# Path: compile_definitions/utilities.py
# def f_fmt(data, *args, **kwargs):
#     for arg in args:
#         op = str if kwargs.get('sane', True) else f_repr
#         data = data.replace('%s', op(arg), 1)
#     data = data.replace('%S', '%s')
#     return data
# 
# def to_docstring(label, doc, prefix=4,
#                  blank=True):  # output a full docstring section
#     label = [] if label is None else [label]
#     doc = [] if doc is None else [q.strip() for q in doc.split(u'\n') if
#                                   len(q.strip()) > 0]
#     pre = u' ' * prefix
# 
#     doc = label + doc
# 
#     if len(doc) == 0:
#         return u''
# 
#     doc[0] = doc[0].capitalize()
# 
#     if len(doc) == 1:
#         return doc[0]
# 
#     doc = [p for p in doc if len(p.strip()) > 0]
# 
#     if blank:
#         doc = [doc[0], u''] + doc[1:]
# 
#     f = (u'\n'.join(pre + lin for lin in doc))[prefix:]
#     return f
# 
# def pythonify_name(p):
#     return p.strip().replace('-', '_').upper()
# 
# def to_code_binary(p):
#     body = []
#     for q in p:
#         if isinstance(q, int):
#             q = six.int2byte(q)
#         z = (hex(ord(q))[2:].upper())
#         if len(z) == 1:
#             z = u'0' + z
#         body.append(u'\\x' + z)
#     return u"b'" + (u''.join(body)) + u"'"
# 
# def f_repr(p, sop=six.text_type):
#     if isinstance(p, (six.binary_type, six.text_type)):
#         p = sop(p)
#     s = repr(p)
# 
#     if isinstance(p, (six.binary_type, six.text_type)) and not s.startswith(
#             'u'):
#         return ('u' if sop == six.text_type else 'b') + s
#     else:
#         return s
# 
# @as_unicode
# def format_method_class_name(method_name):
#     if '-' in method_name:
#         i = method_name.find('-')
#         return method_name[0:i].capitalize() + method_name[
#             i + 1].upper() + method_name[i + 2:]
#     else:
#         return method_name.capitalize()
# 
# @as_unicode
# def name_class(classname):
#     """Change AMQP class name to Python class name"""
#     return classname.capitalize()
# 
# def get_size(fields):  # assume all fields have static length
#     """Assuming all fields have static length, return their length together. Supports bits"""
#     size = 0
#     bits = 0
#     for field in fields:
# 
#         if (bits > 0) and (field.basic_type != 'bit'):  # sync bits
#             size += int(math.ceil(bits / 8))
#             bits = 0
# 
#         if BASIC_TYPES[field.basic_type][0] is None:
#             if field.basic_type == 'bit':
#                 bits += 1
#             else:
#                 size += len(
#                     BASIC_TYPES[field.basic_type][2])  # default minimum entry
#         else:
#             size += BASIC_TYPES[field.basic_type][0]
# 
#     if bits > 0:  # sync bits
#         size += int(math.ceil(bits / 8))
# 
#     return size
# 
# Path: coolamqp/framing/compilation/utilities.py
# @as_unicode
# def format_field_name(field):
#     if field in (u'global', u'type'):
#         field = field + '_'
#     return field.replace('-', '_')
# 
# Path: compile_definitions/xml_tags.py
# class Constant(BaseObject):
#     NAME = 'constant'
#     FIELDS = [
#         _name,
#         SimpleField('value', int),
#         ValueField('class', 'kind', default=''),
#         _docs,
#     ]
# 
# class Class(BaseObject):
#     NAME = 'class'
#     FIELDS = [
#         _name,
#         SimpleField('index', int),
#         _docs_with_label,
#         ChildField('methods', 'method', Method, post_exec= \
#             _cls_method_postexec),
#         ChildField('properties', 'field', Field)
#     ]
# 
# class Domain(BaseObject):
#     NAME = 'domain'
#     FIELDS = [
#         _name,
#         SimpleField('type'),
#         ComputedField('elementary',
#                       lambda a: a.attrib['type'] == a.attrib['name'])
#     ]


import collections
import math
import struct
import subprocess
import six
from xml.etree import ElementTree
from compile_definitions.utilities import f_fmt, to_docstring, pythonify_name, to_code_binary, f_repr, \
    format_method_class_name, name_class, get_size
from coolamqp.framing.compilation.utilities import format_field_name
from .xml_tags import Constant, Class, Domain
                from coolamqp.framing.compilation.textcode_fields import \
                    get_serializer, get_counter, get_from_buffer
#                                                         #
# this has some use - speed :D                            #
###########################################################
tl;dr - you received something and it's supposed to be a
binary string? It's a memoryview all right.
Only thing that isn't are field names in tables.
"""

import struct
import collections
import logging
import six
import typing as tp

from coolamqp.framing.base import AMQPClass, AMQPMethodPayload, AMQPContentPropertyList
from coolamqp.framing.field_table import enframe_table, deframe_table, frame_table_size
from coolamqp.framing.compilation import compile_particular_content_property_list_class

logger = logging.getLogger(__name__)

def to_repr(obj):
    if isinstance(obj, memoryview):
        obj = obj.tobytes().decode('utf8')
    return repr(obj)

Field = collections.namedtuple('Field', ('name', 'type', 'basic_type', 'reserved'))

'''.encode('utf8'))

    def line(data, *args, **kwargs):

