f109e7f0e6* Studio: parse Mistral [TOOL_CALLS] and rehearsal tool-call shapes
Extends the rescue parsers in core/tool_healing.py and
core/inference/tool_call_parser.py to recognise two extra serialisations
local models commonly emit when bypassing native function calling:
* [TOOL_CALLS]name{json_args} (Devstral-Small-2, Mistral-Small-3.x).
* name[ARGS]{json_args} (reasoning-model rehearsal).
Both extractors use a brace-balance scan that honours escapes and
quoted strings so nested JSON args stay intact.
Also pre-strips <think>...</think> and [THINK]...[/THINK] blocks before
matching so calls emitted after a reasoning preamble are recognised
regardless of position.
Streaming gates (TOOL_XML_SIGNALS, llama_cpp.py _TOOL_XML_SIGNALS) and
the SSE strip regex (routes/inference.py _TOOL_XML_RE) gain the new
sentinels so the parser is actually invoked and the raw markup never
leaks to the UI.
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* Strip unclosed think blocks and catch rehearsal [ARGS] mid-buffer
The pre-existing ``_THINK_TAG_RE`` only matched closed thinking
blocks (``<think>...</think>`` or ``[THINK]...[/THINK]``). During
streaming the model is still inside the open block when the parser
runs, so any tool-shaped markup the model is REHEARSING inside that
block survived the strip and could be executed as a real call.
Switch both copies of the regex (parser + healing) to accept the
trailing block being terminated by end-of-string in addition to
the explicit closer.
The ``_TOOL_XML_SIGNALS`` list on the llama_cpp streaming buffer
included ``[ARGS]`` to catch rehearsal syntax, but the gate used a
``startswith`` check against the buffer head -- rehearsal is shaped
``name[ARGS]{json}``, so the buffer never STARTS with ``[ARGS]``
and the signal had no effect. Add a substring fallback for the
bracket-style signals so the BUFFERING window can still divert the
stream into DRAINING when rehearsal markup arrives mid-buffer.
Adds three regression tests covering rehearsal inside unclosed
``<think>`` / ``[THINK]`` blocks (must yield no calls) and the
positive case after a closed think block (still parsed).
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* Studio: harden bracket-tag tool-call parsing and streaming strip
Address review findings on the Mistral [TOOL_CALLS] / rehearsal [ARGS] paths:
- Accept hyphenated tool names in the bracket parsers and strip patterns.
_MISTRAL_BRACKET_RE and _REHEARSAL_RE used \w+, which dropped or truncated
MCP function names containing dashes (mcp__srv__list-issues). Use [\w-]+ to
match the XML and Gemma parsers.
- Strip a partial bracket marker streamed before its opening brace. The
trailing-unclosed patterns required the {, so a [TOOL_CALLS]web_search or
python[ARGS] split across deltas leaked the raw marker to the UI. Match the
bare marker to end-of-text, mirroring how the bare open tags are stripped.
Closed pairs are unchanged so in-progress markup stays buffered until parsed.
- Strip a truncated bracket tail in the route-level display regex. _TOOL_XML_RE
required a balanced JSON object; a tool call truncated by EOS now strips up
to \Z, like the orphan-opening XML shapes. Complete calls still strip only
their balanced JSON so following prose survives.
Add regression tests for hyphenated names, the streaming partial-marker strip,
and the unclosed-tail route strip.
* Studio: preserve XML parameter indentation in tool_healing
The chat template emits <parameter=k>\nVALUE\n</parameter>; the parameter-start
regex consumed the wrapping newline AND the value's first-line indentation via a
trailing \s*, then str.strip() removed the rest, corrupting code/diff arguments.
Narrow the trailing class to horizontal whitespace and trim exactly one wrapping
newline (_trim_param_value), preserving indentation. Matches SGLang's qwen3_coder
detector and the same fix on the multi-format parser. Add a regression test.
* Studio: tighten Mistral/rehearsal tool-call comments
Compress the comments in the Mistral [TOOL_CALLS] / rehearsal [ARGS] healing shim
and its callers to one or two lines, keeping the bracket-tag stripping rationale,
the thinking-block handling note, and the forge attribution intact.
Comment-only: no code or behavior change (verified with comment_tools.py check
--strip-docstrings; tests green).
* Studio: fix think-strip arg corruption and nested bracket-JSON strip
Review follow-up for the Mistral/rehearsal healing shim:
- The <think>/[THINK] strip ran unconditionally over the whole content before
parsing, so a real tool argument that legitimately contained a <think> /
[THINK] literal was silently corrupted. Don't delete the blocks: compute the
reasoning-block spans and skip any tool-call candidate that STARTS inside one,
across all parse paths (JSON, Gemma, XML, bracket, rehearsal). A rehearsed call
inside reasoning is still ignored; a real call after </think> still parses.
- The bracket-tag display strip used a fixed one-level-nesting regex, so a call
with two-level-nested JSON args either leaked raw markup or, in final mode, let
the catch-all eat the trailing prose. Add a balanced-brace
_strip_bracket_tag_calls pass (any nesting depth) used by strip_tool_call_markup
and the route display strip.
Add regressions: <think>/[THINK] literal inside a real argument, rehearsal-inside-
think with a real call after, and two-level-nested bracket/rehearsal strip keeping
trailing prose.
* Studio: correct think-block comments to match span-skip behavior
The think-strip fix replaced the unconditional think-block strip with a
span-skip (the block is kept and any tool-call candidate starting inside it is
ignored), but two comments still described the old strip-first behavior. Update
the _THINK_TAG_RE comment and the parse_tool_calls_from_text docstring.
* Studio: parse Mistral arrays and call-ids, unify bracket parse/strip, keep it linear
- Parse the canonical Mistral array form (TOOL_CALLS followed by a JSON list of
calls) and emit every call; parse the v11 shape that carries an opaque CALL_ID
token between the name and ARGS (the function name is the token after
TOOL_CALLS, never the call-id); and parse a Mistral call plus a rehearsal call
in one message (the second was dropped yet still stripped from display).
- One shared balanced forward scan (_iter_bracket_spans) backs both the parser
and the strip path, so they no longer diverge. It is linear: each regex is
re-searched only once its cached match falls behind the cursor, replacing the
per-match full-tail re-scan that was O(n^2) (O(n^3) over a stream). A length cap
before the scan is a backstop.
- strip_tool_call_markup preserves think/reasoning blocks verbatim (the parser
skips tool markup inside them), stripping only the visible text around them.
- _in_think uses bisect over the sorted think spans (was a linear scan per
candidate).
