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| <title>match_or_pattern.main - Coverage Spans</title> |
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| <div class="code" style="counter-reset: line 2"><span class="line"><span><span class="code even" style="--layer: 1" title="7:19-7:35: @0.Call: _4 = args() -> [return: bb1, unwind: bb37] |
| 7:19-7:35: @1[0]: _3 = &_4 |
| 7:19-7:41: @1.Call: _2 = <Args as ExactSizeIterator>::len(move _3) -> [return: bb2, unwind: bb36] |
| 7:19-7:46: @2[1]: _1 = Eq(move _2, const 1_usize) |
| 7:9-7:16: @2[3]: FakeRead(ForLet, _1) |
| 9:21-9:22: @3[2]: _5 = const 0_u8 |
| 9:9-9:14: @3[3]: FakeRead(ForLet, _5) |
| 9:16-9:18: @3[4]: AscribeUserType(_5, o, UserTypeProjection { base: UserType(1), projs: [] }) |
| 10:21-10:22: @3[6]: _6 = const 0_u8 |
| 10:9-10:14: @3[7]: FakeRead(ForLet, _6) |
| 10:16-10:18: @3[8]: AscribeUserType(_6, o, UserTypeProjection { base: UserType(3), projs: [] }) |
| 11:8-11:15: @3[11]: _8 = _1"><span class="annotation">@0,1,2,3⦊</span>fn main() {</span></span> |
| <span class="line"><span class="code even" style="--layer: 1" title="7:19-7:35: @0.Call: _4 = args() -> [return: bb1, unwind: bb37] |
| 7:19-7:35: @1[0]: _3 = &_4 |
| 7:19-7:41: @1.Call: _2 = <Args as ExactSizeIterator>::len(move _3) -> [return: bb2, unwind: bb36] |
| 7:19-7:46: @2[1]: _1 = Eq(move _2, const 1_usize) |
| 7:9-7:16: @2[3]: FakeRead(ForLet, _1) |
| 9:21-9:22: @3[2]: _5 = const 0_u8 |
| 9:9-9:14: @3[3]: FakeRead(ForLet, _5) |
| 9:16-9:18: @3[4]: AscribeUserType(_5, o, UserTypeProjection { base: UserType(1), projs: [] }) |
| 10:21-10:22: @3[6]: _6 = const 0_u8 |
| 10:9-10:14: @3[7]: FakeRead(ForLet, _6) |
| 10:16-10:18: @3[8]: AscribeUserType(_6, o, UserTypeProjection { base: UserType(3), projs: [] }) |
| 11:8-11:15: @3[11]: _8 = _1"> // Initialize test constants in a way that cannot be determined at compile time, to ensure</span></span> |
| <span class="line"><span class="code even" style="--layer: 1" title="7:19-7:35: @0.Call: _4 = args() -> [return: bb1, unwind: bb37] |
| 7:19-7:35: @1[0]: _3 = &_4 |
| 7:19-7:41: @1.Call: _2 = <Args as ExactSizeIterator>::len(move _3) -> [return: bb2, unwind: bb36] |
| 7:19-7:46: @2[1]: _1 = Eq(move _2, const 1_usize) |
| 7:9-7:16: @2[3]: FakeRead(ForLet, _1) |
| 9:21-9:22: @3[2]: _5 = const 0_u8 |
| 9:9-9:14: @3[3]: FakeRead(ForLet, _5) |
| 9:16-9:18: @3[4]: AscribeUserType(_5, o, UserTypeProjection { base: UserType(1), projs: [] }) |
| 10:21-10:22: @3[6]: _6 = const 0_u8 |
| 10:9-10:14: @3[7]: FakeRead(ForLet, _6) |
| 10:16-10:18: @3[8]: AscribeUserType(_6, o, UserTypeProjection { base: UserType(3), projs: [] }) |
| 11:8-11:15: @3[11]: _8 = _1"> // rustc and LLVM cannot optimize out statements (or coverage counters) downstream from</span></span> |
| <span class="line"><span class="code even" style="--layer: 1" title="7:19-7:35: @0.Call: _4 = args() -> [return: bb1, unwind: bb37] |
| 7:19-7:35: @1[0]: _3 = &_4 |
| 7:19-7:41: @1.Call: _2 = <Args as ExactSizeIterator>::len(move _3) -> [return: bb2, unwind: bb36] |
