pandoc_glfm._main.alert() - Code Metrics - Inspection of "Fix first lines" - chdemko/pandoc-glfm - Measure and Improve Code Quality continuously with Scrutinizer

Passed

Push — develop ( 2ecf19...d105e9 )

by Christophe

created 2025-04-19 10:51 UTC

pandoc_glfm._main.alert() F

↳ Parent: pandoc_glfm._main

Complexity

Conditions

Size

Total Lines	115
Code Lines	59

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
eloc	59
dl	0
loc	115
rs	1.8
c	0
b	0
f	0
cc	17
nop	2

How to fix Long Method Complexity

#!/usr/bin/env python

"""
Pandoc filter for adding glfm features to pandoc.
"""

from panflute import (
    Div,
    Doc,
    Element,
    Para,
    Plain,
    Str,
    Strikeout,
    convert_text,
    run_filters,
)


# pylint: disable=inconsistent-return-statements,unused-argument
def alert(elem: Element, doc: Doc) -> Element | None:
    """
    Transform some blockquote elements to alerts.

    Arguments
    ---------
    elem
        The current element
    doc
        The pandoc document

    Returns
    -------
    Element | None
        The modified element or None
    """
    if (
        elem.tag == "BlockQuote"
        and elem.content
        and elem.content[0].tag == "Para"
        and elem.content[0].content
        and elem.content[0].content[0].tag == "Str"
    ):

        def extract_first_lines(
            first: list[Element],
            rest: list[Element],
        ) -> list[Element]:
            result = []
            for item in first:
                if item.tag == "Str":
                    result.append(item.text)
                elif item.tag == "SoftBreak":
                    result.append("\n")
                elif item.tag == "Space":
                    result.append(" ")
                else:
                    result.append(
                        convert_text(
                            Plain(item),
                            input_format="panflute",
                            output_format="markdown",
                        ),
                    )
            for item in rest:
                result.extend(
                    [
                        "\n",
                        convert_text(
                            item,
                            input_format="panflute",
                            output_format="markdown",
                        ),
                    ]
                )

            return convert_text("".join(result))

        text = elem.content[0].content[0].text.lower()
        if text in ("[!note]", "[!tip]", "[!important]", "[!caution]", "[!warning]"):
            # Case
            #
            # > [!tip]
            #
            # and
            #
            # > [!tip]
            # >
            # > Rest of text
            if len(elem.content[0].content) == 1:
                title = Div(Para(Str(text[2:-1].capitalize())), classes=["title"])
                content = [*elem.content[1:]]
            # Case
            #
            # > [!tip]
            # > Rest of text
            elif elem.content[0].content[1].tag == "SoftBreak":
                title = Div(Para(Str(text[2:-1].capitalize())), classes=["title"])
                content = extract_first_lines(
                    elem.content[0].content[2:],
                    elem.content[1:],
                )
            # Case
            #
            # > [!tip] title
            # > Rest of text
            #
            # and
            #
            # > [!tip] title
            # >
            # > Rest of text
            else:
                alternate = []
                for index in range(2, len(elem.content[0].content)):
                    if elem.content[0].content[index].tag == "SoftBreak":
                        title = Div(Para(*alternate), classes=["title"])
                        content = extract_first_lines(
                            elem.content[0].content[index:],
                            elem.content[1:],
                        )
                        break
                    alternate.append(elem.content[0].content[index])
                else:
                    title = Div(Para(*alternate), classes=["title"])
                    content = [*elem.content[1:]]

            return convert_text(
                convert_text(
                    Div(title, *content, classes=[text[2:-1]]),
                    input_format="panflute",
                    output_format="markdown",
                )
            )
    return None


def task(elem: Element, doc: Doc) -> None:
    """
    Deal with glfm task lists.

    Arguments
    ---------
    elem
        The current element
    doc
        The pandoc document
    """
    if elem.tag in ("BulletList", "OrderedList"):
        for item in elem.content:
            if (
                item.content[0].tag in ("Plain", "Para")
                and item.content[0].content
                and item.content[0].content[0].tag == "Str"
                and item.content[0].content[0].text == "[~]"
                and len(item.content[0].content) >= 3
            ):
                item.content[0].content[0].text = "☐"
                item.content[0].content[2] = Strikeout(
                    *remove_strikeout(item.content[0].content[2:]),
                )
                item.content[0].content[3:] = []
                for block in item.content[1:]:
                    if block.tag in ("Plain", "Para"):
                        block.content[0] = Strikeout(*remove_strikeout(block.content))
                        block.content[1:] = []


def remove_strikeout(elems: list[Element]) -> list[Element]:
    """
    Remove Strikeout from elements.

    Parameters
    ----------
    elems
        Elements from which Strikeout must be removed

    Returns
    -------
    list[Element]
        The elements without the Strikeout.
    """
    result = []
    for elem in elems:
        if elem.tag == "Strikeout":
            result.extend(elem.content)
        else:
            result.append(elem)
    return result


def main(doc: Doc | None = None) -> Doc:
    """
    Convert the pandoc document.