- GGUF streaming strip runs the balanced bracket pre-pass before the regex
patterns so nested-arg calls do not leak or eat trailing prose, and the
BUFFERING ARGS detector requires the rehearsal name-ARGS shape.
- Tests: canonical array, array string-args, array strip keeps prose, Mistral
plus rehearsal multi-call, v11 call-id name, think-rehearsal strip
preservation, and bracket-strip linearity.
* Studio: preserve reasoning blocks in the route and streaming strip paths too
Addresses Gemini/Codex review: making strip_tool_call_markup preserve think
blocks left the route display strip and the GGUF streaming strip inconsistent,
so a rehearsed call inside a reasoning block was still deleted from the visible
text on those paths.
- Extract the think-block segmentation into one shared helper (strip_outside_think)
and route all three strip paths through it: strip_tool_call_markup,
_strip_tool_xml_for_display, and the GGUF _strip_tool_markup_streaming closure.
- Add a route-strip regression test that a rehearsal inside a reasoning block is
preserved while a real call outside it is still stripped.
* Studio: fix bracket-tag strip/buffer review findings
Address the live code-review findings on the Mistral bracket-tag / rehearsal
tool-call rescue path:
- tool_healing: a literal think block inside a tool-call argument is no longer
treated as a reasoning block. strip_outside_think now excludes think spans
that sit inside a complete tool-call span, so the call is stripped whole
instead of the split hiding its open/close pair and leaking the raw call.
- tool_healing: the rehearsal trailing-strip pattern requires a following brace
or end-of-text, so prose that merely mentions name[ARGS] is not truncated as
a phantom call. The bracket strip patterns are aligned with the parser
regexes (whitespace, v11 [CALL_ID]/[ARGS] metadata, and the [CALL_ID]
lookbehind).
- routes: strip a truncated canonical Mistral array ([TOOL_CALLS] [{... with no
closing bracket) that the balanced scan cannot remove, align the display
regex with the parser regexes, and apply the same rehearsal-prose guard.
- safetensors loop: mirror the GGUF [ARGS] rehearsal-substring check during
BUFFERING so a rehearsal name does not stream before its [ARGS] arrives.
Adds regression tests for each; existing parser suite stays green.
* Studio: hold split rehearsal tool-name prefix in both streaming loops
A reasoning-model rehearsal call can stream the tool name and its [ARGS] arm in
separate chunks (web_search then [ARGS]{...}). The buffering detector only
recognised the rehearsal once [ARGS] was present, so the bare tool name was
emitted as visible content before the call drained and executed.
Add _is_rehearsal_prefix (mirrored in the safetensors loop and the GGUF loop):
when a no-signal buffer is a bare active-tool name -- or a partial prefix of
NAME[ARGS] -- hold it as a prefix instead of streaming it, so the next chunk's
[ARGS] flips it to a drain. A whitespace in the buffer means prose, not a split
call, so ordinary text still streams.
Adds regression tests for the split rehearsal in both loops and a guard that a
plain non-tool word still streams.
* Studio: route Anthropic tool-call cleanup through the protected display strip
The Anthropic stream, non-stream, and passthrough paths cleaned content with raw
_TOOL_XML_RE.sub instead of _strip_tool_xml_for_display, so a rehearsal call
inside <think> was deleted from the reasoning and a nested [TOOL_CALLS] call
dropped its trailing prose (the OpenAI-compatible paths already use the helper).
Route all four sites (prior-assistant cleanup, streaming content events,
non-stream aggregation, passthrough conversion) through the protected helper, and
add a source-level guard test so raw _TOOL_XML_RE.sub stays confined to the
helper itself.
* Studio: stop split rehearsal tool names leaking once streaming, uncapped, or unrestricted
The split-rehearsal guard (NAME in one chunk, [ARGS]{...} in the next) only held
the name in the initial BUFFERING state. Three gaps remained where the bare tool
name still streamed as visible content before the call drained:
- STREAMING: after prose had already streamed, both loops emitted a trailing
active-tool-name token (and the GGUF/safetensors [ARGS] boundary was not pulled
back over the name). Hold the trailing rehearsal token and release it on the
next chunk, with an end-of-stream flush so a plain answer that merely ends on a
tool-name word is never dropped.
- Buffer cap: a realistic MCP name longer than the 32-char _MAX_BUFFER_CHARS cap
defeated the BUFFERING hold. A rehearsal prefix is self-bounding (it stops
matching once it grows past NAME[ARGS]), so the generic cap no longer applies to
it.
- Unrestricted mode (tools=[]): with no declared tool list, any bare identifier
may be a NAME[ARGS] rehearsal, so the prefix check now recognises one instead of
leaking the name and mis-parsing the call.
Regression tests cover the streaming, long-name, and unrestricted cases plus the
plain-prose paths that must not be held or corrupted.
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* Studio tools: protect think blocks in safetensors streaming, hold split rehearsal on initial flush, advertise Mistral tools
Pass-3 review follow-ups on the Mistral [TOOL_CALLS] / rehearsal [ARGS] work:
- Safetensors streaming display strip now preserves think / [THINK] reasoning
verbatim (routes through strip_outside_think like the GGUF path). A call
rehearsed inside a reasoning block was stripped mid-stream and then restored by
the final strip, a non-monotonic shrink/grow that corrupted append-by-length
stream consumers and the visible reasoning.
- The first flush out of BUFFERING (safetensors and GGUF) now applies the same
trailing-name hold the STREAMING branch uses, so a split rehearsal (prose plus a
trailing active tool name in one chunk, [ARGS]{...} in the next) no longer leaks
the bare name before the call drains.
- Safetensors capability gate no longer suppresses tools for Mistral [TOOL_CALLS]
templates, which the shared bracket-tag parser now handles end to end. Llama
python_tag stays suppressed (still unparseable).
- Route display strip applies the open-ended / bare-marker tail arms only on the
segment after the last reasoning block (closed-only regex before it), matching
strip_tool_call_markup, so a bare foo[ARGS] before a reasoning block is preserved
while complete calls are still removed in every segment.
Adds regression tests for each and updates the now-stale Mistral capability test.
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* Fix tool-call think-marker and bracket-wrapper edge cases
Round-1 review follow-ups on the Mistral/rehearsal tool-call healing:
- tool_healing: a reasoning marker that opens INSIDE a tool call's
arguments is argument data, not a reasoning block. Add
_think_spans_outside_tool_markup (start-inside test) and use it in
both parse_tool_calls_from_text and strip_outside_think so a literal
marker in one call's args no longer hides a later call (parse) or
leaks the raw markup (strip) when the greedy match runs past the
call's closer.
