Ase meta compat

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

If $1 (the first token of the skill arguments) is equal to -h or --help, you MUST once output the following output <template/> and then IMMEDIATELY STOP the further skill processing:

<template> @${CLAUDE_SKILL_DIR}/help.md </template>

Self-Test ASE Compatibility

Objective

Self-test how faithfully the current LLM (and its harness) executes the four core interpreter primitives that every ASE skill silently relies on -- control flow, XML placeholders, regex matching, and arithmetic -- and report an overall 0%…100% compatibility rating.

This skill is unusual: it is both the test definition and the system under test. Each probe is a pure ASE construct that you execute and record its actual result. You MUST NOT compare against any expected value until STEP 6. Do not fabricate passes: a probe whose actual result differs from its expected result MUST be recorded as a fail.

Notice that this skill intentionally does not strictly follow the ASE skill format; in particular, it does not include the usual meta skill information.

Procedure

1. STEP 1: Initialize Self-Test

   Initialize the running map of actual probe results <actuals></actuals> (set to empty) -- every probe in STEPs 2-5 stores its result here as a <category/>/<probe-name/> entry with its actual computed value.

   Initialize the running list of failed probes <failures></failures> (set to empty) -- this is populated only in STEP 6 after comparing actuals against the expected values.

2. STEP 2: Probe XML Placeholders

   Execute all of the following XML-placeholder probes (in the given order). For each probe, record the actual result in <actuals/> under the key xml-placeholders/<probe-name/>. Do not compare to any expected value here.

   1. get-and-set: Set <v>42</v>, then get <v/>. Record actual result for xml-placeholders/get-and-set.

   2. self-ref: Set <v>42</v>, then set <v>pre_<v/></v>, then get <v/>. Record actual result for xml-placeholders/self-ref.

   3. overwrite: Set <v>42</v>, then set <v>99</v>, then get <v/>. Record actual result for xml-placeholders/overwrite.

   4. indexed: Set <eval-1-2>+1</eval-1-2> and <eval-2-1>-1</eval-2-1>, then get <eval-1-2/> and <eval-2-1/> via <eval-1-2/>,<eval-2-1/>. Record actual result for xml-placeholders/indexed.

   5. nested-attr: With <w>20</w>, build the value of an XML attribute width="<w/>" and read the attribute width back. Record actual result for xml-placeholders/nested-attr.

   6. entity: Evaluate the XML entity ⦿ and get the rendered Unicode character. Record actual result for xml-placeholders/entity.

   Set <xml-total/> to the number of XML-placeholder probes above.

3. STEP 3: Probe Control Flow

   Execute all of the following control-flow probes (in the given order). For each probe, record the actual result in <actuals/> under the key control-flow/<probe-name/>. Do not compare to any expected value here.

   1. branch: Set <a>3</a>, then evaluate <if condition="<a/> is greater than 5">big</if> <elseif condition="<a/> is greater than 2">mid</elseif> <else>small</else>. Record actual result for control-flow/branch.

   2. while-sum: Set <s>0</s> and <i>1</i>, then evaluate <while condition="<i/> is less than or equal to 5"> set <s/> to <s/> + <i/>, set <i/> to <i/> + 1 </while>. Record <s/> as actual result for control-flow/while-sum.

   3. for-order: Set <s></s>, then evaluate <for items="x y z"><s><s/>-<item/></s></for>. Record <s/> as actual result for control-flow/for-order.

   4. while-break: Set <i>1</i> and <hit></hit>, then evaluate <while condition="<i/> is less than or equal to 9"> if <i/> equals 4 set <hit/> to <i/> and <break/>, else set <i/> to <i/> + 1 </while>. Record <hit/> as actual result for control-flow/while-break.

   5. step-skip: A <step condition="[...]">[...]</step> either expands to its body (if condition evaluates to true) or to the empty string, so what does <step condition="42 is greater than 7">X</step> expand into? Record the result of this construct for control-flow/step-skip.

   6. expand-subst: With <define name="foo">[<arg1/>:<content/>]</define>, evaluate <expand name="foo" arg1="K">V</expand>. Record actual result for control-flow/expand-subst.

   Set <cf-total/> to the number of control-flow probes above.

4. STEP 4: Probe Regex Matching

   Execute all of the following regex probes (in the given order). For each probe, record the actual result in <actuals/> under the key regex/<probe-name/>. Do not compare to any expected value here.

   1. getopt-dash: Does the string -l foo match the regexp (^|\s)-? Record yes or no as actual result for regex/getopt-dash.

   2. getopt-nodash: Does the string foo match the regexp (^|\s)-? Record yes or no as actual result for regex/getopt-nodash.

   3. anchored-int: Does 123 fully match ^\d+$, and does 12a fully match ^\d+$? Report as <yes-or-no/>,<yes-or-no/>. Record actual result for regex/anchored-int.

   4. alternation: Does thorough match ^(basic|standard|thorough)$? Record yes or no as actual result for regex/alternation.

   5. capture: Apply ^--(\w+).+ to --foo-bar-quux. Record the first capture group as actual result for regex/capture.

   6. whitespace: Does -x (leading space then dash) match (^|\s)- (the \s alternative)? Record yes or no as actual result for regex/whitespace.

