Ase Docs Proofread

---
name: ase-docs-proofread
argument-hint: "[--help|-h] [--auto|-a] <docs-reference>"
description: >
    Analyze the documents for spelling, capitalization, punctuation, word break, or grammar errors.
    Use when the user wants to "proofread" or "spellcheck" a document.
user-invocable: true
disable-model-invocation: false
effort: high
---

@${CLAUDE_SKILL_DIR}/../../meta/ase-control.md
@${CLAUDE_SKILL_DIR}/../../meta/ase-skill.md
@${CLAUDE_SKILL_DIR}/../../meta/ase-dialog.md
@${CLAUDE_SKILL_DIR}/../../meta/ase-getopt.md

<purpose name="ase-docs-proofread">
Analyze documents for spelling, capitalization, punctuation, word break, or grammar errors
</purpose>

<expand name="getopt"
    arg1="ase-docs-proofread"
    arg2="--auto|-a">
    $ARGUMENTS
</expand>

<objective>
*Proofread* the documents of `<getopt-arguments/>` for problems in their
*spelling*, *capitalization*, *punctuation*, *word break*, or *grammar* and propose corrections.
</objective>

<flow>

1.  <step id="STEP 1: Investigation">

    <if condition="<ase-project-boxing/> is equal `black`">

    The project source artifacts are classified as a *black box*, so
    the user does *not* want them inspected or their problems surfaced.
    *Skip* the entire investigation and reporting: do *not* invoke any
    `Glob` or `Agent` tool and do *not* read any document, only output
    the following <template/> and then *SKIP* the remaining steps STEP 2
    and STEP 3:

    <template>
    <ase-tpl-bullet-normal/> **PROOFREAD**: *suppressed* (`project.boxing` is `black`)
    </template>

    </if>

    First, use the following <template/> to give a hint on this step:

    <template>
    <ase-tpl-bullet-secondary/> **PROOFREADING INVESTIGATION**
    </template>

    Dispatch the investigation to *sub-agents* via the `Agent`
    tool so that *no* investigation details leak into the user-visible
    transcript. The sub-agents perform the silent reading and checking;
    only their final structured return values are consumed here.

    For this, first *silently* resolve `<getopt-arguments/>` to the
    list <documents/> of individual document files, expanding any
    directory or wildcard references with the `Glob` tool. Then
    partition <documents/>, preserving order, into at most *eight*
    batches of roughly equal size (a single document yields a single
    batch), and invoke the following tool once per batch, emitting
    *all* invocations *in one single message* so they run in
    *parallel*:

    ```text
        Agent(
            description:       "Proofread Investigation (<batch-index/>/<batch-count/>)",
            subagent_type:     "ase:ase-docs-proofread",
            prompt:            <batch/>,
            run_in_background: false
        )
    ```

    Here <batch/> is the space-separated list of the document file
    paths of the corresponding batch, <batch-index/> is the 1-based
    index of that batch, and <batch-count/> is the total number of
    batches, so that each parallel invocation is distinguishable in
    the progress display.

    Parse the result message of each `Agent` tool invocation as a JSON
    array, concatenate all those arrays, sort the combined list by
    `file` and then numerically by `line`, and set <problems/> to that
    list.

    You *MUST* *NOT* output anything at all in this STEP 1 beyond the
    above hint template and the `Glob` and `Agent` tool invocations.
    </step>

2.  <step id="STEP 2: Summary">

    Use the following <template/> to give a summary of the detected
    problems in <problems/>:

    <template>
    <ase-tpl-bullet-secondary/> **PROOFREADING SUMMARY**:

    | *Proofread Type*    | *Proofread Result*      |
    | ------------------- | ----------------------- |
    | **SPELLING**:       | **<n/>** problems found |
    | **CAPITALIZATION**: | **<c/>** problems found |
    | **PUNCTUATION**:    | **<m/>** problems found |
    | **WORD-BREAK**:     | **<w/>** problems found |
    | **GRAMMAR**:        | **<k/>** problems found |

    </template>

    Hints:

    -   <n/> is the number of problems with `type` equal to `SPELLING`       in <problems/>
    -   <c/> is the number of problems with `type` equal to `CAPITALIZATION` in <problems/>
    -   <m/> is the number of problems with `type` equal to `PUNCTUATION`    in <problems/>
    -   <w/> is the number of problems with `type` equal to `WORD-BREAK`     in <problems/>
    -   <k/> is the number of problems with `type` equal to `GRAMMAR`        in <problems/>

    </step>

3.  <step id="STEP 3: Correction">

    1.  *Mark this skill as the active edit-capable skill* so that the
        ASE `pre-tool-use` hook auto-approves the subsequent `Edit`
        invocations on *any* invocation path (slash command *or* `Skill`
        tool). Call the `ase_config_set(key: "agent.skill", val:
        "ase-docs-proofread", scope: "session:<ase-session-id/>")` tool
        from the `ase` MCP server. Do not output anything in this substep.

