tests/: rearrange tests directory

Rearrange the directory to obtain a better organization of files and
tests-suites.

We end with a tree like this:

tests
  |
  .--- py
  .--- shell
  .--- files

This was suggested by Pablo.

Signed-off-by: Arturo Borrero Gonzalez <arturo.borrero.glez@gmail.com>
Signed-off-by: Pablo Neira Ayuso <pablo@netfilter.org>

12 files changed, 0 insertions, 1716 deletions

diff --git a/tests/regression/any/ct.t b/tests/regression/any/ct.t
deleted file mode 100644
index 059402e2..00000000
--- a/tests/regression/any/ct.t
+++ /dev/null
@@ -1,109 +0,0 @@
-*ip;test-ip4
-*ip6;test-ip6
-*inet;test-inet
-
-:output;type filter hook output priority 0
-
-ct state new,established, related, untracked;ok;ct state established,related,new,untracked
-ct state != related;ok
-ct state {new,established, related, untracked};ok
-- ct state != {new,established, related, untracked};ok
-ct state invalid drop;ok
-ct state established accept;ok
-ct state 8;ok;ct state new
-ct state xxx;fail
-
-ct direction original;ok
-ct direction != original;ok
-ct direction reply;ok
-ct direction != reply;ok
-ct direction {reply, original};ok
-- ct direction != {reply, original};ok
-ct direction xxx;fail
-
-ct status expected;ok
-ct status != expected;ok
-ct status seen-reply;ok
-ct status != seen-reply;ok
-ct status {expected, seen-reply, assured, confirmed, dying};ok
-ct status xxx;fail
-
-# SYMBOL("snat", IPS_SRC_NAT)
-# SYMBOL("dnat", IPS_DST_NAT)
-- ct status snat;ok
-- ct status dnat;ok
-
-ct mark 0;ok;ct mark 0x00000000
-ct mark or 0x23 == 0x11;ok;ct mark | 0x00000023 == 0x00000011
-ct mark or 0x3 != 0x1;ok;ct mark | 0x00000003 != 0x00000001
-ct mark and 0x23 == 0x11;ok;ct mark & 0x00000023 == 0x00000011
-ct mark and 0x3 != 0x1;ok;ct mark & 0x00000003 != 0x00000001
-ct mark xor 0x23 == 0x11;ok;ct mark 0x00000032
-ct mark xor 0x3 != 0x1;ok;ct mark != 0x00000002
-
-ct mark 0x00000032;ok
-ct mark != 0x00000032;ok
-ct mark 0x00000032-0x00000045;ok
-ct mark != 0x00000032-0x00000045;ok
-ct mark {0x32, 0x2222, 0x42de3};ok;ct mark { 0x00042de3, 0x00002222, 0x00000032}
-- ct mark != {0x32, 0x2222, 0x42de3};ok
-
-# ct mark != {0x32, 0x2222, 0x42de3};ok
-# BUG: invalid expression type set
-# nft: src/evaluate.c:975: expr_evaluate_relational: Assertion '0' failed.
-
-ct mark set 0x11 xor 0x1331;ok;ct mark set 0x00001320
-ct mark set 0x11333 and 0x11;ok;ct mark set 0x00000011
-ct mark set 0x12 or 0x11;ok;ct mark set 0x00000013
-ct mark set 0x11;ok;ct mark set 0x00000011
-
-ct expiration 30;ok;ct expiration 30s
-ct expiration 22;ok;ct expiration 22s
-ct expiration != 233;ok;ct expiration != 3m53s
-ct expiration 33-45;ok;ct expiration 33s-45s
-ct expiration != 33-45;ok;ct expiration != 33s-45s
-ct expiration {33, 55, 67, 88};ok;ct expiration { 1m7s, 33s, 55s, 1m28s}
-- ct expiration != {33, 55, 67, 88};ok;ct expiration { 1m7s, 33s, 55s, 1m28s}
-ct expiration {33-55};ok;ct expiration { 33s-55s}
-# BUG: ct expiration {33-55}
-# Broken output: ct expiration { "4271d23h25m52s"-"8738d3h11m59s" }
-- ct expiration != {33-55};ok
-
-ct helper "ftp";ok
-ct helper "12345678901234567";fail
-
-# BUG: ct l3proto "Layer  3 protocol of the connection"
-# nft add rule ip test input ct l3proto arp
-# <cmdline>:1:35-37: Error: Can t parse symbolic invalid expressions
-
-
-# If table is ip6 or inet or bridge family,, It is failed. I can not test it
-# ct saddr 1.2.3.4;ok
-
-# BUG: ct saddr 192.168.3.4
-# <cmdline>:1:1-43: Error: Could not process rule: Invalid argument
-# add rule ip test input ct saddr 192.168.3.4
-# ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
-- ct saddr 192.168.3.4;ok
-- ct daddr 192.168.3.4;ok
-
-# BUG: ct protocol tcp
-# <cmdline>:1:1-37: Error: Could not process rule: Invalid argument
-# input ct protocol bgp <cmdline>:1:36-38: Error: Could not resolve protocol name
-# ct protocol tcp;ok
-- ct protocol tcp;ok
-
-- ct proto-src udp;ok
-- ct proto-dst udp;ok
-# BUG: ct proto-src udp and ct proto-dst udp
-# <cmdline>:1:37-39: Error: datatype mismatch, expected invalid, expression has type Internet protocol
-# add rule ip test input ct proto-src udp
-#                       ~~~~~~~~~~~~ ^^^
-# <cmdline>:1:37-39: Error: datatype mismatch, expected invalid, expression has type Internet protocol
-# add rule ip test input ct proto-dst udp
-#                        ~~~~~~~~~~~~ ^^^
-
-ct state . ct mark { new . 0x12345678};ok
-ct state . ct mark { new . 0x12345678, new . 0x34127856, established . 0x12785634};ok
-ct direction . ct mark { original . 0x12345678};ok
-ct state . ct mark vmap { new . 0x12345678 : drop};ok
diff --git a/tests/regression/any/ct.t.payload b/tests/regression/any/ct.t.payload
deleted file mode 100644
index 2bebaccd..00000000
--- a/tests/regression/any/ct.t.payload
+++ /dev/null
@@ -1,275 +0,0 @@
-# ct state new,established, related, untracked
-ip test-ip4 output
-  [ ct load state => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0x0000004e ) ^ 0x00000000 ]
-  [ cmp neq reg 1 0x00000000 ]
-
-# ct state != related
-ip test-ip4 output
-  [ ct load state => reg 1 ]
-  [ cmp neq reg 1 0x00000004 ]
-
-# ct state {new,established, related, untracked}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000008  : 0 [end]	element 00000002  : 0 [end]	element 00000004  : 0 [end]	element 00000040  : 0 [end]
-ip test-ip4 output
-  [ ct load state => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# ct state invalid drop
-ip test-ip4 output
-  [ ct load state => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0x00000001 ) ^ 0x00000000 ]
-  [ cmp neq reg 1 0x00000000 ]
-  [ immediate reg 0 drop ]
-
-# ct state established accept
-ip test-ip4 output
-  [ ct load state => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0x00000002 ) ^ 0x00000000 ]
-  [ cmp neq reg 1 0x00000000 ]
-  [ immediate reg 0 accept ]
-
-# ct state 8
-ip test-ip4 output
-  [ ct load state => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0x00000008 ) ^ 0x00000000 ]
-  [ cmp neq reg 1 0x00000000 ]
-
-# ct direction original
-ip test-ip4 output
-  [ ct load direction => reg 1 ]
-  [ cmp eq reg 1 0x00000000 ]
-
-# ct direction != original
-ip test-ip4 output
-  [ ct load direction => reg 1 ]
-  [ cmp neq reg 1 0x00000000 ]
-
-# ct direction reply
-ip test-ip4 output
-  [ ct load direction => reg 1 ]
-  [ cmp eq reg 1 0x00000001 ]
-
-# ct direction != reply
-ip test-ip4 output
-  [ ct load direction => reg 1 ]
-  [ cmp neq reg 1 0x00000001 ]
-
