Merge branch 4.7 into qt-master-from-4.7

src/3rdparty/webkit/WebCore/WebCore.pro

@@ -15,7 +15,7 @@ symbian: {
     webkitlibs.path = /sys/bin
     vendorinfo = \
         "; Localised Vendor name" \
-        "%{\"Nokia, Qt\"}" \
+        "%{\"Nokia\"}" \
         " " \
         "; Unique Vendor name" \
         ":\"Nokia, Qt\"" \

src/gui/image/qxpmhandler.cpp

@@ -864,7 +864,7 @@ static bool read_xpm_body(
     QByteArray buf(200, 0);
     int i;
 
-    if (cpp > 15)
+    if (cpp < 0 || cpp > 15)
         return false;
 
     // For > 256 colors, we delay creation of the image until

src/plugins/graphicssystems/meego/dithering.cpp

@@ -39,15 +39,22 @@
 **
 ****************************************************************************/
 
-// This is an implementation of the 32bit => 16bit Floyd-Steinberg dithering.
+// Implements two dithering methods:
+//
+//  * convertRGBA32_to_RGB565
+//
+// This is implemented using Ordered Bayer Dithering. The code has been adapted
+// from QX11PixmapData::fromImage. This method was originally implemented using
+// Floyd-Steinberg dithering but was later changed to Ordered Dithering because
+// of the better quality of the results.
+//
+//  * convertRGBA32_to_RGBA4444
+//
+// This is implemented using Floyd-Steinberg dithering.
+//
 // The alghorithm used here is not the fastest possible but it's prolly fast enough:
 // uses look-up tables, integer-only arthmetics and works in one pass on two lines
 // at a time. It's a high-quality dithering using 1/8 diffusion precission.
-// Two functions here to look at:
-//
-//   * convertRGBA32_to_RGB565
-//   * convertRGBA32_to_RGBA4444
-//
 // Each channel (RGBA) is diffused independently and alpha is dithered too.
 
 #include <string.h>
@@ -76,113 +83,63 @@
 // Converts incoming RGB32 (QImage::Format_RGB32) to RGB565. Returns the newly allocated data.
 unsigned short* convertRGB32_to_RGB565(const unsigned char *in, int width, int height, int stride)
 {
+    static bool thresholdMapInitialized = false;
+    static int thresholdMap[16][16];
+
+    if (!thresholdMapInitialized) {
+        int i;
+        int j;
+        int n;
+
+        thresholdMap[0][0] = 0;
+        thresholdMap[1][0] = 2;
+        thresholdMap[0][1] = 3;
+        thresholdMap[1][1] = 1;
+
+        for (n=2; n<16; n*=2) {
+            for (i=0; i<n; i++) {
+                for (j=0; j<n; j++) {
+                    thresholdMap[i][j]    *= 4;
+                    thresholdMap[i+n][j]   = thresholdMap[i][j] + 2;
+                    thresholdMap[i][j+n]   = thresholdMap[i][j] + 3;
+                    thresholdMap[i+n][j+n] = thresholdMap[i][j] + 1;
+                }
+            }
+        }
+
+        thresholdMapInitialized = true;
+    }
+
     // Output line stride. Aligned to 4 bytes.
     int alignedWidth = width;
     if (alignedWidth % 2 > 0)
         alignedWidth++;
 
     // Will store output
-    unsigned short *out = (unsigned short *) malloc(alignedWidth * height * 2);
-
-    // Lookup tables for the 8bit => 6bit and 8bit => 5bit conversion
-    unsigned char lookup_8bit_to_5bit[256];
-    short lookup_8bit_to_5bit_diff[256];
-    unsigned char lookup_8bit_to_6bit[256];
-    short lookup_8bit_to_6bit_diff[256];
-
-    // Macros for the conversion using the lookup table.
-    #define CONVERT_8BIT_TO_5BIT(v) (lookup_8bit_to_5bit[v])
-    #define DIFF_8BIT_TO_5BIT(v) (lookup_8bit_to_5bit_diff[v])
-
-    #define CONVERT_8BIT_TO_6BIT(v) (lookup_8bit_to_6bit[v])
-    #define DIFF_8BIT_TO_6BIT(v) (lookup_8bit_to_6bit_diff[v])
-
-    int i;
-    int x, y, c; // Pixel we're processing. c is component number (0, 1, 2 for r, b, b)
-    short component[3]; // Stores the new components (r, g, b) for pixel produced during conversion
-    short diff; // The difference between the converted value and the original one. To be accumulated.
-    QVarLengthArray <short> accumulatorData(3 * width * 2); // Data for three acumulators for r, g, b. Each accumulator is two lines.
-    short *accumulator[3]; // Helper for accessing the accumulator on a per-channel basis more easily.
-    accumulator[0] = accumulatorData.data();
-    accumulator[1] = accumulatorData.data() + width;
-    accumulator[2] = accumulatorData.data() + (width * 2);
-
-    // Produce the conversion lookup tables.
-    for (i = 0; i < 256; i++) {
-        lookup_8bit_to_5bit[i] = round(i / 8.0);
-
-        // Before bitshifts: (i * 8) - (... * 8 * 8)
-        lookup_8bit_to_5bit_diff[i] = (i << 3) - (lookup_8bit_to_5bit[i] << 6);
-        if (lookup_8bit_to_5bit[i] > 31)
-            lookup_8bit_to_5bit[i] -= 1;
-
-        lookup_8bit_to_6bit[i] = round(i / 4.0);
-
-        // Before bitshifts: (i * 8) - (... * 4 * 8)
-        lookup_8bit_to_6bit_diff[i] = (i << 3) - (lookup_8bit_to_6bit[i] << 5);
-        if (lookup_8bit_to_6bit[i] > 63)
-            lookup_8bit_to_6bit[i] -= 1;
-    }
+    unsigned short *out = (unsigned short *)malloc (alignedWidth * height * 2);
 