   7. complex: Does --level=(low|high)... match ^--([A-Za-z][A-Za-z0-9-]*)(?:\|-([A-Za-z]))?(?:=(\((.*)\)(\.\.\.)?|.*))?$? Record yes or no as actual result for regex/complex.

   Set <re-total/> to the number of regex probes above.

5. STEP 5: Probe Arithmetic

   Execute all of the following arithmetic probes (in the given order). For each probe, record the actual result in <actuals/> under the key arithmetic/<probe-name/>. Do not compare to any expected value here.

   1. increment: With <n>7</n>, compute <n/> + 2. Record actual result for arithmetic/increment.

   2. product-sum: Compute 4.00 * 1.00 + 2.00 * 0.50. Record actual result (as X.XX) for arithmetic/product-sum.

   3. percentage: Compute 3 / 7 rounded to 2 decimal places. Record actual result (as 0.XX) for arithmetic/percentage.

   4. bar-width: With <title-len>13</title-len>, compute 67 - <title-len/>. Record actual result for arithmetic/bar-width.

   5. threshold: Is 0.095 less than 0.10? Record yes or no as actual result for arithmetic/threshold.

   6. round-half: Round 2.5 to the nearest integer (round half up). Record actual result for arithmetic/round-half.

   Set <arith-total/> to the number of arithmetic probes above.

6. STEP 6: Fetch Expected Values and Score

   Call the ase_compat() tool of the ase MCP server with an internal programmatic MCP tool call (and NOT with an external shell command) and set <compat-output/> to the text content of the response.

   Parse <compat-output/> into a map <expected/> by splitting on newlines; for each non-empty line of the form <id/>: <value/>, set <expected[<id/>]> to <value/> (value may be empty for probes whose correct answer is an empty string).

   For each probe in <actuals/>, compare the actual result to <expected[<id/>]> using an exact-match comparison:

   • If they match, count the probe as pass.
   • If they differ, count the probe as fail and append <id/> to <failures/>.

   Tally pass counts per category:

   • Set <xml-pass/> to the number of xml-placeholders/* probes that passed.
   • Set <cf-pass/> to the number of control-flow/* probes that passed.
   • Set <re-pass/> to the number of regex/* probes that passed.
   • Set <arith-pass/> to the number of arithmetic/* probes that passed.

7. STEP 7: Compute and Report Compatibility

   Compute each category's pass-rate (a value in 0.0…1.0) by dividing its passes by its total:

   set <xml-rate/> to <xml-pass/> / <xml-total/>, set <cf-rate/> to <cf-pass/> / <cf-total/>, set <re-rate/> to <re-pass/> / <re-total/>, set <arith-rate/> to <arith-pass/> / <arith-total/>.

   Compute the overall compatibility as a weighted average of the four pass-rates, where XML placeholders carry weight 4.00 (the backbone of every skill), control flow carries weight 3.00, regex matching carries weight 2.00, and arithmetic carries weight 1.00. Use the ase_decision_matrix MCP tool with a single "compatibility" alternative column, one matrix row per category of the form [ <weight/>, <rate/> ]:

   Call...

   ase_decision_matrix(matrix: [ [ 4.00, <xml-rate/> ], [ 3.00, <cf-rate/> ], [ 2.00, <re-rate/> ], [ 1.00, <arith-rate/> ] ])

   ...of the ase MCP server with an internal programmatic MCP tool call (and NOT with an external shell command) and set <product-sum/> to the single numerical value of the returned array.

   The product-sum is the sum over the four rows of <weight/> * <rate/>, so dividing by the sum of weights (4.00 + 3.00 + 2.00 + 1.00 = 10.00) yields the weighted-average compatibility on 0.0…1.0:

   Set <overall/> to <product-sum/> / 10.00. Set <overall-pct/> to round(<overall/> * 100) (an integer percentage).

   Also compute each category's display percentage:

   Set <cf-pct/> to round(<cf-rate/> * 100), and likewise <xml-pct/>, <re-pct/>, <arith-pct/>.

   Determine the <verdict/> from <overall-pct/>:

   1. If <overall-pct/> is greater than or equal to 90: Set <verdict>✓ FULLY COMPATIBLE</verdict>.

   2. Else if <overall-pct/> is greater than or equal to 60: Set <verdict>⚠ PARTIALLY COMPATIBLE</verdict>.

   3. Else: Set <verdict>✘ INCOMPATIBLE</verdict>.

   4. If <failures/> is not empty: Append to <verdict/> the suffix (failed: <failures/>).

   Finally, output the compatibility report:

   RESULTS:

   ⦿ Capability	⚖ Weight	✓ Passed	⚑ Rate
   XML Placeholders	4.00	<xml-pass/>/<xml-total/>	<xml-pct/>%
   Control Flow	3.00	<cf-pass/>/<cf-total/>	<cf-pct/>%
   Regex Matching	2.00	<re-pass/>/<re-total/>	<re-pct/>%
   Arithmetic	1.00	<arith-pass/>/<arith-total/>	<arith-pct/>%
   OVERALL			<overall-pct/>%

   VERDICT: <verdict/>