codingnow - pypi Package Compare versions

Comparing version 0.1.51 to 0.1.52

codingnow/learning/coding/Chapters/chapter_baseball_game.py

+import random
+
+# Black	30	\033[30m
+# Red	31	\033[31m
+# Green	32	\033[32m
+# Yellow	33	\033[33m
+# Blue	34	\033[34m
+# White	37	\033[37m
+# 초기화	0	\033[0m (반드시 끝에 넣어줘야 다음 줄에 영향이 없음)
+
+class Chapter_baseball_game:
+    chapter = '야구게임'
+    step = 1   
+    step_min = 1
+    step_max = 1
+    title = "간단한 게임"
+    correct = 0
+    guide_line_max = 50
+    
+    answer_limit_count = 10
+    answer_count = 0
+    strike = 0
+    ball = 0
+    
+    
+    def __init__(self):
+        print("\033[32m=" * self.guide_line_max)
+        print(f"코딩 테스트 - {self.title} : {self.chapter}")
+        print("설명: 같은 자리의 수는 스트라이크, 다른 자리의 수는 볼이 출력됩니다.")
+        print(f"현재 챕터는 총 {self.step_max} 단계입니다.")
+        print()
+        print("사용법:")
+        print(" 1. lower = coding.get_option('lower')  # 하위값")
+        print(" 2. upper = coding.get_option('upper')  # 상위값")
+        print(" 3. if coding.answer(answer) == False:  # 정답을 맞추거나 제한횟수를 넘으면 False 반환")
+        print(" 4. result =coding.get()  # 현재 결과 값 반환 ('up', 'down', '정답')")
+        
+        print("=" * self.guide_line_max,end='')
+        print("\033[0m",end='')
+        print("\n"*1)
+        
+        print("\033[34m",end='')
+        print("=" * self.guide_line_max,end='')
+        print("\033[0m")
+    
+    
+    def start(self):
+        if self.step < self.step_min or self.step > self.step_max:
+            print(f"잘못된 단계를 입력했습니다. {self.step_min} ~ {self.step_max}.")
+            return
+        
+        print("\033[34m",end='')
+        print(f"[{self.step} 단계] ",end='')
+        print("\033[0m")
+
+        self.strike = 0
+        self.ball = 0
+        self.correct = ''.join(random.sample(['1','2','3','4','5','6','7','8','9'],3))
+
+        self.answer_limit_count = 100
+        self.answer_count = 0
+        self.is_return_operation = True
+        print("\033[34m",end='')
+        print(f"[문제 설명] 3자리 숫자를 맞춰보세요! (중복 숫자 없음) ",end='')
+        print(f"정답 값: {self.correct}")
+        print("=" * self.guide_line_max,end='')
+        print("\033[0m")
+                
+    def get(self):
+        return {"strike": self.strike, "ball": self.ball}
+    
+    def get_operation(self):
+        return {"strike": self.strike, "ball": self.ball}
+
+    def answer(self, answer):
+        self.answer_count += 1
+        print(f"\n\033[31m[결과 확인] 입력 값: {answer} 시도횟수 : {self.answer_count}\033[0m")
+        # print()
+        answer = str(answer)
+        self.strike = 0
+        self.ball = 0
+        for i in range(3):
+            if answer[i] == self.correct[i]:
+                self.strike += 1
+            elif answer[i] in self.correct:
+                self.ball += 1
+        print(f"\033[33m스트라이크: {self.strike}, 볼: {self.ball}\033[0m")
+        
+        if answer == self.correct:
+            print("\033[31m정답!!\033[0m")
+            print()
+            
+            self.step += 1
+            if self.step > self.step_max:
+                print("축하합니다! 모든 단계를 완료했습니다.")
+                self.step = self.step_max
+                print("=" * self.guide_line_max)
+                print()
+                return False
+            else:                
+                print("\033[34m",end='')
+                print("=" * self.guide_line_max,end='')
+                print("\033[0m")
+                # print(f"다음 단계로 이동합니다. Step: {self.step}")
+                self.next()
+                # print()
+                return False
+        elif self.answer_count >= self.answer_limit_count:
+            print(f"\n\033[31m답안 시도 횟수 초과!! 정답은 {self.correct} 입니다.\033[0m")
+            print("=" * self.guide_line_max)
+            print()
+            return False
+        else:
+            print("=" * self.guide_line_max)
+            print()
+            return True
+
+    def next(self):
+        if self.step <= self.step_max:
+            self.start()
+        else:
+            print("이미 마지막 단계입니다.")
+            
+            
+    def print_options(self):
+        print("\033[33m",end='')
+        print()
+        print("[옵션 정보]")
+        print(f" * operation (현재결과) : {(self.strike, self.ball)}")
+        print("\033[0m")
+        
+    def get_option(self, cmd):
+        if cmd == 'operation':
+            return (self.strike, self.ball)
+        else:
+            return None