    Arguments
    ---------
    doc
        The pandoc document

    Returns
    -------
    Doc
        The modified pandoc document
    """
    return run_filters([alert, task], doc=doc)


if __name__ == "__main__":
    main()


1			#!/usr/bin/env python
2
3			"""
4			Pandoc filter for adding glfm features to pandoc.
5			"""
6
7			from panflute import (
8			Div,
9			Doc,
10			Element,
11			Para,
12			Plain,
13			Str,
14			Strikeout,
15			convert_text,
16			run_filters,
17			)
18
19
20			# pylint: disable=inconsistent-return-statements,unused-argument
21			def alert(elem: Element, doc: Doc) -> Element \| None:
22			"""
23			Transform some blockquote elements to alerts.
24
25			Arguments
26			---------
27			elem
28			The current element
29			doc
30			The pandoc document
31
32			Returns
33			-------
34			Element \| None
35			The modified element or None
36			"""
37			if (
38			elem.tag == "BlockQuote"
39			and elem.content
40			and elem.content[0].tag == "Para"
41			and elem.content[0].content
42			and elem.content[0].content[0].tag == "Str"
43			):
44
45			def extract_first_lines(
46			first: list[Element],
47			rest: list[Element],
48			) -> list[Element]:
49			result = []
50			for item in first:
51			if item.tag == "Str":
52			result.append(item.text)
53			elif item.tag == "SoftBreak":
54			result.append("\n")
55			elif item.tag == "Space":
56			result.append(" ")
57			else:
58			result.append(
59			convert_text(
60			Plain(item),
61			input_format="panflute",
62			output_format="markdown",
63			),
64			)
65			for item in rest:
66			result.extend(
67			[
68			"\n",
69			convert_text(
70			item,
71			input_format="panflute",
72			output_format="markdown",
73			),
74			]
75			)
76
77			return convert_text("".join(result))
78
79			text = elem.content[0].content[0].text.lower()
80			if text in ("[!note]", "[!tip]", "[!important]", "[!caution]", "[!warning]"):
81			# Case
82			#
83			# > [!tip]
84			#
85			# and
86			#
87			# > [!tip]
88			# >
89			# > Rest of text
90			if len(elem.content[0].content) == 1:
91			title = Div(Para(Str(text[2:-1].capitalize())), classes=["title"])
92			content = [*elem.content[1:]]
93			# Case
94			#
95			# > [!tip]
96			# > Rest of text
97			elif elem.content[0].content[1].tag == "SoftBreak":
98			title = Div(Para(Str(text[2:-1].capitalize())), classes=["title"])
99			content = extract_first_lines(
100			elem.content[0].content[2:],
101			elem.content[1:],
102			)
103			# Case
104			#
105			# > [!tip] title
106			# > Rest of text
107			#
108			# and
109			#
110			# > [!tip] title
111			# >
112			# > Rest of text
113			else:
114			alternate = []
115			for index in range(2, len(elem.content[0].content)):
116			if elem.content[0].content[index].tag == "SoftBreak":
117			title = Div(Para(*alternate), classes=["title"])
118			content = extract_first_lines(
119			elem.content[0].content[index:],
120			elem.content[1:],
121			)
122			break
123			alternate.append(elem.content[0].content[index])
124			else:
125			title = Div(Para(*alternate), classes=["title"])
126			content = [*elem.content[1:]]
127
128			return convert_text(
129			convert_text(
130			Div(title, *content, classes=[text[2:-1]]),
131			input_format="panflute",
132			output_format="markdown",
133			)
134			)
135			return None
136
137
138			def task(elem: Element, doc: Doc) -> None:
139			"""
140			Deal with glfm task lists.
141
142			Arguments
143			---------
144			elem
145			The current element
146			doc
147			The pandoc document
148			"""
149			if elem.tag in ("BulletList", "OrderedList"):
150			for item in elem.content:
151			if (
152			item.content[0].tag in ("Plain", "Para")
153			and item.content[0].content
154			and item.content[0].content[0].tag == "Str"
155			and item.content[0].content[0].text == "[~]"
156			and len(item.content[0].content) >= 3
157			):
158			item.content[0].content[0].text = "☐"
159			item.content[0].content[2] = Strikeout(
160			*remove_strikeout(item.content[0].content[2:]),
161			)
162			item.content[0].content[3:] = []
163			for block in item.content[1:]:
164			if block.tag in ("Plain", "Para"):
165			block.content[0] = Strikeout(*remove_strikeout(block.content))
166			block.content[1:] = []
167
168
169			def remove_strikeout(elems: list[Element]) -> list[Element]:
170			"""
171			Remove Strikeout from elements.
172
173			Parameters
174			----------
175			elems
176			Elements from which Strikeout must be removed
177
178			Returns
179			-------
180			list[Element]
181			The elements without the Strikeout.
182			"""
183			result = []
184			for elem in elems:
185			if elem.tag == "Strikeout":
186			result.extend(elem.content)
187			else:
188			result.append(elem)
189			return result
190
191
192			def main(doc: Doc \| None = None) -> Doc:
193			"""
194			Convert the pandoc document.
195
196			Arguments
197			---------
198			doc
199			The pandoc document
200
201			Returns
202			-------
203			Doc
204			The modified pandoc document
205			"""
206			return run_filters([alert, task], doc=doc)
207
208
209			if __name__ == "__main__":
210			main()
211

chdemko / pandoc-glfm

Push — develop ( 2ecf19...d105e9 )

pandoc_glfm._main.alert() F

Complexity

Size

Duplication

Importance

How to fix Long Method Complexity

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