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nonvoldef.cc
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/**
* bcm2-utils
* Copyright (C) 2016 Joseph Lehner <[email protected]>
*
* bcm2-utils is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* bcm2-utils is distributed in 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 should have received a copy of the GNU General Public License
* along with bcm2-utils. If not, see <http://www.gnu.org/licenses/>.
*
*/
#include "nonvoldef.h"
#include "util.h"
using namespace std;
namespace bcm2cfg {
namespace {
template<size_t N> class nv_cdata : public nv_data
{
public:
nv_cdata() : nv_data(N) {}
};
template<class T> const sp<T>& nv_val_disable(const sp<T>& val, bool disable)
{
val->disable(disable);
return val;
}
template<class T> const sp<T>& nv_compound_rename(const sp<T>& val, const std::string& name)
{
val->rename(name);
return val;
}
bool is_zero_mac(const csp<nv_mac>& mac)
{
return mac->to_str() == "00:00:00:00:00:00";
}
bool is_empty_string(const csp<nv_string>& str)
{
return str->to_str().empty();
}
class nv_timestamp : public nv_u32
{
public:
virtual string to_string(unsigned, bool) const override
{
char buf[128];
time_t time = num();
strftime(buf, sizeof(buf) - 1, "%F %R", localtime(&time));
return buf;
}
};
class nv_time_period : public nv_compound_def
{
public:
nv_time_period()
: nv_compound_def("time-period", {
NV_VAR(nv_u8_m<23>, "beg_hrs"),
NV_VAR(nv_u8_m<23>, "end_hrs"),
NV_VAR(nv_u8_m<59>, "beg_min"),
NV_VAR(nv_u8_m<59>, "end_min"),
}) {}
string to_string(unsigned level, bool pretty) const override
{
if (!pretty) {
return nv_compound_def::to_string(level, pretty);
}
return num("beg_hrs") + ":" + num("beg_min") + "-" +
num("end_hrs") + ":" + num("end_min");
}
private:
string num(const string& name) const
{
string str = get(name)->to_pretty();
return (str.size() == 2 ? "" : "0") + str;
}
};
class nv_ipstacks : public nv_bitmask<nv_u8>
{
public:
nv_ipstacks() : nv_bitmask("ipstacks", names())
{}
static valvec names()
{
return { "IP1", "IP2", "IP3", "IP4", "IP5", "IP6", "IP7", "IP8" };
}
};
class nv_ipstack : public nv_enum<nv_u8>
{
public:
nv_ipstack() : nv_enum("ipstack", nv_ipstacks::names())
{}
};
class nv_annex_mode : public nv_enum<nv_u8>
{
public:
nv_annex_mode() : nv_enum("annex_mode", valvec { "B", "A", "J", "other", "C" })
{}
};
class nv_group_mlog : public nv_group
{
public:
NV_GROUP_DEF_CTOR_AND_CLONE(nv_group_mlog, "MLog", "userif");
protected:
class nv_remote_acc_methods : public nv_bitmask<nv_u8>
{
public:
nv_remote_acc_methods() : nv_bitmask("remote_acc_methods", {
"telnet", "http", "ssh"
}) {}
};
virtual list definition(int type, const nv_version& ver) const override
{
if (type == fmt_perm) {
return {
NV_VAR2(nv_bitmask<nv_u32>, "log_severities", {
"fatal",
"error",
"warning",
"fn_entry_exit",
"trace",
"info",
}),
NV_VAR2(nv_bitmask<nv_u8>, "log_fields", {
"severity",
"instance",
"function",
"module",
"timestamp",
"thread",
"milliseconds"
}),
#if 1
NV_VAR(nv_remote_acc_methods, "remote_acc_methods"),
NV_VAR(nv_cdata<16>, "remote_acc_user"),
NV_VAR(nv_cdata<16>, "remote_acc_pass"),
#else
NV_VAR(nv_cdata<33>, ""),
#endif
NV_VAR(nv_ip4, "remote_acc_ip"),
NV_VAR(nv_ip4, "remote_acc_subnet"),
NV_VAR(nv_ip4, "remote_acc_router"),
NV_VAR(nv_u8, "remote_acc_ipstack"),
NV_VAR(nv_u8, "", true),
NV_VAR(nv_u8, "virtual_enet_ipstack"),
};
}
auto flags = profile() ? profile()->cfg_flags() : 0;
if (flags & BCM2_CFG_DATA_USERIF_ALT || flags & BCM2_CFG_DATA_USERIF_ALT_SHORT) {
return {
NV_VAR(nv_p16string, "http_user", 32),
NV_VAR(nv_p16string, "http_pass", 32),
NV_VAR(nv_p16string, "http_admin_user", 32),
NV_VAR(nv_p16string, "http_admin_pass", 32),
NV_VAR(nv_p16string, "http_local_user", 16),
NV_VAR(nv_p16string, "http_local_pass", 16),
NV_VAR(nv_p16string, "http_default_pass"),
NV_VAR(nv_p16string, "http_erouter_user"),