codingnow/learning/coding/Chapters/chapter_find_number.py

+import random
+
+# Black	30	\033[30m
+# Red	31	\033[31m
+# Green	32	\033[32m
+# Yellow	33	\033[33m
+# Blue	34	\033[34m
+# White	37	\033[37m
+# 초기화	0	\033[0m (반드시 끝에 넣어줘야 다음 줄에 영향이 없음)
+
+class Chapter_find_number:
+    chapter = '숫자 맞추기'
+    step = 1   
+    step_min = 1
+    step_max = 1
+    title = "간단한 게임"
+    number_lower = 1
+    number_upper = 100
+    correct = 0
+    guide_line_max = 50
+    operation = ['up', 'down','정답']
+    current_operation = '없음'
+    is_return_operation = False
+    
+    answer_limit_count = 10
+    answer_count = 0
+    
+    
+    def __init__(self):
+        print("\033[32m=" * self.guide_line_max)
+        print(f"코딩 테스트 - {self.title} : {self.chapter}")
+        print("설명: 입력한 숫자보다 크면 'up', 작으면 'down', 같으면 '정답'이 출력됩니다.")
+        print(f"출력되는 값 : {self.operation}")
+        print(f"현재 챕터는 총 {self.step_max} 단계입니다.")
+        print()
+        print("사용법:")
+        print(" 1. lower = coding.get_option('lower')  # 하위값")
+        print(" 2. upper = coding.get_option('upper')  # 상위값")
+        print(" 3. if coding.answer(answer) == False:  # 정답을 맞추거나 제한횟수를 넘으면 False 반환")
+        print(" 4. result =coding.get()  # 현재 결과 값 반환 ('up', 'down', '정답')")
+        
+        print("=" * self.guide_line_max,end='')
+        print("\033[0m",end='')
+        print("\n"*1)
+        
+        print("\033[34m",end='')
+        print("=" * self.guide_line_max,end='')
+        print("\033[0m")
+    
+    
+    def start(self):
+        if self.step < self.step_min or self.step > self.step_max:
+            print(f"잘못된 단계를 입력했습니다. {self.step_min} ~ {self.step_max}.")
+            return
+        
+        print("\033[34m",end='')
+        print(f"[{self.step} 단계] ",end='')
+        print("\033[0m")
+        self.problem_idx = 0
+        
+        self.number_upper = (self.step) * 100
+        self.correct = random.randint(self.number_lower, self.number_upper)
+
+        self.answer_limit_count = 10
+        self.answer_count = 0
+        self.is_return_operation = True
+        print("\033[34m",end='')
+        print(f"[문제 설명] 주어진 숫자를 맞추세요. 숫자는 {self.number_lower} 부터 {self.number_upper} 사이입니다.")
+        print("=" * self.guide_line_max,end='')
+        print("\033[0m")
+                
+    def get(self):
+        return self.current_operation
+    
+    def get_operation(self):
+        return self.current_operation
+    
+    def answer(self, answer):
+        self.answer_count += 1
+        print(f"\n\033[31m[결과 확인] 입력 값: {answer} 시도횟수 : {self.answer_count}\033[0m")
+        # print(f"정답 값: {self.correct}")
+        # print()
+        if answer == self.correct:
+            print("\033[31m정답!!\033[0m")
+            print()
+            
+            self.step += 1
+            if self.step > self.step_max:
+                print("축하합니다! 모든 단계를 완료했습니다.")
+                self.step = self.step_max
+                print("=" * self.guide_line_max)
+                print()
+                return False
+            else:                
+                print("\033[34m",end='')
+                print("=" * self.guide_line_max,end='')
+                print("\033[0m")
+                # print(f"다음 단계로 이동합니다. Step: {self.step}")
+                self.next()
+                # print()
+                return False
+        elif self.answer_count >= self.answer_limit_count:
+            print(f"\n\033[31m답안 시도 횟수 초과!! 정답은 {self.correct} 입니다.\033[0m")
+            print("=" * self.guide_line_max)
+            print()
+            return False
+        elif answer < self.correct:
+            self.current_operation = 'up'
+            print("\033[33mup\033[0m")
+            print("=" * self.guide_line_max)
+            print()
+            return True
+        else:
+            self.current_operation = 'down'
+            print("\033[33mdown\033[0m")
+            print("=" * self.guide_line_max)
+            print()
+            return True
+
+    def next(self):
+        if self.step <= self.step_max:
+            self.start()
+        else:
+            print("이미 마지막 단계입니다.")
+            
+            
+    def print_options(self):
+        print("\033[33m",end='')
+        print()
+        print("[옵션 정보]")
+        print(f" * operation (현재결과) : {self.current_operation}")
+        print(f" * lower     (하위값): {self.number_lower}")
+        print(f" * upper     (상위값): {self.number_upper}",end='')
+        print("\033[0m")
+        
+    def get_option(self, cmd):
+        if cmd == 'operation':
+            return self.current_operation
+        elif cmd == 'lower':
+            return self.number_lower
+        elif cmd == 'upper':
+            return self.number_upper
+        else:
+            return None

codingnow/learning/coding/example/Chapter_02/main_03.py

+import codingnow
+
+coding = codingnow.CodingTest()
+coding.start(2)
+
+values = []
+
+while True:
+    value = coding.get()
+    if value == 'END':
+        break
+    values.append(value)
+    
+print(values)