-# ct direction {reply, original}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000001  : 0 [end]	element 00000000  : 0 [end]
-ip test-ip4 output
-  [ ct load direction => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# ct status expected
-ip test-ip4 output
-  [ ct load status => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0x00000001 ) ^ 0x00000000 ]
-  [ cmp neq reg 1 0x00000000 ]
-
-# ct status != expected
-ip test-ip4 output
-  [ ct load status => reg 1 ]
-  [ cmp neq reg 1 0x00000001 ]
-
-# ct status seen-reply
-ip test-ip4 output
-  [ ct load status => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0x00000002 ) ^ 0x00000000 ]
-  [ cmp neq reg 1 0x00000000 ]
-
-# ct status != seen-reply
-ip test-ip4 output
-  [ ct load status => reg 1 ]
-  [ cmp neq reg 1 0x00000002 ]
-
-# ct status {expected, seen-reply, assured, confirmed, dying}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000001  : 0 [end]	element 00000002  : 0 [end]	element 00000004  : 0 [end]	element 00000008  : 0 [end]	element 00000200  : 0 [end]
-ip test-ip4 output
-  [ ct load status => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# ct mark 0
-ip test-ip4 output
-  [ ct load mark => reg 1 ]
-  [ cmp eq reg 1 0x00000000 ]
-
-# ct mark or 0x23 == 0x11
-ip test-ip4 output
-  [ ct load mark => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0xffffffdc ) ^ 0x00000023 ]
-  [ cmp eq reg 1 0x00000011 ]
-
-# ct mark or 0x3 != 0x1
-ip test-ip4 output
-  [ ct load mark => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0xfffffffc ) ^ 0x00000003 ]
-  [ cmp neq reg 1 0x00000001 ]
-
-# ct mark and 0x23 == 0x11
-ip test-ip4 output
-  [ ct load mark => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0x00000023 ) ^ 0x00000000 ]
-  [ cmp eq reg 1 0x00000011 ]
-
-# ct mark and 0x3 != 0x1
-ip test-ip4 output
-  [ ct load mark => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0x00000003 ) ^ 0x00000000 ]
-  [ cmp neq reg 1 0x00000001 ]
-
-# ct mark xor 0x23 == 0x11
-ip test-ip4 output
-  [ ct load mark => reg 1 ]
-  [ cmp eq reg 1 0x00000032 ]
-
-# ct mark xor 0x3 != 0x1
-ip test-ip4 output
-  [ ct load mark => reg 1 ]
-  [ cmp neq reg 1 0x00000002 ]
-
-# ct mark 0x00000032
-ip test-ip4 output
-  [ ct load mark => reg 1 ]
-  [ cmp eq reg 1 0x00000032 ]
-
-# ct mark != 0x00000032
-ip test-ip4 output
-  [ ct load mark => reg 1 ]
-  [ cmp neq reg 1 0x00000032 ]
-
-# ct mark 0x00000032-0x00000045
-ip test-ip4 output
-  [ ct load mark => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp gte reg 1 0x32000000 ]
-  [ cmp lte reg 1 0x45000000 ]
-
-# ct mark != 0x00000032-0x00000045
-ip test-ip4 output
-  [ ct load mark => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp lt reg 1 0x32000000 ]
-  [ cmp gt reg 1 0x45000000 ]
-
-# ct mark {0x32, 0x2222, 0x42de3}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000032  : 0 [end]	element 00002222  : 0 [end]	element 00042de3  : 0 [end]
-ip test-ip4 output
-  [ ct load mark => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# ct mark set 0x11 xor 0x1331
-ip test-ip4 output
-  [ immediate reg 1 0x00001320 ]
-  [ ct set mark with reg 1 ]
-
-# ct mark set 0x11333 and 0x11
-ip test-ip4 output
-  [ immediate reg 1 0x00000011 ]
-  [ ct set mark with reg 1 ]
-
-# ct mark set 0x12 or 0x11
-ip test-ip4 output
-  [ immediate reg 1 0x00000013 ]
-  [ ct set mark with reg 1 ]
-
-# ct mark set 0x11
-ip test-ip4 output
-  [ immediate reg 1 0x00000011 ]
-  [ ct set mark with reg 1 ]
-
-# ct expiration 30
-ip test-ip4 output
-  [ ct load expiration => reg 1 ]
-  [ cmp eq reg 1 0x0000001e ]
-
-# ct expiration 22
-ip test-ip4 output
-  [ ct load expiration => reg 1 ]
-  [ cmp eq reg 1 0x00000016 ]
-
-# ct expiration != 233
-ip test-ip4 output
-  [ ct load expiration => reg 1 ]
-  [ cmp neq reg 1 0x000000e9 ]
-
-# ct expiration 33-45
-ip test-ip4 output
-  [ ct load expiration => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp gte reg 1 0x21000000 ]
-  [ cmp lte reg 1 0x2d000000 ]
-
-# ct expiration != 33-45
-ip test-ip4 output
-  [ ct load expiration => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp lt reg 1 0x21000000 ]
-  [ cmp gt reg 1 0x2d000000 ]
-
-# ct expiration {33, 55, 67, 88}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000021  : 0 [end]	element 00000037  : 0 [end]	element 00000043  : 0 [end]	element 00000058  : 0 [end]
-ip test-ip4 output
-  [ ct load expiration => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# ct expiration {33-55}
-set%d test-ip4 7
-set%d test-ip4 0
-	element 00000000  : 1 [end]	element 21000000  : 0 [end]	element 38000000  : 1 [end]
-ip test-ip4 output
-  [ ct load expiration => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ lookup reg 1 set set%d ]
-
-# ct helper "ftp"
-ip test-ip4 output
-  [ ct load helper => reg 1 ]
-  [ cmp eq reg 1 0x00707466 0x00000000 0x00000000 0x00000000 ]
-
-# ct state . ct mark { new . 0x12345678}
-set%d test 3
-set%d test 0
-	element 00000008 12345678  : 0 [end]
-ip test-ip4 output
-  [ ct load state => reg 1 ]
-  [ ct load mark => reg 9 ]
-  [ lookup reg 1 set set%d ]
-
-# ct state . ct mark { new . 0x12345678, new . 0x34127856, established . 0x12785634}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000008 12345678  : 0 [end]	element 00000008 34127856  : 0 [end]	element 00000002 12785634  : 0 [end]
-ip test-ip4 output
-  [ ct load state => reg 1 ]
-  [ ct load mark => reg 9 ]
-  [ lookup reg 1 set set%d ]
-
-# ct direction . ct mark { original . 0x12345678}
-set%d test 3
-set%d test 0
-	element 00000000 12345678  : 0 [end]
-ip test-ip4 output
-  [ ct load direction => reg 1 ]
-  [ ct load mark => reg 9 ]
-  [ lookup reg 1 set set%d ]
-
-# ct state . ct mark vmap { new . 0x12345678 : drop}
-map%d test-ip4 b
-map%d test-ip4 0
-	element 00000008 12345678  : 0 [end]
-ip test-ip4 output
-  [ ct load state => reg 1 ]
-  [ ct load mark => reg 9 ]
-  [ lookup reg 1 set map%d dreg 0 ]
-
diff --git a/tests/regression/any/frag.t b/tests/regression/any/frag.t
deleted file mode 100644
index d61a3d4f..00000000
--- a/tests/regression/any/frag.t
+++ /dev/null
@@ -1,64 +0,0 @@
-*ip;test-ip4
-*ip6;test-ip6
-*inet;test-inet
-*arp;test-arp
-*bridge;test-bridge
-:output;type filter hook output priority 0
-
-frag nexthdr tcp;ok;frag nexthdr 6
-frag nexthdr != icmp;ok;frag nexthdr != 1
-frag nexthdr {esp, ah, comp, udp, udplite, tcp, dccp, sctp};ok;frag nexthdr { 51, 136, 132, 6, 108, 50, 17, 33}
-- frag nexthdr != {esp, ah, comp, udp, udplite, tcp, dccp, sctp};ok
