Used to interrogate responses from the Sphinx daemon. Keep in mind none of the methods here check whether the data they’re grabbing are what the user expects - it just assumes the user knows what the data stream is made up of.
Create with the data to interpret
# File lib/riddle/client/response.rb, line 9 def initialize(str) @str = str @marker = 0 end
Returns the length of the streamed data
# File lib/riddle/client/response.rb, line 89 def length @str.length end
Return the next string value in the stream
# File lib/riddle/client/response.rb, line 15 def next len = next_int result = @str[@marker, len] @marker += len Riddle.encode(result) end
# File lib/riddle/client/response.rb, line 31 def next_64bit_int high, low = @str[@marker, 8].unpack('N*N*')[0..1] @marker += 8 (high << 32) + low end
# File lib/riddle/client/response.rb, line 78 def next_64bit_int_array byte_count = next_int items = [] (byte_count / 2).times do items << self.next_64bit_int end items end
Returns an array of string items
# File lib/riddle/client/response.rb, line 47 def next_array count = next_int items = [] count.times do items << self.next end items end
Return the next float value from the stream
# File lib/riddle/client/response.rb, line 39 def next_float float = @str[@marker, 4].unpack('N*').pack('L').unpack('f*').first @marker += 4 float end
# File lib/riddle/client/response.rb, line 68 def next_float_array count = next_int items = [] count.times do items << self.next_float end items end
Return the next integer value from the stream
# File lib/riddle/client/response.rb, line 24 def next_int int = @str[@marker, 4].unpack('N*').first @marker += 4 int end
Returns an array of int items
# File lib/riddle/client/response.rb, line 58 def next_int_array count = next_int items = [] count.times do items << self.next_int end items end