codingnow/learning/coding/example/Chapter_03/__init__.py

codingnow/learning/coding/example/Chapter_03/main_00.py

+# import os
+# os.system('pip install codingnow --upgrade')
+from codingnow.learning.coding.codingTest import *
+
+coding = CodingTest()
+coding.start(chapter=2)
+
+coding.print_options()
+
+oop = coding.get_option('operation')
+print('oop:', oop)
+
+length = coding.get_option('length')
+print('length:', length)

codingnow/learning/coding/example/Chapter_03/main_01.py

+# import os
+# os.system('pip install codingnow --upgrade')
+from codingnow.learning.coding.codingTest import *
+
+coding = CodingTest()
+coding.start(chapter=2)
+
+#최대 값
+a = coding.get()
+b = coding.get()
+
+if a > b:
+    c = a
+else:
+    c = b
+
+coding.answer(c)
+
+#최소 값
+a = coding.get()
+b = coding.get()
+if a < b:
+    c = a
+else:
+    c = b
+
+coding.answer(c)
+
+
+#짝수개수
+a = coding.get()
+b = coding.get()
+
+cnt = 0
+if a % 2 == 0:
+    cnt += 1
+if b % 2 == 0:
+    cnt += 1
+coding.answer(cnt)
+        
+    
+#짝수개수
+a = coding.get()
+b = coding.get()
+
+cnt = 0
+if a % 2 == 1:
+    cnt += 1
+if b % 2 == 1:
+    cnt += 1
+coding.answer(cnt)
+
+#합계
+a = coding.get()
+b = coding.get()
+c = a + b
+coding.answer(c)
+
+#평균
+a = coding.get()
+b = coding.get()
+c = a + b
+c = c / 2
+coding.answer(c)

codingnow/learning/coding/example/Chapter_03/main_02.py

+# import os
+# os.system('pip install codingnow --upgrade')
+from codingnow.learning.coding.codingTest import *
+
+coding = CodingTest()
+coding.start(chapter=2)
+
+while True:
+    values = []
+    op = ''
+
+    while True:
+        value = coding.get()
+        if value == 'END':
+            break
+        
+        if value in ['최대', '최소', '짝수개수', '홀수개수', '합계', '평균']:
+            op = value
+            continue
+        
+        values.append(value)   
+
+    if op == '최대':
+        answer = max(values)
+    elif op == '최소':
+        answer = min(values)
+    elif op == '짝수개수':
+        answer = sum(1 for v in values if v % 2 == 0)
+    elif op == '홀수개수':
+        answer = sum(1 for v in values if v % 2 == 1)
+    elif op == '합계':
+        answer = sum(values)
+    elif op == '평균':
+        answer = sum(values) / len(values)
+
+    result = coding.answer(answer)
+    if result:
+        continue
+    else:
+        break

codingnow.egg-info/PKG-INFO

 Metadata-Version: 2.1
 Name: codingnow
-Version: 0.1.51
+Version: 0.1.52
 Summary: A simple example Python package
@@ -5,0 +5,0 @@ Home-page: https://github.com/cflab2017/codingnow_py

codingnow.egg-info/SOURCES.txt

@@ -68,3 +68,4 @@ LICENSE
 codingnow/learning/coding/Chapters/chapter_03.py
-codingnow/learning/coding/Chapters/chapter_04.py
+codingnow/learning/coding/Chapters/chapter_baseball_game.py
+codingnow/learning/coding/Chapters/chapter_find_number.py
 codingnow/learning/coding/example/__init__.py
@@ -77,5 +78,9 @@ codingnow/learning/coding/example/Chapter_01/__init__.py
 codingnow/learning/coding/example/Chapter_02/__init__.py
-codingnow/learning/coding/example/Chapter_02/main_00.py
 codingnow/learning/coding/example/Chapter_02/main_01.py
 codingnow/learning/coding/example/Chapter_02/main_02.py
+codingnow/learning/coding/example/Chapter_02/main_03.py
+codingnow/learning/coding/example/Chapter_03/__init__.py
+codingnow/learning/coding/example/Chapter_03/main_00.py
+codingnow/learning/coding/example/Chapter_03/main_01.py
+codingnow/learning/coding/example/Chapter_03/main_02.py
 codingnow/learning/exam_led_ctrl/exam_0.py
@@ -82,0 +87,0 @@ codingnow/learning/exam_led_ctrl/exam_1.py

codingnow/codingTest.py

 from codingnow.learning.coding.Chapters.chapter_01 import *
 from codingnow.learning.coding.Chapters.chapter_02 import *
 from codingnow.learning.coding.Chapters.chapter_03 import *
-from codingnow.learning.coding.Chapters.chapter_04 import *
+from codingnow.learning.coding.Chapters.chapter_find_number import *
+from codingnow.learning.coding.Chapters.chapter_baseball_game import *
         
@@ -10,3 +11,6 @@ class CodingTest:
     def __init__(self):
-        pass
+        print()
+        print("\033[31m",end='')
+        print("코딩 테스트 시작 1~5",end='')
+        print("\033[0m")
         