-frag nexthdr esp;ok;frag nexthdr 50
-frag nexthdr ah;ok;frag nexthdr 51
-
-frag reserved 22;ok
-frag reserved != 233;ok
-frag reserved 33-45;ok
-frag reserved != 33-45;ok
-frag reserved { 33, 55, 67, 88};ok
-- frag reserved != { 33, 55, 67, 88};ok
-frag reserved { 33-55};ok
-- frag reserved != { 33-55};ok
-
-# BUG: frag frag-off 22 and frag frag-off { 33-55}
-# This breaks table listing: "netlink: Error: Relational expression size mismatch"
-
-- frag frag-off 22;ok
-- frag frag-off != 233;ok
-- frag frag-off 33-45;ok
-- frag frag-off != 33-45;ok
-- frag frag-off { 33, 55, 67, 88};ok
-- frag frag-off != { 33, 55, 67, 88};ok
-- frag frag-off { 33-55};ok
-- frag frag-off != { 33-55};ok
-
-# BUG  frag reserved2 33 and frag reserved2 1
-# $ sudo nft add rule ip test input frag reserved2 33
-# <cmdline>:1:39-40: Error: Value 33 exceeds valid range 0-3
-# add rule ip test input frag reserved2 33
-#                                      ^^
-# sudo nft add rule ip test input frag reserved2 1
-# <cmdline>:1:1-39: Error: Could not process rule: Invalid argument
-# add rule ip test input frag reserved2 1
-# ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
-
-# BUG more-fragments 1 and frag more-fragments 4
-# frag more-fragments 1
-# <cmdline>:1:1-44: Error: Could not process rule: Invalid argument
-# add rule ip test input frag more-fragments 1
-# ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
-# $ sudo nft add rule ip test input frag more-fragments 4
-# <cmdline>:1:44-44: Error: Value 4 exceeds valid range 0-1
-# add rule ip test input frag more-fragments 4
-#                                           ^
-
-frag id 1;ok
-frag id 22;ok
-frag id != 33;ok
-frag id 33-45;ok
-frag id != 33-45;ok
-frag id { 33, 55, 67, 88};ok
-- frag id != { 33, 55, 67, 88};ok
-frag id { 33-55};ok
-- frag id != { 33-55};ok
diff --git a/tests/regression/any/frag.t.payload b/tests/regression/any/frag.t.payload
deleted file mode 100644
index a91ab3fa..00000000
--- a/tests/regression/any/frag.t.payload
+++ /dev/null
@@ -1,109 +0,0 @@
-# frag nexthdr tcp
-ip test-ip4 output
-  [ exthdr load 1b @ 44 + 0 => reg 1 ]
-  [ cmp eq reg 1 0x00000006 ]
-
-# frag nexthdr != icmp
-ip test-ip4 output
-  [ exthdr load 1b @ 44 + 0 => reg 1 ]
-  [ cmp neq reg 1 0x00000001 ]
-
-# frag nexthdr {esp, ah, comp, udp, udplite, tcp, dccp, sctp}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000032  : 0 [end]	element 00000033  : 0 [end]	element 0000006c  : 0 [end]	element 00000011  : 0 [end]	element 00000088  : 0 [end]	element 00000006  : 0 [end]	element 00000021  : 0 [end]	element 00000084  : 0 [end]
-ip test-ip4 output
-  [ exthdr load 1b @ 44 + 0 => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# frag nexthdr esp
-ip test-ip4 output
-  [ exthdr load 1b @ 44 + 0 => reg 1 ]
-  [ cmp eq reg 1 0x00000032 ]
-
-# frag nexthdr ah
-ip test-ip4 output
-  [ exthdr load 1b @ 44 + 0 => reg 1 ]
-  [ cmp eq reg 1 0x00000033 ]
-
-# frag reserved 22
-ip test-ip4 output
-  [ exthdr load 1b @ 44 + 1 => reg 1 ]
-  [ cmp eq reg 1 0x00000016 ]
-
-# frag reserved != 233
-ip test-ip4 output
-  [ exthdr load 1b @ 44 + 1 => reg 1 ]
-  [ cmp neq reg 1 0x000000e9 ]
-
-# frag reserved 33-45
-ip test-ip4 output
-  [ exthdr load 1b @ 44 + 1 => reg 1 ]
-  [ cmp gte reg 1 0x00000021 ]
-  [ cmp lte reg 1 0x0000002d ]
-
-# frag reserved != 33-45
-ip test-ip4 output
-  [ exthdr load 1b @ 44 + 1 => reg 1 ]
-  [ cmp lt reg 1 0x00000021 ]
-  [ cmp gt reg 1 0x0000002d ]
-
-# frag reserved { 33, 55, 67, 88}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000021  : 0 [end]	element 00000037  : 0 [end]	element 00000043  : 0 [end]	element 00000058  : 0 [end]
-ip test-ip4 output
-  [ exthdr load 1b @ 44 + 1 => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# frag reserved { 33-55}
-set%d test-ip4 7
-set%d test-ip4 0
-	element 00000000  : 1 [end]	element 00000021  : 0 [end]	element 00000038  : 1 [end]
-ip test-ip4 output
-  [ exthdr load 1b @ 44 + 1 => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# frag id 1
-ip test-ip4 output
-  [ exthdr load 4b @ 44 + 4 => reg 1 ]
-  [ cmp eq reg 1 0x01000000 ]
-
-# frag id 22
-ip test-ip4 output
-  [ exthdr load 4b @ 44 + 4 => reg 1 ]
-  [ cmp eq reg 1 0x16000000 ]
-
-# frag id != 33
-ip test-ip4 output
-  [ exthdr load 4b @ 44 + 4 => reg 1 ]
-  [ cmp neq reg 1 0x21000000 ]
-
-# frag id 33-45
-ip test-ip4 output
-  [ exthdr load 4b @ 44 + 4 => reg 1 ]
-  [ cmp gte reg 1 0x21000000 ]
-  [ cmp lte reg 1 0x2d000000 ]
-
-# frag id != 33-45
-ip test-ip4 output
-  [ exthdr load 4b @ 44 + 4 => reg 1 ]
-  [ cmp lt reg 1 0x21000000 ]
-  [ cmp gt reg 1 0x2d000000 ]
-
-# frag id { 33, 55, 67, 88}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 21000000  : 0 [end]	element 37000000  : 0 [end]	element 43000000  : 0 [end]	element 58000000  : 0 [end]
-ip test-ip4 output
-  [ exthdr load 4b @ 44 + 4 => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# frag id { 33-55}
-set%d test-ip4 7
-set%d test-ip4 0
-	element 00000000  : 1 [end]	element 21000000  : 0 [end]	element 38000000  : 1 [end]
-ip test-ip4 output
-  [ exthdr load 4b @ 44 + 4 => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
diff --git a/tests/regression/any/limit.t b/tests/regression/any/limit.t
deleted file mode 100644
index 96ffe609..00000000
--- a/tests/regression/any/limit.t
+++ /dev/null
@@ -1,25 +0,0 @@
-*ip;test-ip4
-*ip6;test-ip6
-*inet;test-inet
-*arp;test-arp
-*bridge;test-bridge
-:output;type filter hook output priority 0
-
-limit rate 400/minute;ok
-limit rate 20/second;ok
-limit rate 400/hour;ok
-limit rate 40/day;ok
-limit rate 400/week;ok
-limit rate 1023/second burst 10 packets;ok
-
-limit rate 1 kbytes/second;ok
-limit rate 2 kbytes/second;ok
-limit rate 1025 kbytes/second;ok
-limit rate 1023 mbytes/second;ok
-limit rate 10230 mbytes/second;ok
-limit rate 1023000 mbytes/second;ok
-
-limit rate 1025 bytes/second burst 512 bytes;ok
-limit rate 1025 kbytes/second burst 1023 kbytes;ok
-limit rate 1025 mbytes/second burst 1025 kbytes;ok
-limit rate 1025000 mbytes/second burst 1023 mbytes;ok
diff --git a/tests/regression/any/limit.t.payload b/tests/regression/any/limit.t.payload
deleted file mode 100644
index a3c87d84..00000000
--- a/tests/regression/any/limit.t.payload
+++ /dev/null
@@ -1,64 +0,0 @@
-# limit rate 400/minute
-ip test-ip4 output
-  [ limit rate 400/minute burst 0 type packets ]
-
-# limit rate 20/second
-ip test-ip4 output
-  [ limit rate 20/second burst 0 type packets ]
-
-# limit rate 400/hour
