def res_slice(self, ns, types_ns, node_or_slice, value, slice_):
    if not value:
      return value

    if isinstance(value, set):
      type_tuple = value.pop()
      if isinstance(type_tuple, tuple):
        value = {type_tuple[node_or_slice]}
      else:
        value = {type_tuple}

    assert len(value) == 1
    value, = tuple(value)

	s.vars = append(s.vars, variable{name, value})
}

// mark returns the length of the variable stack.
func (s *state) mark() int {
	return len(s.vars)
}

// pop pops the variable stack up to the mark.
func (s *state) pop(mark int) {
	s.vars = s.vars[0:mark]
}

// setVar overwrites the last declared variable with the given name.
// Used by variable assignments.

//
// _cgoexp_GoF, which was generated by cmd/cgo, unpacks the arguments
// from frame, calls p.GoF, writes the results back to frame, and
// returns. Now we start unwinding this whole process.
//
// runtime.cgocallbackg pops but does not execute the deferred
// function to unwind m.g0.sched.sp, calls runtime.entersyscall, and
// returns to runtime.cgocallback.
//
// After it regains control, runtime.cgocallback switches back to

    // executions not forwarded to backward_tape should be ignored.
    bool accumulating;
  };
  // A deque-backed stack, whose element references are not invalidated by
  // pushes and pops at the back.
  std::stack<AccumulatorCallState> call_state_;
};

// Template instantiations here

inline bool IsDtypeTrainable(DataType dtype) {
  switch (dtype) {
    case DT_HALF:

	Push(wr http2FrameWriteRequest)

	// Pop dequeues the next frame to write. Returns false if no frames can
	// be written. Frames with a given wr.StreamID() are Pop'd in the same
	// order they are Push'd, except RST_STREAM frames. No frames should be
	// discarded except by CloseStream.
	Pop() (wr http2FrameWriteRequest, ok bool)
}

			Func:      f,
			Function:  funcNameForPrint(sf.name()),
			Entry:     entry,
			startLine: int(sf.startLine),
			funcInfo:  funcInfo,
			// Note: File,Line set below
		})
	}

	// Pop one frame from the frame list. Keep the rest.
	// Avoid allocation in the common case, which is 1 or 2 frames.
	switch len(ci.frames) {
	case 0: // In the rare case when there are no frames at all, we return Frame{}.
		return

rootPassword | rootPassword | ## ## All mentioned variables will be ignored in values file. ## .data.rootUser and .data.rootPassword are mandatory, ## others depend on enabled status of corresponding sections. existingSecret: "" ## Directory on the MinIO pof certsPath: "/etc/minio/certs/" configPathmc: "/etc/minio/mc/" ## Path where PV would be mounted on the MinIO Pod mountPath: "/export" ## Override the root directory which the minio server should serve from. ## If left empty, it defaults to the value...

rootPassword | rootPassword | ## ## All mentioned variables will be ignored in values file. ## .data.rootUser and .data.rootPassword are mandatory, ## others depend on enabled status of corresponding sections. existingSecret: "" ## Directory on the MinIO pof certsPath: "/etc/minio/certs/" configPathmc: "/etc/minio/mc/" ## Path where PV would be mounted on the MinIO Pod mountPath: "/export" ## Override the root directory which the minio server should serve from. ## If left empty, it defaults to the value...

rootPassword | rootPassword | ## ## All mentioned variables will be ignored in values file. ## .data.rootUser and .data.rootPassword are mandatory, ## others depend on enabled status of corresponding sections. existingSecret: "" ## Directory on the MinIO pof certsPath: "/etc/minio/certs/" configPathmc: "/etc/minio/mc/" ## Path where PV would be mounted on the MinIO Pod mountPath: "/export" ## Override the root directory which the minio server should serve from. ## If left empty, it defaults to the value...

		ident.Obj = scope.Lookup(ident.Name)
		if ident.Obj == nil && p.mode&DeclarationErrors != 0 {
			p.error(ident.Pos(), fmt.Sprintf("label %s undefined", ident.Name))
		}
	}
	// pop label scope
	p.targetStack = p.targetStack[0:n]
	p.labelScope = p.labelScope.Outer
}

func (p *parser) declare(decl any, scope *ast.Scope, kind ast.ObjKind, idents ...*ast.Ident) {
	for _, ident := range idents {