"/home/osm/gpx/#{id}.gpx"
end
+ def mime_type
+ filetype = `/usr/bin/file -bz #{trace_name}`.chomp
+ gzipped = filetype =~ /gzip compressed/
+ bzipped = filetype =~ /bzip2 compressed/
+ zipped = filetype =~ /Zip archive/
+
+ if gzipped then
+ mimetype = "application/x-gzip"
+ elsif bzipped then
+ mimetype = "application/x-bzip2"
+ elsif zipped
+ mimetype = "application/x-zip"
+ else
+ mimetype = "text/xml"
+ end
+
+ return mimetype
+ end
+
+ def extension_name
+ filetype = `/usr/bin/file -bz #{trace_name}`.chomp
+ gzipped = filetype =~ /gzip compressed/
+ bzipped = filetype =~ /bzip2 compressed/
+ zipped = filetype =~ /Zip archive/
+ tarred = filetype =~ /tar archive/
+
+ if tarred and gzipped then
+ extension = ".tar.gz"
+ elsif tarred and bzipped then
+ extension = ".tar.bz2"
+ elsif tarred
+ extension = ".tar"
+ elsif gzipped
+ extension = ".gpx.gz"
+ elsif bzipped
+ extension = ".gpx.bz2"
+ elsif zipped
+ extension = ".zip"
+ else
+ extension = ".gpx"
+ end
+
+ return extension
+ end
+
+ def to_xml
+ doc = OSM::API.new.get_xml_doc
+ doc.root << to_xml_node()
+ return doc
+ end
+
def to_xml_node
el1 = XML::Node.new 'gpx_file'
el1['id'] = self.id.to_s
logger.info("GPX Import importing #{name} (#{id}) from #{user.email}")
# TODO *nix specific, could do to work on windows... would be functionally inferior though - check for '.gz'
- filetype = `file -b #{trace_name}`.chomp
- gzipped = filetype =~ /^gzip/
- zipped = filetype =~ /^Zip/
+ filetype = `/usr/bin/file -bz #{trace_name}`.chomp
+ gzipped = filetype =~ /gzip compressed/
+ bzipped = filetype =~ /bzip2 compressed/
+ zipped = filetype =~ /Zip archive/
+ tarred = filetype =~ /tar archive/
- if gzipped
+ if tarred and gzipped then
+ filename = tempfile = "/tmp/#{rand}"
+ system("tar -zxOf #{trace_name} > #{filename}")
+ elsif tarred and bzipped then
+ filename = tempfile = "/tmp/#{rand}"
+ system("tar -jxOf #{trace_name} > #{filename}")
+ elsif tarred
+ filename = tempfile = "/tmp/#{rand}"
+ system("tar -xOf #{trace_name} > #{filename}")
+ elsif gzipped
filename = tempfile = "/tmp/#{rand}"
system("gunzip -c #{trace_name} > #{filename}")
+ elsif bzipped
+ filename = tempfile = "/tmp/#{rand}"
+ system("bunzip2 -c #{trace_name} > #{filename}")
elsif zipped
filename = tempfile = "/tmp/#{rand}"
system("unzip -p #{trace_name} > #{filename}")
f_lon = 0
first = true
- Tracepoint.delete_all(['gpx_id = ?', self.id])
+ # If there are any existing points for this trace then delete
+ # them - we check for existing points first to avoid locking
+ # the table in the common case where there aren't any.
+ if Tracepoint.exists?(['gpx_id = ?', self.id])
+ Tracepoint.delete_all(['gpx_id = ?', self.id])
+ end
gpx.points do |point|
if first
tp.lng = point['longitude'].to_f
tp.altitude = point['altitude'].to_f
tp.timestamp = point['timestamp']
- tp.user_id = user.id
tp.gpx_id = id
tp.trackid = point['segment'].to_i
tp.save!
max_lon = Tracepoint.maximum('longitude', :conditions => ['gpx_id = ?', id])
min_lon = Tracepoint.minimum('longitude', :conditions => ['gpx_id = ?', id])
- max_lat = max_lat.to_f / 1000000
- min_lat = min_lat.to_f / 1000000
- max_lon = max_lon.to_f / 1000000
- min_lon = min_lon.to_f / 1000000
+ max_lat = max_lat.to_f / 10000000
+ min_lat = min_lat.to_f / 10000000
+ max_lon = max_lon.to_f / 10000000
+ min_lon = min_lon.to_f / 10000000
self.latitude = f_lat
self.longitude = f_lon
self.icon_picture = gpx.get_icon(min_lat, min_lon, max_lat, max_lon)
self.size = gpx.actual_points
self.inserted = true
- self.save
+ self.save!
end
logger.info "done trace #{id}"