@@ -25,4 +29,7 @@ def start(self,chapter):
         elif self.chapter == 4:
-            self.instance = Chapter_04()
+            self.instance = Chapter_find_number()
             self.instance.start()
+        elif self.chapter == 5:
+            self.instance = Chapter_baseball_game()
+            self.instance.start()
         else:
@@ -32,2 +39,5 @@ print("해당 챕터는 준비중입니다.")
     def get(self):
+        print(" \033[34m",end='')
+        print("get -> ",end='')
+        print("\033[0m",end='')
         return self.instance.get()
@@ -34,0 +44,0 @@

codingnow/learning/coding/Chapters/chapter_01.py

@@ -30,2 +30,3 @@ import random
         print("설명: 주어진 숫자의 사칙연산 값을 구하세요.")
+        print(f"{self.operation}")
         print(f"현재 챕터는 총 {self.step_max} 단계입니다.")
@@ -97,3 +98,3 @@ print()
                 print("\033[33m",end='')
-                print(f" 연산자: {self.current_operation}",end='')
+                print(f"{self.current_operation}",end='')
                 print("\033[0m")
@@ -104,3 +105,3 @@ self.is_return_operation = False
             print("\033[33m",end='')
-            print(f"      END",end='')        
+            print(f"END",end='')        
             print("\033[0m")
@@ -112,3 +113,3 @@ return 'END'
         print("\033[33m",end='')
-        print(f" 문제값: {value}",end='')        
+        print(f"{value}",end='')        
         print("\033[0m")
@@ -115,0 +116,0 @@ self.problem_idx += 1

codingnow/learning/coding/Chapters/chapter_02.py

@@ -15,4 +15,4 @@ import random
     step_min = 1
-    step_max = 20
-    title = "조건문과 비교연산"
+    step_max = 6
+    title = "리스트 사용법 익히기"
     problem_lst = []
@@ -22,4 +22,4 @@ problem_idx = 0
     guide_line_max = 50
-    operation = ['최대', '최소','짝수개수', '홀수개수', '합계','평균']
-    current_operation = '최대'
+    operation = ['추가', '길이', '합', '평균', '짝수합', '홀수합']
+    current_operation = 'append'
     is_return_operation = False
@@ -31,3 +31,3 @@
         print(f"코딩 테스트 - Chapter {self.chapter}: {self.title}")
-        print("설명: 주어진 숫자의 조건문과 비교연산을 사용하세요.")
+        print("설명: 리스트를 생성하고 다양한 연산을 사용하세요.")
         print(f"{self.operation}를 구합니다.")
@@ -61,36 +61,61 @@ print(f"현재 챕터는 총 {self.step_max} 단계입니다.")
         
-        if self.step <= 6:
-            self.problem_lst = [random.randint(10,100) for _ in range(2) ]
-            self.current_operation = self.operation[self.step - 1]
-        elif self.step <= 12:
-            self.problem_lst = [random.randint(10,100) for _ in range(4) ]
-            self.current_operation = self.operation[(self.step - 1) % 6]
-        else:
-            self.problem_lst = [random.randint(10,100) for _ in range(10) ]
-            self.current_operation = random.choice(self.operation)
-            print("\033[31m",end='')
-            print("현재 단계는 랜덤 연산자 단계입니다.",end='')
-            print("\033[0m")
+        self.problem_lst = [random.randint(10,100) for _ in range(random.randint(10,20)) ]
+        self.current_operation = self.operation[self.step - 1]
+            
+        # elif self.step <= 12:
+        #     self.problem_lst = [random.randint(10,100) for _ in range(20) ]
+        #     self.current_operation = self.operation[(self.step - 1) % 6]
+        # else:
+        #     self.problem_lst = [random.randint(10,100) for _ in range(30) ]
+        #     self.current_operation = random.choice(self.operation)
+        #     print("\033[31m",end='')
+        #     print("현재 단계는 랜덤 연산자 단계입니다.",end='')
+        #     print("\033[0m")
         