- tool_healing: strip the orphan Mistral v11 [/TOOL_CALLS] closer left
behind after the balanced scan removes the call body. Add a route arm
for the same closer in _TOOL_XML_RE / _TOOL_XML_CLOSED_RE.
- safetensors + llama_cpp streaming strip: run the open-ended (EOS
anchored) tail patterns only on the last segment; segments before a
reasoning block use the closed-only patterns, matching the final
strip and the route strip. A bare foo[ARGS] before a reasoning block
is prose, not a truncated call.
- safetensors streaming detector: validate each [ARGS] hit before
draining. A bare foo[ARGS] in prose (no active tool name in front)
no longer drains the rest of the turn; a later real NAME[ARGS] call
is still found and the prose in between is preserved.
Regression tests added for each case across the parser, strip helpers,
and both streaming loops.
* Strip incomplete-XML tool markup with literal think tags; widen render-html detector
Round-2 review follow-ups.
- tool_healing: an UNCLOSED <tool_call> / <function= call that the parser still
executes via allow_incomplete leaked its markup when an argument contained a
literal think marker. _tool_call_markup_spans only covered closed calls, so the
literal was treated as a reasoning block to preserve. Extend it to the
open-ended XML tail forms (shared as _TOOL_OPEN_XML_TAIL_PATS) so a think marker
inside an unclosed call is argument data and the call's markup is stripped. A
complete call's opener stays bounded to its closed span, and a real reasoning
block with no tool call is still preserved.
- safetensors render-html provisional card: _detect_render_html_tool_start was
XML-only, so a Mistral [TOOL_CALLS]render_html or rehearsal render_html[ARGS]
call executed but skipped the early card. Detect the earliest tool-call marker
across every serialization the loop executes and fire when it is render_html.
Regression tests added for both.
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* Studio tools: gate [ARGS] on active tools and skip think-block render_html rehearsal
Round 3 review fixes for the Mistral / rehearsal tool-call parsing path. Both are
asymmetric-fix bugs where one code path applied a guard the analogous paths did not.
- [ARGS] active-tool gating: the streaming state already validates a rehearsal
NAME[ARGS] against the active tool list before draining, but the BUFFERING
detection and the end-of-stream safety-net checks (safetensors and GGUF) treated
any word[ARGS] substring as a tool boundary. An answer containing a literal
foo[ARGS]{...} in prose, where foo is not an enabled tool, was drained, parsed into
a disabled foo no-op, and forced an extra generation turn. Gate those checks on the
active tool name too (unrestricted mode still accepts any name), so inactive-name
prose is neither drained nor parsed. Adds a shared _has_genuine_tool_signal helper
(safetensors) and _gguf_rehearsal_signal_pos / _gguf_has_genuine_tool_signal (GGUF).
- render_html provisional card vs think blocks: the parser skips tool candidates that
start inside a <think>/[THINK] reasoning block, but the provisional render_html
detector scanned raw content. A render_html rehearsed inside <think> followed by a
real non-render_html call emitted a provisional render_html tool_start (reusing the
later call's id) that the loop never executed. Drop candidates that start inside a
think span and use the first marker of each shape outside the blocks. Also resolve
the [TOOL_CALLS] [{...}] array shape through the parser so a nested "name" argument
key no longer fires a false provisional card ahead of the real top-level tool name.
Adds regression tests for both loops: inactive-name foo[ARGS]{...} is not drained into
a disabled no-op or a retry turn, a think-block render_html rehearsal emits no
provisional card, and the array top-level name is read correctly.
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* Gate ambiguous bare-rehearsal parse and strip on the active tool list
A bare NAME[ARGS]{json} is a genuine rehearsal call only when NAME is an
active tool; otherwise it is prose. The earlier round gated only detection
(so an inactive foo[ARGS] no longer drained the buffer or forced a retry
turn), but the parse and strip stayed unrestricted, which produced two
regressions:
1. An inactive foo[ARGS]{...} placed immediately before a real
web_search[ARGS]{...} in the same content span made the real call fail
to execute (parse consumed the phantom foo call).
2. An inactive foo[ARGS]{...} in a prose answer had its markup stripped
from the visible text, corrupting the sentence to " is just syntax."
Thread enabled_tool_names through the shared parser/strip so parse and
strip apply the SAME active-tool gate as detection:
- core/tool_healing.py: _iter_bracket_spans skips an inactive rehearsal
span; parse_tool_calls_from_text, _strip_bracket_tag_calls,
_strip_markup_segment and strip_tool_call_markup accept and thread the
gate; apply_tool_strip_patterns keeps an inactive rehearsal match.
- core/inference/tool_call_parser.py: wrappers forward the gate.
- core/inference/safetensors_agentic.py and core/inference/llama_cpp.py:
compute the gate from the active tool list (None when unrestricted, to
keep the legacy strip-all behavior) and thread it into every parse and
streaming/final strip site.
- routes/inference.py: _strip_tool_xml_for_display accepts the gate and
keeps an inactive rehearsal via a capture group on its rehearsal arm, so
the display cleanup does not re-strip the already-correct loop output.
The [TOOL_CALLS] control-token arms still strip unconditionally. Wire
the current turn's active tool names into the GGUF and safetensors
content-display sites.
Tests: parse and strip gate coverage in test_tool_call_parser_strict.py,
test_tool_xml_strip.py and test_safetensors_tool_loop.py; end-to-end GGUF
coverage for the real-call-after-inactive-rehearsal case and a
strengthened assertion that the inactive rehearsal prose survives intact.
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* Studio: render the reasoning block for safetensors and MLX like GGUF
enable_thinking chat templates (Qwen3/Qwen3.5/GLM) prefill an unclosed <think>
into the generation prompt, so the model emits only the closing </think> then
the answer. The safetensors/MLX chat stream emitted that as plain content, so
the reasoning showed inline with no collapsible thinking block, while GGUF
(which surfaces reasoning via reasoning_content) rendered one. This brings
safetensors and MLX to parity.
- _ResponsesReasoningExtractor gains a reasoning_prefilled mode that starts
inside the reasoning block and splits on the first </think>; default False
keeps GGUF and every existing caller byte-identical. It suppresses a stray
re-emitted <think> and holds partial markers back across chunk boundaries.
- _sf_reasoning_prefill_mode gates the mode on reasoning being enabled for the
request, an enable_thinking or enable_thinking_effort style, and the template
actually using the standard <think>/</think> markers. Models with a bespoke
reasoning channel (e.g. gemma's <|think|>/<|channel>) are excluded so their
answer is never swallowed; gpt-oss (Harmony) and thinking-off requests are
excluded too.