        *Critical safety invariant*: the marker set here grants `Edit`
        auto-approval and *MUST* be cleared again (substep 3 below)
        *before* this skill yields control, *regardless* of how the
        iteration in substep 2 ends - whether it completes normally,
        is aborted early (e.g. an `Edit` failure, an unparseable value,
        or any other unexpected condition), or is otherwise interrupted.
        If you ever stop or bail out of substep 2 early, you *MUST*
        still perform substep 3 first. Never leave this marker active
        for a later, unrelated `Edit`.

    2.  Set <total/> to the number of problems in <problems/> and
        <index/> to `0`. Then iterate over all problems:

        <for items="<problems/>">

        1.  Increment <index/> by one (the 1-based position of the
            current <item/> within <problems/>).
            Set <type/>           to the `type` field of <item/>.
            Set <file/>           to the `file` field of <item/>.
            Set <line/>           to the `line` field of <item/>.
            Set <description/>    to the `description` field of <item/>.
            Set <context-before/> to the `context_before` field of <item/>.
            Set <old-text/>       to the `old_text` field of <item/>.
            Set <new-text/>       to the `new_text` field of <item/>.
            Set <context-after/>  to the `context_after` field of <item/>.

            Then *normalize* the change to its *minimal* form, so
            that the proposed diff shows exactly the lines the later
            `Edit` will actually change: while the *first* line of
            <old-text/> is identical to the *first* line of
            <new-text/>, *move* that line from both to the end of
            <context-before/> and increment <line/> by one; likewise,
            while the *last* line of <old-text/> is identical to the
            *last* line of <new-text/>, *move* that line from both to
            the front of <context-after/>. Finally, *trim*
            <context-before/> to its *last* two lines and
            <context-after/> to its *first* two lines.

            Then, unless <ase-project-boxing/> is equal `grey` (where
            the full unified diff is suppressed and no context lines are
            rendered at all), *silently* read the current content of
            <file/> with the `Read` tool - reusing the content read for
            the same <file/> earlier in this iteration, unless an `Edit`
            was applied to it in between - and set <file-lines/> to its
            lines, *stripped* of the line-number prefixes the tool adds.
            Set <file-lines/> to empty if the file cannot be read.

            Whenever <file-lines/> is non-empty, *re-derive* both
            context parts from it, *overriding* the sub-agent supplied
            values, so the rendered diff shows real context even when a
            sub-agent supplied none: set <context-before/> to the *up to
            two* lines of <file-lines/> directly *before* line <line/>
            (empty if <line/> is `1`) and <context-after/> to the *up
            to two* lines of <file-lines/> starting at line (<line/> +
            <n/>), where <n/> is the number of lines in <old-text/>
            (empty if that line is beyond the end of the document).
            Keep the sub-agent supplied values only when <file-lines/>
            is empty.

        2.  Report the problem with the following <template/>:

            <template>
            <ase-tpl-bullet-signal/> [<index/>/<total/>]: **<type/> PROBLEM**: `<file/>`:<line/>:

            <description/>
            </template>

        3.  <if condition="<getopt-option-auto/> is not equal `true` and <ase-project-boxing/> is equal `grey`">

            The project source artifacts are classified as a *grey box*, so
            the user does *not* want the full artifact internals surfaced:
            *suppress* the full unified diff and instead show only a
            *condensed* one-line representation. Determine <old-snippet/>
            as the *single-line* collapse of <old-text/> (join its lines
            with ` ⏎ `, or `∅` when <old-text/> is empty for a pure
            insertion) and <new-snippet/> as the same collapse of
            <new-text/> (or `∅` when empty for a pure deletion). Then
            report the correction with the following <template/>:

            <template>

            <ase-tpl-bullet-normal/> **<type/> CORRECTION**: `<old-snippet/>` → `<new-snippet/>`

            </template>

            </if>
            <elseif condition="<getopt-option-auto/> is not equal `true`">

            Determine the hunk *body* as an ordered list of lines, each
            carrying a one-character prefix (` ` for context, `-` for
            old-side, `+` for new-side). Build it by concatenating, in
            order and *skipping any part that is empty*:

            - one ` `-prefixed line for *each* line of <context-before/>
              (if non-empty),
            - one `-`-prefixed line for *each* line of <old-text/>
              (if non-empty; split <old-text/> on newlines),
            - one `+`-prefixed line for *each* line of <new-text/>
              (if non-empty; split <new-text/> on newlines),
            - one ` `-prefixed line for *each* line of <context-after/>
              (if non-empty).

