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0p

BlackHatKings: cryptographic speculation and investment
Posted by: MervinROX
Time of publication: June 8, 2019 at 12:48 p.m.

compiling – scripts / Makefile.build: 324: the recipe for the destination "Actions.o" failed

There is an Action.c file in the opened vswitch .tar file that gives this error
do[4]: Entering the directory & # 39; /usr/src/linux-headers-4.15.18-041518-generic'
DC [M] /home/shahrukh/Documents/sshell_file/openvswitch-2.9.2/datapath/linux/actions.o
In the included ./include/linux/compiler_types.h:58:04 file,
of ././include/linux/kconfig.h:74,
From 0:
/home/shahrukh/Documents/sshell_file/openvswitch-2.9.2/datapath/linux/compat/include/linux/compiler-gcc.h:3:2: error: #error "Please do not include directly, include in your place. "
#error "Please do not include directly, include it instead."
^ ~~~~
scripts / Makefile.build: 324: recipe for the destination & # 39; /home/shahrukh/Documents/sshell_file/openvswitch-2.9.2/datapath/linux/actions.o' failure
do[5]: *** [/home/shahrukh/Documents/sshell_file/openvswitch-2.9.2/datapath/linux/actions.o] Error 1

/ *
* Copyright (c) 2007-2017 by Nicira, Inc.
*
* This program is free software; you can redistribute it and / or
* modify it under the terms of version 2 of the GNU general public
* License published by the Free Software Foundation.
*
* This program is distributed with the hope that it will be useful, but
* WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* General public license for more details.
*
* You must have received a copy of the GNU General Public License
* together with this program; If not, write to Free Software
* Foundation, Inc., 51 Franklin Street, fifth floor, Boston, MA
* 02110-1301, USA UU
* /

static int do_execute_actions (struct datapath * dp, struct sk_buff * skb,
struct sw_flow_key * key,
const struct nlattr * attr, int len);

struct deferred_action {
struct sk_buff * skb;
const struct nlattr * actions;
int actions_len;

/ * Store pkt_key clone when creating a deferred action. * /
struct sw_flow_key pkt_key;

};

struct ovs_frag_data {
without signing long dst;
vport structure vport
struct ovs_gso_cb cb;
__be16 inner_protocol;
u16 network_offset; /
valid only for MPLS * /
u16 vlan_tci;
__be16 vlan_proto;
unsigned int l2_len;
u8 mac_proto;
u8 l2_data[MAX_L2_LEN];
};

static DEFINE_PER_CPU (struct ovs_frag_data, ovs_frag_data_storage);

struct action_fifo {
int head
int tail
/ * Deferred action in the storage of the queue. * /
struct diferido_action fifo[DEFERRED_ACTION_FIFO_SIZE];
};

struct action_flow_keys {
struct sw_flow_key key[OVS_DEFERRED_ACTION_THRESHOLD];
};

static struct action_fifo __percpu * action_fifos;
static struct action_flow_keys __percpu * flow_keys;
DEFINE_PER_CPU static (int, exec_actions_level);

/ * Make a clone of the & # 39; key, using the percpu & # 39; flow_keys & # 39; pre-assigned
* space Returns NULL if it is outside the key spaces.
* /
static struct sw_flow_key * clone_key (const struct sw_flow_key * key_)
{
struct action_flow_keys * keys = this_cpu_ptr (flow_keys);
int level = this_cpu_read (exec_actions_level);
struct sw_flow_key * key = NULL;

yes <= OVS_DEFERRED_ACTION_THRESHOLD) {
    key = &keys->key[level - 1];
* key = * key_;
}

return key;

}

static void action_fifo_init (struct action_fifo * fifo)
{
fifth-> head = 0;
fifteen-> tail = 0;
}

static bool action_fifo_is_empty (const struct action_fifo * fifo)
{
return (fifo-> head == fifo-> tail);
}

static struct deferred_action * action_fifo_get (struct action_fifo * fifo)
{
if (action_fifo_is_empty (fifo))
returns NULL;

return & fifo-> fifo[fifo->tail++];