- sf_tool_stream and stream_chunks (the latter also serves MLX) feed text
through the extractor, emitting reasoning_content then content deltas, with a
per-turn reset in the tool loop and a flush before each tool_start; only the
visible delta reaches the monitor reply. The two non-streaming drains split
reasoning_content the same way.
- Tests: extractor prefilled mode (streaming and edge cases), the gate matrix
including the gemma-style exclusion, and a route-replay of the tool-loop
reasoning stream.
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* studio: skip tool calls rehearsed in prefilled reasoning
Reasoning models (Qwen3.5 enable_thinking) open <think> in the prompt, so the
generated text starts inside the thought and emits only a closing </think> with
no opener. _think_spans_outside_tool_markup only found spans with an explicit
opener, so a NAME[ARGS]{...} or [TOOL_CALLS] call rehearsed in that leading
thought was parsed and executed as a real call.
Add a leading think span (offset 0 through the first close marker) when the
content opens with a bare close, so the rehearsed call is skipped and the
reasoning is preserved by strip_outside_think. Guarded by the existing call-span
check: a literal </think> inside a real call's arguments does not trigger the
span, so a genuine leading call still fires. Tests for both cases.
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* studio: do not start prefilled reasoning mode when reasoning_effort is none
enable_thinking_effort models (e.g. GLM-5.2) express thinking-off via
reasoning_effort="none" rather than enable_thinking=False, but
_sf_reasoning_prefill_mode only looked at enable_thinking, so such a request
started the extractor in prefilled mode. With thinking off the model never emits
</think>, so the whole answer was captured as reasoning_content and the visible
content/stream came back empty. Thread reasoning_effort through and return False
when it is "none". Tests for none vs a real effort level.
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* studio: only treat a leading bare </think> as prefilled reasoning when a real call follows
The prefilled-reasoning virtual span fired on any unmatched leading close marker,
so a non-prefilled turn that emits a real call before a stray </think> (for
example "Now web_search[ARGS]{...}</think> answer") had the call swallowed by the
span and dropped. Require that a real tool call also appear after the close (the
actual turn that follows the thought) before adding the span, so a stray close in
a normal answer no longer suppresses a genuine leading call. The rehearse-then-
call case still skips the rehearsal. Test for the stray-close case.
* Studio: trim redundant comments (comment-only, AST-verified)
* studio: keep tool_healing importable on Python 3.9
_balanced_json_span was annotated -> int | None. With no
from __future__ import annotations, that PEP 604 union is evaluated at
import time, so on Python 3.9 (which the package still supports,
requires-python >=3.9, and where external inference servers import this
module standalone) the def raises TypeError and the whole module fails
to import before any parsing runs.
Add from __future__ import annotations so annotations stay lazy strings,
matching the prevailing convention across studio/backend. No behavior
change: the module has no runtime annotation introspection.
* Studio: gate the Anthropic tool-stream display strip on declared tools
The Anthropic streaming and non-streaming tool paths called
_strip_tool_xml_for_display without enabled_tool_names, so with the default
strip-all behavior a final answer that literally contains an inactive-name
NAME[ARGS]{json} (prose, not a call) lost those bytes in the delivered text.
The GGUF and safetensors paths already pass _display_tool_name_gate(tools);
these two sites were missed when that gate was threaded through.
Compute the gate from the declared tools and pass it at both sites (threading
openai_tools into _anthropic_tool_non_streaming and its caller), so an
inactive-name rehearsal survives while an active-name one is still stripped.
Add a regression test.
* Studio: hold a split unrestricted rehearsal prefix at the bracket
In unrestricted tool mode (tools=[]) the rehearsal-prefix regex required
[A after the bracket, so a chunk boundary landing right after NAME[ (e.g.
web_search[ then ARGS]{...}) failed the prefix check and streamed the
partial tool markup web_search[ to the client before the call drained.
Restricted mode already holds this via a startswith check. Make the bracket
and each ARGS letter individually optional so NAME[ is held too, matching
the documented intent. Add a regression test.
* Studio: gate rehearsal detection and history strip on the original tool set
Two display/loop gate fixes so a spent one-shot tool is handled consistently:
- Rehearsal DETECTION (safetensors and GGUF loops) now uses the ORIGINAL tool
list, matching the strip gate, instead of the post-removal active_tools. After a
one-shot tool (render_html) runs it is dropped from active_tools; a repeat
render_html[ARGS]{...} while another tool is still active was stripped from
display yet never detected, so it was not routed to the render_html_repeat no-op
and the turn ended as a blank continuation. Detection now fires for it.
- The GGUF assistant-history sanitiser forwards the enabled-tool-name gate (like
the live-response strip), so a prior turn documenting an inactive foo[ARGS]{...}
shape is preserved in the replayed prompt context instead of being deleted.
Add regression tests for both loops and the history strip.
* Studio: thread the tool-name gate through the remaining rehearsal/history sites
Follow-up to the rehearsal-detection and history-strip gate fixes, covering the
sibling sites that were missed:
- GGUF loop: the rehearsal-prefix and trailing-name hold checks now use the
original tool list (_detect_tools) like the detection path, so a spent one-shot's
split repeat (bare render_html then [ARGS]{...}) is held instead of flushed as
visible text.
- The safetensors and Anthropic assistant-history sanitisers and the Anthropic
non-streaming passthrough now forward the enabled-tool-name gate to
_strip_tool_xml_for_display, matching the GGUF history sanitiser and the live
strips, so a prior turn documenting an inactive foo[ARGS]{...} example is
preserved in the replayed prompt / final text instead of deleted.
Add regression tests.
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* Tile bracket-call spans per array item and include the v11 closer
Two with_spans fixes for the Mistral bracket parser, both hit through the
client-tool passthrough healers:
- A multi-call [TOOL_CALLS] array carried its whole markup span on the first
call and zero-width spans after, so a consumer that filters promotions by
the declared tool set either re-emitted the full raw array as text next to
the promoted call or silently dropped a filtered call's bytes. The region is
now tiled across the call-producing items (each call's span covers its own
JSON object plus the separator bytes before it; the last span runs to the
region end), so promoted markup strips exactly once and a skipped call's
bytes stay visible.
- The v11 wrapper closer [/TOOL_CALLS] sat outside the reported span and
leaked as stray text after promotion; the region now extends over an
immediately-following closer.