-ip test-ip4 output
-  [ limit rate 400/hour burst 0 type packets ]
-
-# limit rate 400/week
-ip test-ip4 output
-  [ limit rate 400/week burst 0 type packets ]
-
-# limit rate 40/day
-ip test-ip4 output
-  [ limit rate 40/day burst 0 type packets ]
-
-# limit rate 1023/second burst 10 packets
-ip test-ip4 output
-  [ limit rate 1023/second burst 10 type packets ]
-
-# limit rate 1 kbytes/second
-ip test-ip4 output
-  [ limit rate 1024/second burst 0 type bytes ]
-
-# limit rate 2 kbytes/second
-ip test-ip4 output
-  [ limit rate 2048/second burst 0 type bytes ]
-
-# limit rate 1025 kbytes/second
-ip test-ip4 output
-  [ limit rate 1049600/second burst 0 type bytes ]
-
-# limit rate 1023 mbytes/second
-ip test-ip4 output
-  [ limit rate 1072693248/second burst 0 type bytes ]
-
-# limit rate 10230 mbytes/second
-ip test-ip4 output
-  [ limit rate 10726932480/second burst 0 type bytes ]
-
-# limit rate 1023000 mbytes/second
-ip test-ip4 output
-  [ limit rate 1072693248000/second burst 0 type bytes ]
-
-# limit rate 1025 bytes/second burst 512 bytes
-ip test-ip4 output
-  [ limit rate 1025/second burst 512 type bytes ]
-
-# limit rate 1025 kbytes/second burst 1023 kbytes
-ip test-ip4 output
-  [ limit rate 1049600/second burst 1047552 type bytes ]
-
-# limit rate 1025 mbytes/second burst 1025 kbytes
-ip test-ip4 output
-  [ limit rate 1074790400/second burst 1049600 type bytes ]
-
-# limit rate 1025000 mbytes/second burst 1023 mbytes
-ip test-ip4 output
-  [ limit rate 1074790400000/second burst 1072693248 type bytes ]
-
diff --git a/tests/regression/any/log.t b/tests/regression/any/log.t
deleted file mode 100644
index 0eed5807..00000000
--- a/tests/regression/any/log.t
+++ /dev/null
@@ -1,26 +0,0 @@
-*ip;test-ip4
-*ip6;test-ip6
-*inet;test-inet
-*arp;test-arp
-*bridge;test-bridge
-:output;type filter hook output priority 0
-
-log;ok
-log level emerg;ok
-log level alert;ok
-log level crit;ok
-log level err;ok
-log level warn;ok;log
-log level notice;ok
-log level info;ok
-log level debug;ok
-
-log level emerg group 2;fail
-log level alert group 2 prefix "log test2";fail
-
-log prefix aaaaa-aaaaaa group 2 snaplen 33;ok;log prefix "aaaaa-aaaaaa" group 2 snaplen 33
-# TODO: Add an exception: 'queue-threshold' attribute needs 'group' attribute
-# The correct rule is log group 2 queue-threshold 2
-log group 2 queue-threshold 2;ok
-log group 2 snaplen 33;ok
-log group 2 prefix \"nft-test: \";ok;log prefix "nft-test: " group 2
diff --git a/tests/regression/any/log.t.payload b/tests/regression/any/log.t.payload
deleted file mode 100644
index 689668b6..00000000
--- a/tests/regression/any/log.t.payload
+++ /dev/null
@@ -1,52 +0,0 @@
-# log
-ip test-ip4 output
-  [ log prefix (null) ]
-
-# log level emerg
-ip test-ip4 output
-  [ log prefix (null) level 0 flags 0]
-
-# log level alert
-ip test-ip4 output
-  [ log prefix (null) level 1 flags 0]
-
-# log level crit
-ip test-ip4 output
-  [ log prefix (null) level 2 flags 0]
-
-# log level err
-ip test-ip4 output
-  [ log prefix (null) level 3 flags 0]
-
-# log level warn
-ip test-ip4 output
-  [ log prefix (null) level 4 flags 0]
-
-# log level notice
-ip test-ip4 output
-  [ log prefix (null) level 5 flags 0]
-
-# log level info
-ip test-ip4 output
-  [ log prefix (null) level 6 flags 0]
-
-# log level debug
-ip test-ip4 output
-  [ log prefix (null) level 7 flags 0]
-
-# log prefix aaaaa-aaaaaa group 2 snaplen 33
-ip test-ip4 output
-  [ log prefix aaaaa-aaaaaa group 2 snaplen 33 qthreshold 0]
-
-# log group 2 queue-threshold 2
-ip test-ip4 output
-  [ log prefix (null) group 2 snaplen 0 qthreshold 2]
-
-# log group 2 snaplen 33
-ip test-ip4 output
-  [ log prefix (null) group 2 snaplen 33 qthreshold 0]
-
-# log group 2 prefix \"nft-test: \"
-ip test-ip4 output
-  [ log prefix nft-test:  group 2 snaplen 0 qthreshold 0]
-
diff --git a/tests/regression/any/meta.t b/tests/regression/any/meta.t
deleted file mode 100644
index c03e7f4e..00000000
--- a/tests/regression/any/meta.t
+++ /dev/null
@@ -1,197 +0,0 @@
-*ip;test-ip4
-*ip6;test-ip6
-*inet;test-inet
-*arp;test-arp
-*bridge;test-bridge
-
-:input;type filter hook input priority 0
-
-meta length 1000;ok
-meta length 22;ok
-meta length != 233;ok
-meta length 33-45;ok
-meta length != 33-45;ok
-meta length { 33, 55, 67, 88};ok
-- meta length != { 33, 55, 67, 88};ok
-meta length { 33-55};ok
-- meta length != { 33-55};ok
-
-meta protocol { ip, arp, ip6, vlan };ok;meta protocol { ip6, ip, vlan, arp}
-- meta protocol != {ip, arp, ip6, vlan};ok
-meta protocol ip;ok
-meta protocol != ip;ok
-
-meta nfproto ipv4;ok
-meta nfproto ipv6;ok
-meta nfproto {ipv4, ipv6};ok
-
-meta l4proto 22;ok
-meta l4proto != 233;ok
-meta l4proto 33-45;ok
-meta l4proto != 33-45;ok
-meta l4proto { 33, 55, 67, 88};ok;meta l4proto { 33, 55, 67, 88}
-- meta l4proto != { 33, 55, 67, 88};ok
-meta l4proto { 33-55};ok
-- meta l4proto != { 33-55};ok
-
-- meta priority :aabb;ok
-- meta priority bcad:dadc;ok
-- meta priority aabb:;ok
-- meta priority != :aabb;ok
-- meta priority != bcad:dadc;ok
-- meta priority != aabb:;ok
-- meta priority bcad:dada-bcad:dadc;ok
-- meta priority != bcad:dada-bcad:dadc;ok
-- meta priority {bcad:dada, bcad:dadc, aaaa:bbbb};ok
-- meta priority != {bcad:dada, bcad:dadc, aaaa:bbbb};ok
-
-meta mark 0x4;ok;mark 0x00000004
-meta mark 0x32;ok;mark 0x00000032
-meta mark and 0x03 == 0x01;ok;mark & 0x00000003 == 0x00000001
-meta mark and 0x03 != 0x01;ok;mark & 0x00000003 != 0x00000001
-meta mark 0x10;ok;mark 0x00000010
-meta mark != 0x10;ok;mark != 0x00000010
-
-meta mark or 0x03 == 0x01;ok;mark | 0x00000003 == 0x00000001
-meta mark or 0x03 != 0x01;ok;mark | 0x00000003 != 0x00000001
-meta mark xor 0x03 == 0x01;ok;mark 0x00000002
-meta mark xor 0x03 != 0x01;ok;mark != 0x00000002
-
-meta iif eth0 accept;ok;iif eth0 accept
-meta iif eth0 accept;ok;iif eth0 accept
-meta iif != eth0 accept;ok;iif != eth0 accept
-meta iif != eth0 accept;ok;iif != eth0 accept
-
-meta iifname "eth0";ok;iifname "eth0"
-meta iifname != "eth0";ok;iifname != "eth0"
-meta iifname {"eth0", "lo"};ok
-- meta iifname != {"eth0", "lo"};ok
-meta iifname "eth*";ok;iifname "eth*"
-meta iifname "eth\*";ok;iifname "eth\*"
-
-meta iiftype {ether, ppp, ipip, ipip6, loopback, sit, ipgre};ok
-- meta iiftype != {ether, ppp, ipip, ipip6, loopback, sit, ipgre};ok
-meta iiftype != ether;ok;iiftype != ether
-meta iiftype ether;ok;iiftype ether
-meta iiftype != ppp;ok;iiftype != ppp
-meta iiftype ppp;ok;iiftype ppp
-
-meta oif lo accept;ok;oif lo accept