}

static struct deferred_action * action_fifo_put (struct action_fifo * fifo)
{
if (fifo-> head> = DEFERRED_ACTION_FIFO_SIZE – 1)
returns NULL;

return & fifo-> fifo[fifo->head++];

}

/ * Return the queue entry if fifo is not full * /
static struct deferred_action * add_deferred_actions (struct sk_buff * skb,
const struct sw_flow_key * key,
const struct nlattr * actions,
const int actions_len)
{
struct action_fifo * fifo;
struct deferred_action * da;

fifo = this_cpu_ptr (action_fifos);
da = action_fifo_put (fifo);
yes (da) {
da-> skb = skb;
da-> actions = actions;
da-> actions_len = actions_len;
da-> pkt_key = * key;
}

back da

}

static void invalidate_flow_key (struct sw_flow_key * key)
{
key-> mac_proto | = SW_FLOW_KEY_INVALID;
}

static bool is_flow_key_valid (const struct sw_flow_key * key)
{
return! (key-> mac_proto & SW_FLOW_KEY_INVALID);
}

static int clone_execute (struct datapath * dp, struct sk_buff * skb,
struct sw_flow_key * key,
u32 recirc_id,
const struct nlattr * actions, int len,
bool last, bool clone_flow_key);

static void update_ethertype (struct sk_buff * skb, struct ethhdr * hdr,
__be16 ethertype)
{
if (skb-> ip_summed == CHECKSUM_COMPLETE) {
__be16 diff[] = {~ (hdr-> h_proto), ethertype};

                skb-> csum = ~ csum_partial ((char *) diff, sizeof (diff),
~ skb-> csum);
}

hdr-> h_proto = ethertype;

}

static int push_mpls (struct sk_buff * skb, struct sw_flow_key * key,
const struct ovs_action_push_mpls * mpls)
{
struct mpls_shim_hdr * new_mpls_lse;

/ * The network stack does not allow the simultaneous use of Tunnel and MPLS GSO. * /
if (skb-> encapsulation)
return -ENOTSUPP;

if (skb_cow_head (skb, MPLS_HLEN) < 0)
    return -ENOMEM;

if (!ovs_skb_get_inner_protocol(skb)) {
    skb_set_inner_network_header(skb, skb->mac_len);
ovs_skb_set_inner_protocol (skb, skb-> protocol);
}

skb_push (skb, MPLS_HLEN);
memmove (skb_mac_header (skb) - MPLS_HLEN, skb_mac_header (skb),
skb-> mac_len);
skb_reset_mac_header (skb);
skb_set_network_header (skb, skb-> mac_len);
new_mpls_lse = mpls_hdr (skb);
new_mpls_lse-> label_stack_entry = mpls-> mpls_lse;

skb_postpush_rcsum (skb, new_mpls_lse, MPLS_HLEN);

if (ovs_key_mac_proto (key) == MAC_PROTO_ETHERNET)
update_ethertype (skb, eth_hdr (skb), mpls-> mpls_ethertype);
skb-> protocol = mpls-> mpls_ethertype;

invalidate_flow_key (key);
returns 0;

}

static int pop_mpls (struct sk_buff * skb, struct sw_flow_key * key,
const __be16 ethertype)
{
int errar

err = skb_ensure_writable (skb, skb-> mac_len + MPLS_HLEN);
yes (unlikely)
back err

skb_postpull_rcsum (skb, mpls_hdr (skb), MPLS_HLEN);

memmove (skb_mac_header (skb) + MPLS_HLEN, skb_mac_header (skb),
skb-> mac_len);

__skb_pull (skb, MPLS_HLEN);
skb_reset_mac_header (skb);
skb_set_network_header (skb, skb-> mac_len);

if (ovs_key_mac_proto (key) == MAC_PROTO_ETHERNET) {
struct ethhdr * hdr;