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* Address review: decouple healer signals from the loop signal set
The passthrough healer buffered on every TOOL_XML_SIGNALS entry, so the bare
[ARGS] rehearsal marker this branch adds for the loops (where it is gated on
active tool names) put legitimate prose like 'Use foo[ARGS] in templates'
into the holding state and stalled the stream until finalization. The healer
can never promote a bare rehearsal call, so it now buffers only on formats
its parser promotes: <tool_call>, <|tool_call>, <function=, [TOOL_CALLS].
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* Condense comments in the Mistral tool-call rescue to contract essentials
* verify_import_hoist: exempt __future__ imports and same-diff relocations
Two false positives fired on this PR's refactor. A from __future__ import
is a compiler directive whose name never appears as a runtime load, so
HOISTED-IMPORT-UNUSED can never see it used, yet the file requires it for
PEP 604 annotations on Python 3.9. TARGET-CHANGED flagged the deliberate
move of the strip-pattern constants into core.inference.tool_call_parser
as a silent re-point even though the old module-level target was removed
and the new one added in the same diff. Both get narrow exemptions; a
re-point to a pre-existing target is still caught, and the self-test
negative controls all pass unchanged.
* Drain the whole Mistral [TOOL_CALLS] array in streaming passthrough healing
StreamToolCallHealer._drain promoted only the first parsed call per pass and
dropped the rest of the buffer past that one span. For a well-formed Mistral
parallel-tool-call array streamed through client-tool passthrough
([TOOL_CALLS][{...},{...}]), the per-item spans are contiguous, so after the
first call was promoted the residue began with ,{...}] (no leading signal) and
was flushed as raw text: every call after the first was lost.
_drain now walks the contiguous run of parsed calls (adjacent tiled spans =
one array), promoting each declared call and relaying undeclared ones as data,
and stops at the first gap (prose) or incomplete trailing block so separate
blocks still stream incrementally in document order. This mirrors the
non-streaming heal_openai_message / finalize promote-or-flush loop and the
server-side safetensors loop, which already handled multi-call arrays.
Added regression tests: 2-call array in one feed and char-by-char, an
undeclared middle call kept as text, and an array followed by trailing prose.
* Drain comma-less Mistral tool-call arrays and normalize null arguments
The array branch fed the whole body to a single json.loads, which rejects the
comma-less multi-call form the repo's own Mistral/Ollama templates render (the
range loop in ollama_template_mappers.py emits the objects with no separator) and
so dropped every call. Decode elements individually with the existing
comma-tolerant raw_decode helper, now _decode_array_items, which also returns the
objects, so all calls are recovered while the span tiling is unchanged.
Also normalize a non-object array argument such as arguments null to an empty
object, matching the wrapped tool_call path, instead of serializing None to the
string "null" that auto-heal would turn into a bogus query of "null".
* Gate safetensors reasoning prefill on the rendered generation prompt
reasoning_always_on fires on any paired <think></think> in the template,
including markup that only renders PAST assistant history (Kimi-K2-Thinking)
while the generation prompt opens no <think>. Starting the reasoning extractor
in prefilled mode there captured a normal answer entirely as reasoning_content
and returned blank visible content. Prefill only when rendering the generation
prompt actually leaves <think> open (DeepSeek-R1 / QwQ / Qwen3-Thinking);
history-only templates start the extractor in normal mode and parse the model's
own <think>...</think>. Adds a Kimi-shape regression test.
* Keep bare scalar Mistral array arguments raw instead of double-encoding
A scalar string argument in the canonical Mistral [TOOL_CALLS] array
(for example [TOOL_CALLS][{"name":"web_search","arguments":"weather"}])
was run through json.dumps, turning weather into the JSON string
"weather". The downstream argument healer then wrapped that quoted
form, so a single-string tool like web_search searched for the literal
"weather" with quotes. The <tool_call> path already keeps a scalar
argument raw; mirror it here so only a dict is serialized. Add a
regression test asserting both paths yield the same healed arguments.
* Tighten tool-call rescue and reasoning-prefill comments
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
* [pre-commit.ci] auto fixes from pre-commit.com hooks
for more information, see https://pre-commit.ci
---------
Co-authored-by: pre-commit-ci[bot] <66853113+pre-commit-ci[bot]@users.noreply.github.com>
411 lines
17 KiB
Python
411 lines
17 KiB
Python
# SPDX-License-Identifier: AGPL-3.0-only
|
|
# Copyright 2026-present the Unsloth AI Inc. team. All rights reserved. See /studio/LICENSE.AGPL-3.0
|
|
|
|
"""Gemma-native tool-call parsing edge cases: commas inside bare string values,
|
|
and markers inside another call's argument data staying data."""
|
|
|
|
from __future__ import annotations
|
|
|
|
import json
|
|
import sys
|
|
from pathlib import Path
|
|
|
|
_BACKEND_DIR = str(Path(__file__).resolve().parent.parent)
|
|
if _BACKEND_DIR not in sys.path:
|
|
sys.path.insert(0, _BACKEND_DIR)
|
|
|
|
from core.inference.tool_call_parser import (
|
|
_gemma_parse_value,
|
|
parse_tool_calls_from_text,
|
|
)
|
|
from core.tool_healing import strip_tool_call_markup
|
|
|
|
|
|
def _args(call: dict) -> dict:
|
|
return json.loads(call["function"]["arguments"])
|
|
|
|
|
|
def test_bare_string_argument_with_comma_is_kept():
|
|
calls = parse_tool_calls_from_text(
|
|
"<|tool_call>call:get_weather{location:New York, NY,unit:celsius}<tool_call|>"
|
|
)
|
|
assert len(calls) == 1, calls
|
|
assert calls[0]["function"]["name"] == "get_weather"
|
|
assert _args(calls[0]) == {"location": "New York, NY", "unit": "celsius"}
|
|
|
|
|
|
def test_normal_multi_key_arguments_still_split():
|
|
calls = parse_tool_calls_from_text('<|tool_call>call:f{a:1,b:hello,c:"x,y"}<tool_call|>')
|
|
assert len(calls) == 1, calls
|
|
assert _args(calls[0]) == {"a": 1, "b": "hello", "c": "x,y"}
|
|
|
|
|
|
def test_empty_bare_value_becomes_empty_string_not_dropped():
