Zig has textobjects: helix's query, ported to the zig grammar pardes builds

pardes builds maxxnino/tree-sitter-zig, whose node names are not those of
the grammar helix's query targets, so the query is ported by hand
(vendor/queries/zig, its MPL header saying it is modified and how): a
function is a Decl holding an FnProto and a Block with pub beside it,
struct/enum/union one ContainerDecl, parameters and arguments ParamDeclList
and FnCallArguments, and comments come in three kinds. That grammar's
comments take their line's newline, and a node ending in a newline is now
taken without it, as helix's grammars have it. The replay test gains fifteen
Zig cases from the installed hx; none walks call arguments, which the
reference helix counts as parameters and 25.07.1's query does not.

Co-Authored-By: Claude Opus 5.5 <[email protected]>

1 files changed, 1 insertions, 1 deletions

diff --git a/docs/helix-keys.md b/docs/helix-keys.md
index b6ac6475..c703a3da 100644
--- a/docs/helix-keys.md
+++ b/docs/helix-keys.md
@@ -218,7 +218,7 @@ found. Pure text math in `modal.zig`: `findChar`, `matchBracket`,
 | `Alt-;` | flip anchor and head | vsel: swap cursor ↔ anchor; msel: cursor to the other end (r0/r1 swapped to keep the cursor-at-r1 invariant) | helix-verified (phase 5) |
 | `Alt-:` | make every range point forward | helix `ensure_selections_forward` | helix-verified |
 | `Alt-o`/`Alt-up`, `Alt-i`/`Alt-down`, `Alt-p`/`Alt-left`, `Alt-right`, `Alt-a`, `Alt-I`, `Alt-e`, `Alt-b` | walk the file's syntax tree from every range: grow to the enclosing node (and remember what it grew from), shrink back to that or to the first child, the previous / next sibling (anonymous ones included, so often a comma), every named sibling or child, the enclosing named node's end / start (stretching to it in select mode) | helix `expand_selection` and kin, on a whole-file parse (`File.node_tree`) made on the first such key after an edit and reused until the next; a range the tree says nothing about, and every range of a file without a grammar, stays. Checked against the installed hx on JSON (`normal.zig` test): the harness runs without grammars, so it only proves the plain-text no-op | helix-verified (plain text), hx-checked (JSON) |
-| `]f [f ]t [t ]a [a ]c [c ]T [T ]e [e ]x [x`, `mi`/`ma` + `f t a c T e x` | function, class, argument, comment, test, entry, element: jump to the next one starting after the cursor / the previous one ending before it (count times; select mode stretches to it), or select the smallest one around the cursor, inside or around | helix `goto_ts_object` / `textobject_treesitter`, from helix's own `textobjects.scm` vendored in `vendor/queries` (MPL-2.0), with its `#eq?`/`#match?` predicates; `syntax.objectAt`/`objectNext` on the file's kept parse. Grammars without a query (fortran, markdown, powershell) or whose query does not compile against pardes's grammar (erlang, zig) have none, and the keys do nothing there. Checked against the installed hx on Python and JSON (`normal.zig` test) | hx-checked |
+| `]f [f ]t [t ]a [a ]c [c ]T [T ]e [e ]x [x`, `mi`/`ma` + `f t a c T e x` | function, class, argument, comment, test, entry, element: jump to the next one starting after the cursor / the previous one ending before it (count times; select mode stretches to it), or select the smallest one around the cursor, inside or around | helix `goto_ts_object` / `textobject_treesitter`, from helix's own `textobjects.scm` vendored in `vendor/queries` (MPL-2.0), with its `#eq?`/`#match?` predicates; `syntax.objectAt`/`objectNext` on the file's kept parse. Zig's query is helix's ported by hand to the zig grammar pardes builds, and a node that ends in its line's newline (that grammar's comments) is taken without it, as helix's grammars have it. Grammars without a query (fortran, markdown, powershell) or whose query does not compile against pardes's grammar (erlang) have none, and the keys do nothing there. Checked against the installed hx on Python, JSON and Zig (`normal.zig` test) | hx-checked |
 | `%` | select whole buffer | vsel anchor 0,0, cursor on the buffer's last char | helix-verified (phase 5) |
 | `X` | snap selection to line bounds | vsel → msel over its row span; bare cursor → 1-line msel; msel: already line-wise, no-op | helix-verified (phase 5) |
 | `Alt-x` | shrink selection to line bounds | vsel only: partial first/last lines drop out; nothing left collapses the selection; msel: no-op | helix-verified (phase 5) |