public void compile() {
if (!compiled) {
createOutputDirStructure();
compileScreenShot();
compileXML();
}
}
public void compileScreenShot() {
createOutputDirStructure();
if (!screenshotcompiled) {
try {
int travDiviser = 100;
BufferedImage shot = ResourceHelper.getImageResource(googleScreenShot);
int shotWidth = shot.getWidth();
int shotHeight = shot.getHeight();
int travXUnit = Math.max(shotWidth / travDiviser, 1);
int travYUnit = Math.max(shotHeight / travDiviser, 1);
Color bg =
new Color(
Integer.parseInt(
ResourceHelper.getGoogleProperty(Constants.KEY_GOOGLE_BACKGROUND_COLOR_RED)),
Integer.parseInt(
ResourceHelper.getGoogleProperty(Constants.KEY_GOOGLE_BACKGROUND_COLOR_GREEN)),
Integer.parseInt(
ResourceHelper.getGoogleProperty(Constants.KEY_GOOGLE_BACKGROUND_COLOR_BLUE)));
Color col;
ArrayList<Integer> topList = new ArrayList<>();
ArrayList<Integer> btmList = new ArrayList<>();
boolean lastLineMatched = true;
for1:
for (int y = 0; y < shotHeight; y++) {
for2:
for (int x = 0; x < shotWidth; x += travXUnit) {
col = new Color(shot.getRGB(x, y));
if (!col.equals(bg)) {
if (lastLineMatched) {
topList.add(y);
lastLineMatched = false;
}
continue for1;
}
}
if (!lastLineMatched) {
btmList.add(y - 1);
lastLineMatched = true;
}
}
Rectangle rect = null;
boolean newRectInserted = false;
ArrayList<GrabbedImagePosition> grabbedImagePoss = new ArrayList<>();
int colnum, sno = 0;
loop1:
for (int i = 0; i < topList.size(); i++) {
lastLineMatched = true;
int maxTop = topList.get(i);
int maxBtm = btmList.get(i);
travYUnit = Math.max((maxBtm - maxTop) / travDiviser, 1);
colnum = 0;
loop2:
for (int x = 0; x < shotWidth; x++) {
loop3:
for (int y = maxTop; y <= maxBtm; y += travYUnit) {
col = new Color(shot.getRGB(x, y));
if (!col.equals(bg)) {
if (lastLineMatched) {
newRectInserted = false;
rect = new Rectangle(x, maxTop, 0, maxBtm - maxTop + 1);
lastLineMatched = false;
}
continue loop2;
}
}
if (!lastLineMatched) {
rect.width = x - rect.x;
GrabbedImagePosition gip = new GrabbedImagePosition(sno++);
gip.setBounds(rect);
gip.setRownumber(i);
gip.setColnumber(colnum++);
grabbedImagePoss.add(gip);
lastLineMatched = true;
newRectInserted = true;
}
}
if (!newRectInserted) {
rect.width = shotWidth - rect.x;
GrabbedImagePosition gip = new GrabbedImagePosition(sno++);
gip.setBounds(rect);
gip.setRownumber(i);
gip.setColnumber(colnum++);
grabbedImagePoss.add(gip);
newRectInserted = true;
}
}
int maxY, maxX;
loop1:
for (GrabbedImagePosition gip : grabbedImagePoss) {
rect = gip.getBounds();
travXUnit = Math.max(rect.width / travDiviser, 1);
lastLineMatched = true;
maxY = rect.y + rect.height;
maxX = rect.x + rect.width;
loop2:
for (int y = rect.y; y < maxY; y++) {
loop3:
for (int x = rect.x; x < maxX; x += travXUnit) {
col = new Color(shot.getRGB(x, y));
if (!col.equals(bg)) {
if (lastLineMatched) {
rect.y = y;
lastLineMatched = false;
}
continue loop2;
}
}
if (!lastLineMatched) {
rect.height = y - rect.y;
lastLineMatched = true;
}
}
}
setGrabbedImagePositions(grabbedImagePoss);
screenshotcompiled = true;
} catch (Exception ex) {