|
|
# An empty bare value (``{query:}``) must serialise as ``""`` (``{"query":}`` is invalid JSON and dropped the call).
|
|
calls = parse_tool_calls_from_text("<|tool_call>call:search{query:,unit:celsius}<tool_call|>")
|
|
assert len(calls) == 1, calls
|
|
assert _args(calls[0]) == {"query": "", "unit": "celsius"}
|
|
|
|
only = parse_tool_calls_from_text("<|tool_call>call:get{q:}<tool_call|>")
|
|
assert len(only) == 1, only
|
|
assert _args(only[0]) == {"q": ""}
|
|
|
|
|
|
def test_bare_value_with_timestamps_after_comma_is_kept():
|
|
# A comma before digits-then-colon (timestamp/ratio) is value text, not a key.
|
|
calls = parse_tool_calls_from_text(
|
|
"<|tool_call>call:remind{query:meet at 10:00, 11:00 tomorrow,priority:high}<tool_call|>"
|
|
)
|
|
assert len(calls) == 1, calls
|
|
assert _args(calls[0]) == {"query": "meet at 10:00, 11:00 tomorrow", "priority": "high"}
|
|
|
|
|
|
def test_wrapperless_bare_value_with_timestamps_after_comma_is_kept():
|
|
# The wrapper-less Gemma form (no <|tool_call> markers) goes through the
|
|
# _gemma_parse_stripped_body scanner and its _GEMMA_KEY_RE.
|
|
calls = parse_tool_calls_from_text("call:web_search{query:meet at 10:00, 11:00 tomorrow}")
|
|
assert len(calls) == 1, calls
|
|
assert calls[0]["function"]["name"] == "web_search"
|
|
assert _args(calls[0]) == {"query": "meet at 10:00, 11:00 tomorrow"}
|
|
|
|
|
|
def test_marker_inside_json_argument_is_not_a_second_call():
|
|
content = (
|
|
'<tool_call>{"name":"python","arguments":{"code":'
|
|
'"x = 1 # <|tool_call>call:terminal{command:ls}<tool_call|>"}}</tool_call>'
|
|
)
|
|
calls = parse_tool_calls_from_text(content)
|
|
assert [c["function"]["name"] for c in calls] == ["python"], calls
|
|
|
|
|
|
def test_two_separate_gemma_calls_both_parse():
|
|
content = "<|tool_call>call:a{x:1}<tool_call|> and <|tool_call>call:b{y:2}<tool_call|>"
|
|
calls = parse_tool_calls_from_text(content)
|
|
assert [c["function"]["name"] for c in calls] == ["a", "b"], calls
|
|
assert _args(calls[0]) == {"x": 1}
|
|
assert _args(calls[1]) == {"y": 2}
|
|
|
|
|
|
def test_mixed_format_calls_preserve_document_order():
|
|
content = (
|
|
"<|tool_call>call:create{path:a}<tool_call|> then "
|
|
'<tool_call>{"name":"read","arguments":{"path":"a"}}</tool_call>'
|
|
)
|
|
calls = parse_tool_calls_from_text(content)
|
|
assert [c["function"]["name"] for c in calls] == ["create", "read"], calls
|
|
|
|
|
|
def test_json_marker_inside_gemma_argument_is_not_a_second_call():
|
|
content = (
|
|
'<|tool_call>call:python{code:<|"|>'
|
|
'print(<tool_call>{"name":"terminal","arguments":{"command":"ls"}}</tool_call>)'
|
|
'<|"|>}<tool_call|>'
|
|
)
|
|
calls = parse_tool_calls_from_text(content)
|
|
assert [c["function"]["name"] for c in calls] == ["python"], calls
|
|
|
|
|
|
def test_nested_gemma_marker_in_unquoted_arg_does_not_run_inner_call():
|
|
# An UNQUOTED Gemma value containing a literal marker: the marker is nested in the outer
|
|
# candidate span, so it must not be promoted to a standalone `terminal` call (no tool call).
|
|
content = "<|tool_call>call:python{code:<|tool_call>call:terminal{command:ls}<tool_call|>}<tool_call|>"
|
|
calls = parse_tool_calls_from_text(content)
|
|
assert "terminal" not in [c["function"]["name"] for c in calls], calls
|
|
|
|
|
|
def test_bare_string_array_argument_is_quoted():
|
|
calls = parse_tool_calls_from_text("<|tool_call>call:label{labels:[bug,ui]}<tool_call|>")
|
|
assert len(calls) == 1, calls
|
|
assert _args(calls[0]) == {"labels": ["bug", "ui"]}
|
|
|
|
|
|
def test_array_keeps_numbers_and_quoted_elements():
|
|
calls = parse_tool_calls_from_text(
|
|
'<|tool_call>call:f{nums:[1,2],tags:[<|"|>a,b<|"|>,c]}<tool_call|>'
|
|
)
|
|
assert _args(calls[0]) == {"nums": [1, 2], "tags": ["a,b", "c"]}
|
|
|
|
|
|
def test_array_of_objects_is_normalised():
|
|
calls = parse_tool_calls_from_text(
|
|
"<|tool_call>call:batch{items:[{path:a,mode:r},{path:b,mode:w}]}<tool_call|>"
|
|
)
|
|
assert len(calls) == 1, calls
|
|
assert _args(calls[0]) == {"items": [{"path": "a", "mode": "r"}, {"path": "b", "mode": "w"}]}
|
|
|
|
|
|
def test_nested_array_elements_are_normalised():
|
|
calls = parse_tool_calls_from_text("<|tool_call>call:grid{cells:[[a,b],[c,d]]}<tool_call|>")
|
|
assert _args(calls[0]) == {"cells": [["a", "b"], ["c", "d"]]}
|
|
|
|
|
|
def test_gemma_marker_inside_xml_parameter_is_not_a_second_call():
|
|
content = (
|
|
"<tool_call><function=python><parameter=code>"
|
|
"x = 1 # <|tool_call>call:terminal{command:ls}<tool_call|>"
|
|
"</parameter></function></tool_call>"
|
|
)
|
|
calls = parse_tool_calls_from_text(content)
|
|
assert [c["function"]["name"] for c in calls] == ["python"], calls
|
|
assert "terminal" in _args(calls[0])["code"]
|
|
|
|
|
|
def test_json_marker_inside_xml_parameter_is_not_a_second_call():
|
|
content = (
|
|
"<tool_call><function=python><parameter=code>"
|
|
'run(<tool_call>{"name":"terminal","arguments":{"command":"ls"}}</tool_call>)'
|
|
"</parameter></function></tool_call>"
|
|
)
|
|
calls = parse_tool_calls_from_text(content)
|
|
assert [c["function"]["name"] for c in calls] == ["python"], calls
|
|
|
|
|
|
def test_unclosed_think_literal_inside_tool_argument_does_not_hide_later_call():
