satcfdi.transform.helpers.format_address_raw() - Code Metrics - Inspection of "Added Catalog" - SAT-CFDI/python-satcfdi - Measure and Improve Code Quality continuously with Scrutinizer

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by Sat CFDI

created 2023-05-23 01:50 UTC

satcfdi.transform.helpers.format_address_raw() D

↳ Parent: Project

Complexity

Conditions

Size

Total Lines	32
Code Lines	22

Duplication

Lines	0
Ratio	0 %

Code Coverage

Tests	21
CRAP Score	12.0135

Importance

Changes

Metric	Value
cc	12
eloc	22
nop	10
dl	0
loc	32
ccs	21
cts	22
cp	0.9545
crap	12.0135
rs	4.8
c	0
b	0
f	0

How to fix Complexity Many Parameters

import logging
import os
import pickle
import sqlite3
from decimal import Decimal
from lxml import etree
from lxml.etree import QName

from .. import CFDIError
from ..models import Code
from ..utils import iterate

logger = logging.getLogger(__name__)
TEXT_KEY = "_text"
_ = iterate
current_dir = os.path.dirname(__file__)


class SchemaCollector:
    def __init__(self):
        self.nsmap = {}
        self.schemas = []
        self.base = set()

    def add_schema(self, schema):
        if schema not in self.schemas:
            self.schemas.append(schema)

    def add_map(self, tns_alias, tns):
        if tns_alias in self.nsmap:
            if not self.nsmap[tns_alias] == tns:
                raise CFDIError("TNS Alias already registered with a different alias")
        else:
            self.nsmap[tns_alias] = tns

    def add_base(self, base):
        self.base.add(base)


class Xint(int):
    """
    An int class that knows the original value that was used to create it
    """

    def __new__(cls, value: str):
        self = int.__new__(cls, value)
        self.value = value
        return self

    def __str__(self):
        return self.value


def fmt_decimal(d):
    if isinstance(d, Decimal):
        return d.__format__("f")
    return str(d)


def simple_element(_tag, nsmap=None, text=None):
    el = etree.Element(_tag, nsmap=nsmap)
    el.text = text
    return el


def default_objectify(cls, node):
    self = cls()
    self.tag = node.tag

    def add_attributes(n, target):
        for k, v in n.attrib.items():
            target[k] = v

        text = n.text
        if text:
            text = n.text.strip()
            if text:
                target[TEXT_KEY] = text

    def add_elements(n, target):
        for el in n:
            new = cls()
            name = QName(el.tag).localname
            add_attributes(el, target=new)
            add_elements(el, target=new)

            current = target.get(name)
            if current is None:
                target[name] = new
            elif isinstance(current, cls):
                target[name] = [current, new]
            else:
                current.append(new)

    add_attributes(node, target=self)
    add_elements(node, target=self)

    return self


def impuesto_index(attrib, attribute_name):
    impuesto = attrib[attribute_name]
    ext = attribute_name[8:]
    if tipo_factor := attrib.get('TipoFactor' + ext):
        impuesto += "|" + tipo_factor
        if tasa_cuota := attrib.get('TasaOCuota' + ext):
            impuesto += "|" + Decimal(tasa_cuota).__format__(".6f")

    return impuesto


db_file = os.path.join(current_dir, "catalogos.db")
conn = sqlite3.connect(db_file)
c = conn.cursor()


def select(catalog_name, key):
    c.execute(f"SELECT value FROM {catalog_name} WHERE key = ?", (pickle.dumps(key),))
    if ds := c.fetchone():
        return pickle.loads(ds[0])


def select_all(catalog_name):
    c.execute(f"SELECT key, value FROM {catalog_name}")
    return {pickle.loads(k): pickle.loads(v) for k, v in c.fetchall()}


def catalog_code(catalog_name, key, index=None):
    code = key
    if isinstance(key, tuple):
        code = key[0]

    if ds := select(catalog_name, key):
        if index is not None:
            ds = ds[index]
    return Code(code, ds)