| 7:19-7:46: @2[1]: _1 = Eq(move _2, const 1_usize) |
| 7:9-7:16: @2[3]: FakeRead(ForLet, _1) |
| 9:21-9:22: @3[2]: _5 = const 0_u8 |
| 9:9-9:14: @3[3]: FakeRead(ForLet, _5) |
| 9:16-9:18: @3[4]: AscribeUserType(_5, o, UserTypeProjection { base: UserType(1), projs: [] }) |
| 10:21-10:22: @3[6]: _6 = const 0_u8 |
| 10:9-10:14: @3[7]: FakeRead(ForLet, _6) |
| 10:16-10:18: @3[8]: AscribeUserType(_6, o, UserTypeProjection { base: UserType(3), projs: [] }) |
| 11:8-11:15: @3[11]: _8 = _1"> // dependent conditions.</span></span> |
| <span class="line"><span class="code even" style="--layer: 1" title="7:19-7:35: @0.Call: _4 = args() -> [return: bb1, unwind: bb37] |
| 7:19-7:35: @1[0]: _3 = &_4 |
| 7:19-7:41: @1.Call: _2 = <Args as ExactSizeIterator>::len(move _3) -> [return: bb2, unwind: bb36] |
| 7:19-7:46: @2[1]: _1 = Eq(move _2, const 1_usize) |
| 7:9-7:16: @2[3]: FakeRead(ForLet, _1) |
| 9:21-9:22: @3[2]: _5 = const 0_u8 |
| 9:9-9:14: @3[3]: FakeRead(ForLet, _5) |
| 9:16-9:18: @3[4]: AscribeUserType(_5, o, UserTypeProjection { base: UserType(1), projs: [] }) |
| 10:21-10:22: @3[6]: _6 = const 0_u8 |
| 10:9-10:14: @3[7]: FakeRead(ForLet, _6) |
| 10:16-10:18: @3[8]: AscribeUserType(_6, o, UserTypeProjection { base: UserType(3), projs: [] }) |
| 11:8-11:15: @3[11]: _8 = _1"> let is_true = std::env::args().len() == 1;</span></span> |
| <span class="line"><span class="code even" style="--layer: 1" title="7:19-7:35: @0.Call: _4 = args() -> [return: bb1, unwind: bb37] |
| 7:19-7:35: @1[0]: _3 = &_4 |
| 7:19-7:41: @1.Call: _2 = <Args as ExactSizeIterator>::len(move _3) -> [return: bb2, unwind: bb36] |
| 7:19-7:46: @2[1]: _1 = Eq(move _2, const 1_usize) |
| 7:9-7:16: @2[3]: FakeRead(ForLet, _1) |
| 9:21-9:22: @3[2]: _5 = const 0_u8 |
| 9:9-9:14: @3[3]: FakeRead(ForLet, _5) |
| 9:16-9:18: @3[4]: AscribeUserType(_5, o, UserTypeProjection { base: UserType(1), projs: [] }) |
| 10:21-10:22: @3[6]: _6 = const 0_u8 |
| 10:9-10:14: @3[7]: FakeRead(ForLet, _6) |
| 10:16-10:18: @3[8]: AscribeUserType(_6, o, UserTypeProjection { base: UserType(3), projs: [] }) |
| 11:8-11:15: @3[11]: _8 = _1"></span></span> |
| <span class="line"><span class="code even" style="--layer: 1" title="7:19-7:35: @0.Call: _4 = args() -> [return: bb1, unwind: bb37] |
| 7:19-7:35: @1[0]: _3 = &_4 |
| 7:19-7:41: @1.Call: _2 = <Args as ExactSizeIterator>::len(move _3) -> [return: bb2, unwind: bb36] |
| 7:19-7:46: @2[1]: _1 = Eq(move _2, const 1_usize) |
| 7:9-7:16: @2[3]: FakeRead(ForLet, _1) |
| 9:21-9:22: @3[2]: _5 = const 0_u8 |
| 9:9-9:14: @3[3]: FakeRead(ForLet, _5) |
| 9:16-9:18: @3[4]: AscribeUserType(_5, o, UserTypeProjection { base: UserType(1), projs: [] }) |
| 10:21-10:22: @3[6]: _6 = const 0_u8 |
| 10:9-10:14: @3[7]: FakeRead(ForLet, _6) |
| 10:16-10:18: @3[8]: AscribeUserType(_6, o, UserTypeProjection { base: UserType(3), projs: [] }) |
| 11:8-11:15: @3[11]: _8 = _1"> let mut a: u8 = 0;</span></span> |
| <span class="line"><span class="code even" style="--layer: 1" title="7:19-7:35: @0.Call: _4 = args() -> [return: bb1, unwind: bb37] |