         self.is_return_operation = True
         print("\033[34m",end='')
-        if self.current_operation == '최대':
-            print("주어진 숫자 중 최대값을 구하세요.")
-            self.correct = max(self.problem_lst)
-        elif self.current_operation == '최소':
-            print("주어진 숫자 중 최소값을 구하세요.")
-            self.correct = min(self.problem_lst)
-        elif self.current_operation == '짝수개수':
-            print("주어진 숫자 중 짝수의 개수를 구하세요.")
-            self.correct = sum(1 for x in self.problem_lst if x % 2 == 0)
-        elif self.current_operation == '홀수개수':
-            print("주어진 숫자 중 홀수의 개수를 구하세요.")
-            self.correct = sum(1 for x in self.problem_lst if x % 2 != 0)
-        elif self.current_operation == '합계':
-            print("주어진 숫자의 합계를 구하세요.")
+        if self.current_operation == '추가':
+            print("주어진 숫자를 리스트에 추가하고 리스트를 반환하세요.")
+            print()
+            print(f" 힌트")
+            print(f" values = []  # 빈 리스트 생성")
+            print(f" values.append(value)  # 리스트에 값 추가")
+            print()
+            self.correct = self.problem_lst
+        elif self.current_operation == '합':
+            print("리스트에 있는 숫자들의 합계를 구하세요.")
+            print()
+            print(f" 힌트")
+            print(f" result = sum(values)  # 리스트의 합구하기")
+            print()
             self.correct = sum(self.problem_lst)
         elif self.current_operation == '평균':
-            print("주어진 숫자의 평균값을 구하세요.")
+            print("리스트에 있는 숫자들의 평균값을 구하세요.")
             self.correct = sum(self.problem_lst) / len(self.problem_lst)
+        elif self.current_operation == '길이':
+            print("리스트에 있는 숫자들의 개수를 구하세요.")
+            print()
+            print(f" 힌트")
+            print(f" result = len(values)  # 리스트의 길이 구하기")
+            print()
+            self.correct = len(self.problem_lst)
+        elif self.current_operation == '짝수합':
+            print("리스트에 있는 숫자들 중 짝수 값들의 합계를 구하세요.")
+            print()
+            print(f" 힌트")
+            print(f" for val in values: # 리스트에서 한개씩 값 꺼내기")
+            print()
+            self.correct = sum(x for x in self.problem_lst if x % 2 == 0)
+        elif self.current_operation == '홀수합':
+            print("리스트에 있는 숫자들 중 홀수 값들의 합계를 구하세요.")
+            print()
+            print(f" 힌트")
+            print(f" for val in values: # 리스트에서 한개씩 값 꺼내기")
+            print()
+            self.correct = sum(x for x in self.problem_lst if x % 2 != 0)
             
+        # elif self.current_operation == 'del':
+        #     print("리스트에 있는 숫자들 중 짝수 값을 모두 삭제한 리스트를 구하세요.")
+        #     self.correct = [x for x in self.problem_lst if x % 2 != 0]
+            
         print(f" * 문제값 : {len(self.problem_lst)}개")
@@ -105,3 +130,3 @@ print(f" * 연산자 : 1개")
                 print("\033[33m",end='')
-                print(f" 연산자: {self.current_operation}",end='')
+                print(f"{self.current_operation}",end='')
                 print("\033[0m")
@@ -112,3 +137,3 @@ self.is_return_operation = False
             print("\033[33m",end='')
-            print(f"      END",end='')        
+            print(f"END",end='')        
             print("\033[0m")
@@ -120,3 +145,3 @@ return 'END'
         print("\033[33m",end='')
-        print(f" 문제값: {value}",end='')        
+        print(f"{value}",end='')        
         print("\033[0m")
@@ -129,5 +154,6 @@ self.problem_idx += 1
     
-    def answer(self, answer):
+    def answer(self, answer:list):
         print(f"\n\033[31m[결과 확인]\n 입력 값: {answer}\n 정답 값: {self.correct}\033[0m")
         print()
+        
         if answer == self.correct:
@@ -134,0 +160,0 @@ print("정답!!")

codingnow/learning/coding/Chapters/chapter_03.py

@@ -15,28 +15,25 @@ import random
     step_min = 1
-    step_max = 1
-    title = "간단한 게임 : 숫자 맞추기"
-    number_lower = 1
-    number_upper = 100
+    step_max = 20
+    title = "조건문과 비교연산"
+    problem_lst = []
+    problem_idx = 0 
     correct = 0
     guide_line_max = 50
-    operation = ['up', 'down','정답']
-    current_operation = '없음'
+    operation = ['최대', '최소','짝수개수', '홀수개수', '합계','평균']
+    current_operation = '최대'
     is_return_operation = False
     
-    answer_limit_count = 10
-    answer_count = 0
     
-    
     def __init__(self):
         print("\033[32m=" * self.guide_line_max)
         print(f"코딩 테스트 - Chapter {self.chapter}: {self.title}")
-        print("설명: 입력한 숫자보다 크면 'up', 작으면 'down', 같으면 '정답'이 출력됩니다.")
-        print(f"출력되는 값 : {self.operation}")
+        print("설명: 주어진 숫자의 조건문과 비교연산을 사용하세요.")
+        print(f"{self.operation}를 구합니다.")
         print(f"현재 챕터는 총 {self.step_max} 단계입니다.")
         print()
         print("사용법:")
-        print(" 1. lower = coding.get_option('lower')  # 하위값")
-        print(" 2. upper = coding.get_option('upper')  # 상위값")
-        print(" 3. if coding.answer(answer) == False:  # 정답을 맞추거나 제한횟수를 넘으면 False 반환")
-        print(" 4. result =coding.get()  # 현재 결과 값 반환 ('up', 'down', '정답')")
+        print(" 1. result = coding.get()  # 생성된 문제값을 순서대로 반환, 반환값이 없으면 'END' 반환")
+        print(" 2. if coding.answer(answer) == False:  # 틀리거나 모든 문제를 통과하면 False 반환")
+        print(" 3. coding.print_options()  # 사용가능한 옵션 정보 출력")
+        print(" 4. value = coding.get_option(cmd)  # 옵션값 반환 (cmd: operation, length)")
         
@@ -62,10 +59,38 @@ print("=" * self.guide_line_max,end='')
         