ResourceHelper.errLog("Compiler > compileScreenShot() > Error %s", ex);
}
}
}
public void compileXML() {
createOutputDirStructure();
if (!xmlcompiled) {
Pattern pass1 = Pattern.compile("\\<div.*?\\>");
Pattern pass2 = Pattern.compile("^\\<.*(?=data\\-ri).*\\>$");
Pattern pass3 = Pattern.compile("\\<a.*?\\>");
Pattern hrefPat = Pattern.compile("(?<=href\\=\\\").*?(?=\\\".*\\>)");
Pattern dataRowPat = Pattern.compile("(?<=data\\-row\\=\\\").*?(?=\\\")");
Pattern dataRiPat = Pattern.compile("(?<=data\\-ri\\=\\\").*?(?=\\\")");
Pattern imgurlPat = Pattern.compile("(?<=\\?imgurl\\=).*?(?=\\&\\;)");
Pattern imgwPat = Pattern.compile("(?<=\\&\\;w=).*?(?=\\&\\;)");
Pattern imghPat = Pattern.compile("(?<=\\&\\;h=).*?(?=\\&\\;)");
Pattern tagMeta =
Pattern.compile(
"(?<=\\<div\\s{1,10}class\\=\\\"rg_meta\\\"\\>" + "\\s{0,10})\\{.*\\}(?=\\</div\\>)");
Pattern metaName = Pattern.compile("(?<=((\\{|\\,)\\\"fn\\\"\\s?:\\s?\\\")).*?(?=\\\")");
Pattern metaPara = Pattern.compile("(?<=((\\{|\\,)\\\"pt\\\"\\s?:\\s?\\\")).*?(?=\\\")");
Pattern metaSide = Pattern.compile("(?<=((\\{|\\,)\\\"s\\\"\\s?:\\s?\\\")).*?(?=\\\")");
Matcher mat1, mat2, mat3;
try (Scanner sc = new Scanner(new FileInputStream(googleXML))) {
while (sc.hasNextLine()) {
ArrayList<Match> lineMatches = new ArrayList<>();
String mainline = sc.nextLine();
mat1 = pass1.matcher(mainline);
while (mat1.find()) {
String divline = mat1.group();
mat2 = pass2.matcher(divline);
if (mat2.find()) {
lineMatches.add(new Match(divline, mat1.start(), mat1.end()));
}
}
String tagALineEx, tagALine;
int size = lineMatches.size();
for (int i = 0; i < size; i++) {
Match match = lineMatches.get(i);
tagALineEx =
mainline.substring(
match.divend,
i + 1 == size ? mainline.length() : lineMatches.get(i + 1).divstart);
mat3 = pass3.matcher(tagALineEx);
if (mat3.find()) {
tagALine = mat3.group();
mat1 = hrefPat.matcher(tagALine);
if (mat1.find()) {
match.tagahref = mat1.group();
}
}
mat2 = tagMeta.matcher(tagALineEx);
if (mat2.find()) {
match.tagmeta = mat2.group();
}
}
GrabbedImageData gid;
for (Match match : lineMatches) {
gid = new GrabbedImageData();
mat1 = dataRowPat.matcher(match.tagdiv);
if (mat1.find()) {
gid.setRownumber(Integer.parseInt(mat1.group()));
}
mat1 = dataRiPat.matcher(match.tagdiv);
if (mat1.find()) {
gid.setSerialnumber(Integer.parseInt(mat1.group()));
}
mat1 = imgurlPat.matcher(match.tagahref);
if (mat1.find()) {
gid.setUrl(mat1.group());
}
mat1 = imgwPat.matcher(match.tagahref);
if (mat1.find()) {
gid.setWidth(Integer.parseInt(mat1.group()));
}
mat1 = imghPat.matcher(match.tagahref);
if (mat1.find()) {
gid.setHeight(Integer.parseInt(mat1.group()));
}
mat1 = metaName.matcher(match.tagmeta);
if (mat1.find()) {
gid.setFileName(mat1.group());
}
mat1 = metaPara.matcher(match.tagmeta);
if (mat1.find()) {
gid.setHeading(mat1.group());
}
mat1 = metaSide.matcher(match.tagmeta);
if (mat1.find()) {
gid.setSideData(mat1.group());
}
grabbedImageData.add(gid);
}
}
xmlcompiled = true;
} catch (FileNotFoundException ex) {
ResourceHelper.errLog("Compiler > compileXML() > Error : %s", ex);
}
}
}
