char *)&nodeOL.k - (char *)&nodeOL );
const ulong nodeNSk ( (char *)&nodeNS.k - (char *)&nodeNS );
const ulong nodeNLk ( (char *)&nodeNL.k - (char *)&nodeNL );
const ulong nodeLk ( (char *)&nodeL.k - (char *)&nodeL );
if (optimizedIntKey)
return valueSize > sizeof(int) ? nodeOLk : nodeOSk;
if (keySize > sizeof(int))
return nodeLk;
return valueSize > sizeof(int) ? nodeNLk : nodeNSk;
} else {
const ulong nodeOSv ( (char *)&nodeOS.v - (char *)&nodeOS );
const ulong nodeOLv ( (char *)&nodeOL.v - (char *)&nodeOL );
const ulong nodeNSv ( (char *)&nodeNS.v - (char *)&nodeNS );
const ulong nodeNLv ( (char *)&nodeNL.v - (char *)&nodeNL );
const ulong nodeLv ( (char *)&nodeL.v - (char *)&nodeL );
if (optimizedIntKey)
return valueSize > sizeof(int) ? nodeOLv : nodeOSv;
if (keySize > sizeof(int))
return nodeLv;
return valueSize > sizeof(int) ? nodeNLv : nodeNSv;
}
}
#ifdef Q_CC_MSVC
# define MAP_NODE_TYPE_END ">"
#else
# define MAP_NODE_TYPE_END " >"
#endif
static void qDumpQHash(QDumper &d)
{
qCheckAccess(deref(d.data)); // is the d-ptr de-referenceable and valid
const char *keyType = d.templateParameters[0];
const char *valueType = d.templateParameters[1];
QHashData *h = *reinterpret_cast<QHashData *const*>(d.data);
qCheckPointer(h->fakeNext);
qCheckPointer(h->buckets);
unsigned keySize = d.extraInt[0];
unsigned valueSize = d.extraInt[1];
int n = h->size;
if (n < 0)
return;
if (n > 0) {
qCheckPointer(h->fakeNext);
qCheckPointer(*h->buckets);
}
d.putItemCount("value", n);
d.putItem("numchild", n);
if (d.dumpChildren) {
if (n > 1000)
n = 1000;
const bool isSimpleKey = isSimpleType(keyType);
const bool isSimpleValue = isSimpleType(valueType);
const bool opt = isOptimizedIntKey(keyType);
const int keyOffset = hashOffset(opt, true, keySize, valueSize);
const int valueOffset = hashOffset(opt, false, keySize, valueSize);
#if 0
d.beginItem("extra");
d.put("isSimpleKey: ").put(isSimpleKey);
d.put(" isSimpleValue: ").put(isSimpleValue);
d.put(" valueType: '").put(isSimpleValue);
d.put(" keySize: ").put(keyOffset);
d.put(" valueOffset: ").put(valueOffset);
d.put(" opt: ").put(opt);
d.endItem();
#endif
QHashData::Node *node = h->firstNode();
QHashData::Node *end = reinterpret_cast<QHashData::Node *>(h);
int i = 0;
d.beginChildren();
while (node != end) {
d.beginHash();
qDumpInnerValueHelper(d, keyType, addOffset(node, keyOffset), "key");
qDumpInnerValueHelper(d, valueType, addOffset(node, valueOffset));
if (isSimpleKey && isSimpleValue) {
d.putItem("type", valueType);
d.putItem("addr", addOffset(node, valueOffset));
} else {
d.putItem("addr", node);
d.beginItem("type");
d.put(NS"QHashNode<").put(keyType).put(",")
.put(valueType).put(MAP_NODE_TYPE_END);
d.endItem();
}
d.endHash();
++i;
node = QHashData::nextNode(node);
}
d.endChildren();
}
d.disarm();
}
static void qDumpQHashNode(QDumper &d)
{
const QHashData *h = reinterpret_cast<const QHashData *>(d.data);
const char *keyType = d.templateParameters[0];
const char *valueType = d.templateParameters[1];
unsigned keySize = d.extraInt[0];
unsigned valueSize = d.extraInt[1];
bool opt = isOptimizedIntKey(keyType);
int keyOffset = hashOffset(opt, true, keySize, valueSize);
int valueOffset = hashOffset(opt, false, keySize, valueSize);
if (isSimpleType(valueType))
qDumpInnerValueHelper(d, valueType, addOffset(h, valueOffset));
else
d.putItem("value", "");
d.putItem("numchild", 2);
if (d.dumpChildren) {
// there is a hash specialization in case the keys are integers or shorts
d.beginChildren();
d.beginHash();
d.putItem("name", "key");
d.putItem("type", keyType);
d.putItem("addr", addOffset(h, keyOffset));
d.endHash();
d.beginHash();
d.putItem("name", "value");
d.putItem("type", valueType);
d.putItem("addr", addOffset(h, valueOffset));
d.endHash();
d.endChildren();
}
d.disarm();
}
#if USE_QT_GUI
static void qDumpQImage(QDumper &d)
{
qCheckAccess(deref(d.data)); // is the d-ptr de-referenceable and valid
const QImage &im = *reinterpret_cast<const QImage *>(d.data);
d.beginItem("value");
d.put("(").put(im.width()).put("x").put(im.height()).put(")");
d.endItem();
d.putItem("type", NS"QImage");
d.putItem("numchild", "0");
#if 0
if (d.dumpChildren) {
d.beginChildren();
d.beginHash();
d.putItem("name", "data");
d.putItem("type", NS "QImageData");
d.putItem("addr", d.data);
d.endHash();
d.endChildren();
}
#endif
d.disarm();
}
#endif
#if USE_QT_GUI
static void qDumpQImageData(QDumper &d)
{
const QImage &im = *reinterpret_cast<const QImage *>(d.data);
const QByteArray ba(QByteArray::fromRawData((const char*)im.bits(), im.numBytes()));
d.putItem("type", NS"QImageData");
d.putItem("numchild", "0");
#if 1
d.putItem("value", "<hover here>");
d.putItem("valuetooltipencoded", "1");
d.putItem("valuetooltipsize", ba.size());
d.putItem("valuetooltip", ba);
#else
d.putItem("valueencoded", "1");
d.putItem("value", ba);
#endif
d.disarm();
}
#endif
static void qDumpQList(QDumper &d)
{
qCheckAccess(deref(d.data)); // is the d-ptr de-referenceable and valid
// This uses the knowledge that QList<T> has only a single member
// of type union { QListData p; QListData::Data *d; };
const QListData &pdata = *reinterpret_cast<const QListData*>(d.data);
const int nn = pdata.size();
if (nn < 0)
return;
const bool innerTypeIsPointer = isPointerType(d.innerType);
const int n = qMin(nn, 1000);
if (nn > 0) {
if (pdata.d->begin < 0)
return;
if (pdata.d->begin > pdata.d->end)
return;
#if QT_VERSION >= 0x040400
if (pdata.d->ref._q_value <= 0)
return;
#endif
qCheckAccess(pdata.d->array);
// Additional checks on pointer arrays
if (innerTypeIsPointer)
for (int i = 0; i != n; ++i)
if (const void *p = pdata.d->array + i + pdata.d->begin)
qCheckPointer(deref(p));
}
d.putItemCount("value", nn);
d.putItem("valueeditable", "false");
d.putItem("numchild", n);
if (d.dumpChildren) {
const unsigned innerSize = d.extraInt[0];
QByteArray strippedInnerType = stripPointerType(d.innerType);
// The exact condition here is:
// QTypeInfo<T>::isLarge || QTypeInfo<T>::isStatic
// but this data is available neither in the compiled binary nor
// in the frontend.