|
|
# A literal <think> inside a completed call's arguments is argument data; both calls must parse.
|
|
text = '[TOOL_CALLS]a{"x":"literal <think> marker"} b[ARGS]{"y":2}'
|
|
calls = parse_tool_calls_from_text(text)
|
|
assert [c["function"]["name"] for c in calls] == ["a", "b"], calls
|
|
|
|
|
|
def test_real_think_block_with_rehearsal_inside_still_skips_only_the_rehearsal():
|
|
# A genuine reasoning block still hides its rehearsal while a real call after it parses.
|
|
text = '<think>web_search[ARGS]{"q":"draft"}</think>real[ARGS]{"q":"go"}'
|
|
calls = parse_tool_calls_from_text(text)
|
|
assert [c["function"]["name"] for c in calls] == ["real"], calls
|
|
|
|
|
|
def test_wrapperless_nested_object_argument_is_parsed():
|
|
# skip_special_tokens stream: wrapper and <|"|> markers stripped, so a nested object arrives bare.
|
|
calls = parse_tool_calls_from_text("call:f{loc:{city:NYC},n:3}")
|
|
assert len(calls) == 1
|
|
assert _args(calls[0]) == {"loc": {"city": "NYC"}, "n": 3}
|
|
|
|
|
|
def test_wrapperless_array_argument_is_parsed():
|
|
calls = parse_tool_calls_from_text("call:label{labels:[bug,ui],n:2}")
|
|
assert len(calls) == 1
|
|
assert _args(calls[0]) == {"labels": ["bug", "ui"], "n": 2}
|
|
|
|
|
|
def test_wrapperless_deeply_nested_object_and_array_are_preserved():
|
|
# The single-pass parser must keep multi-level nesting (objects inside
|
|
# objects, arrays inside arrays) intact, not flatten or drop it.
|
|
calls = parse_tool_calls_from_text(
|
|
"call:f{loc:{city:NYC,geo:{lat:1,lng:2}},tags:[a,b,[c,d]],n:3}"
|
|
)
|
|
assert len(calls) == 1
|
|
assert _args(calls[0]) == {
|
|
"loc": {"city": "NYC", "geo": {"lat": 1, "lng": 2}},
|
|
"tags": ["a", "b", ["c", "d"]],
|
|
"n": 3,
|
|
}
|
|
|
|
|
|
def test_gemma_parse_array_advances_on_stray_brace():
|
|
# Regression: a stray '}' / ']' / ',' where an array element is expected must
|
|
# not stall _gemma_parse_value at the same index (it looped forever before).
|
|
from core.inference.tool_call_parser import _gemma_parse_array
|
|
|
|
items, end, closed = _gemma_parse_array("[a,}]", 0)
|
|
assert end == 5 and closed is True # consumed through the closing ']'
|
|
assert items[0] == "a"
|
|
|
|
|
|
def test_gemma_close_marker_inside_quoted_arg_is_not_leaked_when_stripping():
|
|
# Parse keeps the quoted close marker as data; strip removes the whole span.
|
|
text = '<|tool_call>call:python{code:<|"|>print("<tool_call|>")<|"|>}<tool_call|>'
|
|
calls = parse_tool_calls_from_text(text)
|
|
assert len(calls) == 1, calls
|
|
assert _args(calls[0]) == {"code": 'print("<tool_call|>")'}
|
|
assert strip_tool_call_markup("before " + text + " after") == "before after"
|
|
assert strip_tool_call_markup("before " + text + " after", final = True) == "before after"
|
|
|
|
|
|
def test_nested_xml_in_malformed_gemma_call_does_not_execute():
|
|
# The failed Gemma candidate's span still covers its nested <function=>.
|
|
text = (
|
|
"<|tool_call>call:outer{code:<function=terminal><parameter=command>id"
|
|
"</parameter></function></tool_call>, broken:{x}}<tool_call|>"
|
|
)
|
|
for allow_incomplete in (True, False):
|
|
calls = parse_tool_calls_from_text(text, allow_incomplete = allow_incomplete)
|
|
assert "terminal" not in [c["function"]["name"] for c in calls], calls
|
|
|
|
|
|
def test_unbalanced_gemma_call_with_xml_does_not_execute():
|
|
# Unclosed braces cover to EOF, so the trailing <function=> is excluded.
|
|
text = (
|
|
"<|tool_call>call:outer{code:<function=terminal>"
|
|
"<parameter=command>id</parameter></function>"
|
|
)
|
|
for allow_incomplete in (True, False):
|
|
calls = parse_tool_calls_from_text(text, allow_incomplete = allow_incomplete)
|
|
assert "terminal" not in [c["function"]["name"] for c in calls], calls
|
|
|
|
|
|
def test_standalone_function_xml_still_parses():
|
|
text = "<function=terminal><parameter=command>id</parameter></function>"
|
|
calls = parse_tool_calls_from_text(text)
|
|
assert [c["function"]["name"] for c in calls] == ["terminal"], calls
|
|
|
|
|
|
def test_xml_between_braces_and_close_marker_does_not_execute():
|
|
# Coverage runs to the close marker, so <function=> in the gap is data.
|
|
text = (
|
|
"<|tool_call>call:outer{broken:{x}}<function=terminal>"
|
|
"<parameter=command>id</parameter></function><tool_call|>"
|
|
)
|
|
for allow_incomplete in (True, False):
|
|
calls = parse_tool_calls_from_text(text, allow_incomplete = allow_incomplete)
|
|
assert "terminal" not in [c["function"]["name"] for c in calls], calls
|
|
|
|
|
|
def test_balanced_inner_call_inside_unclosed_outer_does_not_execute():
|
|
text = "<|tool_call>call:outer{code:<|tool_call>call:terminal{command:id}<tool_call|>"
|
|
for allow_incomplete in (True, False):
|
|
calls = parse_tool_calls_from_text(text, allow_incomplete = allow_incomplete)
|
|
assert "terminal" not in [c["function"]["name"] for c in calls], calls
|
|
|
|
|
|
def test_strip_preserves_text_after_malformed_gemma_close():
|
|
# Junk before the close is a malformed span: strip through it, keep the tail.
|
|
text = "pre <|tool_call>call:t{a:1} note <tool_call|> post"
|
|
assert strip_tool_call_markup(text) == "pre post"
|
|
assert strip_tool_call_markup(text, final = True) == "pre post"
|
|
|
|
|
|
def test_malformed_closed_gemma_span_is_stripped():
|
|
assert (
|
|
strip_tool_call_markup('before <|tool_call>{"name":"x"}<tool_call|> after')
|
|
== "before after"
|
|
)
|
|
|
|
|
|
def test_valid_call_after_missing_close_is_recovered():