| 7:19-7:35: @1[0]: _3 = &_4 |
| 7:19-7:41: @1.Call: _2 = <Args as ExactSizeIterator>::len(move _3) -> [return: bb2, unwind: bb36] |
| 7:19-7:46: @2[1]: _1 = Eq(move _2, const 1_usize) |
| 7:9-7:16: @2[3]: FakeRead(ForLet, _1) |
| 9:21-9:22: @3[2]: _5 = const 0_u8 |
| 9:9-9:14: @3[3]: FakeRead(ForLet, _5) |
| 9:16-9:18: @3[4]: AscribeUserType(_5, o, UserTypeProjection { base: UserType(1), projs: [] }) |
| 10:21-10:22: @3[6]: _6 = const 0_u8 |
| 10:9-10:14: @3[7]: FakeRead(ForLet, _6) |
| 10:16-10:18: @3[8]: AscribeUserType(_6, o, UserTypeProjection { base: UserType(3), projs: [] }) |
| 11:8-11:15: @3[11]: _8 = _1"> let mut b: u8 = 0;</span></span> |
| <span class="line"><span class="code even" style="--layer: 1" title="7:19-7:35: @0.Call: _4 = args() -> [return: bb1, unwind: bb37] |
| 7:19-7:35: @1[0]: _3 = &_4 |
| 7:19-7:41: @1.Call: _2 = <Args as ExactSizeIterator>::len(move _3) -> [return: bb2, unwind: bb36] |
| 7:19-7:46: @2[1]: _1 = Eq(move _2, const 1_usize) |
| 7:9-7:16: @2[3]: FakeRead(ForLet, _1) |
| 9:21-9:22: @3[2]: _5 = const 0_u8 |
| 9:9-9:14: @3[3]: FakeRead(ForLet, _5) |
| 9:16-9:18: @3[4]: AscribeUserType(_5, o, UserTypeProjection { base: UserType(1), projs: [] }) |
| 10:21-10:22: @3[6]: _6 = const 0_u8 |
| 10:9-10:14: @3[7]: FakeRead(ForLet, _6) |
| 10:16-10:18: @3[8]: AscribeUserType(_6, o, UserTypeProjection { base: UserType(3), projs: [] }) |
| 11:8-11:15: @3[11]: _8 = _1"> if is_true<span class="annotation">⦉@0,1,2,3</span></span></span><span class="code" style="--layer: 0"> </span><span><span class="code odd" style="--layer: 1" title="12:9-12:14: @4[0]: _5 = const 2_u8 |
| 13:9-13:14: @4[1]: _6 = const 0_u8 |
| 11:16-14:6: @4[2]: _7 = const ()"><span class="annotation">@4⦊</span>{</span></span> |
| <span class="line"><span class="code odd" style="--layer: 1" title="12:9-12:14: @4[0]: _5 = const 2_u8 |
| 13:9-13:14: @4[1]: _6 = const 0_u8 |
| 11:16-14:6: @4[2]: _7 = const ()"> a = 2;</span></span> |
| <span class="line"><span class="code odd" style="--layer: 1" title="12:9-12:14: @4[0]: _5 = const 2_u8 |
| 13:9-13:14: @4[1]: _6 = const 0_u8 |
| 11:16-14:6: @4[2]: _7 = const ()"> b = 0;</span></span> |
| <span class="line"><span class="code odd" style="--layer: 1" title="12:9-12:14: @4[0]: _5 = const 2_u8 |
| 13:9-13:14: @4[1]: _6 = const 0_u8 |
| 11:16-14:6: @4[2]: _7 = const ()"> }<span class="annotation">⦉@4</span></span></span><span><span class="code even" style="--layer: 1" title="14:6-14:6: @5[0]: _7 = const ()"><span class="annotation">@5⦊</span>‸<span class="annotation">⦉@5</span></span></span><span class="code" style="--layer: 0"></span></span> |
| <span class="line"><span class="code" style="--layer: 0"> match </span><span><span class="code odd" style="--layer: 1" title="15:12-15:13: @6[5]: _11 = _5 |
| 15:15-15:16: @6[7]: _12 = _6 |
| 15:11-15:17: @6[8]: _10 = (move _11, move _12) |
| 15:11-15:17: @6[11]: FakeRead(ForMatchedPlace, _10)"><span class="annotation">@6⦊</span>(a, b)<span class="annotation">⦉@6</span></span></span><span class="code" style="--layer: 0"> {</span></span> |