/ mpls_hdr () is used to locate the ethertype
* field correctly in the presence of VLAN tags.
* /
hdr = (struct ethhdr *) ((void *) mpls_hdr (skb) - ETH_HLEN);
update_ethertype (skb, hdr, ethertype);
}
if (eth_p_mpls (skb-> protocol))
skb-> protocol = ethertype;

invalidate_flow_key (key);
returns 0;

}

static int set_mpls (struct sk_buff * skb, struct sw_flow_key * flow_key,
const __be32 * mpls_lse, const __be32 * mask)
{
struct mpls_shim_hdr * stack;
__be32 lse;
int errar

err = skb_ensure_writable (skb, skb-> mac_len + MPLS_HLEN);
yes (unlikely)
back err

stack = mpls_hdr (skb);
lse = OVS_MASKED (stack-> label_stack_entry, * mpls_lse, * mask);
if (skb-> ip_summed == CHECKSUM_COMPLETE) {
__be32 diff[] = {~ (stack-> label_stack_entry), lse};

skb-> csum = ~ csum_partial ((char *) diff, sizeof (diff),
~ skb-> csum);
}

stack-> label_stack_entry = lse;
flow_key-> mpls.top_lse = lse;
returns 0;

}

static int pop_vlan (struct sk_buff * skb, struct sw_flow_key * key)
{
int errar

err = skb_vlan_pop (skb);
if (skb_vlan_tag_present (skb)) {
invalidate_flow_key (key);
} else {
key-> eth.vlan.tci = 0;
key-> eth.vlan.tpid = 0;
}
back err

}

static int push_vlan (struct sk_buff * skb, struct sw_flow_key * key,
const struct ovs_action_push_vlan * vlan)
{
if (skb_vlan_tag_present (skb)) {
invalidate_flow_key (key);
} else {
key-> eth.vlan.tci = vlan-> vlan_tci;
key-> eth.vlan.tpid = vlan-> vlan_tpid;
}
returns skb_vlan_push (skb, vlan-> vlan_tpid,
ntohs (vlan-> vlan_tci) & ~ VLAN_TAG_PRESENT);
}

/ * & # 39; src & # 39; It is correctly masked. * /
static void ether_addr_copy_masked (u8 * dst_, const u8 * src_, const u8 * mask_)
{
u16 * dst = (u16 *) dst_;
const u16 * src = (const u16 *) src_;
const u16 * mask = (const u16 *) mask_;

OVS_SET_MASKED (dst[0], src[0]mask[0]);
OVS_SET_MASKED (dst[1], src[1]mask[1]);
OVS_SET_MASKED (dst[2], src[2]mask[2]);

}

static int set_eth_addr (struct sk_buff * skb, struct sw_flow_key * flow_key,
const struct ovs_key_ethernet * key,
const struct ovs_key_ethernet * mask)
{
int errar

err = skb_ensure_writable (skb, ETH_HLEN);
yes (unlikely)
back err

skb_postpull_rcsum (skb, eth_hdr (skb), ETH_ALEN * 2);

ether_addr_copy_masked (eth_hdr (skb) -> h_source, key-> eth_src,
mask-> eth_src);
ether_addr_copy_masked (eth_hdr (skb) -> h_dest, key-> eth_dst,
mask-> eth_dst);

skb_postpush_rcsum (skb, eth_hdr (skb), ETH_ALEN * 2);

ether_addr_copy (flow_key-> eth.src, eth_hdr (skb) -> h_source);
ether_addr_copy (flow_key-> eth.dst, eth_hdr (skb) -> h_dest);
returns 0;

}

/ * pop_eth does not support VLAN packets since this action is never called
* for them.
* /
static int pop_eth (struct sk_buff * skb, struct sw_flow_key * key)
{
skb_pull_rcsum (skb, ETH_HLEN);
skb_reset_mac_header (skb);
skb_reset_mac_len (skb);

