# Return eight-byte double-precision float
def self.getdouble(s)
- a = s.read(8).unpack("G") # G big-endian, E little-endian
+ a = s.read(8).unpack("G") # G big-endian, E little-endian
a[0]
end
break if key == ""
arr[key] = getvalue(s)
end
- s.getbyte # skip the 9 'end of object' value
+ s.getbyte # skip the 9 'end of object' value
arr
end
# Parse and get value
def self.getvalue(s)
case s.getbyte
- when 0 then return getdouble(s) # number
- when 1 then return s.getbyte # boolean
- when 2 then return getstring(s) # string
- when 3 then return getobject(s) # object/hash
- when 5 then return nil # null
- when 6 then return nil # undefined
- when 8 then s.read(4) # mixedArray
- return getobject(s) # |
- when 10 then return getarray(s) # array
- else return nil # error
+ when 0 then return getdouble(s) # number
+ when 1 then return s.getbyte # boolean
+ when 2 then return getstring(s) # string
+ when 3 then return getobject(s) # object/hash
+ when 5 then return nil # null
+ when 6 then return nil # undefined
+ when 8 then s.read(4) # mixedArray
+ return getobject(s) # |
+ when 10 then return getarray(s) # array
+ else return nil # error
end
end