-meta oif != lo accept;ok;oif != lo accept
-meta oif {eth0, lo} accept;ok
-- meta oif != {eth0, lo} accept;ok
-
-meta oifname "eth0";ok;oifname "eth0"
-meta oifname != "eth0";ok;oifname != "eth0"
-meta oifname { "eth0", "lo"};ok
-- meta iifname != {"eth0", "lo"};ok
-meta oifname "eth*";ok;oifname "eth*"
-meta oifname "eth\*";ok;oifname "eth\*"
-
-meta oiftype {ether, ppp, ipip, ipip6, loopback, sit, ipgre};ok
-- meta oiftype != {ether, ppp, ipip, ipip6, loopback, sit, ipgre};ok
-meta oiftype != ether;ok;oiftype != ether
-meta oiftype ether;ok;oiftype ether
-
-meta skuid {bin, root, daemon} accept;ok;skuid { 0, 1, 2} accept
-- meta skuid != {bin, root, daemon} accept;ok
-meta skuid root;ok;skuid 0
-meta skuid != root;ok;skuid != 0
-meta skuid lt 3000 accept;ok;skuid < 3000 accept
-meta skuid gt 3000 accept;ok;skuid > 3000 accept
-meta skuid eq 3000 accept;ok;skuid 3000 accept
-meta skuid 3001-3005 accept;ok;skuid 3001-3005 accept
-meta skuid != 2001-2005 accept;ok;skuid != 2001-2005 accept
-meta skuid { 2001-2005} accept;ok;skuid { 2001-2005} accept
-- meta skuid != { 2001-2005} accept;ok
-
-meta skgid {bin, root, daemon} accept;ok;skgid { 0, 1, 2} accept
-- meta skgid != {bin, root, daemon} accept;ok
-meta skgid root;ok;skgid 0
-meta skgid != root;ok;skgid != 0
-meta skgid lt 3000 accept;ok;skgid < 3000 accept
-meta skgid gt 3000 accept;ok;skgid > 3000 accept
-meta skgid eq 3000 accept;ok;skgid 3000 accept
-meta skgid 2001-2005 accept;ok;skgid 2001-2005 accept
-meta skgid != 2001-2005 accept;ok;skgid != 2001-2005 accept
-meta skgid { 2001-2005} accept;ok;skgid { 2001-2005} accept
-- meta skgid != { 2001-2005} accept;ok;skgid != { 2001-2005} accept
-
-# BUG: meta nftrace 2 and meta nftrace 1
-# $ sudo nft add rule ip test input meta nftrace 2
-# <cmdline>:1:37-37: Error: Value 2 exceeds valid range 0-1
-# add rule ip test input meta nftrace 2
-#                                    ^
-# $ sudo nft add rule ip test input meta nftrace 1
-# <cmdline>:1:1-37: Error: Could not process rule: Operation not supported
-# add rule ip test input meta nftrace 1
-# -^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
-
-meta mark set 0xffffffc8 xor 0x16;ok;mark set 0xffffffde
-meta mark set 0x16 and 0x16;ok;mark set 0x00000016
-meta mark set 0xffffffe9 or 0x16;ok;mark set 0xffffffff
-meta mark set 0xffffffde and 0x16;ok;mark set 0x00000016
-meta mark set 0xf045ffde or 0x10;ok;mark set 0xf045ffde
-meta mark set 0xffffffde or 0x16;ok;mark set 0xffffffde
-meta mark set 0x32 or 0xfffff;ok;mark set 0x000fffff
-meta mark set 0xfffe xor 0x16;ok;mark set 0x0000ffe8
-
-meta iif lo;ok;iif lo
-meta oif lo;ok;oif lo
-meta oifname "eth2" accept;ok;oifname "eth2" accept
-meta skuid 3000;ok;skuid 3000
-meta skgid 3000;ok;skgid 3000
-# BUG:  meta nftrace 1;ok
-# <cmdline>:1:1-37: Error: Could not process rule: Operation not supported
-- meta nftrace 1;ok
-meta rtclassid cosmos;ok;rtclassid cosmos
-
-meta pkttype broadcast;ok;pkttype broadcast
-meta pkttype unicast;ok;pkttype unicast
-meta pkttype multicast;ok;pkttype multicast
-meta pkttype != broadcast;ok;pkttype != broadcast
-meta pkttype != unicast;ok;pkttype != unicast
-meta pkttype != multicast;ok;pkttype != multicast
-meta pkttype broadcastttt;fail
-meta pkttype { broadcast, multicast} accept;ok
-
-meta cpu 1;ok;cpu 1
-meta cpu != 1;ok;cpu != 1
-meta cpu 1-3;ok;cpu 1-3
-meta cpu != 1-2;ok;cpu != 1-2
-meta cpu { 2,3};ok;cpu { 2,3}
--meta cpu != { 2,3};ok; cpu != { 2,3}
-
-meta iifgroup 0;ok;iifgroup default
-meta iifgroup != 0;ok;iifgroup != default
-meta iifgroup default;ok;iifgroup default
-meta iifgroup != default;ok;iifgroup != default
-meta iifgroup {default};ok;iifgroup {default}
-- meta iifgroup != {default};ok
-meta iifgroup { 11,33};ok
-meta iifgroup {11-33};ok
-- meta iifgroup != {11,33};ok
-- meta iifgroup != {11-33};ok
-meta oifgroup 0;ok;oifgroup default
-meta oifgroup != 0;ok;oifgroup != default
-meta oifgroup default;ok;oifgroup default
-meta oifgroup != default;ok;oifgroup != default
-meta oifgroup {default};ok;oifgroup {default}
-- meta oifgroup != {default};ok
-meta oifgroup { 11,33};ok
-meta oifgroup {11-33};ok
-- meta oifgroup != {11,33};ok
-- meta oifgroup != {11-33};ok
-
-meta cgroup 1048577;ok;cgroup 1048577
-meta cgroup != 1048577;ok;cgroup != 1048577
-meta cgroup { 1048577, 1048578 };ok;cgroup { 1048577, 1048578}
-# meta cgroup != { 1048577, 1048578};ok;cgroup != { 1048577, 1048578}
-meta cgroup 1048577-1048578;ok;cgroup 1048577-1048578
-meta cgroup != 1048577-1048578;ok;cgroup != 1048577-1048578
-meta cgroup {1048577-1048578};ok;cgroup { 1048577-1048578}
-# meta cgroup != { 1048577-1048578};ok;cgroup != { 1048577-1048578}
-
-meta iif . meta oif { lo . eth0 };ok
-meta iif . meta oif . meta mark { lo . eth0 . 0x0000000a };ok
-meta iif . meta oif vmap { lo . eth0 : drop };ok
diff --git a/tests/regression/any/meta.t.payload b/tests/regression/any/meta.t.payload
deleted file mode 100644
index 9f7a6d99..00000000
--- a/tests/regression/any/meta.t.payload
+++ /dev/null
@@ -1,756 +0,0 @@
-# meta length 1000
-ip test-ip4 input
-  [ meta load len => reg 1 ]
-  [ cmp eq reg 1 0x000003e8 ]
-
-# meta length 22
-ip test-ip4 input
-  [ meta load len => reg 1 ]
-  [ cmp eq reg 1 0x00000016 ]
-
-# meta length != 233
-ip test-ip4 input
-  [ meta load len => reg 1 ]
-  [ cmp neq reg 1 0x000000e9 ]
-
-# meta length 33-45
-ip test-ip4 input
-  [ meta load len => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp gte reg 1 0x21000000 ]
-  [ cmp lte reg 1 0x2d000000 ]
-
-# meta length != 33-45
-ip test-ip4 input
-  [ meta load len => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp lt reg 1 0x21000000 ]
-  [ cmp gt reg 1 0x2d000000 ]
-
-# meta length { 33, 55, 67, 88}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000021  : 0 [end]	element 00000037  : 0 [end]	element 00000043  : 0 [end]	element 00000058  : 0 [end]
-ip test-ip4 input
-  [ meta load len => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta length { 33-55}
-set%d test-ip4 7
-set%d test-ip4 0
-	element 00000000  : 1 [end]	element 21000000  : 0 [end]	element 38000000  : 1 [end]
-ip test-ip4 input
-  [ meta load len => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ lookup reg 1 set set%d ]
-
-# meta protocol { ip, arp, ip6, vlan }
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000008  : 0 [end]	element 00000608  : 0 [end]	element 0000dd86  : 0 [end]	element 00000081  : 0 [end]
-ip test-ip4 input
