void Logstalgia::addGroup(const std::string& group_by, const std::string& grouptitle, const std::string& groupregex, int percent, vec3 colour) {
if(percent<0) return;
int remaining_percent = (int) ( ((float) remaining_space/total_space) * 100);
if(remaining_percent<=0) return;
if(!percent || percent > remaining_percent) {
percent = remaining_percent;
}
Summarizer* summarizer = new Summarizer(fontSmall, percent, settings.update_rate, groupregex, grouptitle);
if(glm::dot(colour, colour) > 0.01f) {
summarizer->setColour(colour);
}
if(!summarizer_types[group_by]) {
summarizer_types[group_by] = new std::vector<Summarizer*>();
}
summarizers.push_back(summarizer);
summarizer_types[group_by]->push_back(summarizer);
int space = (int) ( ((float)percent/100) * total_space );
remaining_space -= space;
}
void Logstalgia::addGroup(std::string grouptitle, std::string groupregex, int percent, vec3f colour) {
if(percent<0) return;
int remainpc = (int) ( ((float) remaining_space/total_space) * 100);
if(percent==0) {
percent=remainpc;
}
if(remainpc<percent) return;
int space = (int) ( ((float)percent/100) * total_space );
int top_gap = total_space - remaining_space;
int bottom_gap = display.height - (total_space - remaining_space + space);
//debugLog("group %s: regex = %s, remainpc = %d, space = %d, top_gap = %d, bottom_gap = %d\n",
// grouptitle.c_str(), groupregex.c_str(), remainpc, space, top_gap, bottom_gap);
Summarizer* summ = new Summarizer(fontSmall, paddle_x, top_gap, bottom_gap, update_rate, groupregex, grouptitle);
// summ->showCount(true);
if(colour.length2() > 0.01f) {
summ->setColour(colour);
}
summGroups.push_back(summ);
remaining_space -= space;
}
void Logstalgia::addStrings(LogEntry* le) {
Summarizer* groupSummarizer = getGroupSummarizer(le);
if(!groupSummarizer) return;
std::string hostname = le->hostname;
std::string pageurl = le->path;
if(settings.hide_url_prefix) pageurl = filterURLHostname(pageurl);
groupSummarizer->addString(pageurl);
ipSummarizer->addString(hostname);
}
void Logstalgia::addBall(LogEntry* le, float start_offset) {
//find appropriate summarizer for url
Summarizer* groupSummarizer = getGroupSummarizer(le);
if(!groupSummarizer) return;
Paddle* entry_paddle = 0;
if(settings.paddle_mode > PADDLE_SINGLE) {
std::string paddle_token = (settings.paddle_mode == PADDLE_VHOST) ? le->vhost : le->pid;
entry_paddle = paddles[paddle_token];
if(entry_paddle == 0) {
vec2 paddle_pos = vec2(paddle_x - 20, rand() % display.height);
Paddle* paddle = new Paddle(paddle_pos, paddle_colour, paddle_token, fontSmall);
entry_paddle = paddles[paddle_token] = paddle;
}
} else {
entry_paddle = paddles[""];
}
std::string hostname = le->hostname;
std::string pageurl = le->path;
if(settings.hide_url_prefix) pageurl = filterURLHostname(pageurl);
float dest_y = groupSummarizer->getMiddlePosY(pageurl);
float pos_y = ipSummarizer->getMiddlePosY(hostname);
float start_x = -(entry_paddle->getX() * settings.pitch_speed * start_offset);
//debugLog("start_offset %.2f : start_x = %.2f (paddle_x %.2f, pitch_speed %.2f)", start_offset, start_x, entry_paddle->getX(), settings.pitch_speed);
vec2 ball_start = vec2(start_x, pos_y);
vec2 ball_dest = vec2(entry_paddle->getX(), dest_y);
const std::string& match = ipSummarizer->getBestMatchStr(hostname);
vec3 colour = groupSummarizer->isColoured() ? groupSummarizer->getColour() : colourHash(match);
RequestBall* ball = new RequestBall(le, &fontMedium, balltex, colour, ball_start, ball_dest);
balls.push_back(ball);
}
void Logstalgia::addGroup(std::string grouptitle, std::string groupregex, int percent, vec3 colour) {
if(percent<0) return;
int remaining_percent = (int) ( ((float) remaining_space/total_space) * 100);
if(!percent) percent = remaining_percent;
if(remaining_percent < percent) return;
Summarizer* summarizer = new Summarizer(fontSmall, percent, settings.update_rate, groupregex, grouptitle);
if(glm::dot(colour, colour) > 0.01f) {
summarizer->setColour(colour);
}
summGroups.push_back(summarizer);
int space = (int) ( ((float)percent/100) * total_space );
remaining_space -= space;
}
void Logstalgia::addGroup(const std::string& group_by, const std::string& grouptitle, const std::string& groupregex, int percent, vec3 colour) {
if(percent<0) return;
int remaining_percent = (int) ( ((float) remaining_space/total_space) * 100);
if(remaining_percent<=0) return;
if(!percent || percent > remaining_percent) {
percent = remaining_percent;
}
Summarizer* summarizer = 0;
try {
summarizer = new Summarizer(fontSmall, percent, settings.update_rate, groupregex, grouptitle);
}
catch(RegexCompilationException& e) {
throw SDLAppException("invalid regular expression for group '%s'", grouptitle.c_str());
}
if(glm::dot(colour, colour) > 0.01f) {
summarizer->setColour(colour);
}
if(!summarizer_types[group_by]) {
summarizer_types[group_by] = new std::vector<Summarizer*>();
}
summarizers.push_back(summarizer);
summarizer_types[group_by]->push_back(summarizer);
int space = (int) ( ((float)percent/100) * total_space );
remaining_space -= space;
}
void report(vector<pair<int, float> > result, Query *q, IndexReader &ir, Summarizer &sr) {
cout << "numhit = " << result.size() << endl;
for (unsigned i = 0; i < result.size() && i < 5; i++) {
int did = result[i].first;
cout << "[" << setw(padding) << setfill(' ') << did << "] ";
cout << fixed << setprecision(6) << result[i].second << " ";
cout << ir.didmap[did].name << " ";
cout << "(" << ir.didmap[did].len << ")" << endl;
cout << " ..." << sr.summary(q, did) << "..." << endl;
}
if (result.size() > 5) {
cout << "... (result trucated)" << endl;
}
cout << endl;
}