/ * secure just before invalidate_flow_key * /
key-> mac_proto = MAC_PROTO_NONE;
invalidate_flow_key (key);
returns 0;

}

static int push_eth (struct sk_buff * skb, struct sw_flow_key * key,
const struct ovs_action_push_eth * ethh)
{
struct ethhdr * hdr;

/ * Add the new Ethernet header * /
if (skb_cow_head (skb, ETH_HLEN) < 0)
    return -ENOMEM;

skb_push(skb, ETH_HLEN);
skb_reset_mac_header(skb);
skb_reset_mac_len(skb);

hdr = eth_hdr(skb);
ether_addr_copy(hdr->h_source, ethh-> address.eth_src);
ether_addr_copy (hdr-> h_dest, ethh-> address.eth_dst);
hdr-> h_proto = skb-> protocol;

skb_postpush_rcsum (skb, hdr, ETH_HLEN);

/ * secure just before invalidate_flow_key * /
key-> mac_proto = MAC_PROTO_ETHERNET;
invalidate_flow_key (key);
returns 0;

}

static int push_nsh (struct sk_buff * skb, struct sw_flow_key * key,
const struct nshhdr * nh)
{
int errar

err = ovs_nsh_push (skb, nh);
yes
back err

/ * secure just before invalidate_flow_key * /
key-> mac_proto = MAC_PROTO_NONE;
invalidate_flow_key (key);
returns 0;

}

static int pop_nsh (struct sk_buff * skb, struct sw_flow_key * key)
{
int errar

err = ovs_nsh_pop (skb);
yes
back err

/ * secure just before invalidate_flow_key * /
if (skb-> protocol == htons (ETH_P_TEB))
key-> mac_proto = MAC_PROTO_ETHERNET;
plus
key-> mac_proto = MAC_PROTO_NONE;
invalidate_flow_key (key);
returns 0;

}

static void update_ip_l4_checksum (struct sk_buff * skb, struct iphdr * nh,
__be32 addr, __be32 new_addr)
{
int transport_len = skb-> len – skb_transport_offset (skb);

if (nh-> frag_off & htons (IP_OFFSET))
he came back;

if (nh-> protocol == IPPROTO_TCP) {
if (probable (transport_len> = sizeof (struct tcphdr)))
inet_proto_csum_replace4 (& tcp_hdr (skb) -> check, skb,
addr, new_addr, true);
} else if (nh-> protocol == IPPROTO_UDP) {
if (probable (transport_len> = sizeof (struct udphdr))) {
struct udphdr * uh = udp_hdr (skb);

if (uh-> check || skb-> ip_summed == CHECKSUM_PARTIAL) {
inet_proto_csum_replace4 (& uh-> check, skb,
addr, new_addr, true);
yes (! uh-> check)
uh-> check = CSUM_MANGLED_0;
}
}
}

}

static void set_ip_addr (struct sk_buff * skb, struct iphdr * nh,
__be32 * addr, __be32 new_addr)
{
update_ip_l4_checksum (skb, nh, * addr, new_addr);
csum_replace4 (& nh-> check, * addr, new_addr);
skb_clear_hash (skb);
* addr = new_addr;
}

static void update_ipv6_checksum (struct sk_buff * skb, u8 l4_proto,
__be32 addr[4], const __be32 new_addr[4])
{
int transport_len = skb-> len – skb_transport_offset (skb);

if (l4_proto == NEXTHDR_TCP) {
if (probable (transport_len> = sizeof (struct tcphdr)))
inet_proto_csum_replace16 (& tcp_hdr (skb) -> check, skb,
addr, new_addr, true);
} else if (l4_proto == NEXTHDR_UDP) {
if (probable (transport_len> = sizeof (struct udphdr))) {
struct udphdr * uh = udp_hdr (skb);

if (uh-> check || skb-> ip_summed == CHECKSUM_PARTIAL) {
inet_proto_csum_replace16 (& uh-> check, skb,
addr, new_addr, true);
yes (! uh-> check)
uh-> check = CSUM_MANGLED_0;
}
}
} else if (l4_proto == NEXTHDR_ICMP) {
if (probable (transport_len> = sizeof (struct icmp6hdr))
inet_proto_csum_replace16 (& icmp6_hdr (skb) -> icmp6_cksum,
skb, addr, new_addr, true);
}

