ruff_linter__rules__ruff__rules__unreachable__tests__for.py.md.snap

source	description
crates/ruff_linter/src/rules/ruff/rules/unreachable.rs	This is a Mermaid graph. You can use https://mermaid.live to visualize it as a diagram.

## Function 0 ### Source ```python def func(): for i in range(5): print(i) ``` ### Control Flow Graph ```mermaid flowchart TD start(("Start")) return(("End")) block0[["`*(empty)*`"]] block1[["Loop continue"]] block2["print(i)\n"] block3["for i in range(5): print(i)\n"] start --> block3 block3 -- "range(5)" --> block2 block3 -- "else" --> block0 block2 --> block1 block1 --> block3 block0 --> return ``` ## Function 1 ### Source ```python def func(): for i in range(20): print(i) else: return 0 ``` ### Control Flow Graph ```mermaid flowchart TD start(("Start")) return(("End")) block0[["`*(empty)*`"]] block1["return 0\n"] block2[["Loop continue"]] block3["print(i)\n"] block4["for i in range(20): print(i) else: return 0\n"] start --> block4 block4 -- "range(20)" --> block3 block4 -- "else" --> block1 block3 --> block2 block2 --> block4 block1 --> return block0 --> return ``` ## Function 2 ### Source ```python def func(): for i in range(10): if i == 5: return 1 return 0 ``` ### Control Flow Graph ```mermaid flowchart TD start(("Start")) return(("End")) block0["return 0\n"] block1[["Loop continue"]] block2["return 1\n"] block3["if i == 5: return 1\n"] block4["for i in range(10): if i == 5: return 1\n"] start --> block4 block4 -- "range(10)" --> block3 block4 -- "else" --> block0 block3 -- "i == 5" --> block2 block3 -- "else" --> block1 block2 --> return block1 --> block4 block0 --> return ``` ## Function 3 ### Source ```python def func(): for i in range(111): if i == 5: return 1 else: return 0 return 2 ``` ### Control Flow Graph ```mermaid flowchart TD start(("Start")) return(("End")) block0["return 2\n"] block1["return 0\n"] block2[["Loop continue"]] block3["return 1\n"] block4["if i == 5: return 1\n"] block5["for i in range(111): if i == 5: return 1 else: return 0\n"] start --> block5 block5 -- "range(111)" --> block4 block5 -- "else" --> block1 block4 -- "i == 5" --> block3 block4 -- "else" --> block2 block3 --> return block2 --> block5 block1 --> return block0 --> return ``` ## Function 4 ### Source ```python def func(): for i in range(12): continue ``` ### Control Flow Graph ```mermaid flowchart TD start(("Start")) return(("End")) block0[["`*(empty)*`"]] block1[["Loop continue"]] block2["continue\n"] block3["for i in range(12): continue\n"] start --> block3 block3 -- "range(12)" --> block2 block3 -- "else" --> block0 block2 --> block3 block1 --> block3 block0 --> return ``` ## Function 5 ### Source ```python def func(): for i in range(1110): if True: continue ``` ### Control Flow Graph ```mermaid flowchart TD start(("Start")) return(("End")) block0[["`*(empty)*`"]] block1[["Loop continue"]] block2["continue\n"] block3["if True: continue\n"] block4["for i in range(1110): if True: continue\n"] start --> block4 block4 -- "range(1110)" --> block3 block4 -- "else" --> block0 block3 -- "True" --> block2 block3 -- "else" --> block1 block2 --> block4 block1 --> block4 block0 --> return ``` ## Function 6 ### Source ```python def func(): for i in range(13): break ``` ### Control Flow Graph ```mermaid flowchart TD start(("Start")) return(("End")) block0[["`*(empty)*`"]] block1[["Loop continue"]] block2["break\n"] block3["for i in range(13): break\n"] start --> block3 block3 -- "range(13)" --> block2 block3 -- "else" --> block0 block2 --> return block1 --> block3 block0 --> return ``` ## Function 7 ### Source ```python def func(): for i in range(1110): if True: break ``` ### Control Flow Graph ```mermaid flowchart TD start(("Start")) return(("End")) block0[["`*(empty)*`"]] block1[["Loop continue"]] block2["break\n"] block3["if True: break\n"] block4["for i in range(1110): if True: break\n"] start --> block4 block4 -- "range(1110)" --> block3 block4 -- "else" --> block0 block3 -- "True" --> block2 block3 -- "else" --> block1 block2 --> return block1 --> block4 block0 --> return ``` ## Function 8 ### Source ```python def func(): for i in range(5): pass else: return 1 ``` ### Control Flow Graph ```mermaid flowchart TD start(("Start")) return(("End")) block0[["`*(empty)*`"]] block1["return 1\n"] block2[["Loop continue"]] block3["pass\n"] block4["for i in range(5): pass else: return 1\n"] start --> block4 block4 -- "range(5)" --> block3 block4 -- "else" --> block1 block3 --> block2 block2 --> block4 block1 --> return block0 --> return ``` ## Function 9 ### Source ```python def func(): for i in range(5): pass else: return 1 x = 1 ``` ### Control Flow Graph ```mermaid flowchart TD start(("Start")) return(("End")) block0["x = 1\n"] block1["return 1\n"] block2[["Loop continue"]] block3["pass\n"] block4["for i in range(5): pass else: return 1\n"] start --> block4 block4 -- "range(5)" --> block3 block4 -- "else" --> block1 block3 --> block2 block2 --> block4 block1 --> return block0 --> return ``` ## Function 10 ### Source ```python def func(): for i in range(5): pass else: pass ``` ### Control Flow Graph ```mermaid flowchart TD start(("Start")) return(("End")) block0[["`*(empty)*`"]] block1["pass\n"] block2[["Loop continue"]] block3["pass\n"] block4["for i in range(5): pass else: pass\n"] start --> block4 block4 -- "range(5)" --> block3 block4 -- "else" --> block1 block3 --> block2 block2 --> block4 block1 --> block0 block0 --> return ``` ## Function 11 ### Source ```python def func(): for i in range(3): if i == 2: assert i is not None break else: raise Exception() x = 0 ``` ### Control Flow Graph ```mermaid flowchart TD start(("Start")) return(("End")) block0["x = 0\n"] block1["raise Exception()\n"] block2[["Loop continue"]] block3["break\n"] block4[["Exception raised"]] block5["assert i is not None\n"] block6["if i == 2: assert i is not None break\n"] block7["for i in range(3): if i == 2: assert i is not None break else: raise Exception()\n"] start --> block7 block7 -- "range(3)" --> block6 block7 -- "else" --> block1 block6 -- "i == 2" --> block5 block6 -- "else" --> block2 block5 -- "i is not None" --> block3 block5 -- "else" --> block4 block4 --> return block3 --> block0 block2 --> block7 block1 --> return block0 --> return ```