// So as first approximation only do the 'isLarge' check:
bool isInternal = innerSize <= int(sizeof(void*))
&& isMovableType(d.innerType);
d.putItem("internal", (int)isInternal);
d.beginChildren(n ? d.innerType : 0);
for (int i = 0; i != n; ++i) {
d.beginHash();
if (innerTypeIsPointer) {
void *p = pdata.d->array + i + pdata.d->begin;
if (*(void**)p) {
//d.putItem("value","@").put(p);
qDumpInnerValue(d, strippedInnerType.data(), deref(p));
} else {
d.putItem("value", "<null>");
d.putItem("numchild", "0");
}
} else {
void *p = pdata.d->array + i + pdata.d->begin;
if (isInternal) {
//qDumpInnerValue(d, d.innerType, p);
d.putItem("addr", p);
qDumpInnerValueHelper(d, d.innerType, p);
} else {
//qDumpInnerValue(d, d.innerType, deref(p));
d.putItem("addr", deref(p));
qDumpInnerValueHelper(d, d.innerType, deref(p));
}
}
d.endHash();
}
if (n < nn)
d.putEllipsis();
d.endChildren();
}
d.disarm();
}
static void qDumpQLinkedList(QDumper &d)
{
qCheckAccess(deref(d.data)); // is the d-ptr de-referenceable and valid
// This uses the knowledge that QLinkedList<T> has only a single member
// of type union { QLinkedListData *d; QLinkedListNode<T> *e; };
const QLinkedListData *ldata =
reinterpret_cast<const QLinkedListData*>(deref(d.data));
int nn = ldata->size;
if (nn < 0)
return;
int n = nn;
d.putItemCount("value", n);
d.putItem("valueeditable", "false");
d.putItem("numchild", n);
if (d.dumpChildren) {
//unsigned innerSize = d.extraInt[0];
//bool innerTypeIsPointer = isPointerType(d.innerType);
QByteArray strippedInnerType = stripPointerType(d.innerType);
const char *stripped =
isPointerType(d.innerType) ? strippedInnerType.data() : 0;
if (n > 1000)
n = 1000;
d.beginChildren(d.innerType);
const void *p = deref(ldata);
for (int i = 0; i != n; ++i) {
d.beginHash();
const void *addr = addOffset(p, 2 * sizeof(void*));
qDumpInnerValueOrPointer(d, d.innerType, stripped, addr);
p = deref(p);
d.endHash();
}
if (n < nn)
d.putEllipsis();
d.endChildren();
}
d.disarm();
}
static void qDumpQLocale(QDumper &d)
{
const QLocale &locale = *reinterpret_cast<const QLocale *>(d.data);
d.putItem("value", locale.name());
d.putItem("valueencoded", "2");
d.putItem("type", NS"QLocale");
d.putItem("numchild", "8");
if (d.dumpChildren) {
d.beginChildren();
d.beginHash();
d.putItem("name", "country");
d.beginItem("exp");
d.put("(("NSX"QLocale"NSY"*)").put(d.data).put(")->country()");
d.endItem();
d.endHash();
d.beginHash();
d.putItem("name", "language");
d.beginItem("exp");
d.put("(("NSX"QLocale"NSY"*)").put(d.data).put(")->language()");
d.endItem();
d.endHash();
d.beginHash();
d.putItem("name", "measurementSystem");
d.beginItem("exp");
d.put("(("NSX"QLocale"NSY"*)").put(d.data).put(")->measurementSystem()");
d.endItem();
d.endHash();
d.beginHash();
d.putItem("name", "numberOptions");
d.beginItem("exp");
d.put("(("NSX"QLocale"NSY"*)").put(d.data).put(")->numberOptions()");
d.endItem();
d.endHash();
d.putHash("timeFormat_(short)", locale.timeFormat(QLocale::ShortFormat));
d.putHash("timeFormat_(long)", locale.timeFormat(QLocale::LongFormat));
d.putHash("decimalPoint", locale.decimalPoint());
d.putHash("exponential", locale.exponential());
d.putHash("percent", locale.percent());
d.putHash("zeroDigit", locale.zeroDigit());
d.putHash("groupSeparator", locale.groupSeparator());
d.putHash("negativeSign", locale.negativeSign());
d.endChildren();
}
d.disarm();
}
static void qDumpQMapNode(QDumper &d)
{
const QMapData *h = reinterpret_cast<const QMapData *>(d.data);
const char *keyType = d.templateParameters[0];
const char *valueType = d.templateParameters[1];
qCheckAccess(h->backward);
qCheckAccess(h->forward[0]);
d.putItem("value", "");
d.putItem("numchild", 2);
if (d.dumpChildren) {
unsigned mapnodesize = d.extraInt[2];
unsigned valueOff = d.extraInt[3];
unsigned keyOffset = 2 * sizeof(void*) - mapnodesize;
unsigned valueOffset = 2 * sizeof(void*) - mapnodesize + valueOff;
d.beginChildren();
d.beginHash();
d.putItem("name", "key");
qDumpInnerValue(d, keyType, addOffset(h, keyOffset));
d.endHash();
d.beginHash();
d.putItem("name", "value");
qDumpInnerValue(d, valueType, addOffset(h, valueOffset));
d.endHash();
d.endChildren();
}
d.disarm();
}
static void qDumpQMap(QDumper &d)
{
qCheckAccess(deref(d.data)); // is the d-ptr de-referenceable and valid
QMapData *h = *reinterpret_cast<QMapData *const*>(d.data);
const char *keyType = d.templateParameters[0];
const char *valueType = d.templateParameters[1];
int n = h->size;
if (n < 0)
return;
if (n > 0) {
qCheckAccess(h->backward);
qCheckAccess(h->forward[0]);
qCheckPointer(h->backward->backward);
qCheckPointer(h->forward[0]->backward);
}
d.putItemCount("value", n);
d.putItem("numchild", n);
if (d.dumpChildren) {
if (n > 1000)
n = 1000;
//unsigned keySize = d.extraInt[0];
//unsigned valueSize = d.extraInt[1];
unsigned mapnodesize = d.extraInt[2];
unsigned valueOff = d.extraInt[3];
bool isSimpleKey = isSimpleType(keyType);
bool isSimpleValue = isSimpleType(valueType);
// both negative:
int keyOffset = 2 * sizeof(void*) - int(mapnodesize);
int valueOffset = 2 * sizeof(void*) - int(mapnodesize) + valueOff;
d.beginItem("extra");
d.put("simplekey: ").put(isSimpleKey).put(" isSimpleValue: ").put(isSimpleValue);
d.put(" keyOffset: ").put(keyOffset).put(" valueOffset: ").put(valueOffset);
d.put(" mapnodesize: ").put(mapnodesize);
d.endItem();
d.beginChildren();
QMapData::Node *node = reinterpret_cast<QMapData::Node *>(h->forward[0]);
QMapData::Node *end = reinterpret_cast<QMapData::Node *>(h);
int i = 0;
while (node != end) {
d.beginHash();
qDumpInnerValueHelper(d, keyType, addOffset(node, keyOffset), "key");
qDumpInnerValueHelper(d, valueType, addOffset(node, valueOffset));
if (isSimpleKey && isSimpleValue) {
d.putItem("type", valueType);
d.putItem("addr", addOffset(node, valueOffset));
} else {
#if QT_VERSION >= 0x040500
d.putItem("addr", node);
// actually, any type (even 'char') will do...
d.beginItem("type");
d.put(NS"QMapNode<").put(keyType).put(",");
d.put(valueType).put(MAP_NODE_TYPE_END);
d.endItem();
#else
d.beginItem("type");
d.put(NS"QMapData::Node<").put(keyType).put(",");
d.put(valueType).put(MAP_NODE_TYPE_END);
d.endItem();
d.beginItem("exp");
d.put("*('"NS"QMapData::Node<").put(keyType).put(",");
d.put(valueType).put(" >'*)").put(node);
d.endItem();
#endif
}
d.endHash();
++i;
node = node->forward[0];
}
d.endChildren();
}
d.disarm();
}
static void qDumpQMultiMap(QDumper &d)
{
qDumpQMap(d);
}
#ifndef QT_BOOTSTRAPPED
static void qDumpQModelIndex(QDumper &d)
{
const QModelIndex *mi = reinterpret_cast<const QModelIndex *>(d.data);
d.putItem("type", NS"QModelIndex");
if (mi->isValid()) {
d.beginItem("value");
d.put("(").put(mi->row()).put(", ").put(mi->column()).put(")");
d.endItem();
d.putItem("numchild", 5);
if (d.dumpChildren) {
d.beginChildren();
d.putHash("row", mi->row());
d.putHash("column", mi->column());
d.beginHash();
d.putItem("name", "parent");
const QModelIndex parent = mi->parent();
d.beginItem("value");
if (parent.isValid())
d.put("(").put(parent.row()).put(", ").put(parent.column()).put(")");
else
d.put("<invalid>");
d.endItem();
d.beginItem("exp");
d.put("(("NSX"QModelIndex"NSY"*)").put(d.data).put(")->parent()");
d.endItem();
d.putItem("type", NS"QModelIndex");
d.putItem("numchild", "1");
d.endHash();
d.putHash("internalId", QString::number(mi->internalId(), 10));
d.beginHash();
d.putItem("name", "model");
d.putItem("value", static_cast<const void *>(mi->model()));
d.putItem("type", NS"QAbstractItemModel*");
d.putItem("numchild", "1");
d.endHash();
d.endChildren();
}
} else {
d.putItem("value", "<invalid>");
d.putItem("numchild", 0);
}
d.disarm();
}
static void qDumpQObject(QDumper &d)
{
qCheckAccess(deref(d.data)); // is the d-ptr de-referenceable and valid
const QObject *ob = reinterpret_cast<const QObject *>(d.data);
const QMetaObject *mo = ob->metaObject();
d.putItem("value", ob->objectName());
d.putItem("valueencoded", "2");
d.putItem("type", NS"QObject");
d.putItem("displayedtype", mo->className());
d.putItem("numchild", 4);
if (d.dumpChildren) {
int slotCount = 0;
int signalCount = 0;
for (int i = mo->methodCount(); --i >= 0; ) {
QMetaMethod::MethodType mt = mo->method(i).methodType();
signalCount += (mt == QMetaMethod::Signal);
slotCount += (mt == QMetaMethod::Slot);
}
d.beginChildren();
d.beginHash();
d.putItem("name", "properties");
// using 'addr' does not work in gdb as 'exp' is recreated as
// (type *)addr, and here we have different 'types':
// QObject vs QObjectPropertyList!