-        self.number_upper = (self.step) * 100
-        self.correct = random.randint(self.number_lower, self.number_upper)
-
-        self.answer_limit_count = 10
-        self.answer_count = 0
+        if self.step <= 6:
+            self.problem_lst = [random.randint(10,100) for _ in range(2) ]
+            self.current_operation = self.operation[self.step - 1]
+        elif self.step <= 12:
+            self.problem_lst = [random.randint(10,100) for _ in range(4) ]
+            self.current_operation = self.operation[(self.step - 1) % 6]
+        else:
+            self.problem_lst = [random.randint(10,100) for _ in range(10) ]
+            self.current_operation = random.choice(self.operation)
+            print("\033[31m",end='')
+            print("현재 단계는 랜덤 연산자 단계입니다.",end='')
+            print("\033[0m")
+        
         self.is_return_operation = True
         print("\033[34m",end='')
-        print(f"[문제 설명] 주어진 숫자를 맞추세요. 숫자는 {self.number_lower} 부터 {self.number_upper} 사이입니다.")
+        if self.current_operation == '최대':
+            print("주어진 숫자 중 최대값을 구하세요.")
+            self.correct = max(self.problem_lst)
+        elif self.current_operation == '최소':
+            print("주어진 숫자 중 최소값을 구하세요.")
+            self.correct = min(self.problem_lst)
+        elif self.current_operation == '짝수개수':
+            print("주어진 숫자 중 짝수의 개수를 구하세요.")
+            self.correct = sum(1 for x in self.problem_lst if x % 2 == 0)
+        elif self.current_operation == '홀수개수':
+            print("주어진 숫자 중 홀수의 개수를 구하세요.")
+            self.correct = sum(1 for x in self.problem_lst if x % 2 != 0)
+        elif self.current_operation == '합계':
+            print("주어진 숫자의 합계를 구하세요.")
+            self.correct = sum(self.problem_lst)
+        elif self.current_operation == '평균':
+            print("주어진 숫자의 평균값을 구하세요.")
+            self.correct = sum(self.problem_lst) / len(self.problem_lst)
+            
+        print(f" * 문제값 : {len(self.problem_lst)}개")
+        print(f" * 연산자 : 1개")
         print("=" * self.guide_line_max,end='')
@@ -75,3 +100,22 @@ print("\033[0m")
     def get(self):
-        return self.current_operation
+        if self.problem_idx >= len(self.problem_lst):
+            if self.is_return_operation:
+                print("\033[33m",end='')
+                print(f"{self.current_operation}",end='')
+                print("\033[0m")
+                self.is_return_operation = False
+                return self.current_operation
+            
+            print("\033[33m",end='')
+            print(f"END",end='')        
+            print("\033[0m")
+            return 'END'
+        
+        value = self.problem_lst[self.problem_idx]
+        
+        print("\033[33m",end='')
+        print(f"{value}",end='')        
+        print("\033[0m")
+        self.problem_idx += 1
+        return value
     
@@ -82,8 +126,6 @@ def get_operation(self):
     def answer(self, answer):
-        self.answer_count += 1
-        print(f"\n\033[31m[결과 확인] 입력 값: {answer} 시도횟수 : {self.answer_count}\033[0m")
-        # print(f"정답 값: {self.correct}")
-        # print()
+        print(f"\n\033[31m[결과 확인]\n 입력 값: {answer}\n 정답 값: {self.correct}\033[0m")
+        print()
         if answer == self.correct:
-            print("\033[31m정답!!\033[0m")
+            print("정답!!")
             print()
@@ -98,3 +140,4 @@
                 return False
-            else:                
+            else:
+                
                 print("\033[34m",end='')
@@ -106,20 +149,8 @@ print("=" * self.guide_line_max,end='')
                 # print()
-                return False
-        elif self.answer_count >= self.answer_limit_count:
-            print(f"\n\033[31m답안 시도 횟수 초과!! 정답은 {self.correct} 입니다.\033[0m")
+                return True
+        else:
+            print(f"오답!! 정답은 {self.correct} 입니다.")
             print("=" * self.guide_line_max)
             print()
             return False
-        elif answer < self.correct:
-            self.current_operation = 'up'
-            print("\033[33mup\033[0m")
-            print("=" * self.guide_line_max)
-            print()
-            return True
-        else:
-            self.current_operation = 'down'
-            print("\033[33mdown\033[0m")
-            print("=" * self.guide_line_max)
-            print()
-            return True
 
@@ -137,5 +168,4 @@ def next(self):
         print("[옵션 정보]")
-        print(f" * operation (현재결과) : {self.current_operation}")
-        print(f" * lower     (하위값): {self.number_lower}")
-        print(f" * upper     (상위값): {self.number_upper}",end='')
+        print(f" * operation (현재 연산자): {self.current_operation}")
+        print(f" * length    (문제값 개수): {len(self.problem_lst)}",end='')
         print("\033[0m")
@@ -146,7 +176,5 @@
             return self.current_operation
-        elif cmd == 'lower':
-            return self.number_lower
-        elif cmd == 'upper':
-            return self.number_upper
+        elif cmd == 'length':
+            return len(self.problem_lst)
         else:
             return None

codingnow/learning/coding/codingTest.py

 from codingnow.learning.coding.Chapters.chapter_01 import *
 from codingnow.learning.coding.Chapters.chapter_02 import *
 from codingnow.learning.coding.Chapters.chapter_03 import *
-from codingnow.learning.coding.Chapters.chapter_04 import *
+from codingnow.learning.coding.Chapters.chapter_find_number import *
+from codingnow.learning.coding.Chapters.chapter_baseball_game import *
         