}

static void mask_ipv6_addr (const __be32 old[4], const __be32 addr[4],
const __be32 mask[4], __be32 masked[4])
{
masked[0] = OVS_MASKED (old[0], addr[0]mask[0]);
masked[1] = OVS_MASKED (old[1], addr[1]mask[1]);
masked[2] = OVS_MASKED (old[2], addr[2]mask[2]);
masked[3] = OVS_MASKED (old[3], addr[3]mask[3]);
}

static void set_ipv6_addr (struct sk_buff * skb, u8 l4_proto,
__be32 addr[4], const __be32 new_addr[4],
bool recalculate_csum)
{
if (probable (recalculate_csum))
update_ipv6_checksum (skb, l4_proto, addr, new_addr);

skb_clear_hash (skb);
memcpy (addr, new_addr, sizeof (__ be32[4]));

}

static void set_ipv6_fl (struct ipv6hdr nh, u32 fl, u32 mask)
{
/
Bits 21-24 are always unmasked, so they retain their values. * /
OVS_SET_MASKED (nh-> flow_lbl[0], (u8) (fl >> 16), (u8) (mask >> 16));
OVS_SET_MASKED (nh-> flow_lbl[1], (u8) (fl >> 8), (u8) (mask >> 8));
OVS_SET_MASKED (nh-> flow_lbl[2], (u8) fl, (u8) mask);
}

static void set_ip_ttl (struct sk_buff * skb, struct iphdr * nh, u8 new_ttl,
mask u8)
{
new_ttl = OVS_MASKED (nh-> ttl, new_ttl, mask);

csum_replace2 (& nh-> check, htons (nh-> ttl << 8), htons (new_ttl << 8));
nh->ttl = new_ttl;

}

static int set_ipv4 (struct sk_buff * skb, struct sw_flow_key * flow_key,
const struct ovs_key_ipv4 * key,
const struct ovs_key_ipv4 * mask)
{
struct iphdr * nh;
__be32 new_addr;
int errar

err = skb_ensure_writable (skb, skb_network_offset (skb) +
sizeof (struct iphdr));
yes (unlikely)
back err

nh = ip_hdr (skb);

/ * Setting an IP address is typically just a side effect of
* coincidence in them in the implementation of the current user space, so
* It makes sense to check if the value really changed.
* /
if (mask-> ipv4_src) {
new_addr = OVS_MASKED (nh-> saddr, key-> ipv4_src, mask-> ipv4_src);

if (unlikely (new_addr! = nh-> saddr)) {
set_ip_addr (skb, nh, & nh-> saddr, new_addr);
key_clave-> ipv4.addr.src = new_addr;
}
}
if (mask-> ipv4_dst) {
new_addr = OVS_MASKED (nh-> daddr, key-> ipv4_dst, mask-> ipv4_dst);

if (unlikely (new_addr! = nh-> daddr)) {
set_ip_addr (skb, nh, & nh-> daddr, new_addr);
key_key-> ipv4.addr.dst = new_addr;
}
}
if (mask-> ipv4_tos) {
ipv4_change_dsfield (nh, ~ mask-> ipv4_tos, key-> ipv4_tos);
flow key-> ip.tos = nh-> cough;
}
yes (mask-> ipv4_ttl) {
set_ip_ttl (skb, nh, key-> ipv4_ttl, mask-> ipv4_ttl);
flow key-> ip.ttl = nh-> ttl;
}

returns 0;

