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index.cpp
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#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <string>
#include <stdint.h>
#include <iostream>
#include "CompiledDataManager.hpp"
#include "GeoBox.hpp"
#include "common/constants.hpp"
#include "common/GeoTypes.hpp"
#include "Coordinates.hpp"
#include "helpers/config.hpp"
#include "helpers/Rectangle.hpp"
using namespace std;
using namespace fidx;
int main(int argc, char *argv[])
{
if(argc != 2)
{
std::cerr << "path argument is missing\n";
exit(1);
}
std::vector<std::shared_ptr<IndexDesc>> indexes;
XmlVisitor v(indexes, true, argv[1]);
std::string fileRoot = std::string(argv[1]) + "/";
fidx::FileIndex<IndexEntry,uint64_t> textIndexNode(fileRoot + "textIndexNode" , true);
fidx::FileIndex<IndexEntry,uint64_t> textIndexWay(fileRoot + "textIndexWay" , true);
fidx::FileIndex<IndexEntry,uint64_t> textIndexRelation(fileRoot + "textIndexRelation", true);
fidx::FileIndex<IndexRange,uint64_t> textIndexNodeRange(fileRoot + "textIndexNodeRange" , true);
fidx::FileIndex<IndexRange,uint64_t> textIndexWayRange(fileRoot + "textIndexWayRange" , true);
fidx::FileIndex<IndexRange,uint64_t> textIndexRelationRange(fileRoot + "textIndexRelationRange", true);
std::string file = argv[1];
file += "/config.xml";
FILE* config = fopen(file.c_str(),"r");
if(!config)
{
std::cout << "config.xml file not found, exiting !!!\n";
exit(1);
}
XmlFileParser<XmlVisitor>::parseXmlFile(config,v);
fclose(config);
CompiledDataManager mger(argv[1], &indexes);
std::shared_ptr<Way> w = nullptr;
std::shared_ptr<Point> p = nullptr;
std::shared_ptr<Relation> r = nullptr;
for(uint64_t i=0; i < mger.relationIndex->getSize(); i++)
{
r = mger.loadRelation(i);
if(!r) continue;
if(r->tags.data == nullptr) {
if ((i & 0xF) == 0)
std::cout << "\rrelation " << i * 100.0 / mger.relationIndex->getSize() << "% " << std::flush;
continue;
}
uint64_t used = 0;
while( used < r->tags.data_size)
{
char* tag = nullptr;
char* value = nullptr;
unsigned char tag_size = 0;
unsigned char value_size = 0;
tag_size = (unsigned char) r->tags.data[used];
used++;
tag = r->tags.data + used;
used += tag_size;
value_size = r->tags.data[used];
used++;
value = r->tags.data+used;
used += value_size;
if(tag_size == 4 && (strncmp(tag, "name", tag_size) == 0) && value_size)
{
std::string my_string(value, value_size);
std::replace( my_string.begin(), my_string.end(), '-', ' ');
stringstream my_stream(my_string);
std::string word;
while(std::getline(my_stream,word,' '))
{
size_t found = word.find("'");
while(found != std::string::npos)
{
std::string word2 = word.substr(0,found) + "'" + word.substr(found + 6,word.length());
word = word2;
found = word.find("'");
}
textIndexRelation.append(fidx::makeLexicalKey(word.c_str(), word.length(), v.charconvs),{i, r->rect});
}
}
for( auto d : indexes)
{
bool kept =false;
uint32_t zmMask = 0;
if(d->type == "relation")
{
for (auto cd : d->conditions)
{
if ((tag_size == cd->tagKey.length()) && (strncmp(tag, cd->tagKey.c_str(), tag_size) == 0))
{
for(auto cl : cd->classes)
{
if (
((value_size == cl->tagValue.length()) && (strncmp(value, cl->tagValue.c_str(), value_size) == 0))
|| (cl->tagValue =="default"))
{
bool closed = r->isClosed;