d.putItem("addr", d.data);
d.putItem("type", NS"QObjectPropertyList");
d.putItemCount("value", mo->propertyCount());
d.putItem("numchild", mo->propertyCount());
d.endHash();
d.beginHash();
d.putItem("name", "signals");
d.putItem("addr", d.data);
d.putItem("type", NS"QObjectSignalList");
d.putItemCount("value", signalCount);
d.putItem("numchild", signalCount);
d.endHash();
d.beginHash();
d.putItem("name", "slots");
d.putItem("addr", d.data);
d.putItem("type", NS"QObjectSlotList");
d.putItemCount("value", slotCount);
d.putItem("numchild", slotCount);
d.endHash();
const QObjectList objectChildren = ob->children();
if (!objectChildren.empty()) {
d.beginHash();
d.putItem("name", "children");
d.putItem("addr", d.data);
d.putItem("type", NS"QObjectChildList");
d.putItemCount("value", objectChildren.size());
d.putItem("numchild", objectChildren.size());
d.endHash();
}
d.beginHash();
d.putItem("name", "parent");
qDumpInnerValueHelper(d, NS"QObject *", ob->parent());
d.endHash();
#if 1
d.beginHash();
d.putItem("name", "className");
d.putItem("value", ob->metaObject()->className());
d.putItem("type", "");
d.putItem("numchild", "0");
d.endHash();
#endif
d.endChildren();
}
d.disarm();
}
#endif // QT_BOOTSTRAPPED
#if USE_QT_GUI
static const char *sizePolicyEnumValue(QSizePolicy::Policy p)
{
switch (p) {
case QSizePolicy::Fixed:
return "Fixed";
case QSizePolicy::Minimum:
return "Minimum";
case QSizePolicy::Maximum:
return "Maximum";
case QSizePolicy::Preferred:
return "Preferred";
case QSizePolicy::Expanding:
return "Expanding";
case QSizePolicy::MinimumExpanding:
return "MinimumExpanding";
case QSizePolicy::Ignored:
break;
}
return "Ignored";
}
static QString sizePolicyValue(const QSizePolicy &sp)
{
QString rc;
QTextStream str(&rc);
// Display as in Designer
str << '[' << sizePolicyEnumValue(sp.horizontalPolicy())
<< ", " << sizePolicyEnumValue(sp.verticalPolicy())
<< ", " << sp.horizontalStretch() << ", " << sp.verticalStretch() << ']';
return rc;
}
#endif
static void qDumpQVariantHelper(const QVariant *v, QString *value,
QString *exp, int *numchild)
{
switch (v->type()) {
case QVariant::Invalid:
*value = QLatin1String("<invalid>");
*numchild = 0;
break;
case QVariant::String:
*value = QLatin1Char('"') + v->toString() + QLatin1Char('"');
*numchild = 0;
break;
# if QT_VERSION >= 0x040500
case QVariant::StringList:
*exp = QString(QLatin1String("(*('"NS"QStringList'*)%1)"))
.arg((quintptr)v);
*numchild = v->toStringList().size();
break;
# endif
case QVariant::Int:
*value = QString::number(v->toInt());
*numchild= 0;
break;
case QVariant::Double:
*value = QString::number(v->toDouble());
*numchild = 0;
break;
# ifndef QT_BOOTSTRAPPED
case QVariant::Point: {
const QPoint p = v->toPoint();
*value = QString::fromLatin1("%1, %2").arg(p.x()).arg(p.y());
}
*numchild = 0;
break;
case QVariant::Size: {
const QSize size = v->toSize();
*value = QString::fromLatin1("%1x%2")
.arg(size.width()).arg(size.height());
}
*numchild = 0;
break;
case QVariant::Rect: {
const QRect rect = v->toRect();
*value = QString::fromLatin1("%1x%2+%3+%4")
.arg(rect.width()).arg(rect.height())
.arg(rect.x()).arg(rect.y());
}
*numchild = 0;
break;
case QVariant::PointF: {
const QPointF p = v->toPointF();
*value = QString::fromLatin1("%1, %2").arg(p.x()).arg(p.y());
}
*numchild = 0;
break;
case QVariant::SizeF: {
const QSizeF size = v->toSizeF();
*value = QString::fromLatin1("%1x%2")
.arg(size.width()).arg(size.height());
}
*numchild = 0;
break;
case QVariant::RectF: {
const QRectF rect = v->toRectF();
*value = QString::fromLatin1("%1x%2+%3+%4")
.arg(rect.width()).arg(rect.height())
.arg(rect.x()).arg(rect.y());
}
*numchild = 0;
break;
# endif // QT_BOOTSTRAPPED
# if USE_QT_GUI
case QVariant::Font:
*value = qvariant_cast<QFont>(*v).toString();
break;
case QVariant::Color:
*value = qvariant_cast<QColor>(*v).name();
break;
case QVariant::KeySequence:
# ifndef QT_NO_SHORTCUT
*value = qvariant_cast<QKeySequence>(*v).toString();
# else
*value = QString::fromLatin1("Disabled by QT_NO_SHORTCUT");
# endif
break;
case QVariant::SizePolicy:
*value = sizePolicyValue(qvariant_cast<QSizePolicy>(*v));
break;
# endif
default: {
static const char *qTypeFormat = sizeof(void *) == sizeof(long)
? "'"NS"%s "NS"qVariantValue<"NS"%s >'(*('"NS"QVariant'*)0x%lx)"
: "'"NS"%s "NS"qVariantValue<"NS"%s >'(*('"NS"QVariant'*)0x%llx)";
static const char *nonQTypeFormat = sizeof(void *) == sizeof(long)
? "'%s "NS"qVariantValue<%s >'(*('"NS"QVariant'*)0x%lx)"
: "'%s "NS"qVariantValue<%s >'(*('"NS"QVariant'*)0x%llx)";
char buf[1000];
const char *format = (v->typeName()[0] == 'Q') ? qTypeFormat : nonQTypeFormat;
qsnprintf(buf, sizeof(buf) - 1, format, v->typeName(), v->typeName(), v);
*exp = QLatin1String(buf);
*numchild = 1;
break;
}
}
}
static void qDumpQVariant(QDumper &d, const QVariant *v)
{
QString value;
QString exp;
int numchild = 0;
qDumpQVariantHelper(v, &value, &exp, &numchild);
bool isInvalid = (v->typeName() == 0);
if (isInvalid) {
d.putItem("value", "(invalid)");
} else if (value.isEmpty()) {
d.beginItem("value");
d.put("(").put(v->typeName()).put(") ");
d.endItem();
} else {
QByteArray ba;
ba += '(';
ba += v->typeName();
ba += ") ";
ba += qPrintable(value);
d.putItem("value", ba);
d.putItem("valueencoded", "5");
}
d.putItem("type", NS"QVariant");
if (isInvalid || !numchild) {
d.putItem("numchild", "0");
} else {
d.putItem("numchild", "1");
if (d.dumpChildren) {
d.beginChildren();
d.beginHash();
d.putItem("name", "value");
if (!exp.isEmpty())
d.putItem("exp", qPrintable(exp));
if (!value.isEmpty()) {
d.putItem("value", value);
d.putItem("valueencoded", "4");
}
d.putItem("type", v->typeName());
d.putItem("numchild", numchild);
d.endHash();
d.endChildren();
}
}
d.disarm();
}
static inline void qDumpQVariant(QDumper &d)
{
qCheckAccess(d.data);
qDumpQVariant(d, reinterpret_cast<const QVariant *>(d.data));
}
// Meta enumeration helpers
static inline void dumpMetaEnumType(QDumper &d, const QMetaEnum &me)
{
QByteArray type = me.scope();
if (!type.isEmpty())
type += "::";
type += me.name();
d.putItem("type", type.constData());
}
static inline void dumpMetaEnumValue(QDumper &d, const QMetaProperty &mop,
int value)
{
const QMetaEnum me = mop.enumerator();
dumpMetaEnumType(d, me);
if (const char *enumValue = me.valueToKey(value)) {
d.putItem("value", enumValue);
} else {
d.putItem("value", value);
}
d.putItem("numchild", 0);
}
static inline void dumpMetaFlagValue(QDumper &d, const QMetaProperty &mop,
int value)
{
const QMetaEnum me = mop.enumerator();
dumpMetaEnumType(d, me);
const QByteArray flagsValue = me.valueToKeys(value);
if (flagsValue.isEmpty()) {
d.putItem("value", value);
} else {
d.putItem("value", flagsValue.constData());
}
d.putItem("numchild", 0);
}
#ifndef QT_BOOTSTRAPPED
static void qDumpQObjectProperty(QDumper &d)
{
const QObject *ob = (const QObject *)d.data;
const QMetaObject *mob = ob->metaObject();
// extract "local.Object.property"
QString iname = d.iname;
const int dotPos = iname.lastIndexOf(QLatin1Char('.'));
if (dotPos == -1)
return;
iname.remove(0, dotPos + 1);
const int index = mob->indexOfProperty(iname.toAscii());
if (index == -1)
return;
const QMetaProperty mop = mob->property(index);
const QVariant value = mop.read(ob);
const bool isInteger = value.type() == QVariant::Int;
if (isInteger && mop.isEnumType()) {
dumpMetaEnumValue(d, mop, value.toInt());
} else if (isInteger && mop.isFlagType()) {
dumpMetaFlagValue(d, mop, value.toInt());
} else {
qDumpQVariant(d, &value);
}
d.disarm();
}
static void qDumpQObjectPropertyList(QDumper &d)
{
const QObject *ob = (const QObject *)d.data;
const QMetaObject *mo = ob->metaObject();
const int propertyCount = mo->propertyCount();
d.putItem("addr", "<synthetic>");
d.putItem("type", NS"QObjectPropertyList");
d.putItem("numchild", propertyCount);
d.putItemCount("value", propertyCount);
if (d.dumpChildren) {
d.beginChildren();
for (int i = propertyCount; --i >= 0; ) {
const QMetaProperty & prop = mo->property(i);
d.beginHash();
d.putItem("name", prop.name());
switch (prop.type()) {
case QVariant::String:
d.putItem("type", prop.typeName());
d.putItem("value", prop.read(ob).toString());
d.putItem("valueencoded", "2");
d.putItem("numchild", "0");
break;
case QVariant::Bool:
d.putItem("type", prop.typeName());
d.putItem("value", (prop.read(ob).toBool() ? "true" : "false"));
d.putItem("numchild", "0");
break;
case QVariant::Int:
if (prop.isEnumType()) {
dumpMetaEnumValue(d, prop, prop.read(ob).toInt());
} else if (prop.isFlagType()) {
dumpMetaFlagValue(d, prop, prop.read(ob).toInt());
} else {
d.putItem("value", prop.read(ob).toInt());
d.putItem("numchild", "0");
}
break;
default:
d.putItem("addr", d.data);
d.putItem("type", NS"QObjectProperty");
d.putItem("numchild", "1");
break;
}
d.endHash();
}
d.endChildren();
}
d.disarm();
}
static void qDumpQObjectMethodList(QDumper &d)
{
const QObject *ob = (const QObject *)d.data;
const QMetaObject *mo = ob->metaObject();
d.putItem("addr", "<synthetic>");
d.putItem("type", NS"QObjectMethodList");
d.putItem("numchild", mo->methodCount());
if (d.dumpChildren) {
d.putItem("childtype", NS"QMetaMethod::Method");
d.putItem("childnumchild", "0");
d.beginChildren();
for (int i = 0; i != mo->methodCount(); ++i) {
const QMetaMethod & method = mo->method(i);
int mt = method.methodType();
d.beginHash();
d.beginItem("name");
d.put(i).put(" ").put(mo->indexOfMethod(method.signature()));
d.put(" ").put(method.signature());
d.endItem();
d.beginItem("value");
d.put((mt == QMetaMethod::Signal ? "<Signal>" : "<Slot>"));
d.put(" (").put(mt).put(")");
d.endItem();
d.endHash();
}
d.endChildren();
}
d.disarm();
}
static const char *qConnectionType(uint type)
{
Qt::ConnectionType connType = static_cast<Qt::ConnectionType>(type);
const char *output = "unknown";
switch (connType) {
case Qt::AutoConnection: output = "auto"; break;
case Qt::DirectConnection: output = "direct"; break;
case Qt::QueuedConnection: output = "queued"; break;
case Qt::BlockingQueuedConnection: output = "blockingqueued"; break;
case 3: output = "autocompat"; break;
#if QT_VERSION >= 0x040600
case Qt::UniqueConnection: break; // Can't happen.