-  [ meta load protocol => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta protocol ip
-ip test-ip4 input
-  [ meta load protocol => reg 1 ]
-  [ cmp eq reg 1 0x00000008 ]
-
-# meta protocol != ip
-ip test-ip4 input
-  [ meta load protocol => reg 1 ]
-  [ cmp neq reg 1 0x00000008 ]
-
-# meta nfproto ipv4
-ip test-ip4 input
-  [ meta load nfproto => reg 1 ]
-  [ cmp eq reg 1 0x00000002 ]
-
-# meta nfproto ipv6
-ip test-ip4 input
-  [ meta load nfproto => reg 1 ]
-  [ cmp eq reg 1 0x0000000a ]
-
-# meta nfproto {ipv4, ipv6}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000002  : 0 [end]	element 0000000a  : 0 [end]
-ip test-ip4 input
-  [ meta load nfproto => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta l4proto 22
-ip test-ip4 input
-  [ meta load l4proto => reg 1 ]
-  [ cmp eq reg 1 0x00000016 ]
-
-# meta l4proto != 233
-ip test-ip4 input
-  [ meta load l4proto => reg 1 ]
-  [ cmp neq reg 1 0x000000e9 ]
-
-# meta l4proto 33-45
-ip test-ip4 input
-  [ meta load l4proto => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 2, 1) ]
-  [ cmp gte reg 1 0x00000021 ]
-  [ cmp lte reg 1 0x0000002d ]
-
-# meta l4proto != 33-45
-ip test-ip4 input
-  [ meta load l4proto => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 2, 1) ]
-  [ cmp lt reg 1 0x00000021 ]
-  [ cmp gt reg 1 0x0000002d ]
-
-# meta l4proto { 33, 55, 67, 88}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000021  : 0 [end]	element 00000037  : 0 [end]	element 00000043  : 0 [end]	element 00000058  : 0 [end]
-ip test-ip4 input
-  [ meta load l4proto => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta l4proto { 33-55}
-set%d test-ip4 7
-set%d test-ip4 0
-	element 00000000  : 1 [end]	element 00000021  : 0 [end]	element 00000038  : 1 [end]
-ip test-ip4 input
-  [ meta load l4proto => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 2, 1) ]
-  [ lookup reg 1 set set%d ]
-
-# meta mark 0x4
-ip test-ip4 input
-  [ meta load mark => reg 1 ]
-  [ cmp eq reg 1 0x00000004 ]
-
-# meta mark 0x32
-ip test-ip4 input
-  [ meta load mark => reg 1 ]
-  [ cmp eq reg 1 0x00000032 ]
-
-# meta mark and 0x03 == 0x01
-ip test-ip4 input
-  [ meta load mark => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0x00000003 ) ^ 0x00000000 ]
-  [ cmp eq reg 1 0x00000001 ]
-
-# meta mark and 0x03 != 0x01
-ip test-ip4 input
-  [ meta load mark => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0x00000003 ) ^ 0x00000000 ]
-  [ cmp neq reg 1 0x00000001 ]
-
-# meta mark 0x10
-ip test-ip4 input
-  [ meta load mark => reg 1 ]
-  [ cmp eq reg 1 0x00000010 ]
-
-# meta mark != 0x10
-ip test-ip4 input
-  [ meta load mark => reg 1 ]
-  [ cmp neq reg 1 0x00000010 ]
-
-# meta mark or 0x03 == 0x01
-ip test-ip4 input
-  [ meta load mark => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0xfffffffc ) ^ 0x00000003 ]
-  [ cmp eq reg 1 0x00000001 ]
-
-# meta mark or 0x03 != 0x01
-ip test-ip4 input
-  [ meta load mark => reg 1 ]
-  [ bitwise reg 1 = (reg=1 & 0xfffffffc ) ^ 0x00000003 ]
-  [ cmp neq reg 1 0x00000001 ]
-
-# meta mark xor 0x03 == 0x01
-ip test-ip4 input
-  [ meta load mark => reg 1 ]
-  [ cmp eq reg 1 0x00000002 ]
-
-# meta mark xor 0x03 != 0x01
-ip test-ip4 input
-  [ meta load mark => reg 1 ]
-  [ cmp neq reg 1 0x00000002 ]
-
-# meta iif eth0 accept
-ip test-ip4 input
-  [ meta load iif => reg 1 ]
-  [ cmp eq reg 1 0x00000002 ]
-  [ immediate reg 0 accept ]
-
-# meta iif eth0 accept
-ip test-ip4 input
-  [ meta load iif => reg 1 ]
-  [ cmp eq reg 1 0x00000002 ]
-  [ immediate reg 0 accept ]
-
-# meta iif != eth0 accept
-ip test-ip4 input
-  [ meta load iif => reg 1 ]
-  [ cmp neq reg 1 0x00000002 ]
-  [ immediate reg 0 accept ]
-
-# meta iif != eth0 accept
-ip test-ip4 input
-  [ meta load iif => reg 1 ]
-  [ cmp neq reg 1 0x00000002 ]
-  [ immediate reg 0 accept ]
-
-# meta iifname "eth0"
-ip test-ip4 input
-  [ meta load iifname => reg 1 ]
-  [ cmp eq reg 1 0x30687465 0x00000000 0x00000000 0x00000000 ]
-
-# meta iifname != "eth0"
-ip test-ip4 input
-  [ meta load iifname => reg 1 ]
-  [ cmp neq reg 1 0x30687465 0x00000000 0x00000000 0x00000000 ]
-
-# meta iifname {"eth0", "lo"}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 30687465 00000000 00000000 00000000  : 0 [end]	element 00006f6c 00000000 00000000 00000000  : 0 [end]
-ip test-ip4 input
-  [ meta load iifname => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta iifname "eth*"
-ip test-ip4 input
-  [ meta load iifname => reg 1 ]
-  [ cmp eq reg 1 0x00687465 ]
-
-# meta iifname "eth\*"
-ip test-ip4 input
-  [ meta load iifname => reg 1 ]
-  [ cmp eq reg 1 0x2a687465 0x00000000 0x00000000 0x00000000 ]
-
-# meta iiftype {ether, ppp, ipip, ipip6, loopback, sit, ipgre}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000001  : 0 [end]	element 00000200  : 0 [end]	element 00000300  : 0 [end]	element 00000301  : 0 [end]	element 00000304  : 0 [end]	element 00000308  : 0 [end]	element 0000030a  : 0 [end]
-ip test-ip4 input
-  [ meta load iiftype => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta iiftype != ether
-ip test-ip4 input
-  [ meta load iiftype => reg 1 ]
-  [ cmp neq reg 1 0x00000001 ]
-
-# meta iiftype ether
-ip test-ip4 input
-  [ meta load iiftype => reg 1 ]
-  [ cmp eq reg 1 0x00000001 ]
-
-# meta iiftype != ppp
-ip test-ip4 input
-  [ meta load iiftype => reg 1 ]
-  [ cmp neq reg 1 0x00000200 ]
-
-# meta iiftype ppp
-ip test-ip4 input
-  [ meta load iiftype => reg 1 ]
-  [ cmp eq reg 1 0x00000200 ]
-
-# meta oif lo accept
-ip test-ip4 input
-  [ meta load oif => reg 1 ]
-  [ cmp eq reg 1 0x00000001 ]
-  [ immediate reg 0 accept ]
-
-# meta oif != lo accept
-ip test-ip4 input
-  [ meta load oif => reg 1 ]
-  [ cmp neq reg 1 0x00000001 ]
-  [ immediate reg 0 accept ]
-
-# meta oif {eth0, lo} accept
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000002  : 0 [end]	element 00000001  : 0 [end]
-ip test-ip4 input
-  [ meta load oif => reg 1 ]
-  [ lookup reg 1 set set%d ]
-  [ immediate reg 0 accept ]
-
-# meta oifname "eth0"
-ip test-ip4 input
-  [ meta load oifname => reg 1 ]
-  [ cmp eq reg 1 0x30687465 0x00000000 0x00000000 0x00000000 ]
-
-# meta oifname != "eth0"
-ip test-ip4 input
-  [ meta load oifname => reg 1 ]
-  [ cmp neq reg 1 0x30687465 0x00000000 0x00000000 0x00000000 ]
-
-# meta oifname { "eth0", "lo"}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 30687465 00000000 00000000 00000000  : 0 [end]	element 00006f6c 00000000 00000000 00000000  : 0 [end]
-ip test-ip4 input