    # else:
    #     logger.error("Key Not found: %s %s", catalog_name, " ".join(args))


def moneda_decimales(moneda):
    return select('Tae00f1168e4dd44ad14f604041a8e80bcade7279', moneda)[1]


def codigo_postal_uso_horario(codigo_postal):
    return select('T1c22cc9094f6f89d8589f52d827f368d767db6b0', codigo_postal)[4]


def strcode(data):
    if isinstance(data, Code):
        return data.code
    return data


def format_address_raw(calle, num_exterior, num_interior, referencia, colonia, municipio, localidad, estado, pais, codigo_postal):
    parts = []

    calle_num = None
    if calle or num_exterior or num_interior:
        if num_exterior:
            calle_num = f"{calle} #{num_exterior}"
        else:
            calle_num = f"{calle}"

        if num_interior:
            calle_num = f"{calle_num}, int. #{num_interior}"

    if colonia:
        if calle_num:
            parts.append(f"{calle_num}, {colonia}")
        else:
            parts.append(f"{colonia}")

    if referencia:
        parts.append(f"{referencia}")

    if localidad and localidad != municipio:
        parts.append(f"{localidad}")

    if municipio:
        parts.append(f"{municipio}, {estado} {codigo_postal}")
    else:
        parts.append(f"{estado} {codigo_postal}")

    parts.append(f"{pais}")
    return "\n".join(parts)


def format_address(k):
    return format_address_raw(
        calle=k["Calle"],
        num_exterior=k.get("NumeroExterior"),
        num_interior=k.get("NumeroInterior"),
        referencia=desc(k.get("Referencia")),
        colonia=desc(k.get("Colonia")),
        municipio=desc(k.get("Municipio")),
        localidad=desc(k.get("Localidad")),
        estado=desc(k["Estado"]),
        pais=desc(k["Pais"]),
        codigo_postal=k["CodigoPostal"]
    )


def split_at_upper(word: str):
    def split_at_upper_itr(word: str):
        piu = None
        for w in word:
            niu = w.isupper()
            if piu == False:
                if niu:
                    yield " "

            if piu is None:
                yield w.upper()
            else:
                yield w
            piu = niu

    return "".join(split_at_upper_itr(word))


def trans(k):
    c.execute(f"SELECT value FROM TTranslations WHERE key = ?", (k,))
    if res := c.fetchone():
        res = res[0]

    if res is None:
        res = split_at_upper(k)
    return res


def desc(s):
    if isinstance(s, Code):
        return s.description
    return s