#endif
};
return output;
};
#if QT_VERSION >= 0x040400
static const ConnectionList &qConnectionList(const QObject *ob, int signalNumber)
{
static const ConnectionList emptyList;
const ObjectPrivate *p = reinterpret_cast<const ObjectPrivate *>(dfunc(ob));
if (!p->connectionLists)
return emptyList;
typedef QVector<ConnectionList> ConnLists;
const ConnLists *lists = reinterpret_cast<const ConnLists *>(p->connectionLists);
// there's an optimization making the lists only large enough to hold the
// last non-empty item
if (signalNumber >= lists->size())
return emptyList;
return lists->at(signalNumber);
}
#endif
// Write party involved in a slot/signal element,
// avoid to recursion to self.
static inline void qDumpQObjectConnectionPart(QDumper &d,
const QObject *owner,
const QObject *partner,
int number, const char *namePostfix)
{
d.beginHash();
d.beginItem("name");
d.put(number).put(namePostfix);
d.endItem();
if (partner == owner) {
d.putItem("value", "<this>");
d.putItem("type", owner->metaObject()->className());
d.putItem("numchild", 0);
d.putItem("addr", owner);
} else {
qDumpInnerValueHelper(d, NS"QObject *", partner);
}
d.endHash();
}
static void qDumpQObjectSignal(QDumper &d)
{
unsigned signalNumber = d.extraInt[0];
d.putItem("addr", "<synthetic>");
d.putItem("numchild", "1");
d.putItem("type", NS"QObjectSignal");
#if QT_VERSION >= 0x040400
if (d.dumpChildren) {
const QObject *ob = reinterpret_cast<const QObject *>(d.data);
d.beginChildren();
const ConnectionList &connList = qConnectionList(ob, signalNumber);
for (int i = 0; i != connList.size(); ++i) {
const Connection &conn = connectionAt(connList, i);
qDumpQObjectConnectionPart(d, ob, conn.receiver, i, " receiver");
d.beginHash();
d.beginItem("name");
d.put(i).put(" slot");
d.endItem();
d.putItem("type", "");
if (conn.receiver)
d.putItem("value", conn.receiver->metaObject()->method(conn.method).signature());
else
d.putItem("value", "<invalid receiver>");
d.putItem("numchild", "0");
d.endHash();
d.beginHash();
d.beginItem("name");
d.put(i).put(" type");
d.endItem();
d.putItem("type", "");
d.beginItem("value");
d.put("<").put(qConnectionType(conn.connectionType)).put(" connection>");
d.endItem();
d.putItem("numchild", "0");
d.endHash();
}
d.endChildren();
d.putItem("numchild", connList.size());
}
#endif
d.disarm();
}
static void qDumpQObjectSignalList(QDumper &d)
{
const QObject *ob = reinterpret_cast<const QObject *>(d.data);
const QMetaObject *mo = ob->metaObject();
int count = 0;
const int methodCount = mo->methodCount();
for (int i = methodCount; --i >= 0; )
count += (mo->method(i).methodType() == QMetaMethod::Signal);
d.putItem("type", NS"QObjectSignalList");
d.putItemCount("value", count);
d.putItem("addr", d.data);
d.putItem("numchild", count);
#if QT_VERSION >= 0x040400
if (d.dumpChildren) {
d.beginChildren();
for (int i = 0; i != methodCount; ++i) {
const QMetaMethod & method = mo->method(i);
if (method.methodType() == QMetaMethod::Signal) {
int k = mo->indexOfSignal(method.signature());
const ConnectionList &connList = qConnectionList(ob, k);
d.beginHash();
d.putItem("name", k);
d.putItem("value", method.signature());
d.putItem("numchild", connList.size());
d.putItem("addr", d.data);
d.putItem("type", NS"QObjectSignal");
d.endHash();
}
}
d.endChildren();
}
#endif
d.disarm();
}
static void qDumpQObjectSlot(QDumper &d)
{
int slotNumber = d.extraInt[0];
d.putItem("addr", d.data);
d.putItem("numchild", "1");
d.putItem("type", NS"QObjectSlot");
#if QT_VERSION >= 0x040400
if (d.dumpChildren) {
d.beginChildren();
int numchild = 0;
const QObject *ob = reinterpret_cast<const QObject *>(d.data);
const ObjectPrivate *p = reinterpret_cast<const ObjectPrivate *>(dfunc(ob));
#if QT_VERSION >= 0x040600
int s = 0;
for (SenderList senderList = p->senders; senderList != 0;
senderList = senderList->next, ++s) {
const QObject *sender = senderList->sender;
int signal = senderList->method; // FIXME: 'method' is wrong.
#else
for (int s = 0; s != p->senders.size(); ++s) {
const QObject *sender = senderAt(p->senders, s);
int signal = signalAt(p->senders, s);
#endif
const ConnectionList &connList = qConnectionList(sender, signal);
for (int i = 0; i != connList.size(); ++i) {
const Connection &conn = connectionAt(connList, i);
if (conn.receiver == ob && conn.method == slotNumber) {
++numchild;
const QMetaMethod &method = sender->metaObject()->method(signal);
qDumpQObjectConnectionPart(d, ob, sender, s, " sender");
d.beginHash();
d.beginItem("name");
d.put(s).put(" signal");
d.endItem();
d.putItem("type", "");
d.putItem("value", method.signature());
d.putItem("numchild", "0");
d.endHash();
d.beginHash();
d.beginItem("name");
d.put(s).put(" type");
d.endItem();
d.putItem("type", "");
d.beginItem("value");
d.put("<").put(qConnectionType(conn.method));
d.put(" connection>");
d.endItem();
d.putItem("numchild", "0");
d.endHash();
}
}
}
d.endChildren();
d.putItem("numchild", numchild);
}
#endif
d.disarm();
}
static void qDumpQObjectSlotList(QDumper &d)
{
const QObject *ob = reinterpret_cast<const QObject *>(d.data);
#if QT_VERSION >= 0x040400
const ObjectPrivate *p = reinterpret_cast<const ObjectPrivate *>(dfunc(ob));
#endif
const QMetaObject *mo = ob->metaObject();
int count = 0;
const int methodCount = mo->methodCount();
for (int i = methodCount; --i >= 0; )
count += (mo->method(i).methodType() == QMetaMethod::Slot);
d.putItem("numchild", count);
d.putItemCount("value", count);
d.putItem("type", NS"QObjectSlotList");
if (d.dumpChildren) {
d.beginChildren();
#if QT_VERSION >= 0x040400
for (int i = 0; i != methodCount; ++i) {
const QMetaMethod & method = mo->method(i);
if (method.methodType() == QMetaMethod::Slot) {
d.beginHash();
int k = mo->indexOfSlot(method.signature());
d.putItem("name", k);
d.putItem("value", method.signature());
// count senders. expensive...
int numchild = 0;
#if QT_VERSION >= 0x040600
int s = 0;
for (SenderList senderList = p->senders; senderList != 0;
senderList = senderList->next, ++s) {
const QObject *sender = senderList->sender;
int signal = senderList->method; // FIXME: 'method' is wrong.
#else
for (int s = 0; s != p->senders.size(); ++s) {
const QObject *sender = senderAt(p->senders, s);
int signal = signalAt(p->senders, s);
#endif
const ConnectionList &connList = qConnectionList(sender, signal);
for (int c = 0; c != connList.size(); ++c) {
const Connection &conn = connectionAt(connList, c);
if (conn.receiver == ob && conn.method == k)
++numchild;
}
}
d.putItem("numchild", numchild);
d.putItem("addr", d.data);
d.putItem("type", NS"QObjectSlot");
d.endHash();
}
}
#endif
d.endChildren();
}
d.disarm();
}
static void qDumpQObjectChildList(QDumper &d)
{
const QObject *ob = reinterpret_cast<const QObject *>(d.data);
const QObjectList children = ob->children();
const int size = children.size();
d.putItem("numchild", size);
d.putItemCount("value", size);
d.putItem("type", NS"QObjectChildList");
if (d.dumpChildren) {
d.beginChildren();
for (int i = 0; i != size; ++i) {
d.beginHash();
qDumpInnerValueHelper(d, NS"QObject *", children.at(i));
d.endHash();
}
d.endChildren();
}
d.disarm();
}
#endif // QT_BOOTSTRAPPED
#if USE_QT_GUI
static void qDumpQPixmap(QDumper &d)
{
const QPixmap &im = *reinterpret_cast<const QPixmap *>(d.data);
d.beginItem("value");
d.put("(").put(im.width()).put("x").put(im.height()).put(")");
d.endItem();
d.putItem("type", NS"QPixmap");
d.putItem("numchild", "0");
d.disarm();
}
#endif
#ifndef QT_BOOTSTRAPPED
static void qDumpQPoint(QDumper &d)
{
const QPoint &pnt = *reinterpret_cast<const QPoint *>(d.data);
d.beginItem("value");
d.put("(").put(pnt.x()).put(", ").put(pnt.y()).put(")");
d.endItem();
d.putItem("type", NS"QPoint");
d.putItem("numchild", "2");
if (d.dumpChildren) {
d.beginChildren();
d.putHash("x", pnt.x());
d.putHash("y", pnt.y());
d.endChildren();
}
d.disarm();
}
static void qDumpQPointF(QDumper &d)
{
const QPointF &pnt = *reinterpret_cast<const QPointF *>(d.data);
d.beginItem("value");
d.put("(").put(pnt.x()).put(", ").put(pnt.y()).put(")");
d.endItem();
d.putItem("type", NS"QPointF");
d.putItem("numchild", "2");
if (d.dumpChildren) {
d.beginChildren();
d.putHash("x", pnt.x());
d.putHash("y", pnt.y());
d.endChildren();
}
d.disarm();
}
static void qDumpQRect(QDumper &d)
{
const QRect &rc = *reinterpret_cast<const QRect *>(d.data);
d.beginItem("value");
d.put("(").put(rc.width()).put("x").put(rc.height());
if (rc.x() >= 0)
d.put("+");
d.put(rc.x());
if (rc.y() >= 0)
d.put("+");