| <span class="line"><span class="code" style="--layer: 0"> // Or patterns generate MIR `SwitchInt` with multiple targets to the same `BasicBlock`.</span></span> |
| <span class="line"><span class="code" style="--layer: 0"> // This test confirms a fix for Issue #79569.</span></span> |
| <span class="line"><span class="code" style="--layer: 0"> (0 | 1, 2 | 3) => </span><span><span class="code even" style="--layer: 1" title="18:27-18:29: @10[0]: _9 = const ()"><span class="annotation">@9,10⦊</span>{}<span class="annotation">⦉@9,10</span></span></span><span class="code" style="--layer: 0"></span></span> |
| <span class="line"><span class="code" style="--layer: 0"> _ => </span><span><span class="code odd" style="--layer: 1" title="19:14-19:16: @7[0]: _9 = const ()"><span class="annotation">@7⦊</span>{}<span class="annotation">⦉@7</span></span></span><span class="code" style="--layer: 0"></span></span> |
| <span class="line"><span class="code" style="--layer: 0"> }</span></span> |
| <span class="line"><span class="code" style="--layer: 0"> if </span><span><span class="code even" style="--layer: 1" title="21:8-21:15: @11[4]: _14 = _1"><span class="annotation">@11⦊</span>is_true<span class="annotation">⦉@11</span></span></span><span class="code" style="--layer: 0"> </span><span><span class="code odd" style="--layer: 1" title="22:9-22:14: @12[0]: _5 = const 0_u8 |
| 23:9-23:14: @12[1]: _6 = const 0_u8 |
| 21:16-24:6: @12[2]: _13 = const ()"><span class="annotation">@12⦊</span>{</span></span> |
| <span class="line"><span class="code odd" style="--layer: 1" title="22:9-22:14: @12[0]: _5 = const 0_u8 |
| 23:9-23:14: @12[1]: _6 = const 0_u8 |
| 21:16-24:6: @12[2]: _13 = const ()"> a = 0;</span></span> |
| <span class="line"><span class="code odd" style="--layer: 1" title="22:9-22:14: @12[0]: _5 = const 0_u8 |
| 23:9-23:14: @12[1]: _6 = const 0_u8 |
| 21:16-24:6: @12[2]: _13 = const ()"> b = 0;</span></span> |
| <span class="line"><span class="code odd" style="--layer: 1" title="22:9-22:14: @12[0]: _5 = const 0_u8 |
| 23:9-23:14: @12[1]: _6 = const 0_u8 |
| 21:16-24:6: @12[2]: _13 = const ()"> }<span class="annotation">⦉@12</span></span></span><span><span class="code even" style="--layer: 1" title="24:6-24:6: @13[0]: _13 = const ()"><span class="annotation">@13⦊</span>‸<span class="annotation">⦉@13</span></span></span><span class="code" style="--layer: 0"></span></span> |
| <span class="line"><span class="code" style="--layer: 0"> match </span><span><span class="code odd" style="--layer: 1" title="25:12-25:13: @14[5]: _17 = _5 |
| 25:15-25:16: @14[7]: _18 = _6 |
| 25:11-25:17: @14[8]: _16 = (move _17, move _18) |
| 25:11-25:17: @14[11]: FakeRead(ForMatchedPlace, _16)"><span class="annotation">@14⦊</span>(a, b)<span class="annotation">⦉@14</span></span></span><span class="code" style="--layer: 0"> {</span></span> |