-    // Clear the accumulators
-    memset(accumulator[0], 0, width * 4);
-    memset(accumulator[1], 0, width * 4);
-    memset(accumulator[2], 0, width * 4);
+    int x;
+    int y;
+    int threshold;
 
     // For each line...
     for (y = 0; y < height; y++) {
 
-        // For each accumulator, move the second line (index 1) to replace the first line (index 0).
-        // Clear the second line (index 1)
-        memcpy(accumulator[0], accumulator[0] + width, width * 2);
-        memset(accumulator[0] + width, 0, width * 2);
-
-        memcpy(accumulator[1], accumulator[1] + width, width * 2);
-        memset(accumulator[1] + width, 0, width * 2);
-
-        memcpy(accumulator[2], accumulator[2] + width, width * 2);
-        memset(accumulator[2] + width, 0, width * 2);
-
         // For each column....
         for (x = 0; x < width; x++) {
 
-            // For each component (r, g, b)...
-            for (c = 0; c < 3; c++) {
+            int r = GET_RGBA_COMPONENT(in, x, y, stride, 0);
+            int g = GET_RGBA_COMPONENT(in, x, y, stride, 1);
+            int b = GET_RGBA_COMPONENT(in, x, y, stride, 2);
 
-                // Get the 8bit value from the original image
-                component[c] = GET_RGBA_COMPONENT(in, x, y, stride, c);
-
-                // Add the diffusion for this pixel we stored in the accumulator.
-                // >> 7 because the values in accumulator are stored * 128
-                if (x != 0 && x != (width - 1)) {
-                    if (accumulator[c][x] >> 7 != 0)
-                    component[c] += rand() % accumulator[c][x] >> 7;
-                }
-
-                // Make sure we're not over the boundaries.
-                CLAMP_256(component[c]);
-
-                // For green component we use 6 bits. Otherwise 5 bits.
-                // Store the difference from converting 8bit => 6 bit and the orig pixel.
-                // Convert 8bit => 6(5) bit.
-                if (c == 1) {
-                    diff = DIFF_8BIT_TO_6BIT(component[c]);
-                    component[c] = CONVERT_8BIT_TO_6BIT(component[c]);
-                } else {
-                    diff = DIFF_8BIT_TO_5BIT(component[c]);
-                    component[c] = CONVERT_8BIT_TO_5BIT(component[c]);
-                }
+            threshold = thresholdMap[x%16][y%16];
 
-                // Distribute the difference according to the matrix in the
-                // accumulation bufffer.
-                ACCUMULATE(accumulator[c], x + 1, 0, width, diff * 3);
-                ACCUMULATE(accumulator[c], x - 1, 1, width, diff * 5);
-                ACCUMULATE(accumulator[c], x, 1, width, diff * 5);
-                ACCUMULATE(accumulator[c], x + 1, 1, width, diff * 3);
-            }
+            if (r <= (255-(1<<3)) && ((r<<5) & 255) > threshold) r += (1<<3);
+            if (g <= (255-(1<<2)) && ((g<<6) & 255) > threshold) g += (1<<2);
+            if (b <= (255-(1<<3)) && ((b<<5) & 255) > threshold) b += (1<<3);
 