# Path: compile_definitions/utilities.py
# def f_fmt(data, *args, **kwargs):
#     for arg in args:
#         op = str if kwargs.get('sane', True) else f_repr
#         data = data.replace('%s', op(arg), 1)
#     data = data.replace('%S', '%s')
#     return data
# 
# def to_docstring(label, doc, prefix=4,
#                  blank=True):  # output a full docstring section
#     label = [] if label is None else [label]
#     doc = [] if doc is None else [q.strip() for q in doc.split(u'\n') if
#                                   len(q.strip()) > 0]
#     pre = u' ' * prefix
# 
#     doc = label + doc
# 
#     if len(doc) == 0:
#         return u''
# 
#     doc[0] = doc[0].capitalize()
# 
#     if len(doc) == 1:
#         return doc[0]
# 
#     doc = [p for p in doc if len(p.strip()) > 0]
# 
#     if blank:
#         doc = [doc[0], u''] + doc[1:]
# 
#     f = (u'\n'.join(pre + lin for lin in doc))[prefix:]
#     return f
# 
# def pythonify_name(p):
#     return p.strip().replace('-', '_').upper()
# 
# def to_code_binary(p):
#     body = []
#     for q in p:
#         if isinstance(q, int):
#             q = six.int2byte(q)
#         z = (hex(ord(q))[2:].upper())
#         if len(z) == 1:
#             z = u'0' + z
#         body.append(u'\\x' + z)
#     return u"b'" + (u''.join(body)) + u"'"
# 
# def f_repr(p, sop=six.text_type):
#     if isinstance(p, (six.binary_type, six.text_type)):
#         p = sop(p)
#     s = repr(p)
# 
#     if isinstance(p, (six.binary_type, six.text_type)) and not s.startswith(
#             'u'):
#         return ('u' if sop == six.text_type else 'b') + s
#     else:
#         return s
# 
# @as_unicode
# def format_method_class_name(method_name):
#     if '-' in method_name:
#         i = method_name.find('-')
#         return method_name[0:i].capitalize() + method_name[
#             i + 1].upper() + method_name[i + 2:]
#     else:
#         return method_name.capitalize()
# 
# @as_unicode
# def name_class(classname):
#     """Change AMQP class name to Python class name"""
#     return classname.capitalize()
# 
# def get_size(fields):  # assume all fields have static length
#     """Assuming all fields have static length, return their length together. Supports bits"""
#     size = 0
#     bits = 0
#     for field in fields:
# 
#         if (bits > 0) and (field.basic_type != 'bit'):  # sync bits
#             size += int(math.ceil(bits / 8))
#             bits = 0
# 
#         if BASIC_TYPES[field.basic_type][0] is None:
#             if field.basic_type == 'bit':
#                 bits += 1
#             else:
#                 size += len(
#                     BASIC_TYPES[field.basic_type][2])  # default minimum entry
#         else:
#             size += BASIC_TYPES[field.basic_type][0]
# 
#     if bits > 0:  # sync bits
#         size += int(math.ceil(bits / 8))
# 
#     return size
# 
# Path: coolamqp/framing/compilation/utilities.py
# @as_unicode
# def format_field_name(field):
#     if field in (u'global', u'type'):
#         field = field + '_'
#     return field.replace('-', '_')
# 
# Path: compile_definitions/xml_tags.py
# class Constant(BaseObject):
#     NAME = 'constant'
#     FIELDS = [
#         _name,
#         SimpleField('value', int),
#         ValueField('class', 'kind', default=''),
#         _docs,
#     ]
# 
# class Class(BaseObject):
#     NAME = 'class'
#     FIELDS = [
#         _name,
#         SimpleField('index', int),
#         _docs_with_label,
#         ChildField('methods', 'method', Method, post_exec= \
#             _cls_method_postexec),
#         ChildField('properties', 'field', Field)
#     ]
# 
# class Domain(BaseObject):
#     NAME = 'domain'
#     FIELDS = [
#         _name,
#         SimpleField('type'),
#         ComputedField('elementary',
#                       lambda a: a.attrib['type'] == a.attrib['name'])
#     ]


# Path: compile_definitions/__main__.py
import collections
import math
import struct
import subprocess
import six
from xml.etree import ElementTree
from compile_definitions.utilities import f_fmt, to_docstring, pythonify_name, to_code_binary, f_repr, \
    format_method_class_name, name_class, get_size
from coolamqp.framing.compilation.utilities import format_field_name
from .xml_tags import Constant, Class, Domain
                from coolamqp.framing.compilation.textcode_fields import \
                    get_serializer, get_counter, get_from_buffer

#                                                         #
# this has some use - speed :D                            #
###########################################################
tl;dr - you received something and it's supposed to be a
binary string? It's a memoryview all right.
Only thing that isn't are field names in tables.
"""

import struct
import collections
import logging
import six
import typing as tp

from coolamqp.framing.base import AMQPClass, AMQPMethodPayload, AMQPContentPropertyList
from coolamqp.framing.field_table import enframe_table, deframe_table, frame_table_size
from coolamqp.framing.compilation import compile_particular_content_property_list_class

logger = logging.getLogger(__name__)

def to_repr(obj):
    if isinstance(obj, memoryview):
        obj = obj.tobytes().decode('utf8')
    return repr(obj)

Field = collections.namedtuple('Field', ('name', 'type', 'basic_type', 'reserved'))

'''.encode('utf8'))

    def line(data, *args, **kwargs):

        out.write(f_fmt(data, *args, sane=True).encode('utf8'))