| <span class="line"><span class="code" style="--layer: 0"> (0 | 1, 2 | 3) => </span><span><span class="code even" style="--layer: 1" title="26:27-26:29: @18[0]: _15 = const ()"><span class="annotation">@17,18⦊</span>{}<span class="annotation">⦉@17,18</span></span></span><span class="code" style="--layer: 0"></span></span> |
| <span class="line"><span class="code" style="--layer: 0"> _ => </span><span><span class="code odd" style="--layer: 1" title="27:14-27:16: @15[0]: _15 = const ()"><span class="annotation">@15⦊</span>{}<span class="annotation">⦉@15</span></span></span><span class="code" style="--layer: 0"></span></span> |
| <span class="line"><span class="code" style="--layer: 0"> }</span></span> |
| <span class="line"><span class="code" style="--layer: 0"> if </span><span><span class="code even" style="--layer: 1" title="29:8-29:15: @19[4]: _20 = _1"><span class="annotation">@19⦊</span>is_true<span class="annotation">⦉@19</span></span></span><span class="code" style="--layer: 0"> </span><span><span class="code odd" style="--layer: 1" title="30:9-30:14: @20[0]: _5 = const 2_u8 |
| 31:9-31:14: @20[1]: _6 = const 2_u8 |
| 29:16-32:6: @20[2]: _19 = const ()"><span class="annotation">@20⦊</span>{</span></span> |
| <span class="line"><span class="code odd" style="--layer: 1" title="30:9-30:14: @20[0]: _5 = const 2_u8 |
| 31:9-31:14: @20[1]: _6 = const 2_u8 |
| 29:16-32:6: @20[2]: _19 = const ()"> a = 2;</span></span> |
| <span class="line"><span class="code odd" style="--layer: 1" title="30:9-30:14: @20[0]: _5 = const 2_u8 |
| 31:9-31:14: @20[1]: _6 = const 2_u8 |
| 29:16-32:6: @20[2]: _19 = const ()"> b = 2;</span></span> |
| <span class="line"><span class="code odd" style="--layer: 1" title="30:9-30:14: @20[0]: _5 = const 2_u8 |
| 31:9-31:14: @20[1]: _6 = const 2_u8 |
| 29:16-32:6: @20[2]: _19 = const ()"> }<span class="annotation">⦉@20</span></span></span><span><span class="code even" style="--layer: 1" title="32:6-32:6: @21[0]: _19 = const ()"><span class="annotation">@21⦊</span>‸<span class="annotation">⦉@21</span></span></span><span class="code" style="--layer: 0"></span></span> |
| <span class="line"><span class="code" style="--layer: 0"> match </span><span><span class="code odd" style="--layer: 1" title="33:12-33:13: @22[5]: _23 = _5 |
| 33:15-33:16: @22[7]: _24 = _6 |
| 33:11-33:17: @22[8]: _22 = (move _23, move _24) |
| 33:11-33:17: @22[11]: FakeRead(ForMatchedPlace, _22)"><span class="annotation">@22⦊</span>(a, b)<span class="annotation">⦉@22</span></span></span><span class="code" style="--layer: 0"> {</span></span> |
| <span class="line"><span class="code" style="--layer: 0"> (0 | 1, 2 | 3) => </span><span><span class="code even" style="--layer: 1" title="34:27-34:29: @26[0]: _21 = const ()"><span class="annotation">@25,26⦊</span>{}<span class="annotation">⦉@25,26</span></span></span><span class="code" style="--layer: 0"></span></span> |
| <span class="line"><span class="code" style="--layer: 0"> _ => </span><span><span class="code odd" style="--layer: 1" title="35:14-35:16: @23[0]: _21 = const ()"><span class="annotation">@23⦊</span>{}<span class="annotation">⦉@23</span></span></span><span class="code" style="--layer: 0"></span></span> |