-  [ meta load oifname => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta oifname "eth*"
-ip test-ip4 input
-  [ meta load oifname => reg 1 ]
-  [ cmp eq reg 1 0x00687465 ]
-
-# meta oifname "eth\*"
-ip test-ip4 input
-  [ meta load oifname => reg 1 ]
-  [ cmp eq reg 1 0x2a687465 0x00000000 0x00000000 0x00000000 ]
-
-# meta oiftype {ether, ppp, ipip, ipip6, loopback, sit, ipgre}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000001  : 0 [end]	element 00000200  : 0 [end]	element 00000300  : 0 [end]	element 00000301  : 0 [end]	element 00000304  : 0 [end]	element 00000308  : 0 [end]	element 0000030a  : 0 [end]
-ip test-ip4 input
-  [ meta load oiftype => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta oiftype != ether
-ip test-ip4 input
-  [ meta load oiftype => reg 1 ]
-  [ cmp neq reg 1 0x00000001 ]
-
-# meta oiftype ether
-ip test-ip4 input
-  [ meta load oiftype => reg 1 ]
-  [ cmp eq reg 1 0x00000001 ]
-
-# meta skuid {bin, root, daemon} accept
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000001  : 0 [end]	element 00000000  : 0 [end]	element 00000002  : 0 [end]
-ip test-ip4 input
-  [ meta load skuid => reg 1 ]
-  [ lookup reg 1 set set%d ]
-  [ immediate reg 0 accept ]
-
-# meta skuid root
-ip test-ip4 input
-  [ meta load skuid => reg 1 ]
-  [ cmp eq reg 1 0x00000000 ]
-
-# meta skuid != root
-ip test-ip4 input
-  [ meta load skuid => reg 1 ]
-  [ cmp neq reg 1 0x00000000 ]
-
-# meta skuid lt 3000 accept
-ip test-ip4 input
-  [ meta load skuid => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp lt reg 1 0xb80b0000 ]
-  [ immediate reg 0 accept ]
-
-# meta skuid gt 3000 accept
-ip test-ip4 input
-  [ meta load skuid => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp gt reg 1 0xb80b0000 ]
-  [ immediate reg 0 accept ]
-
-# meta skuid eq 3000 accept
-ip test-ip4 input
-  [ meta load skuid => reg 1 ]
-  [ cmp eq reg 1 0x00000bb8 ]
-  [ immediate reg 0 accept ]
-
-# meta skuid 3001-3005 accept
-ip test-ip4 input
-  [ meta load skuid => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp gte reg 1 0xb90b0000 ]
-  [ cmp lte reg 1 0xbd0b0000 ]
-  [ immediate reg 0 accept ]
-
-# meta skuid != 2001-2005 accept
-ip test-ip4 input
-  [ meta load skuid => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp lt reg 1 0xd1070000 ]
-  [ cmp gt reg 1 0xd5070000 ]
-  [ immediate reg 0 accept ]
-
-# meta skuid { 2001-2005} accept
-set%d test-ip4 7
-set%d test-ip4 0
-	element 00000000  : 1 [end]	element d1070000  : 0 [end]	element d6070000  : 1 [end]
-ip test-ip4 input
-  [ meta load skuid => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ lookup reg 1 set set%d ]
-  [ immediate reg 0 accept ]
-
-# meta skgid {bin, root, daemon} accept
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000001  : 0 [end]	element 00000000  : 0 [end]	element 00000002  : 0 [end]
-ip test-ip4 input
-  [ meta load skgid => reg 1 ]
-  [ lookup reg 1 set set%d ]
-  [ immediate reg 0 accept ]
-
-# meta skgid root
-ip test-ip4 input
-  [ meta load skgid => reg 1 ]
-  [ cmp eq reg 1 0x00000000 ]
-
-# meta skgid != root
-ip test-ip4 input
-  [ meta load skgid => reg 1 ]
-  [ cmp neq reg 1 0x00000000 ]
-
-# meta skgid lt 3000 accept
-ip test-ip4 input
-  [ meta load skgid => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp lt reg 1 0xb80b0000 ]
-  [ immediate reg 0 accept ]
-
-# meta skgid gt 3000 accept
-ip test-ip4 input
-  [ meta load skgid => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp gt reg 1 0xb80b0000 ]
-  [ immediate reg 0 accept ]
-
-# meta skgid eq 3000 accept
-ip test-ip4 input
-  [ meta load skgid => reg 1 ]
-  [ cmp eq reg 1 0x00000bb8 ]
-  [ immediate reg 0 accept ]
-
-# meta skgid 2001-2005 accept
-ip test-ip4 input
-  [ meta load skgid => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp gte reg 1 0xd1070000 ]
-  [ cmp lte reg 1 0xd5070000 ]
-  [ immediate reg 0 accept ]
-
-# meta skgid != 2001-2005 accept
-ip test-ip4 input
-  [ meta load skgid => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp lt reg 1 0xd1070000 ]
-  [ cmp gt reg 1 0xd5070000 ]
-  [ immediate reg 0 accept ]
-
-# meta skgid { 2001-2005} accept
-set%d test-ip4 7
-set%d test-ip4 0
-	element 00000000  : 1 [end]	element d1070000  : 0 [end]	element d6070000  : 1 [end]
-ip test-ip4 input
-  [ meta load skgid => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ lookup reg 1 set set%d ]
-  [ immediate reg 0 accept ]
-
-# meta mark set 0xffffffc8 xor 0x16
-ip test-ip4 input
-  [ immediate reg 1 0xffffffde ]
-  [ meta set mark with reg 1 ]
-
-# meta mark set 0x16 and 0x16
-ip test-ip4 input
-  [ immediate reg 1 0x00000016 ]
-  [ meta set mark with reg 1 ]
-
-# meta mark set 0xffffffe9 or 0x16
-ip test-ip4 input
-  [ immediate reg 1 0xffffffff ]
-  [ meta set mark with reg 1 ]
-
-# meta mark set 0xffffffde and 0x16
-ip test-ip4 input
-  [ immediate reg 1 0x00000016 ]
-  [ meta set mark with reg 1 ]
-
-# meta mark set 0xf045ffde or 0x10
-ip test-ip4 input
-  [ immediate reg 1 0xf045ffde ]
-  [ meta set mark with reg 1 ]
-
-# meta mark set 0xffffffde or 0x16
-ip test-ip4 input
-  [ immediate reg 1 0xffffffde ]
-  [ meta set mark with reg 1 ]
-
-# meta mark set 0x32 or 0xfffff
-ip test-ip4 input
-  [ immediate reg 1 0x000fffff ]
-  [ meta set mark with reg 1 ]
-
-# meta mark set 0xfffe xor 0x16
-ip test-ip4 input
-  [ immediate reg 1 0x0000ffe8 ]
-  [ meta set mark with reg 1 ]
-
-# meta iif lo
-ip test-ip4 input
-  [ meta load iif => reg 1 ]
-  [ cmp eq reg 1 0x00000001 ]
-
-# meta oif lo
-ip test-ip4 input
-  [ meta load oif => reg 1 ]
-  [ cmp eq reg 1 0x00000001 ]
-
-# meta oifname "eth2" accept
-ip test-ip4 input
-  [ meta load oifname => reg 1 ]
-  [ cmp eq reg 1 0x32687465 0x00000000 0x00000000 0x00000000 ]
-  [ immediate reg 0 accept ]
-
-# meta skuid 3000
-ip test-ip4 input
-  [ meta load skuid => reg 1 ]
-  [ cmp eq reg 1 0x00000bb8 ]
-
-# meta skgid 3000
-ip test-ip4 input
-  [ meta load skgid => reg 1 ]
-  [ cmp eq reg 1 0x00000bb8 ]
-
-# meta rtclassid cosmos
-ip test-ip4 input
-  [ meta load rtclassid => reg 1 ]
-  [ cmp eq reg 1 0x00000000 ]
-
-# meta pkttype broadcast
-ip test-ip4 input
-  [ meta load pkttype => reg 1 ]
-  [ cmp eq reg 1 0x00000001 ]
-
-# meta pkttype unicast
-ip test-ip4 input
-  [ meta load pkttype => reg 1 ]
-  [ cmp eq reg 1 0x00000000 ]
-
-# meta pkttype multicast
-ip test-ip4 input
-  [ meta load pkttype => reg 1 ]
-  [ cmp eq reg 1 0x00000002 ]
-
-# meta pkttype != broadcast
-ip test-ip4 input
-  [ meta load pkttype => reg 1 ]
-  [ cmp neq reg 1 0x00000001 ]
