// the same frame name on the first iteration.  On the second iteration, if all
// the merge nodes are pattern matched into the same AndRecurrence predicate
// instance, the optimistic assignment of the same symbolic predicate is correct
// and the analyzed result is taken.
//
// Otherwise, if the optimistic analysis fails to converge, we then obtain the
// result by falling back to the pessimistic analysis which assigns a unique

    assert len(value) == 1
    value, = tuple(value)
    if value == TFRTypes.TF_TENSOR_SHAPE_LIST:
      # TODO(mdan): This is not entirely correct for multi-element slices.
      return {int}
    elif value in (TFRTypes.TENSOR_LIST, TFRTypes.TENSOR):
      # TODO(mdan): This is not entirely correct for multi-element slices.
      return {TFRTypes.TENSOR}
    else:
      return {value}

            'two/one.a',
            'two/two.a',
        )
    }

    /*
     * two.a starts off with "$one\n${one+1}\n${one+1+1}\n"
     * If these filters are chained in the correct order, you should get 6, 11, and 16
     */

    def "copy multiple filter test"() {
        given:
        buildScript '''
            task (copy, type:Copy) {
               into 'dest\'

//
// Allocation occurs normally until we reach (3) and we realize we have
// a use of v and it isn't in any register. At that point, we allocate
// a spill (a StoreReg) for v. We can't determine the correct place for
// the spill at this point, so we allocate the spill as blockless initially.
// The restore is then generated to load v back into a register so it can
// be used. Subsequent uses of v will use the restored value c instead.

			}

			// short-circuit on help
			help, err := cleanFlagSet.GetBool("help")
			if err != nil {
				return errors.New(`"help" flag is non-bool, programmer error, please correct`)
			}
			if help {
				return cmd.Help()
			}

			// short-circuit on verflag
			verflag.PrintAndExitIfRequested()

			// set feature gates from initial flags-based config

			Xscnlen:  dwsize,
			Xauxtype: _AUX_SECT,
		}

		f.addSymbol(auxd)
	}

	/* .csect */
	// Check if extnum is in text.
	// This is temporary and only here to check if this algorithm is correct.
	if extnum != 1 {
		Exitf("XCOFF symtab: A new file was detected with its first symbol not in .text")
	}

	currSymSrcFile.csectSymNb = uint64(f.symbolCount)

	// No offset because no name

				p.syncPos = p.pos
				p.syncCnt = 0
				return
			}
			// Reaching here indicates a parser bug, likely an
			// incorrect token list in this function, but it only
			// leads to skipping of possibly correct code if a
			// previous error is present, and thus is preferred
			// over a non-terminating parse.
		}
	}
}

var stmtStart = map[token.Token]bool{
	token.BREAK:       true,
	token.CONST:       true,

		// Verify if the dataDir is present or not when the data
		// is not inlined to make sure we return correct errors
		// during HeadObject().

		// Healing must not come here and return error, since healing
		// deals with dataDirs directly, let healing fix things automatically.

	}
}

// Tests of correct behavior, with contention.
// (Is the function atomic?)
//
// For each function, we write a "hammer" function that repeatedly
// uses the atomic operation to add 1 to a value. After running
// multiple hammers in parallel, check that we end with the correct
// total.
// Swap can't add 1, so it uses a different scheme.

	{"%-20.8d", -1234, "-00001234           "},
	{"%-#20.8x", 0x1234abc, "0x01234abc          "},
	{"%-#20.8X", 0x1234abc, "0X01234ABC          "},
	{"%-#20.8o", 01234, "00001234            "},

	// Test correct f.intbuf overflow checks.
	{"%068d", 1, zeroFill("", 68, "1")},
	{"%068d", -1, zeroFill("-", 67, "1")},
	{"%#.68x", 42, zeroFill("0x", 68, "2a")},
	{"%.68d", -42, zeroFill("-", 68, "42")},