| <span class="line"><span class="code" style="--layer: 0"> }</span></span> |
| <span class="line"><span class="code" style="--layer: 0"> if </span><span><span class="code even" style="--layer: 1" title="37:8-37:15: @27[4]: _26 = _1"><span class="annotation">@27⦊</span>is_true<span class="annotation">⦉@27</span></span></span><span class="code" style="--layer: 0"> </span><span><span class="code odd" style="--layer: 1" title="38:9-38:14: @28[0]: _5 = const 0_u8 |
| 39:9-39:14: @28[1]: _6 = const 2_u8 |
| 37:16-40:6: @28[2]: _25 = const ()"><span class="annotation">@28⦊</span>{</span></span> |
| <span class="line"><span class="code odd" style="--layer: 1" title="38:9-38:14: @28[0]: _5 = const 0_u8 |
| 39:9-39:14: @28[1]: _6 = const 2_u8 |
| 37:16-40:6: @28[2]: _25 = const ()"> a = 0;</span></span> |
| <span class="line"><span class="code odd" style="--layer: 1" title="38:9-38:14: @28[0]: _5 = const 0_u8 |
| 39:9-39:14: @28[1]: _6 = const 2_u8 |
| 37:16-40:6: @28[2]: _25 = const ()"> b = 2;</span></span> |
| <span class="line"><span class="code odd" style="--layer: 1" title="38:9-38:14: @28[0]: _5 = const 0_u8 |
| 39:9-39:14: @28[1]: _6 = const 2_u8 |
| 37:16-40:6: @28[2]: _25 = const ()"> }<span class="annotation">⦉@28</span></span></span><span><span class="code even" style="--layer: 1" title="40:6-40:6: @29[0]: _25 = const ()"><span class="annotation">@29⦊</span>‸<span class="annotation">⦉@29</span></span></span><span class="code" style="--layer: 0"></span></span> |
| <span class="line"><span class="code" style="--layer: 0"> match </span><span><span class="code odd" style="--layer: 1" title="41:12-41:13: @30[4]: _28 = _5 |
| 41:15-41:16: @30[6]: _29 = _6 |
| 41:11-41:17: @30[7]: _27 = (move _28, move _29) |
| 41:11-41:17: @30[10]: FakeRead(ForMatchedPlace, _27)"><span class="annotation">@30⦊</span>(a, b)<span class="annotation">⦉@30</span></span></span><span class="code" style="--layer: 0"> {</span></span> |
| <span class="line"><span class="code" style="--layer: 0"> (0 | 1, 2 | 3) => </span><span><span class="code even" style="--layer: 1" title="42:27-42:29: @34[0]: _0 = const ()"><span class="annotation">@33,34⦊</span>{}<span class="annotation">⦉@33,34</span></span></span><span class="code" style="--layer: 0"></span></span> |
| <span class="line"><span class="code" style="--layer: 0"> _ => </span><span><span class="code odd" style="--layer: 1" title="43:14-43:16: @31[0]: _0 = const ()"><span class="annotation">@31⦊</span>{}<span class="annotation">⦉@31</span></span></span><span class="code" style="--layer: 0"></span></span> |
| <span class="line"><span class="code" style="--layer: 0"> }</span></span> |
| <span class="line"><span class="code" style="--layer: 0">}</span><span><span class="code even" style="--layer: 1" title="45:2-45:2: @35.Return: return"><span class="annotation">@35⦊</span>‸<span class="annotation">⦉@35</span></span></span></span></div> |
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