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than the Rays so as to overtake them; and that when any Ray is in that part of the vibration which conspires with its Motion, it easily breaks through a refracting Surface, but when it is in the contrary part of the vibration which impedes its Motion, it is easily reflected; and, by consequence, that every Ray is successively disposed to be easily reflected, or easily transmitted, by every vibration which overtakes it. But whether this Hypothesis be true or false I do not here consider. I content...

  `I shall do nothing of the sort,' said the Mouse, getting up
and walking away.  `You insult me by talking such nonsense!'

  `I didn't mean it!' pleaded poor Alice.  `But you're so easily
offended, you know!'

  The Mouse only growled in reply.

  `Please come back and finish your story!' Alice called after
it; and the others all joined in chorus, `Yes, please do!' but

  `I shall do nothing of the sort,' said the Mouse, getting up
and walking away.  `You insult me by talking such nonsense!'

  `I didn't mean it!' pleaded poor Alice.  `But you're so easily
offended, you know!'

  The Mouse only growled in reply.

  `Please come back and finish your story!' Alice called after
it; and the others all joined in chorus, `Yes, please do!' but

// See issue 61725.
// Note that this could pretty easily generalize to any pure function.
(SelectN [0] (StaticLECall {f} x y (SelectN [1] c:(StaticLECall {g} x y mem))))
  && isSameCall(f, "runtime.cmpstring")
  && isSameCall(g, "runtime.cmpstring")
=> @c.Block (SelectN [0] <typ.Int> c)

// If we don't use the result of cmpstring, might as well not call it.
// Note that this could pretty easily generalize to any pure function.

    This complements MLIRs dumping functionality, which can sometimes be hard
    to configure. This pass is useful if you know the exact position in the
    pipeline where you want to dump, and are able to easily modify the pipeline
    source code.
  }];
  let constructor = "TF::CreatePrintPass()";
}

def MoveTpuCompileToFrontPass : Pass<"tf-move-tpu-compile-to-front", "mlir::func::FuncOp"> {

using ::mlir::tf_saved_model::kTfSavedModelIndexPathAttr;

// Helper struct that wraps inputs/outputs of a single SignatureDef.
struct SignatureDefData {
  // Note, we are using maps here to make order deterministic
  // for easily testing only.

  // Inputs defined in the signature def mapped to tensor names.
  std::map<std::string, std::string> inputs;
  // Outputs defined in the signature def mapped to tensor names.

    public static final String LABELS_wizard_start_title = "{labels.wizard_start_title}";

    /** The key of the message: Using Configuration Wizard, you can create crawling settings easily. */
    public static final String LABELS_wizard_start_desc = "{labels.wizard_start_desc}";

    /** The key of the message: Start Configuration */

    // replace values that simply passthrough the body with extern values. The
    // block arguments of body and while match and so the corresponding cond
    // argument can be easily found.
    int old_num_operands = while_op.getNumOperands();
    int new_num_operands = old_num_operands;
    auto &body_block = while_op.getBody().front();
    auto &cond_block = while_op.getCond().front();

    // (in both body and condition regions as well as while result). The
    // block arguments of body and while match and so the corresponding cond
    // argument can be easily found.
    bool unchanged = true;
    auto& body_block = while_op.getBody().front();
    auto& cond_block = while_op.getCond().front();
    auto& yield = *body_block.getTerminator();