@@ -10,3 +11,6 @@ class CodingTest:
     def __init__(self):
-        pass
+        print()
+        print("\033[31m",end='')
+        print("코딩 테스트 시작 1~5",end='')
+        print("\033[0m")
         
@@ -25,4 +29,7 @@ def start(self,chapter):
         elif self.chapter == 4:
-            self.instance = Chapter_04()
+            self.instance = Chapter_find_number()
             self.instance.start()
+        elif self.chapter == 5:
+            self.instance = Chapter_baseball_game()
+            self.instance.start()
         else:
@@ -32,2 +39,5 @@ print("해당 챕터는 준비중입니다.")
     def get(self):
+        print(" \033[34m",end='')
+        print("get -> ",end='')
+        print("\033[0m",end='')
         return self.instance.get()
@@ -34,0 +44,0 @@

codingnow/learning/coding/example/Chapter_02/main_01.py

@@ -1,64 +0,5 @@
-# import os
-# os.system('pip install codingnow --upgrade')
-from codingnow.learning.coding.codingTest import *
+import codingnow
 
-coding = CodingTest()
-coding.start(chapter=2)
+coding = codingnow.CodingTest()
+coding.start(2)
 
-#최대 값
-a = coding.get()
-b = coding.get()
-
-if a > b:
-    c = a
-else:
-    c = b
-
-coding.answer(c)
-
-#최소 값
-a = coding.get()
-b = coding.get()
-if a < b:
-    c = a
-else:
-    c = b
-
-coding.answer(c)
-
-
-#짝수개수
-a = coding.get()
-b = coding.get()
-
-cnt = 0
-if a % 2 == 0:
-    cnt += 1
-if b % 2 == 0:
-    cnt += 1
-coding.answer(cnt)
-        
-    
-#짝수개수
-a = coding.get()
-b = coding.get()
-
-cnt = 0
-if a % 2 == 1:
-    cnt += 1
-if b % 2 == 1:
-    cnt += 1
-coding.answer(cnt)
-
-#합계
-a = coding.get()
-b = coding.get()
-c = a + b
-coding.answer(c)
-
-#평균
-a = coding.get()
-b = coding.get()
-c = a + b
-c = c / 2
-coding.answer(c)

codingnow/learning/coding/example/Chapter_02/main_02.py

@@ -1,12 +0,11 @@
-# import os
-# os.system('pip install codingnow --upgrade')
-from codingnow.learning.coding.codingTest import *
+import codingnow
 
-coding = CodingTest()
-coding.start(chapter=2)
+coding = codingnow.CodingTest()
+coding.start(2)
 
+
 while True:
     values = []
     op = ''
-
+    result = 0
     while True:
@@ -16,26 +15,23 @@ value = coding.get()
             break
-        
-        if value in ['최대', '최소', '짝수개수', '홀수개수', '합계', '평균']:
+        if value in ['추가', '합', '평균', '길이', '짝수합', '홀수합']:
             op = value
             continue
         
-        values.append(value)   
-
-    if op == '최대':
-        answer = max(values)
-    elif op == '최소':
-        answer = min(values)
-    elif op == '짝수개수':
-        answer = sum(1 for v in values if v % 2 == 0)
-    elif op == '홀수개수':
-        answer = sum(1 for v in values if v % 2 == 1)
-    elif op == '합계':
-        answer = sum(values)
+        values.append(value)
+        
+    if op == '추가':
+        result = values
+    elif op == '합':
+        result = sum(values)
     elif op == '평균':
-        answer = sum(values) / len(values)
+        result = sum(values) / len(values) if values else 0
+    elif op == '길이':
+        result = len(values)
+    elif op == '짝수합':
+        result = sum(v for v in values if v % 2 == 0)
+    elif op == '홀수합':
+        result = sum(v for v in values if v % 2 != 0)
+        
+    if coding.answer(result) == False:
+        break
 
-    result = coding.answer(answer)
-    if result:
-        continue
-    else:
-        break

