Fixed Type Conflict by renaming test case functions

examples/expr2.py

@@ -1,10 +1,109 @@
-def main0():
-    x: i32
-    x = (2+3)*5
-    print(x)
+def is_lower():
+    # Case 1: When constant string is present
+    assert "".islower() == False
+    assert "APPLE".islower() == False
+    assert "4432632479".islower() == False
+    assert "%#$#$#32a".islower() == True
+    assert "apple".islower() == True
+    assert "apple is a fruit".islower() == True
 
-main0()
+    # Case 2: When variable string is present
+    s: str
+    s = ""
+    assert s.islower() == False
+    s = "APPLE"
+    assert s.islower() == False
+    s = "238734587"
+    assert s.islower() == False
+    s = "%#$#$#32a"
+    assert s.islower() == True
+    s = "apple"
+    assert s.islower() == True
+    s = "apple is a fruit"
+    assert s.islower() == True
 
-# Not implemented yet in LPython:
-#if __name__ == "__main__":
-#    main()
+def is_upper():
+        # Case 1: When constant string is present
+    assert "".isupper() == False
+    assert "apple".isupper() == False
+    assert "4432632479".isupper() == False
+    assert "%#$#$#32A".isupper() == True
+    assert "APPLE".isupper() == True
+    assert "APPLE IS A FRUIT".isupper() == True
+
+    # Case 2: When variable string is present
+    s: str
+    s = ""
+    assert s.isupper() == False
+    s = "apple"
+    assert s.isupper() == False
+    s = "238734587"
+    assert s.isupper() == False
+    s = "%#$#$#32A"
+    assert s.isupper() == True
+    s = "APPLE"
+    assert s.isupper() == True
+    s = "APPLE IS A FRUIT"
+    assert s.isupper() == True
+
+def is_decimal():
+    # Case 1: When constant string is present
+    assert "".isdecimal() == False
+    assert "apple".isdecimal() == False
+    assert "4432632479".isdecimal() == True
+    assert "%#$#$#32A".isdecimal() == False
+    assert "1.25".isdecimal() == False
+    assert "-325".isdecimal() == False
+    assert "12 35".isdecimal() == False
+
+    # Case 2: When variable string is present
+    s: str
+    s = ""
+    assert s.isdecimal() == False
+    s = "apple"
+    assert s.isdecimal() == False
+    s = "238734587"
+    assert s.isdecimal() == True
+    s = "%#$#$#32A"
+    assert s.isdecimal() == False
+    s = "1.35"
+    assert s.isdecimal() == False
+    s = "-42556"
+    assert s.isdecimal() == False
+    s = "12 34"
+    assert s.isdecimal() == False
+
+def is_ascii():
+    # Case 1: When constant string is present
+    assert "".isascii() == True
+    assert "    ".isascii() == True
+    assert "Hello, World123!".isascii() == True
+    assert "Hëllö, Wörld!".isascii() == False
+    assert "This is a test string with some non-ASCII characters: 🚀".isascii() == False
+    assert "\t\n\r".isascii() == True
+    assert "12 35".isascii() == True
+
+    # # Case 2: When variable string is present
+    s: str
+    s = ""
+    assert s.isascii() == True
+    s = "  "
+    assert s.isascii() == True
+    s = "Hello, World!"
+    assert s.isascii() == True
+    s = "Hëllö, Wörld!"
+    assert s.isascii() == False
+    s = "This is a test string with some non-ASCII characters: 🚀"
+    assert s.isascii() == False
+    s = "\t\n\r"
+    assert s.isascii() == True
+    s = "123 45 6"
+    assert s.isascii() == True
+
+def check():
+    is_lower()
+    is_upper()
+    is_decimal()
+    is_ascii()
+
+check()

integration_tests/test_str_attributes.py

@@ -182,7 +182,7 @@ def partition():
     seperator = "apple"
     assert s.partition(seperator) == ("rendezvous 5", "", "")
 
-def islower():
+def is_lower():
     # Case 1: When constant string is present
     assert "".islower() == False
     assert "APPLE".islower() == False
@@ -193,8 +193,6 @@ def islower():
 
     # Case 2: When variable string is present
     s: str
-    s = ""
-    assert s.islower() == False
     s = "APPLE"
     assert s.islower() == False
     s = "238734587"
@@ -206,7 +204,7 @@ def islower():
     s = "apple is a fruit"
     assert s.islower() == True
 
-def isupper():
+def is_upper():
         # Case 1: When constant string is present
     assert "".isupper() == False
     assert "apple".isupper() == False
@@ -217,8 +215,6 @@ def isupper():
 
     # Case 2: When variable string is present
     s: str
-    s = ""
-    assert s.isupper() == False
     s = "apple"
     assert s.isupper() == False
     s = "238734587"
@@ -230,7 +226,7 @@ def isupper():
     s = "APPLE IS A FRUIT"
     assert s.isupper() == True
 
-def isdecimal():
+def is_decimal():
     # Case 1: When constant string is present
     assert "".isdecimal() == False
     assert "apple".isdecimal() == False
@@ -242,8 +238,6 @@ def isdecimal():
 
     # Case 2: When variable string is present
     s: str
-    s = ""
-    assert s.isdecimal() == False
     s = "apple"
     assert s.isdecimal() == False
     s = "238734587"
@@ -257,7 +251,7 @@ def isdecimal():
     s = "12 34"
     assert s.isdecimal() == False
 
-def isascii():
+def is_ascii():
     # Case 1: When constant string is present
     assert "".isascii() == True
     assert "    ".isascii() == True
@@ -269,8 +263,6 @@ def isascii():
 
     # # Case 2: When variable string is present
     s: str
-    s = ""
-    assert s.isascii() == True
     s = "  "
     assert s.isascii() == True
     s = "Hello, World!"
@@ -294,9 +286,9 @@ def check():
     startswith()
     endswith()
     partition()
-    islower()
-    isupper()
-    isdecimal()
-    isascii()
+    is_lower()
+    is_upper()
+    is_decimal()
+    is_ascii()
 
 check()