1	1	import logging
2	1	import os
3	1	import pickle
4	1	import sqlite3
5	1	from decimal import Decimal
6	1	from lxml import etree
7	1	from lxml.etree import QName
8
9	1	from .. import CFDIError
10	1	from ..models import Code
11	1	from ..utils import iterate
12
13	1	logger = logging.getLogger(__name__)
14	1	TEXT_KEY = "_text"
15	1	_ = iterate
16	1	current_dir = os.path.dirname(__file__)
17
18
19	1	class SchemaCollector:
20	1	def __init__(self):
21	1	self.nsmap = {}
22	1	self.schemas = []
23	1	self.base = set()
24
25	1	def add_schema(self, schema):
26	1	if schema not in self.schemas:
27	1	self.schemas.append(schema)
28
29	1	def add_map(self, tns_alias, tns):
30	1	if tns_alias in self.nsmap:
31	1	if not self.nsmap[tns_alias] == tns:
32		raise CFDIError("TNS Alias already registered with a different alias")
33		else:
34	1	self.nsmap[tns_alias] = tns
35
36	1	def add_base(self, base):
37	1	self.base.add(base)
38
39
40	1	class Xint(int):
41		"""
42		An int class that knows the original value that was used to create it
43		"""
44
45	1	def __new__(cls, value: str):
46	1	self = int.__new__(cls, value)
47	1	self.value = value
48	1	return self
49
50	1	def __str__(self):
51	1	return self.value
52
53
54	1	def fmt_decimal(d):
55	1	if isinstance(d, Decimal):
56	1	return d.__format__("f")
57	1	return str(d)
58
59
60	1	def simple_element(_tag, nsmap=None, text=None):
61	1	el = etree.Element(_tag, nsmap=nsmap)
62	1	el.text = text
63	1	return el
64
65
66	1	def default_objectify(cls, node):
67	1	self = cls()
68	1	self.tag = node.tag
69
70	1	def add_attributes(n, target):
71	1	for k, v in n.attrib.items():
72	1	target[k] = v
73
74	1	text = n.text
75	1	if text:
76	1	text = n.text.strip()
77	1	if text:
78	1	target[TEXT_KEY] = text
79
80	1	def add_elements(n, target):
81	1	for el in n:
82	1	new = cls()
83	1	name = QName(el.tag).localname
84	1	add_attributes(el, target=new)
85	1	add_elements(el, target=new)
86
87	1	current = target.get(name)
88	1	if current is None:
89	1	target[name] = new
90		elif isinstance(current, cls):
91		target[name] = [current, new]
92		else:
93		current.append(new)
94
95	1	add_attributes(node, target=self)
96	1	add_elements(node, target=self)
97
98	1	return self
99
100
101	1	def impuesto_index(attrib, attribute_name):
102	1	impuesto = attrib[attribute_name]
103	1	ext = attribute_name[8:]
104	1	if tipo_factor := attrib.get('TipoFactor' + ext):
105	1	impuesto += "\|" + tipo_factor
106	1	if tasa_cuota := attrib.get('TasaOCuota' + ext):
107	1	impuesto += "\|" + Decimal(tasa_cuota).__format__(".6f")
108
109	1	return impuesto
110
111
112	1	db_file = os.path.join(current_dir, "catalogos.db")
113	1	conn = sqlite3.connect(db_file)
114	1	c = conn.cursor()
115
116
117	1	def select(catalog_name, key):
118	1	c.execute(f"SELECT value FROM {catalog_name} WHERE key = ?", (pickle.dumps(key),))
119	1	if ds := c.fetchone():
120	1	return pickle.loads(ds[0])
121
122
123	1	def select_all(catalog_name):
124	1	c.execute(f"SELECT key, value FROM {catalog_name}")
125	1	return {pickle.loads(k): pickle.loads(v) for k, v in c.fetchall()}
126
127
128	1	def catalog_code(catalog_name, key, index=None):
129	1	code = key
130	1	if isinstance(key, tuple):
131	1	code = key[0]
132
133	1	if ds := select(catalog_name, key):
134	1	if index is not None:
135	1	ds = ds[index]
136	1	return Code(code, ds)
137
138		# else:
139		# logger.error("Key Not found: %s %s", catalog_name, " ".join(args))
140
141
142	1	def moneda_decimales(moneda):
143	1	return select('Tae00f1168e4dd44ad14f604041a8e80bcade7279', moneda)[1]
144
145
146	1	def codigo_postal_uso_horario(codigo_postal):
147	1	return select('T1c22cc9094f6f89d8589f52d827f368d767db6b0', codigo_postal)[4]
148
149
150	1	def strcode(data):
151	1	if isinstance(data, Code):
152	1	return data.code
153	1	return data
154
155
156	1	def format_address_raw(calle, num_exterior, num_interior, referencia, colonia, municipio, localidad, estado, pais, codigo_postal):
157	1	parts = []
158
159	1	calle_num = None
160	1	if calle or num_exterior or num_interior:
161	1	if num_exterior:
162	1	calle_num = f"{calle} #{num_exterior}"
163		else:
164	1	calle_num = f"{calle}"
165
166	1	if num_interior:
167	1	calle_num = f"{calle_num}, int. #{num_interior}"
168
169	1	if colonia:
170	1	if calle_num:
171	1	parts.append(f"{calle_num}, {colonia}")
172		else:
173		parts.append(f"{colonia}")
174
175	1	if referencia:
176	1	parts.append(f"{referencia}")
177
178	1	if localidad and localidad != municipio:
179	1	parts.append(f"{localidad}")
180
181	1	if municipio:
182	1	parts.append(f"{municipio}, {estado} {codigo_postal}")
183		else:
184	1	parts.append(f"{estado} {codigo_postal}")
185
186	1	parts.append(f"{pais}")
187	1	return "\n".join(parts)
188
189
190	1	def format_address(k):
191	1	return format_address_raw(
192		calle=k["Calle"],
193		num_exterior=k.get("NumeroExterior"),
194		num_interior=k.get("NumeroInterior"),
195		referencia=desc(k.get("Referencia")),
196		colonia=desc(k.get("Colonia")),
197		municipio=desc(k.get("Municipio")),
198		localidad=desc(k.get("Localidad")),
199		estado=desc(k["Estado"]),
200		pais=desc(k["Pais"]),
201		codigo_postal=k["CodigoPostal"]
202		)
203
204
205	1	def split_at_upper(word: str):
206	1	def split_at_upper_itr(word: str):
207	1	piu = None
208	1	for w in word:
209	1	niu = w.isupper()
210	1	if piu == False:
211	1	if niu:
212	1	yield " "
213
214	1	if piu is None:
215	1	yield w.upper()
216		else:
217	1	yield w
218	1	piu = niu
219
220	1	return "".join(split_at_upper_itr(word))
221
222
223	1	def trans(k):
224	1	c.execute(f"SELECT value FROM TTranslations WHERE key = ?", (k,))
225	1	if res := c.fetchone():
226	1	res = res[0]
227
228	1	if res is None:
229	1	res = split_at_upper(k)
230	1	return res
231
232
233	1	def desc(s):
234	1	if isinstance(s, Code):
235	1	return s.description
236		return s
237

SAT-CFDI / python-satcfdi

Push — main ( fd93eb...601700 )

satcfdi.transform.helpers.format_address_raw() D

Complexity

Size

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How to fix Complexity Many Parameters

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Many Parameters

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