tmp/tmp30ls3e_m/{from.md → to.md}
RENAMED
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@@ -1,19 +1,19 @@
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**Table: Effects of `regex_match` algorithm** <a id="tab:re:alg:match">[tab:re:alg:match]</a>
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| Element | Value |
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| -------------------- | ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- |
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| `m.size()` | `1 + e.mark_count()` |
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| `m.empty()` | false |
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| `m.prefix().first` | first |
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| `m.prefix().second` | first |
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| `m.prefix().matched` | false |
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| `m.suffix().first` | last |
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| `m.suffix().second` | last |
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| `m.suffix().matched` | false |
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| `m[0].first` | first |
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| `m[0].second` | last |
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| `m[0].matched` | `true`
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| `m[n].first` | For all integers `n < m.size()`, the start of the sequence that matched sub-expression `n`. Alternatively, if sub-expression `n` did not participate in the match, then `last`. |
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| `m[n].second` | For all integers `n < m.size()`, the end of the sequence that matched sub-expression `n`. Alternatively, if sub-expression `n` did not participate in the match, then `last`. |
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| `m[n].matched` | For all integers `n < m.size()`, `true` if sub-expression `n` participated in the match, `false` otherwise. |
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**Table: Effects of `regex_match` algorithm** <a id="tab:re:alg:match">[tab:re:alg:match]</a>
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| Element | Value |
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| -------------------- | ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- |
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| 5 |
| `m.size()` | `1 + e.mark_count()` |
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| `m.empty()` | false |
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| `m.prefix().first` | first |
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| `m.prefix().second` | first |
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| `m.prefix().matched` | false |
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| `m.suffix().first` | last |
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| `m.suffix().second` | last |
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| `m.suffix().matched` | false |
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| `m[0].first` | first |
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| `m[0].second` | last |
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| `m[0].matched` | `true` |
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| `m[n].first` | For all integers `0 < n < m.size()`, the start of the sequence that matched sub-expression `n`. Alternatively, if sub-expression `n` did not participate in the match, then `last`. |
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| `m[n].second` | For all integers `0 < n < m.size()`, the end of the sequence that matched sub-expression `n`. Alternatively, if sub-expression `n` did not participate in the match, then `last`. |
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| `m[n].matched` | For all integers `0 < n < m.size()`, `true` if sub-expression `n` participated in the match, `false` otherwise. |
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