}

static bool is_ipv6_mask_nonzero (const __be32 addr[4])
{
return !! (addr[0] | addr[1] | addr[2] | addr[3]);
}

static int set_ipv6 (struct sk_buff * skb, struct sw_flow_key * flow_key,
const struct ovs_key_ipv6 * key,
const struct ovs_key_ipv6 * mask)
{
struct ipv6hdr * nh;
int errar

err = skb_ensure_writable (skb, skb_network_offset (skb) +
sizeof (struct ipv6hdr));
yes (unlikely)
back err

nh = ipv6_hdr (skb);

/ * Setting an IP address is typically just a side effect of
* coincidence in them in the implementation of the current user space, so
* It makes sense to check if the value really changed.
* /
if (is_ipv6_mask_nonzero (mask-> ipv6_src)) {
__be32 * saddr = (__be32 *) & nh-> saddr;
__be32 masked[4];

mask_ipv6_addr (saddr, key-> ipv6_src, mask-> ipv6_src, masked);

if (unlikely (memcmp (saddr, masked, sizeof (masked)))) {
set_ipv6_addr (skb, flow_key-> ip.proto, saddr, masked,
true);
memcpy (& flow_key-> ipv6.addr.src, masked,
sizeof (flow_key-> ipv6.addr.src));
}
}
if (is_ipv6_mask_nonzero (mask-> ipv6_dst)) {
without sign int offset = 0;
flags int = IP6_FH_F_SKIP_RH;
bool recalc_csum = true;
__be32 * daddr = (__be32 *) & nh-> daddr;
__be32 masked[4];

mask_ipv6_addr (daddr, key-> ipv6_dst, mask-> ipv6_dst, masked);

if (unlikely (memcmp (daddr, masked, sizeof (masked))) {
if (ipv6_ext_hdr (nh-> nexthdr))
recalc_csum = (ipv6_find_hdr (skb, & offset,
NEXTHDR_ROUTING,
NULL, and flags)
! = NEXTHDR_ROUTING);

set_ipv6_addr (skb, flow_key-> ip.proto, daddr, masked,
recalc_csum);
memcpy (& flow_key-> ipv6.addr.dst, masked,
sizeof (flow_key-> ipv6.addr.dst));
}
}
if (mask-> ipv6_tclass) {
ipv6_change_dsfield (nh, ~ mask-> ipv6_tclass, key-> ipv6_tclass);
key_key-> ip.tos = ipv6_get_dsfield (nh);
}
if (mask-> ipv6_label) {
set_ipv6_fl (nh, ntohl (key-> ipv6_label),
ntohl (mask-> ipv6_label));
key_key-> ipv6.label =
* (__ be32 *) nh & htonl (IPV6_FLOWINFO_FLOWLABEL);
}
if (mask-> ipv6_hlimit) {
OVS_SET_MASKED (nh-> hop_limit, key-> ipv6_hlimit,
mask-> ipv6_hlimit);
key_clave-> ip.ttl = nh-> hop_limit;
}
returns 0;

}

static int set_nsh (struct sk_buff * skb, struct sw_flow_key * flow_key,
const struct nlattr * a)
{
struct nshhdr * nh;
length size_t;
int errar
flags u8;
u8 ttl;
int i;

struct ovs_key_nsh key;
struct ovs_key_nsh mask;

err = nsh_key_from_nlattr (a, & key, & mask);
yes
back err

/ * Make sure that the NSH base header is there * /
if (! pskb_may_pull (skb, skb_network_offset (skb) + NSH_BASE_HDR_LEN))
return -ENOMEM;

nh = nsh_hdr (skb);
length = nsh_hdr_len (nh);

