RET

TEXT runtime·kevent_trampoline(SB),NOSPLIT,$0
	MOVD	8(R0), R1	// arg 2 keventt
	MOVW	16(R0), R2	// arg 3 nch
	MOVD	24(R0), R3	// arg 4 ev
	MOVW	32(R0), R4	// arg 5 nev
	MOVD	40(R0), R5	// arg 6 ts
	MOVW	0(R0), R0	// arg 1 kq
	BL	libc_kevent(SB)
	MOVD	$-1, R2
	CMP	R0, R2
	BNE	ok
	BL	libc_error(SB)
	MOVW	(R0), R0	// errno
	NEG	R0, R0	// caller wants it as a negative error code
ok:
	RET

  /** The bit set of the BloomFilter (not necessarily power of 2!) */
  private final LockFreeBitArray bits;

  /** Number of hashes per element */
  private final int numHashFunctions;

  /** The funnel to translate Ts to bytes */
  private final Funnel<? super T> funnel;

  /** The strategy we employ to map an element T to {@code numHashFunctions} bit indexes. */
  private final Strategy strategy;

  /** Creates a BloomFilter. */

  /** The bit set of the BloomFilter (not necessarily power of 2!) */
  private final LockFreeBitArray bits;

  /** Number of hashes per element */
  private final int numHashFunctions;

  /** The funnel to translate Ts to bytes */
  private final Funnel<? super T> funnel;

  /** The strategy we employ to map an element T to {@code numHashFunctions} bit indexes. */
  private final Strategy strategy;

  /** Creates a BloomFilter. */

	RET

TEXT runtime·kevent_trampoline(SB),NOSPLIT,$0
	MOVQ	8(DI), SI		// arg 2 keventt
	MOVL	16(DI), DX		// arg 3 nch
	MOVQ	24(DI), CX		// arg 4 ev
	MOVL	32(DI), R8		// arg 5 nev
	MOVQ	40(DI), R9		// arg 6 ts
	MOVL	0(DI), DI		// arg 1 kq
	CALL	libc_kevent(SB)
	CMPL	AX, $-1
	JNE	ok
	CALL	libc_error(SB)
	MOVLQSX	(AX), AX		// errno
	NEGQ	AX			// caller wants it as a negative error code
ok:
	RET

	MOVW	4(R0), R1		// arg 2 keventt
	MOVW	8(R0), R2		// arg 3 nch
	MOVW	12(R0), R3		// arg 4 ev
	MOVW	16(R0), R4		// arg 5 nev (on stack)
	MOVW	R4, 0(R13)
	MOVW	20(R0), R5		// arg 6 ts (on stack)
	MOVW	R5, 4(R13)
	MOVW	0(R0), R0		// arg 1 kq
	BL	libc_kevent(SB)
	CMP	$-1, R0
	BNE	ok
	BL	libc_errno(SB)
	MOVW	(R0), R0		// errno
	RSB.CS	$0, R0			// caller expects negative errno
ok:

00000130  92 42 5b c2 81 c0 be 97  79 98 40 fb 4f 6d 14 fd  |.B[.....y.@.Om..|
00000140  2b 13 8b c2 a5 2e 67 d8  d4 09 9e d6 22 38 b7 4a  |+.....g....."8.J|
00000150  0b 74 73 2b c2 34 f1 d1  93 e5 96 d9 74 7b f3 58  |.ts+.4......t{.X|
00000160  9f 6c 61 3c c0 b0 41 d4  d9 2b 2b 24 23 77 5b 1c  |.la<..A..++$#w[.|
00000170  3b bd 75 5d ce 20 54 cf  a1 63 87 1d 1e 24 c4 f3  |;.u]. T..c...$..|

	MOVL	BX, 4(SP)		// arg 2 - keventt
	MOVL	CX, 8(SP)		// arg 3 - nch
	MOVL	12(DX), AX
	MOVL	16(DX), BX
	MOVL	20(DX), CX
	MOVL	AX, 12(SP)		// arg 4 - ev
	MOVL	BX, 16(SP)		// arg 5 - nev
	MOVL	CX, 20(SP)		// arg 6 - ts
	CALL	libc_kevent(SB)
	CMPL	AX, $-1
	JNE	noerr
	CALL	libc_errno(SB)
	MOVL	(AX), AX
	NEGL	AX			// caller expects negative errno
noerr:
	MOVL	BP, SP
	POPL	BP
	RET

  kube::util::sourced_variable "${color_green}"
  kube::util::sourced_variable "${color_blue}"
  kube::util::sourced_variable "${color_cyan}"
  kube::util::sourced_variable "${color_norm}"
fi

	requestReceivedTimestamp, ok := request.ReceivedTimestampFrom(ctx)
	if !ok {
		utilruntime.HandleError(fmt.Errorf("unable to measure watchlist latency because no received ts found in the ctx, gvr: %s", gvr))
		return
	}
	elapsedSeconds := time.Since(requestReceivedTimestamp).Seconds()

00000130  92 42 5b c2 81 c0 be 97  79 98 40 fb 4f 6d 14 fd  |.B[.....y.@.Om..|
00000140  2b 13 8b c2 a5 2e 67 d8  d4 09 9e d6 22 38 b7 4a  |+.....g....."8.J|
00000150  0b 74 73 2b c2 34 f1 d1  93 e5 96 d9 74 7b f3 58  |.ts+.4......t{.X|
00000160  9f 6c 61 3c c0 b0 41 d4  d9 2b 2b 24 23 77 5b 1c  |.la<..A..++$#w[.|
00000170  3b bd 75 5d ce 20 54 cf  a1 63 87 1d 1e 24 c4 f3  |;.u]. T..c...$..|