            Set <hunk-body/> to those prefixed lines joined by newlines.

            Set <old-count/> to the number of old-side hunk lines, i.e.,
            the combined line count of <context-before/>, <old-text/>, and
            <context-after/> (each empty part counts as `0`).
            Set <new-count/> to the number of new-side hunk lines, i.e.,
            the combined line count of <context-before/>, <new-text/>, and
            <context-after/> (each empty part counts as `0`).

            Set <old-start/> to the 1-based line number of the *first*
            old-side hunk line: if <context-before/> is non-empty, that is
            the line of its *first* context line, i.e., <line/> minus the
            number of lines in <context-before/>; otherwise it is <line/> itself
            (the first line of <old-text/>). For a hunk that *only inserts*
            new lines (empty <old-text/> *and* empty context), set it to the
            line *before* which the insertion happens, clamped to a minimum
            of `0`, so a top-of-file insertion yields `@@ -0,0 ... @@`.
            Set <new-start/> to the same value as <old-start/>, but clamped
            to a minimum of `1` whenever <new-count/> is greater than `0`
            (the corrected side then has a real first line).

            Render the proposed correction as a *unified diff* with *up to
            two* lines of context in a fenced block based on the following
            <template/>, emitting <hunk-body/> verbatim (one already-prefixed
            line per line, with no extra blank or space-only lines):

            <template>

            <ase-tpl-bullet-normal/> **<type/> CORRECTION**:

            ```diff
            --- <file/> (original)
            +++ <file/> (corrected)
            @@ -<old-start/>,<old-count/> +<new-start/>,<new-count/> @@
            <hunk-body/>
            ```

            </template>

            </elseif>

        4.  <if condition="<getopt-option-auto/> is not equal `true`">

            In the following, you *MUST* *NOT* use your built-in
            <user-dialog-tool/> tool! Instead, you *MUST* just show a
            custom dialog according to the expanded `custom-dialog`
            definition. You *MUST* closely follow this definition:

            <expand name="custom-dialog" arg1="--other">
                CORRECTION: How would you like to proceed with this proposed correction?
                ACCEPT: Apply this proposed correction.
                REJECT: Skip this proposed correction.
            </expand>

            </if>

            <else>

            Set <result>ACCEPT</result>.

            </else>

        5.  Check <result/> and dispatch accordingly:

            -   <if condition="<result/> is 'ACCEPT'">

                Invoke the `Edit` tool to apply the change by replacing
                <old-text/> with <new-text/> at <file/>:<line/>. The operation
                will be auto-approved by the ASE `pre-tool-use` hook (which
                tracks the active skill), so *no* interactive permission
                prompt will appear. Then continue with the next <item/>.

                </if>

            -   <if condition="<result/> starts with 'OTHER'">

                Generate a *new* proposal for the *same* <item/>,
                incorporating the user's free-text hint from <result/>
                after the "OTHER:" prefix. *Reassign* <description/>,
                <old-text/>, and <new-text/> to reflect this refined
                proposal (<old-text/> stays anchored to the existing text
                at <file/>:<line/>; <new-text/> and <description/> carry the
                refinement) so the subsequent rendering and any `Edit` use
                the new proposal rather than the original. Then *re-apply*
                the minimal-form normalization of substep 1 to the refined
                <old-text/> and <new-text/> (so the re-rendered diff again
                shows exactly the changed lines) and *go back* to substep 2
                of this `for`-iteration. There is *no* cap on
                refinement rounds - keep refining until the user picks
                `ACCEPT` or `REJECT`.

                </if>

            -   <if condition="
                    <result/> is 'REJECT' or
                    <result/> is 'CANCEL' or
                    <result/> starts with 'ERROR'
                ">

                Skip this <item/> without any `Edit` call and continue
                with the next <item/>.

                </if>

        </for>

    3.  *Clear the active edit-capable skill marker* now that all `Edit`
        invocations are done, so a later unrelated `Edit` is *not*
        auto-approved. Call the `ase_config_delete(key: "agent.skill",
        scope: "session:<ase-session-id/>")` tool from the `ase` MCP
        server. Do not output anything in this substep.

    4.  You *MUST* *NOT* output any further additional explanations or
        summaries at the end of this skill processing, except for the
        following final <template/>:

        <template>
        <ase-tpl-bullet-secondary/> **PROOFREAD FINISHED**
        </template>

    5.  Finally, give the closing hint by expanding the following
        (which, depending on the configured <ase-guidance-level/>, may
        expand into nothing and hence emit no output at all):

        <if condition="<getopt-option-auto/> is not equal `true`">
        <ase-tpl-hint level="verbose">
        Use `/ase-docs-proofread --auto` to apply all corrections unattended.
        </ase-tpl-hint>
        </if>

    </step>

</flow>