/ * Make sure the entire NSH header is there * /
err = skb_ensure_writable (skb, skb_network_offset (skb) +
length);
yes (unlikely)
back err

nh = nsh_hdr (skb);
skb_postpull_rcsum (skb, nh, length);
flags = nsh_get_flags (nh);
flags = OVS_MASKED (flags, key.base.flags, mask.base.flags);
flow_key-> nsh.base.flags = flags;
ttl = nsh_get_ttl (nh);
ttl = OVS_MASKED (ttl, key.base.ttl, mask.base.ttl);
key_clave-> nsh.base.ttl = ttl;
nsh_set_flags_and_ttl (nh, flags, ttl);
nh-> path_hdr = OVS_MASKED (nh-> path_hdr, key.base.path_hdr,
mask.base.path_hdr);
key_clave-> nsh.base.path_hdr = nh-> path_hdr;
switch (nh-> mdtype) {
NSH_M_TYPE1 case:
for (i = 0; i < NSH_MD1_CONTEXT_SIZE; i++) {
        nh->md1.context[i] =
OVS_MASKED (nh-> md1.context[i], key.context[i],
mask.context[i]);
}
memcpy (flow_key-> nsh.context, nh-> md1.context,
sizeof (nh-> md1.context));
break;
NSH_M_TYPE2 case:
memset (flow_key-> nsh.context, 0,
sizeof (flow_key-> nsh.context));
break;
default:
return -EINVAL;
}
skb_postpush_rcsum (skb, nh, length);
returns 0;

}

/ * You must follow skb_ensure_writable () since you can move the data from skb. * /
static void set_tp_port (struct sk_buff * skb, __be16 * port,
__be16 new_port, __sum16 * check)
{
inet_proto_csum_replace2 (check, skb, * port, new_port, false);
* port = new_port;
}

static int set_udp (struct sk_buff * skb, struct sw_flow_key * flow_key,
const struct ovs_key_udp * key,
const struct ovs_key_udp * mask)
{
struct udphdr * uh;
__be16 src, dst;
int errar

err = skb_ensure_writable (skb, skb_transport_offset (skb) +
sizeof (struct udphdr));
yes (unlikely)
back err

uh = udp_hdr (skb);
/ * Any of the masks is not zero, so do not bother checking them. * /
src = OVS_MASKED (uh-> source, key-> udp_src, mask-> udp_src);
dst = OVS_MASKED (uh-> dest, key-> udp_dst, mask-> udp_dst);

if (uh-> check && skb-> ip_summed! = CHECKSUM_PARTIAL) {
if (probable (src! = uh-> source)) {
set_tp_port (skb, & uh-> source, src, & uh-> check);
flow key-> tp.src = src;
}
if (probable (dst! = uh-> dest)) {
set_tp_port (skb, & uh-> dest, dst, & uh-> check);
flow key-> tp.dst = dst;
}

yes (unlikely (! uh-> check))
uh-> check = CSUM_MANGLED_0;
} else {
uh-> source = src;
uh-> dest = dst;
flow key-> tp.src = src;
flow key-> tp.dst = dst;
}

skb_clear_hash (skb);

returns 0;

}

static int set_tcp (struct sk_buff * skb, struct sw_flow_key * flow_key,
const struct ovs_key_tcp * key,
const struct ovs_key_tcp * mask)
{
structure tcphdr * th;
__be16 src, dst;
int errar

err = skb_ensure_writable (skb, skb_transport_offset (skb) +
sizeof (struct tcphdr));
yes (unlikely)
back err

th = tcp_hdr (skb);
src = OVS_MASKED (th-> source, key-> tcp_src, mask-> tcp_src);
if (probable (src! = th-> source)) {
set_tp_port (skb, & th-> source, src, & th-> check);
flow key-> tp.src = src;
}
dst = OVS_MASKED (th-> dest, key-> tcp_dst, mask-> tcp_dst);
if (probable (dst! = th-> dest)) {
set_tp_port (skb, & th-> dest, dst, & th-> check);
flow key-> tp.dst = dst;
}
skb_clear_hash (skb);

returns 0;