PKG-INFO

 Metadata-Version: 2.1
 Name: codingnow
-Version: 0.1.51
+Version: 0.1.52
 Summary: A simple example Python package
@@ -5,0 +5,0 @@ Home-page: https://github.com/cflab2017/codingnow_py

setup.py

@@ -5,3 +5,3 @@ from setuptools import setup, find_packages
     name='codingnow',
-    version='0.1.51',
+    version='0.1.52',
     author='codingnow',
@@ -8,0 +8,0 @@ author_email='[e-mail]',

codingnow/learning/coding/Chapters/chapter_04.py

-import random
-
-# Black	30	\033[30m
-# Red	31	\033[31m
-# Green	32	\033[32m
-# Yellow	33	\033[33m
-# Blue	34	\033[34m
-# White	37	\033[37m
-# 초기화	0	\033[0m (반드시 끝에 넣어줘야 다음 줄에 영향이 없음)
-
-class Chapter_04:
-    chapter = 4
-    step = 1   
-    step_min = 1
-    step_max = 1
-    title = "간단한 게임 : 야구게임"
-    correct = 0
-    guide_line_max = 50
-    
-    answer_limit_count = 10
-    answer_count = 0
-    strike = 0
-    ball = 0
-    
-    
-    def __init__(self):
-        print("\033[32m=" * self.guide_line_max)
-        print(f"코딩 테스트 - Chapter {self.chapter}: {self.title}")
-        print("설명: 같은 자리의 수는 스트라이크, 다른 자리의 수는 볼이 출력됩니다.")
-        print(f"현재 챕터는 총 {self.step_max} 단계입니다.")
-        print()
-        print("사용법:")
-        print(" 1. lower = coding.get_option('lower')  # 하위값")
-        print(" 2. upper = coding.get_option('upper')  # 상위값")
-        print(" 3. if coding.answer(answer) == False:  # 정답을 맞추거나 제한횟수를 넘으면 False 반환")
-        print(" 4. result =coding.get()  # 현재 결과 값 반환 ('up', 'down', '정답')")
-        
-        print("=" * self.guide_line_max,end='')
-        print("\033[0m",end='')
-        print("\n"*1)
-        
-        print("\033[34m",end='')
-        print("=" * self.guide_line_max,end='')
-        print("\033[0m")
-    
-    
-    def start(self):
-        if self.step < self.step_min or self.step > self.step_max:
-            print(f"잘못된 단계를 입력했습니다. {self.step_min} ~ {self.step_max}.")
-            return
-        
-        print("\033[34m",end='')
-        print(f"[{self.step} 단계] ",end='')
-        print("\033[0m")
-
-        self.strike = 0
-        self.ball = 0
-        self.correct = ''.join(random.sample(['1','2','3','4','5','6','7','8','9'],3))
-
-        self.answer_limit_count = 100
-        self.answer_count = 0
-        self.is_return_operation = True
-        print("\033[34m",end='')
-        print(f"[문제 설명] 3자리 숫자를 맞춰보세요! (중복 숫자 없음) ",end='')
-        print(f"정답 값: {self.correct}")
-        print("=" * self.guide_line_max,end='')
-        print("\033[0m")
-                
-    def get(self):
-        return {"strike": self.strike, "ball": self.ball}
-    
-    def get_operation(self):
-        return {"strike": self.strike, "ball": self.ball}
-
-    def answer(self, answer):
-        self.answer_count += 1
-        print(f"\n\033[31m[결과 확인] 입력 값: {answer} 시도횟수 : {self.answer_count}\033[0m")
-        # print()
-        answer = str(answer)
-        self.strike = 0
-        self.ball = 0
-        for i in range(3):
-            if answer[i] == self.correct[i]:
-                self.strike += 1
-            elif answer[i] in self.correct:
-                self.ball += 1
-        print(f"\033[33m스트라이크: {self.strike}, 볼: {self.ball}\033[0m")
-        
-        if answer == self.correct:
-            print("\033[31m정답!!\033[0m")
-            print()
-            
-            self.step += 1
-            if self.step > self.step_max:
-                print("축하합니다! 모든 단계를 완료했습니다.")
-                self.step = self.step_max
-                print("=" * self.guide_line_max)
-                print()
-                return False
-            else:                
-                print("\033[34m",end='')
-                print("=" * self.guide_line_max,end='')
-                print("\033[0m")
-                # print(f"다음 단계로 이동합니다. Step: {self.step}")
-                self.next()
-                # print()
-                return False
-        elif self.answer_count >= self.answer_limit_count:
-            print(f"\n\033[31m답안 시도 횟수 초과!! 정답은 {self.correct} 입니다.\033[0m")
-            print("=" * self.guide_line_max)
-            print()
-            return False
-        else:
-            print("=" * self.guide_line_max)
-            print()
-            return True
-
-    def next(self):
-        if self.step <= self.step_max:
-            self.start()
-        else:
-            print("이미 마지막 단계입니다.")
-            
-            
-    def print_options(self):
-        print("\033[33m",end='')
-        print()
-        print("[옵션 정보]")
-        print(f" * operation (현재결과) : {(self.strike, self.ball)}")
-        print("\033[0m")
-        
-    def get_option(self, cmd):
-        if cmd == 'operation':
-            return (self.strike, self.ball)
-        else:
-            return None

codingnow/learning/coding/example/Chapter_02/main_00.py

-# import os
-# os.system('pip install codingnow --upgrade')
-from codingnow.learning.coding.codingTest import *
-
-coding = CodingTest()
-coding.start(chapter=2)
-
-coding.print_options()
-
-oop = coding.get_option('operation')
-print('oop:', oop)
-
-length = coding.get_option('length')
-print('length:', length)

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Improved metrics

Total package byte prevSize

261838

4.06%

Number of package files

98

5.38%

Lines of code

4140

5.96%