static void add_polygon_error(char osm_type, osmid_t osm_id,
const char *key_class, const char *type,
struct keyval *names, const char *countrycode,
const char *wkt)
{
int first;
struct keyval *name;
char sql[2048];
/* Output a copy line for this place */
sprintf(sql, "%c\t%" PRIdOSMID "\t", osm_type, osm_id);
copy_error_data(sql);
escape(sql, sizeof(sql), key_class);
copy_error_data(sql);
copy_error_data("\t");
escape(sql, sizeof(sql), type);
copy_error_data(sql);
copy_error_data("\t");
/* start name array */
if (keyval::listHasData(names))
{
first = 1;
for (name = keyval::firstItem(names); name; name = keyval::nextItem(names, name))
{
if (first) first = 0;
else copy_error_data(", ");
copy_error_data("\"");
escape_array_record(sql, sizeof(sql), name->key);
copy_error_data(sql);
copy_error_data("\"=>\"");
escape_array_record(sql, sizeof(sql), name->value);
copy_error_data(sql);
copy_error_data("\"");
}
copy_error_data("\t");
}
else
{
copy_error_data("\\N\t");
}
if (countrycode)
{
escape(sql, sizeof(sql), countrycode);
copy_error_data(sql);
copy_error_data("\t");
}
else
{
copy_error_data("\\N\t");
}
copy_error_data("now\tNot a polygon\t\\N\t");
sprintf(sql, "SRID=%d;", SRID);
copy_error_data(sql);
copy_error_data(wkt);
copy_error_data("\n");
return;
}
void place_tag_processor::copy_out(char osm_type, osmid_t osm_id,
const std::string &geom,
std::string &buffer)
{
for (const auto& place: places) {
std::string name;
if (place.key == "bridge" || place.key == "tunnel") {
name = domain_name(place.key);
if (name.empty())
continue; // don't include unnamed bridges and tunnels
}
// osm_type
buffer += osm_type;
buffer += '\t';
// osm_id
buffer += (single_fmt % osm_id).str();
// class
escape(place.key, buffer);
buffer += '\t';
// type
escape(place.value, buffer);
buffer += '\t';
// names
if (!name.empty()) {
buffer += name;
buffer += '\t';
} else if (!names.empty()) {
bool first = true;
// operator will be ignored on anything but these classes
// (amenity for restaurant and fuel)
bool shop = (place.key == "shop") ||
(place.key == "amenity") ||
(place.key == "tourism");
for (const auto entry: names) {
if (!shop && (entry->key == "operator"))
continue;
if (first)
first = false;
else
buffer += ',';
buffer += "\"";
escape_array_record(entry->key, buffer);
buffer += "\"=>\"";
escape_array_record(entry->value, buffer);
buffer += "\"";
}
buffer += '\t';
} else
buffer += "\\N\t";
// admin_level
buffer += (single_fmt % admin_level).str();
// house number
buffer += housenumber;
buffer += '\t';
// street
copy_opt_string(street, buffer);
// addr_place
copy_opt_string(addr_place, buffer);
// isin
if (!address.empty()) {
for (const auto entry: address) {
if (entry->key == "tiger:county") {
escape(std::string(entry->value, 0, entry->value.find(",")),
buffer);
buffer += " county";
} else {
escape(entry->value, buffer);
}
buffer += ',';
}
buffer[buffer.length() - 1] = '\t';
} else
buffer += "\\N\t";
// postcode
copy_opt_string(postcode, buffer);
// country code
copy_opt_string(countrycode, buffer);
// extra tags
if (extratags.empty()) {
buffer += "\\N\t";
} else {
bool first = true;
for (const auto entry: extratags) {
if (first)
first = false;
else
buffer += ',';
buffer += "\"";
escape_array_record(entry->key, buffer);
buffer += "\"=>\"";
escape_array_record(entry->value, buffer);
buffer += "\"";
}
buffer += "\t";
}
// geometry
buffer += srid_str;
buffer += geom;
buffer += '\n';
}
}
void output_gazetteer_t::add_place(char osm_type, osmid_t osm_id, const char *key_class, const char *type, struct keyval *names, struct keyval *extratags,
int adminlevel, struct keyval *housenumber, struct keyval *street, struct keyval *addr_place, const char *isin, struct keyval *postcode, struct keyval *countrycode, const char *wkt)
{
int first;
struct keyval *name;
char sql[2048];
/* Output a copy line for this place */
sprintf(sql, "%c\t%" PRIdOSMID "\t", osm_type, osm_id);
copy_data(sql);
escape(sql, sizeof(sql), key_class);
copy_data(sql);
copy_data("\t");
escape(sql, sizeof(sql), type);
copy_data(sql);
copy_data("\t");
/* start name array */
if (keyval::listHasData(names))
{
first = 1;
for (name = keyval::firstItem(names); name; name = keyval::nextItem(names, name))
{
if (first) first = 0;
else copy_data(", ");
copy_data("\"");
escape_array_record(sql, sizeof(sql), name->key);
copy_data(sql);
copy_data("\"=>\"");
escape_array_record(sql, sizeof(sql), name->value);
copy_data(sql);
copy_data("\"");
}
copy_data("\t");
}
else
{
copy_data("\\N\t");
}
sprintf(sql, "%d\t", adminlevel);
copy_data(sql);
if (housenumber)
{
escape(sql, sizeof(sql), housenumber->value);
copy_data(sql);
copy_data("\t");
}
else
{
copy_data("\\N\t");
}
if (street)
{
escape(sql, sizeof(sql), street->value);
copy_data(sql);
copy_data("\t");
}
else
{
copy_data("\\N\t");
}
if (addr_place)
{
escape(sql, sizeof(sql), addr_place->value);
copy_data(sql);
copy_data("\t");
}
else
{
copy_data("\\N\t");
}
if (isin)
{
/* Skip the leading ',' from the contactination */
escape(sql, sizeof(sql), isin+1);
copy_data(sql);
copy_data("\t");
}
else
{
copy_data("\\N\t");
}
if (postcode)
{
escape(sql, sizeof(sql), postcode->value);
copy_data(sql);
copy_data("\t");
}
else
{
copy_data("\\N\t");
}
if (countrycode)
{
escape(sql, sizeof(sql), countrycode->value);
copy_data(sql);
copy_data("\t");
}
else
{
copy_data("\\N\t");
}
/* extra tags array */
if (keyval::listHasData(extratags))
{
first = 1;
for (name = keyval::firstItem(extratags); name; name = keyval::nextItem(extratags, name))
{
if (first) first = 0;
else copy_data(", ");
copy_data("\"");
escape_array_record(sql, sizeof(sql), name->key);
copy_data(sql);
copy_data("\"=>\"");
escape_array_record(sql, sizeof(sql), name->value);
copy_data(sql);
copy_data("\"");
}
copy_data("\t");
}
else
{
copy_data("\\N\t");
}
sprintf(sql, "SRID=%d;", SRID);
copy_data(sql);
copy_data(wkt);
copy_data("\n");
return;
}