if ((closed && cd->closed)||((!closed) && (cd->opened)))
{
kept = true;
if(d->selectors.size() > 0) kept = false;
for(auto sel : d->selectors)
{
kept = kept || (((sel->tagValue == "*")&&(r->tags[sel->tagKey.c_str()] !=""))||( r->tags[sel->tagKey.c_str()] == sel->tagValue ));
}
for(auto sel : d->excludeSelectors)
{
kept = kept && !(((sel->tagValue == "*")&&(r->tags[sel->tagKey.c_str()] !=""))||( r->tags[sel->tagKey.c_str()] == sel->tagValue ));
}
if(kept) zmMask = zmMask | cl->mask;
}
}
}
}
}
}
if(kept)
{
GeoBoxSet g = makeGeoBoxSet(r->rect);
for(int j = 0; j < g.count; j++)
{
if(r->isClosed) zmMask |= 0X100000LL;
//g.boxes[j].zmMask = zmMask;
d->idx->append(g.boxes[j],{i, r->rect, zmMask});
}
}
}
}
if ((i & 0xF) == 0)
std::cout << "\rrelation " << i * 100.0 / mger.relationIndex->getSize() << "% " << std::flush;
}
for(uint64_t i=0; i < mger.wayIndex->getSize(); i++)
{
w = mger.loadWay(i);
if(!w) continue;
bool closed = false;
if(w->pointsCount > 0) closed = (w->points[0] == w->points[w->pointsCount -1]);
if(w->tags.data == nullptr) continue;
uint64_t used = 0;
while( used < w->tags.data_size)
{
char* tag = nullptr;
char* value = nullptr;
unsigned char tag_size = 0;
unsigned char value_size = 0;
tag_size = (unsigned char) w->tags.data[used];
used++;
tag = w->tags.data + used;
used += tag_size;
value_size = w->tags.data[used];
used++;
value = w->tags.data+used;
used += value_size;
if(tag_size == 4 && (strncmp(tag, "name", tag_size) == 0) && value_size)
{
std::string my_string(value, value_size);
std::replace( my_string.begin(), my_string.end(), '-', ' ');
stringstream my_stream(my_string);
std::string word;
while(std::getline(my_stream,word,' '))
{
size_t found = word.find("'");
while(found != std::string::npos)
{
std::string word2 = word.substr(0,found) + "'" + word.substr(found + 6,word.length());
word = word2;
found = word.find("'");
}
textIndexWay.append(fidx::makeLexicalKey(word.c_str(), word.length(), v.charconvs),{i, w->rect});
}
}
for( auto d : indexes)
{
bool kept =false;
uint32_t zmMask = 0;
if(d->type == "way")
{
for (auto cd : d->conditions)
{
if ((tag_size == cd->tagKey.length()) && (strncmp(tag, cd->tagKey.c_str(), tag_size) == 0))
{
for(auto cl : cd->classes)
{
if (
((value_size == cl->tagValue.length()) && (strncmp(value, cl->tagValue.c_str(), value_size) == 0))
|| (cl->tagValue =="default"))
{
if ((closed && cd->closed)||((!closed) && (cd->opened)))
{
kept = true;
if(d->selectors.size() > 0) kept = false;
for(auto sel : d->selectors)
{
kept = kept || (((sel->tagValue == "*")&&(w->tags[sel->tagKey.c_str()] !=""))||( w->tags[sel->tagKey.c_str()] == sel->tagValue ));
}
for(auto sel : d->excludeSelectors)
{
kept = kept && !(((sel->tagValue == "*")&&(w->tags[sel->tagKey.c_str()] !=""))||( w->tags[sel->tagKey.c_str()] == sel->tagValue ));
}
if(kept) zmMask = zmMask | cl->mask;
}
}
}
}
}
}
if(kept)
{
GeoBoxSet g = makeGeoBoxSet(w->rect);
for(int j = 0; j < g.count; j++)
{
if(closed) zmMask |= 0X100000LL;
//g.boxes[j].zmMask = zmMask;
d->idx->append(g.boxes[j],{i, w->rect, zmMask});
}
}
}
}
if ((i & 0xFFF) == 0)
std::cout << "\rway " << i * 100.0 / mger.wayIndex->getSize() << "% " << std::flush;
}
for(uint64_t i=0; i < mger.nodeIndex->getSize(); i++)
{
if ((i & 0xFFFFF) == 0)
std::cout << "\rpoint " << i *100.0 / mger.nodeIndex->getSize() << "% " << std::flush;