             // Write the newly produced pixel
-            PUT_565(out, x, y, alignedWidth, component[2], component[1], component[0]);
+            PUT_565(out, x, y, alignedWidth, ((b >> 3) & 0x1f), ((g >> 2) & 0x3f), ((r >> 3) & 0x1f));
         }
     }
 

src/qbase.pri

@@ -197,7 +197,7 @@ symbian {
         # Partial upgrade SIS file
         vendorinfo = \
             "; Localised Vendor name" \
-            "%{\"Nokia, Qt\"}" \
+            "%{\"Nokia\"}" \
             " " \
             "; Unique Vendor name" \
             ":\"Nokia, Qt\"" \

src/s60installs/s60installs.pro

@@ -75,7 +75,7 @@ symbian: {
 
     vendorinfo = \
         "; Localised Vendor name" \
-        "%{\"Nokia, Qt\"}" \
+        "%{\"Nokia\"}" \
         " " \
         "; Unique Vendor name" \
         ":\"Nokia, Qt\"" \

src/sql/models/qsqltablemodel.cpp

@@ -657,7 +657,7 @@ bool QSqlTableModel::insertRowIntoTable(const QSqlRecord &values)
         return false;
     }
 
-    return d->exec(stmt, prepStatement, rec);
+    return d->exec(stmt, prepStatement, rec, QSqlRecord() /* no where values */);
 }
 
 /*!
@@ -695,7 +695,7 @@ bool QSqlTableModel::deleteRowFromTable(int row)
     }
     stmt.append(QLatin1Char(' ')).append(where);
 
-    return d->exec(stmt, prepStatement, whereValues);
+    return d->exec(stmt, prepStatement, QSqlRecord() /* no new values */, whereValues);
 }
 
 /*!

src/sql/models/qsqltablemodel_p.h

@@ -75,7 +75,7 @@ class QSqlTableModelPrivate: public QSqlQueryModelPrivate
     QSqlRecord record(const QVector<QVariant> &values) const;
 
     bool exec(const QString &stmt, bool prepStatement,
-              const QSqlRecord &rec, const QSqlRecord &whereValues = QSqlRecord());
+              const QSqlRecord &rec, const QSqlRecord &whereValues);
     virtual void revertCachedRow(int row);
     void revertInsertedRow();
     bool setRecord(int row, const QSqlRecord &record);

tests/auto/qimagereader/images/corrupt-pixel-count.xpm

@@ -0,0 +1,11 @@
+/* XPM */
+static const char *marble_xpm[] = {
+/* width height num_colors chars_per_pixel */
+"2 2 2 -2",
+/* colors */
+"a c #adadad",
+"b c #dedede",
+/* pixels */
+"ab",
+"ba"
+};

tests/auto/qimagereader/tst_qimagereader.cpp

@@ -1410,6 +1410,9 @@ void tst_QImageReader::readFromResources_data()
     QTest::newRow("corrupt-pixels.xpm") << QString("corrupt-pixels.xpm")
                                                << QByteArray("xpm") << QSize(0, 0)
                                                << QString("QImage: XPM pixels missing on image line 3");
+    QTest::newRow("corrupt-pixel-count.xpm") << QString("corrupt-pixel-count.xpm")
+                                             << QByteArray("xpm") << QSize(0, 0)
+                                             << QString("");
     QTest::newRow("marble.xpm") << QString("marble.xpm")
                                        << QByteArray("xpm") << QSize(240, 240)
                                        << QString("");

tests/auto/qsqltablemodel/tst_qsqltablemodel.cpp

@@ -773,6 +773,27 @@ void tst_QSqlTableModel::removeInsertedRow()
     QCOMPARE(model.data(model.index(0, 1)).toString(), QString("harry"));
     QCOMPARE(model.data(model.index(1, 1)).toString(), QString("trond"));
     QCOMPARE(model.data(model.index(2, 1)).toString(), QString("vohi"));
+
+    // Now insert a row with a null, and check that removing it also works (QTBUG-15979 etc)
+    model.insertRow(1);
+    model.setData(model.index(1,0), 55);
+    model.setData(model.index(1,1), QString("null columns"));
+    model.setData(model.index(1,2), QVariant());
+
+    model.submitAll();
+
+    QCOMPARE(model.rowCount(), 4);
+    QCOMPARE(model.data(model.index(3, 0)).toInt(), 55);
+    QCOMPARE(model.data(model.index(3, 1)).toString(), QString("null columns"));
+    QCOMPARE(model.data(model.index(3, 2)).isNull(), true);
+
+    QVERIFY(model.removeRow(3));
+    model.submitAll();
+    QCOMPARE(model.rowCount(), 3);
+
+    QCOMPARE(model.data(model.index(0, 1)).toString(), QString("harry"));
+    QCOMPARE(model.data(model.index(1, 1)).toString(), QString("trond"));
+    QCOMPARE(model.data(model.index(2, 1)).toString(), QString("vohi"));
 }
 
 void tst_QSqlTableModel::removeInsertedRows()