|
|
# A close-less call covers only its braces, so the later call is recovered.
|
|
text = "<|tool_call>call:a{x:1} <|tool_call>call:b{y:2}<tool_call|>"
|
|
names_inc = [
|
|
c["function"]["name"] for c in parse_tool_calls_from_text(text, allow_incomplete = True)
|
|
]
|
|
assert "b" in names_inc, names_inc
|
|
names_strict = [
|
|
c["function"]["name"] for c in parse_tool_calls_from_text(text, allow_incomplete = False)
|
|
]
|
|
assert names_strict == ["b"], names_strict
|
|
|
|
|
|
def test_strip_non_final_keeps_incomplete_gemma_block():
|
|
text = "before <|tool_call>call:t{"
|
|
assert strip_tool_call_markup(text) == text
|
|
assert strip_tool_call_markup(text, final = True) == "before"
|
|
|
|
|
|
def test_json_call_between_gemma_braces_and_close_does_not_execute():
|
|
# A JSON call between the outer's braces and its close is covered data.
|
|
text = (
|
|
"<|tool_call>call:outer{broken:{x}}"
|
|
'<tool_call>{"name":"terminal","arguments":{"command":"id"}}</tool_call>'
|
|
"<tool_call|>"
|
|
)
|
|
for allow_incomplete in (True, False):
|
|
calls = parse_tool_calls_from_text(text, allow_incomplete = allow_incomplete)
|
|
assert "terminal" not in [c["function"]["name"] for c in calls], calls
|
|
|
|
|
|
def test_gemma_call_between_gemma_braces_and_close_does_not_execute():
|
|
# Same escape with a Gemma-native inner marker.
|
|
text = "<|tool_call>call:outer{broken:{x}}<|tool_call>call:terminal{command:id}<tool_call|><tool_call|>"
|
|
for allow_incomplete in (True, False):
|
|
calls = parse_tool_calls_from_text(text, allow_incomplete = allow_incomplete)
|
|
assert "terminal" not in [c["function"]["name"] for c in calls], calls
|
|
|
|
|
|
def test_strip_final_keeps_text_after_closed_xml_with_inner_gemma_opener():
|
|
# The to-EOF Gemma sweep must not eat visible text after </function>.
|
|
text = (
|
|
'before <function=python><parameter=code>print("<|tool_call>")</parameter></function> after'
|
|
)
|
|
assert strip_tool_call_markup(text, final = True) == "before after"
|
|
assert strip_tool_call_markup(text) == "before after"
|
|
|
|
|
|
def test_strip_final_keeps_text_after_closed_block_with_call_form_gemma_opener():
|
|
# A call-form Gemma opener quoted in a closed block must not truncate it.
|
|
xml = "<function=python><parameter=code><|tool_call>call:t{</parameter></function>"
|
|
json_block = (
|
|
'<tool_call>{"name":"python","arguments":{"code":"<|tool_call>call:t{"}}</tool_call>'
|
|
)
|
|
for block in (xml, json_block):
|
|
text = "before " + block + " after"
|
|
assert strip_tool_call_markup(text, final = True) == "before after", block
|
|
assert strip_tool_call_markup(text) == "before after", block
|
|
|
|
|
|
def test_function_sibling_after_close_less_gemma_marker_is_recovered():
|
|
# The close-less marker covers only its braces; the XML sibling is recovered.
|
|
text = (
|
|
"<|tool_call>call:bad{broken:{x}} "
|
|
"<function=terminal><parameter=command>id</parameter></function>"
|
|
)
|
|
for allow_incomplete in (True, False):
|
|
calls = parse_tool_calls_from_text(text, allow_incomplete = allow_incomplete)
|
|
assert [c["function"]["name"] for c in calls] == ["terminal"], calls
|
|
|
|
|
|
def test_valid_call_after_close_less_marker_with_quoted_close_token_is_recovered():
|
|
# A close token quoted in the later call must not extend the earlier
|
|
# close-less marker's coverage over that call.
|
|
gemma = '<|tool_call>call:a{x:1} <|tool_call>call:b{note:<|"|></tool_call><|"|>}<tool_call|>'
|
|
names = [
|
|
c["function"]["name"] for c in parse_tool_calls_from_text(gemma, allow_incomplete = False)
|
|
]
|
|
assert names == ["b"], names
|
|
json_text = (
|
|
'<tool_call>{"name":"a","arguments":{}} '
|
|
'<tool_call>{"name":"b","arguments":{"x":"</tool_call>"}}</tool_call>'
|
|
)
|
|
names_j = [
|
|
c["function"]["name"] for c in parse_tool_calls_from_text(json_text, allow_incomplete = False)
|
|
]
|
|
assert "b" in names_j, names_j
|
|
|
|
|
|
def test_gemma_parse_value_always_advances_on_stray_delimiter():
|
|
# A stray delimiter (`,`, `}`, `]`) at the primitive position must still advance the
|
|
# index by at least one, or a caller looping on it spins forever at 100% CPU (DoS).
|
|
for delim in (",", "}", "]"):
|
|
text = delim + "rest"
|
|
value, nxt, _explicit = _gemma_parse_value(text, 0)
|
|
assert nxt > 0, (delim, value, nxt)
|
|
|
|
|
|
def test_malformed_gemma_array_does_not_hang():
|
|
# ``[},]`` puts a stray ``}`` at the primitive position inside a list body.
|
|
# On the buggy parser this hangs the server; guard with a wall-clock timeout
|
|
# so the regression fails loudly instead of blocking CI forever.
|
|
import threading
|
|
|
|
result: dict = {}
|
|
|
|
def _run():
|
|
result["calls"] = parse_tool_calls_from_text("<|tool_call>call:f{a:[},]}<tool_call|>")
|
|
|
|
t = threading.Thread(target = _run, daemon = True)
|
|
t.start()
|
|
t.join(timeout = 10.0)
|
|
assert not t.is_alive(), "parse_tool_calls_from_text hung on malformed array input"
|
|
|
|
|
|
def test_malformed_gemma_mapping_value_does_not_hang():
|
|
# A stray ``}`` where a mapping value is expected must also terminate.
|
|
import threading
|
|
|
|
result: dict = {}
|
|
|
|
def _run():
|
|
result["calls"] = parse_tool_calls_from_text("<|tool_call>call:f{a:}},b:1}<tool_call|>")
|
|
|
|
t = threading.Thread(target = _run, daemon = True)
|
|
t.start()
|
|
t.join(timeout = 10.0)
|
|
assert not t.is_alive(), "parse_tool_calls_from_text hung on malformed mapping input"
|