p = mger.loadPoint(i);
if(!p) continue;
if(p->tags.data == nullptr) {continue; }
uint64_t used = 0;
while( used < p->tags.data_size)
{
char* tag = nullptr;
char* value = nullptr;
unsigned char tag_size = 0;
unsigned char value_size = 0;
tag_size = (unsigned char) p->tags.data[used];
used++;
tag = p->tags.data + used;
used += tag_size;
value_size = p->tags.data[used];
used++;
value = p->tags.data+used;
used += value_size;
if(tag_size == 4 && (strncmp(tag, "name", tag_size) == 0) && value_size)
{
std::string my_string(value, value_size);
std::replace( my_string.begin(), my_string.end(), '-', ' ');
stringstream my_stream(my_string);
std::string word;
while(std::getline(my_stream,word,' '))
{
size_t found = word.find("'");
while(found != std::string::npos)
{
std::string word2 = word.substr(0,found) + "'" + word.substr(found + 6,word.length());
word = word2;
found = word.find("'");
}
textIndexNode.append(fidx::makeLexicalKey(word.c_str(), word.length(), v.charconvs),{i, {p->x, p->y, p->x, p->y}});
}
}
for( auto d : indexes)
{
bool kept =false;
uint32_t zmMask = 0;
if(d->type == "node")
{
for (auto cd : d->conditions)
{
if ((tag_size == cd->tagKey.length()) && (strncmp(tag, cd->tagKey.c_str(), tag_size) == 0))
{
for(auto cl : cd->classes)
{
if (
((value_size == cl->tagValue.length()) && (strncmp(value, cl->tagValue.c_str(), value_size) == 0))
|| (cl->tagValue =="default"))
{
kept = true;
if(d->selectors.size() > 0) kept = false;
for(auto sel : d->selectors)
{
kept = kept || (((sel->tagValue == "*")&&(p->tags[sel->tagKey.c_str()] !=""))||( p->tags[sel->tagKey.c_str()] == sel->tagValue ));
}
for(auto sel : d->excludeSelectors)
{
kept = kept && !(((sel->tagValue == "*")&&(p->tags[sel->tagKey.c_str()] !=""))||( p->tags[sel->tagKey.c_str()] == sel->tagValue ));
}
if(kept) zmMask = zmMask | cl->mask;
}
}
}
}
}
if(kept)
{
GeoBox g = makeGeoBox(p->x,p->y);
//g.zmMask = zmMask;
d->idx->append(g,{i,{p->x, p->y, p->x, p->y}, zmMask});
}
}
}
}
for( auto d : indexes)
{
d->idx->flush();
d->idx->sort();
}
textIndexNode.flush();
textIndexNode.sort();
textIndexWay.flush();
textIndexWay.sort();
textIndexRelation.flush();
textIndexRelation.sort();
uint64_t last_key = 0;
uint64_t start_id = 0;
uint64_t stop_id = 0;
for(uint64_t i=0; i < textIndexNode.getSize(); i++)
{
Record<IndexEntry,uint64_t> rec;
textIndexNode.get(i, &rec);
if(i!=0 && last_key != rec.key)
{
stop_id = i - 1;
textIndexNodeRange.append(last_key,{start_id, stop_id});
start_id = i;
}
last_key = rec.key;
}
textIndexNodeRange.flush();
last_key = 0;
start_id = 0;
stop_id = 0;
for(uint64_t i=0; i < textIndexWay.getSize(); i++)
{
Record<IndexEntry,uint64_t> rec;
textIndexWay.get(i, &rec);
if(i!=0 && last_key != rec.key)
{
stop_id = i - 1;
textIndexWayRange.append(last_key,{start_id, stop_id});
start_id = i;
}
last_key = rec.key;
}
textIndexWayRange.flush();
last_key = 0;
start_id = 0;
stop_id = 0;
for(uint64_t i=0; i < textIndexRelation.getSize(); i++)
{
Record<IndexEntry,uint64_t> rec;
textIndexRelation.get(i, &rec);
if(i!=0 && last_key != rec.key)
{
stop_id = i - 1;
textIndexRelationRange.append(last_key,{start_id, stop_id});
start_id = i;
}
last_key = rec.key;
}
textIndexRelationRange.flush();
//for (auto i : indexes) delete i;
return 0;
}