import(life): (question-pptx) Makes parsing regex more "general", add problem id, and add a script to generate 10 pptx.

3 files changed, 46 insertions, 11 deletions

diff --git a/works/life/question-pptx/.gitignore b/works/life/question-pptx/.gitignore
index 365e45e..1400b46 100644
--- a/works/life/question-pptx/.gitignore
+++ b/works/life/question-pptx/.gitignore
@@ -1 +1,5 @@
 test.pptx

+real-choose.txt

+real-judge.txt

+*.pptx

+question-pptx.zip

diff --git a/works/life/question-pptx/gen.ps1 b/works/life/question-pptx/gen.ps1
new file mode 100644
index 0000000..e7903c9
--- /dev/null
+++ b/works/life/question-pptx/gen.ps1
@@ -0,0 +1,4 @@
+foreach ($i in 1..10) {

+    py ./main.py

+    mv test.pptx "$i.pptx"

+}

diff --git a/works/life/question-pptx/main.py b/works/life/question-pptx/main.py
index b854060..6c4e9bb 100644
--- a/works/life/question-pptx/main.py
+++ b/works/life/question-pptx/main.py
@@ -6,38 +6,56 @@ from typing import Iterable
 

 # Chinese colon and English colon is different but both should be supported with love!

 choice_question_regex = re.compile(

-    r'(?P<problem_1>\S*?)[\(（](?P<answer>[a-dA-D])[\)）](?P<problem_2>\S*?)\s*[aA]\s+(?P<choice_a>\S+?)\s+[bB]\s*(?P<choice_b>\S+?)\s+[cC]\s*(?P<choice_c>\S+?)\s+[dD]\s*(?P<choice_d>\S+?)\s+', re.MULTILINE)

+    r'(?P<problem_id>\d+)\s*[\.、．]?\s*(?P<problem_1>.*?)[\(（]\s*(?P<answer>[a-eA-E])\s*[\)）](?P<problem_2>.*?)\s*[aA]\s*[\.、．]?\s*(?P<choice_a>\S+?)\s*[bB]\s*[\.、．]?\s*(?P<choice_b>\S+?)\s*[cC]\s*[\.、．]?\s*(?P<choice_c>\S+?)\s+([dD]\s*[\.、．]?\s*(?P<choice_d>\S+?)\s+)?([eE]\s*[\.、．]?\s*(?P<choice_e>\S+?)\s+)?', re.MULTILINE)

 

-choice_text = open('./choose.txt', 'r', encoding='utf-8').read()

+choice_text = open('./real-choose.txt', 'r', encoding='utf-8').read()

 

 questions = []

 

 for match in choice_question_regex.finditer(choice_text):

-    questions.append({

+    q = {

+        'id': int(match.group('problem_id')),

         'type': 'c',

         'problem': match.group('problem_1') + "（ ）" + match.group('problem_2'),

         'answer': match.group('answer').lower(),

         'choices': {

             'a': match.group('choice_a'),

             'b': match.group('choice_b'),

-            'c': match.group('choice_c'),

-            'd': match.group('choice_d')

+            'c': match.group('choice_c')

         }

-    })

+    }

+

+    if match.group('choice_d') != None:

+        q['choices']['d'] = match.group('choice_d')

+

+    if match.group('choice_e') != None:

+        q['choices']['e'] = match.group('choice_e')

+

+    questions.append(q)

+

+print(len(questions))

 

 judge_question_regex = re.compile(

-    r'(?P<problem>\S+?)\s*[\(（](?P<answer>[a-bA-B])[\)）]', re.MULTILINE)

+    r'(?P<problem_id>\d+)\s*[\.、．]?\s*(?P<problem>.+)\s*[\(（]\s*(?P<answer>[✓√×xX])\s*[\)）]', re.MULTILINE)

 

-judge_text = open('./judge.txt', 'r', encoding='utf-8').read()

+judge_text = open('./real-judge.txt', 'r', encoding='utf-8').read()

 

 

 for match in judge_question_regex.finditer(judge_text):

     questions.append({

+        'id': int(match.group('problem_id')),

         'type': 'j',

         'problem': match.group('problem'),

-        'answer': match.group('answer').lower()

+        'answer': '×' if match.group('answer') in '×xX' else '✓'

     })

 

+print(len(questions))

+

+id_list = [q['id'] for q in questions]

+id_list.sort()

+for i in range(606):

+    if not i in id_list:

+        print(i)

 

 random.shuffle(questions)

 

@@ -52,16 +70,19 @@ for question in questions:
     title = slide.shapes.add_textbox(Pt(20), Pt(40), Pt(680), Pt(50))

     problem = slide.shapes.add_textbox(Pt(20), Pt(120), Pt(680), Pt(350))

     answer = slide.shapes.add_textbox(Pt(560), Pt(450), Pt(40), Pt(40))

+    id = slide.shapes.add_textbox(Pt(20), Pt(480), Pt(80), Pt(40))

 

     if question['type'] == 'c':

         title.text = '选择题'

         problem.text = question['problem'] + '\n' + '\n'.join(

-            [choice.upper() + '. ' + question['choices'][choice]for choice in 'abcd'])

+            [choice.upper() + '. ' + question['choices'][choice]for choice in question['choices'].keys()])

         answer.text = question['answer'].upper()

     else:

         title.text = '判断题'

         problem.text = question['problem']

-        answer.text = '√' if question['answer'] == 'a' else '×'

+        answer.text = question['answer']

+

+    id.text = str(question['id'])

 

     title_text_frame: pptx.text.text.TextFrame = title.text_frame

     para: pptx.text.text._Paragraph

@@ -83,6 +104,12 @@ for question in questions:
         para.font.size = Pt(40)

         para.font.color.rgb = pptx.dml.color.RGBColor(255, 0, 0)

 

+    id_text_frame: pptx.text.text.TextFrame = id.text_frame

+    para: pptx.text.text._Paragraph

+    for para in id_text_frame.paragraphs:

+        para.font.size = Pt(20)

+        para.font.color.rgb = pptx.dml.color.RGBColor(128, 128, 128)

+

     buttons.append(slide.shapes.add_shape(pptx.enum.shapes.MSO_SHAPE.OVAL, Pt(

         660), Pt(460), Pt(40), Pt(40)))