d.put(rc.y());
d.put(")");
d.endItem();
d.putItem("type", NS"QRect");
d.putItem("numchild", "4");
if (d.dumpChildren) {
d.beginChildren();
d.putHash("x", rc.x());
d.putHash("y", rc.y());
d.putHash("width", rc.width());
d.putHash("height", rc.height());
d.endChildren();
}
d.disarm();
}
static void qDumpQRectF(QDumper &d)
{
const QRectF &rc = *reinterpret_cast<const QRectF *>(d.data);
d.beginItem("value");
d.put("(").put(rc.width()).put("x").put(rc.height());
if (rc.x() >= 0)
d.put("+");
d.put(rc.x());
if (rc.y() >= 0)
d.put("+");
d.put(rc.y());
d.put(")");
d.endItem();
d.putItem("type", NS"QRectF");
d.putItem("numchild", "4");
if (d.dumpChildren) {
d.beginChildren();
d.putHash("x", rc.x());
d.putHash("y", rc.y());
d.putHash("width", rc.width());
d.putHash("height", rc.height());
d.endChildren();
}
d.disarm();
}
#endif
static void qDumpQSet(QDumper &d)
{
// This uses the knowledge that QHash<T> has only a single member
// of union { QHashData *d; QHashNode<Key, T> *e; };
QHashData *hd = *(QHashData**)d.data;
QHashData::Node *node = hd->firstNode();
int n = hd->size;
if (n < 0)
return;
if (n > 0) {
qCheckAccess(node);
qCheckPointer(node->next);
}
d.putItemCount("value", n);
d.putItem("valueeditable", "false");
d.putItem("numchild", 2 * n);
if (d.dumpChildren) {
if (n > 100)
n = 100;
d.beginChildren();
int i = 0;
for (int bucket = 0; bucket != hd->numBuckets && i <= 10000; ++bucket) {
for (node = hd->buckets[bucket]; node->next; node = node->next) {
d.beginHash();
d.putItem("type", d.innerType);
d.beginItem("exp");
d.put("(('"NS"QHashNode<").put(d.innerType
).put(","NS"QHashDummyValue>'*)"
).put(static_cast<const void*>(node)).put(")->key");
d.endItem();
d.endHash();
++i;
if (i > 10000) {
d.putEllipsis();
break;
}
}
}
d.endChildren();
}
d.disarm();
}
#ifndef QT_BOOTSTRAPPED
#if QT_VERSION >= 0x040500
static void qDumpQSharedPointer(QDumper &d)
{
const QSharedPointer<int> &ptr =
*reinterpret_cast<const QSharedPointer<int> *>(d.data);
if (ptr.isNull()) {
d.putItem("value", "<null>");
d.putItem("valueeditable", "false");
d.putItem("numchild", 0);
d.disarm();
return;
}
if (isSimpleType(d.innerType))
qDumpInnerValueHelper(d, d.innerType, ptr.data());
else
d.putItem("value", "");
d.putItem("valueeditable", "false");
d.putItem("numchild", 1);
if (d.dumpChildren) {
d.beginChildren();
d.beginHash();
d.putItem("name", "data");
qDumpInnerValue(d, d.innerType, ptr.data());
d.endHash();
const int v = sizeof(void *);
d.beginHash();
const void *weak = addOffset(deref(addOffset(d.data, v)), v);
d.putItem("name", "weakref");
d.putItem("value", *static_cast<const int *>(weak));
d.putItem("type", "int");
d.putItem("addr", weak);
d.putItem("numchild", "0");
d.endHash();
d.beginHash();
const void *strong = addOffset(weak, sizeof(int));
d.putItem("name", "strongref");
d.putItem("value", *static_cast<const int *>(strong));
d.putItem("type", "int");
d.putItem("addr", strong);
d.putItem("numchild", "0");
d.endHash();
d.endChildren();
}
d.disarm();
}
#endif // QT_VERSION >= 0x040500
#endif // QT_BOOTSTRAPPED
static void qDumpQSize(QDumper &d)
{
const QSize s = *reinterpret_cast<const QSize *>(d.data);
d.beginItem("value");
d.put("(").put(s.width()).put("x").put(s.height()).put(")");
d.endItem();
d.putItem("type", NS"QSize");
d.putItem("numchild", "2");
if (d.dumpChildren) {
d.beginChildren();
d.putHash("w", s.width());
d.putHash("h", s.height());
d.endChildren();
}
d.disarm();
}
static void qDumpQSizeF(QDumper &d)
{
const QSizeF s = *reinterpret_cast<const QSizeF *>(d.data);
d.beginItem("value");
d.put("(").put(s.width()).put("x").put(s.height()).put(")");
d.endItem();
d.putItem("type", NS"QSizeF");
d.putItem("numchild", "2");
if (d.dumpChildren) {
d.beginChildren();
d.putHash("w", s.width());
d.putHash("h", s.height());
d.endChildren();
}
d.disarm();
}
static void qDumpQString(QDumper &d)
{
//qCheckAccess(deref(d.data)); // is the d-ptr de-referenceable and valid
const QString &str = *reinterpret_cast<const QString *>(d.data);
const int size = str.size();
if (size < 0)
return;
if (size) {
const QChar *unicode = str.unicode();
qCheckAccess(unicode);
qCheckAccess(unicode + size);
if (!unicode[size].isNull()) // must be '\0' terminated
return;
}
d.putStringValue(str);
d.putItem("type", NS"QString");
//d.putItem("editvalue", str); // handled generically below
d.putItem("numchild", "0");
d.disarm();
}
static void qDumpQStringList(QDumper &d)
{
qCheckAccess(deref(d.data)); // is the d-ptr de-referenceable and valid
const QStringList &list = *reinterpret_cast<const QStringList *>(d.data);
int n = list.size();
if (n < 0)
return;
if (n > 0) {
qCheckAccess(&list.front());
qCheckAccess(&list.back());
}
d.putItemCount("value", n);
d.putItem("valueeditable", "false");
d.putItem("numchild", n);
if (d.dumpChildren) {
if (n > 1000)
n = 1000;
d.beginChildren(n ? NS"QString" : 0);
for (int i = 0; i != n; ++i) {
d.beginHash();
d.putStringValue(list.at(i));
d.endHash();
}
if (n < list.size())
d.putEllipsis();
d.endChildren();
}
d.disarm();
}
static void qDumpQTextCodec(QDumper &d)
{
qCheckPointer(deref(d.data));
const QTextCodec &codec = *reinterpret_cast<const QTextCodec *>(d.data);
d.putItem("value", codec.name());
d.putItem("valueencoded", "1");
d.putItem("type", NS"QTextCodec");
d.putItem("numchild", "2");
if (d.dumpChildren) {
d.beginChildren();
d.putHash("name", codec.name());
d.putHash("mibEnum", codec.mibEnum());
d.endChildren();
}
d.disarm();
}
static void qDumpQVector(QDumper &d)
{
qCheckAccess(deref(d.data)); // is the d-ptr de-referenceable and valid
QVectorTypedData<int> *dummy = 0;
const unsigned typeddatasize = (char*)(&dummy->array) - (char*)dummy;
QVectorData *v = *reinterpret_cast<QVectorData *const*>(d.data);
// Try to provoke segfaults early to prevent the frontend
// from asking for unavailable child details
int nn = v->size;
if (nn < 0)
return;
const bool innerIsPointerType = isPointerType(d.innerType);
const unsigned innersize = d.extraInt[0];
const int n = qMin(nn, 1000);
// Check pointers
if (innerIsPointerType && nn > 0)
for (int i = 0; i != n; ++i)
if (const void *p = addOffset(v, i * innersize + typeddatasize))
qCheckPointer(deref(p));
d.putItemCount("value", n);
d.putItem("valueeditable", "false");
d.putItem("numchild", nn);
if (d.dumpChildren) {
QByteArray strippedInnerType = stripPointerType(d.innerType);
const char *stripped = innerIsPointerType ? strippedInnerType.data() : 0;
d.beginChildren(d.innerType);
for (int i = 0; i != n; ++i) {
d.beginHash();
qDumpInnerValueOrPointer(d, d.innerType, stripped,
addOffset(v, i * innersize + typeddatasize));
d.endHash();
}
if (n < nn)
d.putEllipsis();
d.endChildren();
}
d.disarm();
}
#ifndef QT_BOOTSTRAPPED
#if QT_VERSION >= 0x040500
static void qDumpQWeakPointer(QDumper &d)
{
const int v = sizeof(void *);
const void *value = deref(addOffset(d.data, v));
const void *data = deref(d.data);
if (value == 0 || data == 0) {
d.putItem("value", "<null>");
d.putItem("valueeditable", "false");
d.putItem("numchild", 0);
d.disarm();
return;
}
if (isSimpleType(d.innerType))
qDumpInnerValueHelper(d, d.innerType, value);
else
d.putItem("value", "");
d.putItem("valueeditable", "false");
d.putItem("numchild", 1);
if (d.dumpChildren) {
d.beginChildren();
d.beginHash();
d.putItem("name", "data");
qDumpInnerValue(d, d.innerType, value);
d.endHash();
d.beginHash();
const void *weak = addOffset(deref(d.data), v);
d.putItem("name", "weakref");
d.putItem("value", *static_cast<const int *>(weak));
d.putItem("type", "int");
d.putItem("addr", weak);
d.putItem("numchild", "0");
d.endHash();
d.beginHash();
const void *strong = addOffset(weak, sizeof(int));
d.putItem("name", "strongref");
d.putItem("value", *static_cast<const int *>(strong));
d.putItem("type", "int");
d.putItem("addr", strong);
d.putItem("numchild", "0");
d.endHash();
d.endChildren();
}
d.disarm();
}
#endif // QT_VERSION >= 0x040500
#endif // QT_BOOTSTRAPPED
#ifdef Q_CC_MSVC
// A friendly list that grants access to its head.
template <class T> class FriendlyList : public std::list<T> {
public:
typedef _Node Node;
static const Node *head(const std::list<T> *list) {
return static_cast<const FriendlyList *>(list)->_Myhead;
}
};
#endif
static void qDumpStdList(QDumper &d)
{
const std::list<int> &list = *reinterpret_cast<const std::list<int> *>(d.data);
#ifdef Q_CC_MSVC
/* Extensive checks to avoid _HAS_ITERATOR_DEBUGGING asserts at all cost.
* Examine the head element which is present in empty lists as well.