-
-# meta pkttype != unicast
-ip test-ip4 input
-  [ meta load pkttype => reg 1 ]
-  [ cmp neq reg 1 0x00000000 ]
-
-# meta pkttype != multicast
-ip test-ip4 input
-  [ meta load pkttype => reg 1 ]
-  [ cmp neq reg 1 0x00000002 ]
-
-# meta pkttype { broadcast, multicast} accept
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000001  : 0 [end]	element 00000002  : 0 [end]
-ip test-ip4 input
-  [ meta load pkttype => reg 1 ]
-  [ lookup reg 1 set set%d ]
-  [ immediate reg 0 accept ]
-
-# meta cpu 1
-ip test-ip4 input
-  [ meta load cpu => reg 1 ]
-  [ cmp eq reg 1 0x00000001 ]
-
-# meta cpu != 1
-ip test-ip4 input
-  [ meta load cpu => reg 1 ]
-  [ cmp neq reg 1 0x00000001 ]
-
-# meta cpu 1-3
-ip test-ip4 input
-  [ meta load cpu => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp gte reg 1 0x01000000 ]
-  [ cmp lte reg 1 0x03000000 ]
-
-# meta cpu != 1-2
-ip test-ip4 input
-  [ meta load cpu => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp lt reg 1 0x01000000 ]
-  [ cmp gt reg 1 0x02000000 ]
-
-# meta cpu { 2,3}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000002  : 0 [end]	element 00000003  : 0 [end]
-ip test-ip4 input
-  [ meta load cpu => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta iifgroup 0
-ip test-ip4 input
-  [ meta load iifgroup => reg 1 ]
-  [ cmp eq reg 1 0x00000000 ]
-
-# meta iifgroup != 0
-ip test-ip4 input
-  [ meta load iifgroup => reg 1 ]
-  [ cmp neq reg 1 0x00000000 ]
-
-# meta iifgroup default
-ip test-ip4 input
-  [ meta load iifgroup => reg 1 ]
-  [ cmp eq reg 1 0x00000000 ]
-
-# meta iifgroup != default
-ip test-ip4 input
-  [ meta load iifgroup => reg 1 ]
-  [ cmp neq reg 1 0x00000000 ]
-
-# meta iifgroup {default}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000000  : 0 [end]
-ip test-ip4 input
-  [ meta load iifgroup => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta iifgroup { 11,33}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 0000000b  : 0 [end]	element 00000021  : 0 [end]
-ip test-ip4 input
-  [ meta load iifgroup => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta iifgroup {11-33}
-set%d test-ip4 7
-set%d test-ip4 0
-	element 00000000  : 1 [end]	element 0b000000  : 0 [end]	element 22000000  : 1 [end]
-ip test-ip4 input
-  [ meta load iifgroup => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ lookup reg 1 set set%d ]
-
-# meta oifgroup 0
-ip test-ip4 input
-  [ meta load oifgroup => reg 1 ]
-  [ cmp eq reg 1 0x00000000 ]
-
-# meta oifgroup != 0
-ip test-ip4 input
-  [ meta load oifgroup => reg 1 ]
-  [ cmp neq reg 1 0x00000000 ]
-
-# meta oifgroup default
-ip test-ip4 input
-  [ meta load oifgroup => reg 1 ]
-  [ cmp eq reg 1 0x00000000 ]
-
-# meta oifgroup != default
-ip test-ip4 input
-  [ meta load oifgroup => reg 1 ]
-  [ cmp neq reg 1 0x00000000 ]
-
-# meta oifgroup {default}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000000  : 0 [end]
-ip test-ip4 input
-  [ meta load oifgroup => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta oifgroup { 11,33}
-set%d test-ip4 3
-set%d test-ip4 0
-	element 0000000b  : 0 [end]	element 00000021  : 0 [end]
-ip test-ip4 input
-  [ meta load oifgroup => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta oifgroup {11-33}
-set%d test-ip4 7
-set%d test-ip4 0
-	element 00000000  : 1 [end]	element 0b000000  : 0 [end]	element 22000000  : 1 [end]
-ip test-ip4 input
-  [ meta load oifgroup => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ lookup reg 1 set set%d ]
-
-# meta cgroup 1048577
-ip test-ip4 input
-  [ meta load cgroup => reg 1 ]
-  [ cmp eq reg 1 0x00100001 ]
-
-# meta cgroup != 1048577
-ip test-ip4 input
-  [ meta load cgroup => reg 1 ]
-  [ cmp neq reg 1 0x00100001 ]
-
-# meta cgroup { 1048577, 1048578 }
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00100001  : 0 [end]	element 00100002  : 0 [end]
-ip test-ip4 input
-  [ meta load cgroup => reg 1 ]
-  [ lookup reg 1 set set%d ]
-
-# meta cgroup 1048577-1048578
-ip test-ip4 input
-  [ meta load cgroup => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp gte reg 1 0x01001000 ]
-  [ cmp lte reg 1 0x02001000 ]
-
-# meta cgroup != 1048577-1048578
-ip test-ip4 input
-  [ meta load cgroup => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ cmp lt reg 1 0x01001000 ]
-  [ cmp gt reg 1 0x02001000 ]
-
-# meta cgroup {1048577-1048578}
-set%d test-ip4 7
-set%d test-ip4 0
-	element 00000000  : 1 [end]	element 01001000  : 0 [end]	element 03001000  : 1 [end]
-ip test-ip4 input
-  [ meta load cgroup => reg 1 ]
-  [ byteorder reg 1 = hton(reg 1, 4, 4) ]
-  [ lookup reg 1 set set%d ]
-
-
-# meta iif . meta oif { lo . eth0 }
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000001 00000002  : 0 [end]
-ip test-ip4 output
-  [ meta load iif => reg 1 ]
-  [ meta load oif => reg 9 ]
-  [ lookup reg 1 set set%d ]
-
-# meta iif . meta oif . meta mark { lo . eth0 . 0x0000000a }
-set%d test-ip4 3
-set%d test-ip4 0
-	element 00000001 00000002 0000000a  : 0 [end]
-ip test-ip4 output
-  [ meta load iif => reg 1 ]
-  [ meta load oif => reg 9 ]
-  [ meta load mark => reg 10 ]
-  [ lookup reg 1 set set%d ]
-
-# meta iif . meta oif vmap { lo . eth0 : drop }
-map%d test-ip4 b
-map%d test-ip4 0
-	element 00000001 00000002  : 0 [end]
-ip test-ip4 output
-  [ meta load iif => reg 1 ]
-  [ meta load oif => reg 9 ]
-  [ lookup reg 1 set map%d dreg 0 ]
-
diff --git a/tests/regression/any/queue.t b/tests/regression/any/queue.t
deleted file mode 100644
index 600c1121..00000000
--- a/tests/regression/any/queue.t
+++ /dev/null
@@ -1,15 +0,0 @@
-*ip;test-ip4
-*ip6;test-ip6
-*inet;test-inet
-*arp;test-arp
-*bridge;test-bridge
-
-:output;type filter hook output priority 0
-
-queue;ok;queue num 0
-queue num 2;ok
-queue num 2-3;ok
-- queue num {3, 4, 6};ok
-queue num 4-5 fanout bypass;ok;queue num 4-5 bypass,fanout
-queue num 4-5 fanout;ok
-queue num 4-5 bypass;ok
diff --git a/tests/regression/any/queue.t.payload b/tests/regression/any/queue.t.payload
deleted file mode 100644
index 43a6650c..00000000
--- a/tests/regression/any/queue.t.payload
+++ /dev/null
@@ -1,24 +0,0 @@
-# queue
-ip test-ip4 output
-  [ queue num 0]
-
-# queue num 2
-ip test-ip4 output
-  [ queue num 2]
-
-# queue num 2-3
-ip test-ip4 output
-  [ queue num 2-3]
-
-# queue num 4-5 fanout bypass
-ip test-ip4 output
-  [ queue num 4-5 bypass fanout]
-
-# queue num 4-5 fanout
-ip test-ip4 output
-  [ queue num 4-5 fanout]
-
-# queue num 4-5 bypass
-ip test-ip4 output
-  [ queue num 4-5 bypass]
-