}

static int set_sctp (struct sk_buff * skb, struct sw_flow_key * flow_key,
const struct ovs_key_sctp * key,
const struct ovs_key_sctp * mask)
{
unsigned int sctphoff = skb_transport_offset (skb);
structure sctphdr * sh;
__le32 old_correct_csum, new_csum, old_csum;
int errar

err = skb_ensure_writable (skb, sctphoff + sizeof (struct sctphdr));
yes (unlikely)
back err

sh = sctp_hdr (skb);
old_csum = sh-> checksum;
old_correct_csum = sctp_compute_cksum (skb, sctphoff);

sh-> source = OVS_MASKED (sh-> source, key-> sctp_src, mask-> sctp_src);
sh-> dest = OVS_MASKED (sh-> dest, key-> sctp_dst, mask-> sctp_dst);

new_csum = sctp_compute_cksum (skb, sctphoff);

/ * Bring checksum errors through. * /
sh-> checksum = old_csum ^ old_correct_csum ^ new_csum;

skb_clear_hash (skb);
flow key-> tp.src = sh-> source;
key_key-> tp.dst = sh-> dest;

returns 0;

}

static int ovs_vport_output (OVS_VPORT_OUTPUT_PARAMS)
{
struct ovs_frag_data * data = this_cpu_ptr (& ovs_frag_data_storage);
struct vport * vport = data-> vport;

if (skb_cow_head (skb, data-> l2_len) < 0) {
    kfree_skb(skb);
    return -ENOMEM;
}

__skb_dst_copy(skb, data->dst);
* OVS_GSO_CB (skb) = data-> cb;
ovs_skb_set_inner_protocol (skb, data-> inner_protocol);
skb-> vlan_tci = data-> vlan_tci;
skb-> vlan_proto = data-> vlan_proto;

/ * Rebuild the MAC header. * /
skb_push (skb, data-> l2_len);
memcpy (skb-> data, & data-> l2_data, data-> l2_len);
skb_postpush_rcsum (skb, skb-> data, data-> l2_len);
skb_reset_mac_header (skb);

if (eth_p_mpls (skb-> protocol)) {
skb-> inner_network_header = skb-> network_header;
skb_set_network_header (skb, data-> network_offset);
skb_reset_mac_len (skb);
}

ovs_vport_send (vport, skb, data-> mac_proto);
returns 0;

}

static without signature int
ovs_dst_get_mtu (const struct dst_entry * dst)
{
returns dst-> dev-> mtu;
}

static structure dst_ops ovs_dst_ops = {
.family = AF_UNSPEC,
.mtu = ovs_dst_get_mtu,
};

/ * prepare_frag () is called once per frame (greater than the MTU); its inverse is
* ovs_vport_output (), which is called once per fragmented package.
* /
static void prepare_frag (struct vport * vport, struct sk_buff * skb,
u16 orig_network_offset, u8 mac_proto)
{
unsigned int hlen = skb_network_offset (skb);
struct ovs_frag_data * data;

data = this_cpu_ptr (& ovs_frag_data_storage);
data-> dst = (without long sign) skb_dst (skb);
data-> vport = vport;
data-> cb = * OVS_GSO_CB (skb);
data-> inner_protocol = ovs_skb_get_inner_protocol (skb);
data-> network_offset = orig_network_offset;
data-> vlan_tci = skb-> vlan_tci;
data-> vlan_proto = skb-> vlan_proto;
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[GET]-UberMenu 3.2.4 | Proxies123.com – BlackHat Forums

Discussion in & # 39; Freebies & # 39; started by Ziplack, Jun 22, 2017.

  1. Zi

    Ziplack
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    Ziplack,
    Jun 22, 2017

    # one

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    Sebastine7,
    November 30, 2018 at 8:43 a.m.

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