* It could be even further checked if the type was known. */
const void *head = FriendlyList<int>::head(&list);
qCheckAccess(head);
const int size = static_cast<int>(list.size());
if (size < 0)
return;
if (size)
qCheckAccess(list.begin().operator ->());
#else
const void *p = d.data;
qCheckAccess(p);
p = deref(p);
qCheckAccess(p);
p = deref(p);
qCheckAccess(p);
p = deref(addOffset(d.data, sizeof(void*)));
qCheckAccess(p);
p = deref(addOffset(p, sizeof(void*)));
qCheckAccess(p);
p = deref(addOffset(p, sizeof(void*)));
qCheckAccess(p);
#endif
int nn = 0;
std::list<int>::const_iterator it = list.begin();
const std::list<int>::const_iterator cend = list.end();
for (; nn < 101 && it != cend; ++nn, ++it)
qCheckAccess(it.operator->());
if (nn > 100)
d.putItem("value", "<more than 100 items>");
else
d.putItemCount("value", nn);
d.putItem("numchild", nn);
d.putItem("valueeditable", "false");
if (d.dumpChildren) {
QByteArray strippedInnerType = stripPointerType(d.innerType);
const char *stripped =
isPointerType(d.innerType) ? strippedInnerType.data() : 0;
d.beginChildren(d.innerType);
it = list.begin();
for (int i = 0; i < 1000 && it != cend; ++i, ++it) {
d.beginHash();
qDumpInnerValueOrPointer(d, d.innerType, stripped, it.operator->());
d.endHash();
}
if (it != list.end())
d.putEllipsis();
d.endChildren();
}
d.disarm();
}
#ifdef Q_CC_MSVC
// A friendly red-black tree that is able to access the node type and head
// pointer. The class _Tree is used for the std::map/std::set implementations in
// MS VS CC. It has a head element pointer (with left and right) that exists
// even if it is empty. Provides a check() function to perform extensive checks
// to avoid _HAS_ITERATOR_DEBUGGING asserts at all cost.
template <class RedBlackTreeTraits> class FriendlyRedBlackTree : public std::_Tree<RedBlackTreeTraits> {
public:
static inline void check(const std::_Tree<RedBlackTreeTraits> *fs, bool *ok);
};
template <class RedBlackTreeTraits>
void FriendlyRedBlackTree<RedBlackTreeTraits>::check(const std::_Tree<RedBlackTreeTraits> *fs, bool *ok)
{
*ok = false;
const FriendlyRedBlackTree *friendlyTree = static_cast<const FriendlyRedBlackTree*>(fs);
// Check the red/black tree
const _Node *head = friendlyTree->_Myhead;
qCheckAccess(head);
if (head->_Color != _Red && head->_Color != _Black)
return;
const _Node *left = head->_Left;
if (left && left != head) {
qCheckAccess(left);
if (left->_Color != _Red && left->_Color != _Black)
return;
}
const _Node *right= head->_Right;
if (right && right != left) {
qCheckAccess(right);
if (right->_Color != _Red && right->_Color != _Black)
return;
}
*ok = true;
}
#endif
/* Dump out an arbitrary map. To iterate the map,
* it is cast to a map of <KeyType,Value>. 'int' can be used for both
* for all types if the implementation does not depend on the types
* which is the case for GNU STL. The implementation used by MS VC, however,
* does depend on the key/value type, so, special cases need to be hardcoded. */
template <class KeyType, class ValueType>
static void qDumpStdMapHelper(QDumper &d)
{
typedef std::map<KeyType, ValueType> DummyType;
const DummyType &map = *reinterpret_cast<const DummyType*>(d.data);
const char *keyType = d.templateParameters[0];
const char *valueType = d.templateParameters[1];
const void *p = d.data;
qCheckAccess(p);
const int nn = map.size();
if (nn < 0)
return;
#ifdef Q_CC_MSVC
// Additional checks to avoid _HAS_ITERATOR_DEBUGGING asserts
typedef std::pair<const KeyType, ValueType> RedBlackTreeEntryType;
typedef std::_Tmap_traits<KeyType, ValueType, std::less<KeyType>, std::allocator<RedBlackTreeEntryType>, false>
MapRedBlackTreeTraits;
bool ok;
FriendlyRedBlackTree<MapRedBlackTreeTraits>::check(&map, &ok);
if (!ok)
return;
#endif
Q_TYPENAME DummyType::const_iterator it = map.begin();
const Q_TYPENAME DummyType::const_iterator cend = map.end();
for (int i = 0; i < nn && i < 10 && it != cend; ++i, ++it)
qCheckAccess(it.operator->());
const QByteArray strippedInnerType = stripPointerType(d.innerType);
d.putItem("numchild", nn);
d.putItemCount("value", nn);
d.putItem("valueeditable", "false");
d.putItem("valueoffset", d.extraInt[2]);
// HACK: we need a properly const qualified version of the
// std::pair used. We extract it from the allocator parameter
// (#4, "std::allocator<std::pair<key, value> >")
// as it is there, and, equally importantly, in an order that
// gdb accepts when fed with it.
char *pairType = (char *)(d.templateParameters[3]) + 15;
pairType[strlen(pairType) - 2] = 0;
d.putItem("pairtype", pairType);
if (d.dumpChildren) {
bool isSimpleKey = isSimpleType(keyType);
bool isSimpleValue = isSimpleType(valueType);
int valueOffset = d.extraInt[2];
d.beginItem("extra");
d.put("isSimpleKey: ").put(isSimpleKey);
d.put(" isSimpleValue: ").put(isSimpleValue);
d.put(" valueType: '").put(valueType);
d.put(" valueOffset: ").put(valueOffset);
d.endItem();
d.beginChildren(d.innerType);
it = map.begin();
for (int i = 0; i < 1000 && it != cend; ++i, ++it) {
d.beginHash();
const void *node = it.operator->();
qDumpInnerValueHelper(d, keyType, node, "key");
qDumpInnerValueHelper(d, valueType, addOffset(node, valueOffset));
if (isSimpleKey && isSimpleValue) {
d.putItem("type", valueType);
d.putItem("addr", addOffset(node, valueOffset));
d.putItem("numchild", 0);
} else {
d.putItem("addr", node);
d.putItem("type", pairType);
d.putItem("numchild", 2);
}
d.endHash();
}
if (it != map.end())
d.putEllipsis();
d.endChildren();
}
d.disarm();
}
static void qDumpStdMap(QDumper &d)
{
#ifdef Q_CC_MSVC
// As the map implementation inherits from a base class
// depending on the key, use something equivalent to iterate it.
const int keySize = d.extraInt[0];
const int valueSize = d.extraInt[1];
if (keySize == valueSize) {
if (keySize == sizeof(int)) {
qDumpStdMapHelper<int,int>(d);
return;
}
if (keySize == sizeof(std::string)) {
qDumpStdMapHelper<std::string,std::string>(d);
return;
}
return;
}
if (keySize == sizeof(int) && valueSize == sizeof(std::string)) {
qDumpStdMapHelper<int,std::string>(d);
return;
}
if (keySize == sizeof(std::string) && valueSize == sizeof(int)) {
qDumpStdMapHelper<std::string,int>(d);
return;
}
#else
qDumpStdMapHelper<int,int>(d);
#endif
}
/* Dump out an arbitrary set. To iterate the set,
* it is cast to a set of <KeyType>. 'int' can be used
* for all types if the implementation does not depend on the key type
* which is the case for GNU STL. The implementation used by MS VC, however,
* does depend on the key type, so, special cases need to be hardcoded. */
template <class KeyType>
static void qDumpStdSetHelper(QDumper &d)
{
typedef std::set<KeyType> DummyType;
const DummyType &set = *reinterpret_cast<const DummyType*>(d.data);
const void *p = d.data;
qCheckAccess(p);
const int nn = set.size();
if (nn < 0)
return;
#ifdef Q_CC_MSVC
// Additional checks to avoid _HAS_ITERATOR_DEBUGGING asserts
typedef std::_Tset_traits<KeyType, std::less<KeyType> , std::allocator<KeyType>, false>
SetRedBlackTreeTraits;
bool ok;
FriendlyRedBlackTree<SetRedBlackTreeTraits>::check(&set, &ok);
if (!ok)
return;
#endif
Q_TYPENAME DummyType::const_iterator it = set.begin();
const Q_TYPENAME DummyType::const_iterator cend = set.end();
for (int i = 0; i < nn && i < 10 && it != cend; ++i, ++it)
qCheckAccess(it.operator->());
d.putItemCount("value", nn);
d.putItem("valueeditable", "false");
d.putItem("numchild", nn);
d.putItem("valueoffset", d.extraInt[0]);
if (d.dumpChildren) {
int valueOffset = 0; // d.extraInt[0];
QByteArray strippedInnerType = stripPointerType(d.innerType);
const char *stripped =
isPointerType(d.innerType) ? strippedInnerType.data() : 0;
d.beginItem("extra");
d.put("valueOffset: ").put(valueOffset);
d.endItem();
d.beginChildren(d.innerType);
it = set.begin();
for (int i = 0; i < 1000 && it != cend; ++i, ++it) {
const void *node = it.operator->();
d.beginHash();
qDumpInnerValueOrPointer(d, d.innerType, stripped, node);
d.endHash();
}
if (it != set.end())
d.putEllipsis();
d.endChildren();
}
d.disarm();
}
static void qDumpStdSet(QDumper &d)
{
#ifdef Q_CC_MSVC
// As the set implementation inherits from a base class
// depending on the key, use something equivalent to iterate it.
