
import flynn.decoder
import flynn.encoder

def dump(obj, fp):
	return flynn.encoder.encode(fp, obj)

def dumps(obj):
	return flynn.encoder.encode_str(obj)

def load(s):
	return flynn.decoder.decode(s)

def loads(s):
	return flynn.decoder.decode(s)



import flynn.decoder
import flynn.encoder

def dump(obj, fp):
	return flynn.encoder.encode(fp, obj)

def dumps(obj):
	return flynn.encoder.encode_str(obj)

def dumph(obj):
	return "".join(hex(n)[2:].rjust(2, "0") for n in dumps(obj))

def load(s):
	return flynn.decoder.decode(s)

def loads(s):
	return flynn.decoder.decode(s)

def loadh(s):
	return flynn.decoder.decode(s)


Implement dumph to generate input for cbor.me
Implement dumph to generate input for cbor.me

  
  import flynn.decoder
  import flynn.encoder
  
  def dump(obj, fp):
  	return flynn.encoder.encode(fp, obj)
  
  def dumps(obj):
  	return flynn.encoder.encode_str(obj)
  
+ def dumph(obj):
+ 	return "".join(hex(n)[2:].rjust(2, "0") for n in dumps(obj))
+ 
  def load(s):
  	return flynn.decoder.decode(s)
  
  def loads(s):
  	return flynn.decoder.decode(s)
  
+ def loadh(s):
+ 	return flynn.decoder.decode(s)
  
+ 
Implement dumph to generate input for cbor.me
## Code Before:

import flynn.decoder
import flynn.encoder

def dump(obj, fp):
	return flynn.encoder.encode(fp, obj)

def dumps(obj):
	return flynn.encoder.encode_str(obj)

def load(s):
	return flynn.decoder.decode(s)

def loads(s):
	return flynn.decoder.decode(s)


## Instruction:
Implement dumph to generate input for cbor.me
## Code After:

import flynn.decoder
import flynn.encoder

def dump(obj, fp):
	return flynn.encoder.encode(fp, obj)

def dumps(obj):
	return flynn.encoder.encode_str(obj)

def dumph(obj):
	return "".join(hex(n)[2:].rjust(2, "0") for n in dumps(obj))

def load(s):
	return flynn.decoder.decode(s)

def loads(s):
	return flynn.decoder.decode(s)

def loadh(s):
	return flynn.decoder.decode(s)