const int innerSize = d.extraInt[0];
if (innerSize == sizeof(int)) {
qDumpStdSetHelper<int>(d);
return;
}
if (innerSize == sizeof(std::string)) {
qDumpStdSetHelper<std::string>(d);
return;
}
if (innerSize == sizeof(std::wstring)) {
qDumpStdSetHelper<std::wstring>(d);
return;
}
#else
qDumpStdSetHelper<int>(d);
#endif
}
static void qDumpStdString(QDumper &d)
{
const std::string &str = *reinterpret_cast<const std::string *>(d.data);
const std::string::size_type size = str.size();
if (int(size) < 0)
return;
if (size) {
qCheckAccess(str.c_str());
qCheckAccess(str.c_str() + size - 1);
}
qDumpStdStringValue(d, str);
d.disarm();
}
static void qDumpStdWString(QDumper &d)
{
const std::wstring &str = *reinterpret_cast<const std::wstring *>(d.data);
const std::wstring::size_type size = str.size();
if (int(size) < 0)
return;
if (size) {
qCheckAccess(str.c_str());
qCheckAccess(str.c_str() + size - 1);
}
qDumpStdWStringValue(d, str);
d.disarm();
}
static void qDumpStdVector(QDumper &d)
{
// Correct type would be something like:
// std::_Vector_base<int,std::allocator<int, std::allocator<int> >>::_Vector_impl
struct VectorImpl {
char *start;
char *finish;
char *end_of_storage;
};
#ifdef Q_CC_MSVC
// Pointers are at end of the structure
const char * vcp = static_cast<const char *>(d.data);
const VectorImpl *v = reinterpret_cast<const VectorImpl *>(vcp + sizeof(std::vector<int>) - sizeof(VectorImpl));
#else
const VectorImpl *v = static_cast<const VectorImpl *>(d.data);
#endif
// Try to provoke segfaults early to prevent the frontend
// from asking for unavailable child details
int nn = (v->finish - v->start) / d.extraInt[0];
if (nn < 0)
return;
if (nn > 0) {
qCheckAccess(v->start);
qCheckAccess(v->finish);
qCheckAccess(v->end_of_storage);
}
int n = nn;
d.putItemCount("value", n);
d.putItem("valueeditable", "false");
d.putItem("numchild", n);
if (d.dumpChildren) {
unsigned innersize = d.extraInt[0];
QByteArray strippedInnerType = stripPointerType(d.innerType);
const char *stripped =
isPointerType(d.innerType) ? strippedInnerType.data() : 0;
if (n > 1000)
n = 1000;
d.beginChildren(n ? d.innerType : 0);
for (int i = 0; i != n; ++i) {
d.beginHash();
qDumpInnerValueOrPointer(d, d.innerType, stripped,
addOffset(v->start, i * innersize));
d.endHash();
}
if (n < nn)
d.putEllipsis();
d.endChildren();
}
d.disarm();
}
static void qDumpStdVectorBool(QDumper &d)
{
// FIXME
return qDumpStdVector(d);
}
static void handleProtocolVersion2and3(QDumper &d)
{
if (!d.outerType[0]) {
qDumpUnknown(d);
return;
}
#ifdef Q_CC_MSVC // Catch exceptions with MSVC/CDB
__try {
#endif
d.setupTemplateParameters();
d.putItem("iname", d.iname);
if (d.data)
d.putItem("addr", d.data);
#ifdef QT_NO_QDATASTREAM
if (d.protocolVersion == 3) {
QVariant::Type type = QVariant::nameToType(d.outerType);
if (type != QVariant::Invalid) {
QVariant v(type, d.data);
QByteArray ba;
QDataStream ds(&ba, QIODevice::WriteOnly);
ds << v;
d.putItem("editvalue", ba);
}
}
#endif
const char *type = stripNamespace(d.outerType);
// type[0] is usually 'Q', so don't use it
switch (type[1]) {
case 'a':
if (isEqual(type, "map"))
qDumpStdMap(d);
break;
case 'A':
# ifndef QT_BOOTSTRAPPED
if (isEqual(type, "QAbstractItemModel"))
qDumpQAbstractItemModel(d);
else if (isEqual(type, "QAbstractItem"))
qDumpQAbstractItem(d);
# endif
break;
case 'B':
if (isEqual(type, "QByteArray"))
qDumpQByteArray(d);
break;
case 'C':
if (isEqual(type, "QChar"))
qDumpQChar(d);
break;
case 'D':
if (isEqual(type, "QDateTime"))
qDumpQDateTime(d);
else if (isEqual(type, "QDir"))
qDumpQDir(d);
break;
case 'e':
if (isEqual(type, "vector"))
qDumpStdVector(d);
else if (isEqual(type, "set"))
qDumpStdSet(d);
break;
case 'F':
# ifndef QT_BOOTSTRAPPED
if (isEqual(type, "QFile"))
qDumpQFile(d);
else if (isEqual(type, "QFileInfo"))
qDumpQFileInfo(d);
# endif
break;
case 'H':
if (isEqual(type, "QHash"))
qDumpQHash(d);
else if (isEqual(type, "QHashNode"))
qDumpQHashNode(d);
break;
case 'i':
if (isEqual(type, "list"))
qDumpStdList(d);
break;
case 'I':
# if USE_QT_GUI
if (isEqual(type, "QImage"))
qDumpQImage(d);
else if (isEqual(type, "QImageData"))
qDumpQImageData(d);
# endif
break;
case 'L':
# ifndef QT_BOOTSTRAPPED
if (isEqual(type, "QList"))
qDumpQList(d);
else if (isEqual(type, "QLinkedList"))
qDumpQLinkedList(d);
else if (isEqual(type, "QLocale"))
qDumpQLocale(d);
# endif
break;
case 'M':
# ifndef QT_BOOTSTRAPPED
if (isEqual(type, "QMap"))
qDumpQMap(d);
else if (isEqual(type, "QMapNode"))
qDumpQMapNode(d);
else if (isEqual(type, "QModelIndex"))
qDumpQModelIndex(d);
else if (isEqual(type, "QMultiMap"))
qDumpQMultiMap(d);
# endif
break;
case 'O':
# ifndef QT_BOOTSTRAPPED
if (isEqual(type, "QObject"))
qDumpQObject(d);
else if (isEqual(type, "QObjectPropertyList"))
qDumpQObjectPropertyList(d);
else if (isEqual(type, "QObjectProperty"))
qDumpQObjectProperty(d);
else if (isEqual(type, "QObjectMethodList"))
qDumpQObjectMethodList(d);
else if (isEqual(type, "QObjectSignal"))
qDumpQObjectSignal(d);
else if (isEqual(type, "QObjectSignalList"))
qDumpQObjectSignalList(d);
else if (isEqual(type, "QObjectSlot"))
qDumpQObjectSlot(d);
else if (isEqual(type, "QObjectSlotList"))
qDumpQObjectSlotList(d);
else if (isEqual(type, "QObjectChildList"))
qDumpQObjectChildList(d);
# endif
break;
case 'P':
# if USE_QT_GUI
if (isEqual(type, "QPixmap"))
qDumpQPixmap(d);
# endif
# ifndef QT_BOOTSTRAPPED
if (isEqual(type, "QPoint"))
qDumpQPoint(d);
else if (isEqual(type, "QPointF"))
qDumpQPointF(d);
# endif
break;
case 'R':
# ifndef QT_BOOTSTRAPPED
if (isEqual(type, "QRect"))
qDumpQRect(d);
else if (isEqual(type, "QRectF"))
qDumpQRectF(d);
# endif
break;
case 'S':
if (isEqual(type, "QString"))
qDumpQString(d);
else if (isEqual(type, "QStringList"))
qDumpQStringList(d);
# ifndef QT_BOOTSTRAPPED
else if (isEqual(type, "QSet"))
qDumpQSet(d);
else if (isEqual(type, "QStack"))
qDumpQVector(d);
# if QT_VERSION >= 0x040500
else if (isEqual(type, "QSharedPointer"))
qDumpQSharedPointer(d);
# endif
# endif // QT_BOOTSTRAPPED
else if (isEqual(type, "QSize"))
qDumpQSize(d);
else if (isEqual(type, "QSizeF"))
qDumpQSizeF(d);
break;
case 's':
if (isEqual(type, "wstring"))
qDumpStdWString(d);
break;
case 't':
if (isEqual(type, "std::vector"))
qDumpStdVector(d);
else if (isEqual(type, "std::vector::bool"))
qDumpStdVectorBool(d);
else if (isEqual(type, "std::list"))
qDumpStdList(d);
else if (isEqual(type, "std::map"))
qDumpStdMap(d);
else if (isEqual(type, "std::set"))
qDumpStdSet(d);
else if (isEqual(type, "std::string") || isEqual(type, "string"))
qDumpStdString(d);
else if (isEqual(type, "std::wstring"))
qDumpStdWString(d);
break;
case 'T':
# ifndef QT_BOOTSTRAPPED
if (isEqual(type, "QTextCodec"))
qDumpQTextCodec(d);
# endif
break;
case 'V':
# ifndef QT_BOOTSTRAPPED
if (isEqual(type, "QVariantList")) { // resolve typedef
d.outerType = "QList";
d.innerType = "QVariant";
d.extraInt[0] = sizeof(QVariant);
qDumpQList(d);
} else if (isEqual(type, "QVariant")) {
qDumpQVariant(d);
} else if (isEqual(type, "QVector")) {
qDumpQVector(d);
}
# endif
break;
case 'W':
# ifndef QT_BOOTSTRAPPED
# if QT_VERSION >= 0x040500
if (isEqual(type, "QWeakPointer"))
qDumpQWeakPointer(d);
# endif
# endif
break;
}
if (!d.success)
qDumpUnknown(d);
#ifdef Q_CC_MSVC // Catch exceptions with MSVC/CDB
} __except(EXCEPTION_EXECUTE_HANDLER) {
qDumpUnknown(d, DUMPUNKNOWN_MESSAGE" <exception>");
}
#endif
}
} // anonymous namespace
#if USE_QT_GUI
extern "C" Q_DECL_EXPORT
void *watchPoint(int x, int y)
{
return QApplication::widgetAt(x, y);
}
#endif
// Helpers to write out common expression values for CDB
#ifdef Q_CC_MSVC
// Offsets of a map node value which looks like
// "(size_t)&(((QMapNode<int,int> *)0)->value)-0"
#if QT_VERSION >= 0x040500
template <class Key, class Value>
inline QDumper & putQMapNodeOffsetExpression(const char *keyType,
const char *valueType,
QDumper &d)
{
QMapNode<Key, Value> *mn = 0;
const int valueOffset = (char *)&(mn->value) - (char*)mn;
d.put("[\"(size_t)&((("NS"QMapNode<");
d.put(keyType);
d.put(',');
d.put(valueType);
if (valueType[qstrlen(valueType) - 1] == '>')
d.put(' ');
d.put("> *)0)->value)-0\",\"");
d.put(valueOffset);
d.put("\"]");
return d;
}
#endif
// Helper to write out common expression values for CDB:
// Offsets of a std::pair for dumping std::map node value which look like
// "(size_t)&(((std::pair<int const ,int> *)0)->second)-0"
template <class Key, class Value>
inline QDumper & putStdPairValueOffsetExpression(const char *keyType,
const char *valueType,
QDumper &d)
{
std::pair<Key, Value> *p = 0;
const int valueOffset = (char *)&(p->second) - (char*)p;
d.put("[\"(size_t)&(((std::pair<");
d.put(keyType);
d.put(" const ,");
d.put(valueType);
if (valueType[qstrlen(valueType) - 1] == '>')
d.put(' ');
d.put("> *)0)->second)-0\",\"");
d.put(valueOffset);
d.put("\"]");
return d;
}
#endif // Q_CC_MSVC
// Dump out sizes for CDB
static inline void dumpSizes(QDumper &d)
{
// Sort by sizes
typedef QMultiMap<size_t, const char *> SizeMap;
SizeMap sizeMap;
sizeMap.insert(sizeof(int), "int");
sizeMap.insert(sizeof(char*), "char*");
sizeMap.insert(sizeof(QString), NS"QString");
sizeMap.insert(sizeof(QStringList), NS"QStringList");
#ifndef QT_BOOTSTRAPPED
sizeMap.insert(sizeof(QObject), NS"QObject");
sizeMap.insert(sizeof(QList<int>), NS"QList<int>");
sizeMap.insert(sizeof(QLinkedList<int>), NS"QLinkedList<int>");
sizeMap.insert(sizeof(QVector<int>), NS"QVector<int>");
sizeMap.insert(sizeof(QQueue<int>), NS"QQueue<int>");
#endif
#if USE_QT_GUI
sizeMap.insert(sizeof(QWidget), NS"QWidget");
#endif
#ifdef Q_OS_WIN
sizeMap.insert(sizeof(std::string), "string");
sizeMap.insert(sizeof(std::wstring), "wstring");
#endif
sizeMap.insert(sizeof(std::string), "std::string");
sizeMap.insert(sizeof(std::wstring), "std::wstring");
sizeMap.insert(sizeof(std::allocator<int>), "std::allocator");
sizeMap.insert(sizeof(std::char_traits<char>), "std::char_traits<char>");
sizeMap.insert(sizeof(std::char_traits<unsigned short>), "std::char_traits<unsigned short>");
#ifndef QT_BOOTSTRAPPED
#if QT_VERSION >= 0x040500
sizeMap.insert(sizeof(QSharedPointer<int>), NS"QSharedPointer");
sizeMap.insert(sizeof(QSharedDataPointer<QSharedData>), NS"QSharedDataPointer");
sizeMap.insert(sizeof(QWeakPointer<int>), NS"QWeakPointer");
#endif
#endif // QT_BOOTSTRAPPED
sizeMap.insert(sizeof(QPointer<QObject>), "QPointer");
// Common map node types
#if QT_VERSION >= 0x040500
sizeMap.insert(sizeof(QMapNode<int,int >), NS"QMapNode<int,int>");
sizeMap.insert(sizeof(QMapNode<int, QString>), NS"QMapNode<int,"NS"QString>");
sizeMap.insert(sizeof(QMapNode<int, QVariant>), NS"QMapNode<int,"NS"QVariant>");
sizeMap.insert(sizeof(QMapNode<QString, int>), NS"QMapNode<"NS"QString,int>");
sizeMap.insert(sizeof(QMapNode<QString, QString>), NS"QMapNode<"NS"QString,"NS"QString>");
sizeMap.insert(sizeof(QMapNode<QString, QVariant>), NS"QMapNode<"NS"QString,"NS"QVariant>");
#endif
// Dump as lists of types preceded by size
size_t lastSize = 0;
d.put("sizes=[");
const SizeMap::const_iterator cend = sizeMap.constEnd();
for (SizeMap::const_iterator it = sizeMap.constBegin(); it != cend; ++it) {
// new size list
if (it.key() != lastSize) {
if (lastSize)
d.put("],");
d.put("[\"");
d.put(it.key());
lastSize = it.key();
d.put('"');
}
d.put(",\"");
d.put(it.value());
d.put('"');
}
d.put("]]");
}
extern "C" Q_DECL_EXPORT
void *qDumpObjectData440(
int protocolVersion,
int token,
const void *data,
int dumpChildren,
int extraInt0,
int extraInt1,
int extraInt2,
int extraInt3)
{
//sleep(20);
if (protocolVersion == 1) {
QDumper d;
d.protocolVersion = protocolVersion;
d.token = token;
// This is a list of all available dumpers. Note that some templates
// currently require special hardcoded handling in the debugger plugin.
// They are mentioned here nevertheless. For types that are not listed
// here, dumpers won't be used.
d.put("dumpers=["
"\""NS"QAbstractItem\","
"\""NS"QAbstractItemModel\","
"\""NS"QByteArray\","
"\""NS"QChar\","
"\""NS"QDateTime\","
"\""NS"QDir\","
"\""NS"QFile\","
"\""NS"QFileInfo\","
"\""NS"QHash\","
"\""NS"QHashNode\","
"\""NS"QImage\","
//"\""NS"QImageData\","
"\""NS"QLinkedList\","
"\""NS"QList\","
"\""NS"QLocale\","
"\""NS"QMap\","
"\""NS"QMapNode\","
"\""NS"QModelIndex\","
"\""NS"QObject\","
"\""NS"QObjectMethodList\"," // hack to get nested properties display
"\""NS"QObjectProperty\","
"\""NS"QObjectPropertyList\","
"\""NS"QObjectSignal\","
"\""NS"QObjectSignalList\","
"\""NS"QObjectSlot\","
"\""NS"QObjectSlotList\","
"\""NS"QObjectChildList\","
"\""NS"QPoint\","
"\""NS"QPointF\","
"\""NS"QRect\","
"\""NS"QRectF\","
//"\""NS"QRegion\","
"\""NS"QSet\","
"\""NS"QSize\","
"\""NS"QSizeF\","
"\""NS"QStack\","
"\""NS"QString\","
"\""NS"QStringList\","
"\""NS"QTextCodec\","
"\""NS"QVariant\","
"\""NS"QVariantList\","
"\""NS"QVector\","
#if QT_VERSION >= 0x040500
"\""NS"QMultiMap\","
"\""NS"QSharedPointer\","
"\""NS"QWeakPointer\","
#endif
#if USE_QT_GUI
"\""NS"QPixmap\","
"\""NS"QWidget\","
#endif
#ifdef Q_OS_WIN
"\"basic_string\","
"\"list\","
"\"map\","
"\"set\","
"\"vector\","
#endif
"\"string\","
"\"wstring\","
"\"std::basic_string\","
"\"std::list\","
"\"std::map\","
"\"std::set\","
"\"std::string\","
"\"std::vector\","
"\"std::wstring\","
"]");
d.put(",qtversion=["
"\"").put(((QT_VERSION >> 16) & 255)).put("\","
"\"").put(((QT_VERSION >> 8) & 255)).put("\","
"\"").put(((QT_VERSION) & 255)).put("\"]");
d.put(",namespace=\""NS"\",");
d.put("dumperversion=\"1.3\",");
// Dump out size information
dumpSizes(d);
// Write out common expression values for CDB
#ifdef Q_CC_MSVC
d.put(",expressions=[");
#if QT_VERSION >= 0x040500
putQMapNodeOffsetExpression<int,int>("int", "int", d).put(',');
putQMapNodeOffsetExpression<int,QString>("int", NS"QString", d).put(',');
putQMapNodeOffsetExpression<int,QVariant>("int", NS"QVariant", d).put(',');
putQMapNodeOffsetExpression<QString,int>(NS"QString", "int", d).put(',');
putQMapNodeOffsetExpression<QString,QString>(NS"QString", NS"QString", d).put(',');
putQMapNodeOffsetExpression<QString,QVariant>(NS"QString", NS"QVariant", d).put(',');
#endif
// Std Pairs
putStdPairValueOffsetExpression<int,int>("int","int", d).put(',');
putStdPairValueOffsetExpression<QString,QString>(NS"QString",NS"QString", d).put(',');
putStdPairValueOffsetExpression<int,QString>("int",NS"QString", d).put(',');
putStdPairValueOffsetExpression<QString,int>(NS"QString", "int", d).put(',');
putStdPairValueOffsetExpression<std::string,std::string>(stdStringTypeC, stdStringTypeC, d).put(',');
putStdPairValueOffsetExpression<int,std::string>("int", stdStringTypeC, d).put(',');
putStdPairValueOffsetExpression<std::string,int>(stdStringTypeC, "int", d).put(',');
putStdPairValueOffsetExpression<std::wstring,std::wstring>(stdWideStringTypeUShortC, stdWideStringTypeUShortC, d).put(',');
putStdPairValueOffsetExpression<int,std::wstring>("int", stdWideStringTypeUShortC, d).put(',');
putStdPairValueOffsetExpression<std::wstring,int>(stdWideStringTypeUShortC, "int", d);
d.put(']');
#endif // Q_CC_MSVC
d.disarm();
}
else if (protocolVersion == 2 || protocolVersion == 3) {
QDumper d;
d.protocolVersion = protocolVersion;
d.token = token;
d.data = data;
d.dumpChildren = dumpChildren;
d.extraInt[0] = extraInt0;
d.extraInt[1] = extraInt1;
d.extraInt[2] = extraInt2;
d.extraInt[3] = extraInt3;
const char *inbuffer = inBuffer;
d.outerType = inbuffer; while (*inbuffer) ++inbuffer; ++inbuffer;
d.iname = inbuffer; while (*inbuffer) ++inbuffer; ++inbuffer;
d.exp = inbuffer; while (*inbuffer) ++inbuffer; ++inbuffer;
d.innerType = inbuffer; while (*inbuffer) ++inbuffer; ++inbuffer;
d.iname = inbuffer; while (*inbuffer) ++inbuffer; ++inbuffer;
#if 0
qDebug() << "data=" << d.data << "dumpChildren=" << d.dumpChildren
<< " extra=" << d.extraInt[0] << d.extraInt[1] << d.extraInt[2] << d.extraInt[3]
<< d.outerType << d.iname << d.exp << d.iname;
#endif
handleProtocolVersion2and3(d);
}
else {
# ifndef QT_BOOTSTRAPPED
qDebug() << "Unsupported protocol version" << protocolVersion;
# endif
}
return outBuffer;
}