NV_VAR(nv_p16string, "http_erouter_pass"),
NV_VAR2(nv_remote_acc_methods, "remote_acc_methods"),
NV_VAR(nv_fzstring<16>, "remote_acc_user"),
NV_VAR3(flags & BCM2_CFG_DATA_USERIF_ALT, nv_data, "", 112),
NV_VAR2(nv_ipstacks, "telnet_ipstacks"),
NV_VAR2(nv_ipstacks, "ssh_ipstacks"),
NV_VAR2(nv_u32, "remote_acc_timeout"),
NV_VAR2(nv_ipstacks, "http_ipstacks"),
NV_VAR2(nv_ipstacks, "http_adv_ipstacks"),
NV_VAR2(nv_p16string, "http_seed"),
NV_VAR2(nv_p16data, "http_acl_hosts"),
NV_VAR2(nv_u32, "http_idle_timeout"),
NV_VAR2(nv_bool, "log_exceptions"),
};
} else if (flags & BCM2_CFG_DATA_USERIF_ALT_2) {
// it's possible that this is actually the same as BCM2_CFG_DATA_USERIF_ALT
return {
NV_VAR(nv_p16string, "http_user", 32),
NV_VAR(nv_p16string, "http_pass", 32),
NV_VAR(nv_p16string, "http_admin_user", 32),
NV_VAR(nv_p16string, "http_admin_pass", 32),
NV_VAR(nv_p16string, "http_local_user", 16),
NV_VAR(nv_p16string, "http_local_pass", 16),
NV_VAR(nv_p16string, "http_default_user"),
NV_VAR(nv_p16string, "http_default_pass"),
NV_VAR2(nv_remote_acc_methods, "remote_acc_methods"),
NV_VAR(nv_fzstring<16>, "remote_acc_user"),
NV_VAR(nv_fzstring<16>, "remote_acc_pass"),
NV_VAR(nv_fstring<16>, ""),
NV_VAR(nv_fstring<16>, ""),
NV_VAR(nv_fstring<16>, ""),
NV_VAR(nv_fstring<16>, ""),
NV_VAR(nv_fstring<16>, ""),
NV_VAR2(nv_ipstacks, "telnet_ipstacks"),
NV_VAR2(nv_ipstacks, "ssh_ipstacks"),
NV_VAR2(nv_u32, "remote_acc_timeout"),
NV_VAR2(nv_ipstacks, "http_ipstacks"),
NV_VAR2(nv_ipstacks, "http_adv_ipstacks"),
NV_VAR2(nv_p16string, "http_seed"),
NV_VAR2(nv_p16data, "http_acl_hosts"),
NV_VAR2(nv_u32, "http_idle_timeout"),
NV_VAR2(nv_bool, "log_exceptions"),
};
} else {
return {
NV_VAR(nv_p16string, "http_user", 32),
NV_VAR(nv_p16string, "http_pass", 32),
NV_VAR(nv_p16string, "http_admin_user", 32),
NV_VAR(nv_p16string, "http_admin_pass", 32),
NV_VAR(nv_remote_acc_methods, "remote_acc_methods"),
NV_VAR(nv_fzstring<16>, "remote_acc_user"),
NV_VAR(nv_fzstring<16>, "remote_acc_pass"),
NV_VAR(nv_ipstacks, "telnet_ipstacks"),
NV_VAR(nv_ipstacks, "ssh_ipstacks"),
NV_VAR(nv_u32, "remote_acc_timeout"),
NV_VAR(nv_ipstacks, "http_ipstacks"),
NV_VAR(nv_ipstacks, "http_adv_ipstacks"),
NV_VAR(nv_p16string, "http_seed"),
NV_VAR(nv_p16data, "http_acl_hosts"),
NV_VAR(nv_u32, "http_idle_timeout"),
#if 0
NV_VAR3(ver.num() >= 0x0006, nv_bool, "log_exceptions"),
NV_VAR(nv_u32, "ssh_inactivity_timeout"),
#endif
};
}
}
};
class nv_group_cmap : public nv_group
{
public:
NV_GROUP_DEF_CTOR_AND_CLONE(nv_group_cmap, "CMAp", "bfc")
protected:
virtual list definition(int type, const nv_version& ver) const override
{
if (type == fmt_perm) {
return {
NV_VAR2(nv_bitmask<nv_u8>, "console_features", {
"stop_at_console",
"skip_driver_init_prompt",
"stop_at_console_prompt"
}),
};
} else {
return {
NV_VAR2(nv_enum<nv_u32>, "serial_console_mode", "", {
"disabled", "ro", "rw", "factory"
}),
NV_VAR2(nv_bitmask<nv_u32>, "features", "", {
"aux_serial_console",
}),
};
};
}
};
class nv_group_snmp : public nv_group
{
public:
NV_GROUP_DEF_CTOR_AND_CLONE(nv_group_snmp, "snmp", "snmp")
protected:
virtual list definition(int type, const nv_version& ver) const override
{
if (type == fmt_perm) {
return {
NV_VAR(nv_bool, "allow_config"),
NV_VAR(nv_cdata<0x20>, "vendor_name"),
NV_VAR(nv_cdata<0x80>, "sys_descr"),
NV_VAR(nv_cdata<0x80>, "sys_object_id"),
NV_VAR(nv_fzstring<0x80>, "sys_contact"),
NV_VAR(nv_fzstring<0x80>, "sys_name"),
NV_VAR(nv_fzstring<0x80>, "sys_location"),
NV_VAR(nv_cdata<0x80>, "sys_or_id"),
NV_VAR(nv_cdata<0x80>, "sys_or_descr"),
NV_VAR(nv_u8, "sys_services", true),
NV_VAR(nv_cdata<0x80>, "sw_current_version"),
NV_VAR(nv_fzstring<0x40>, "serial_number"),
// version 0.2
NV_VAR(nv_u8, "max_download_tries"),
// version 0.3
NV_VAR2(nv_bitmask<nv_u32>, "features", {
"ignore_llc_unmatched_if_no_filters",
"ignore_ip_default_if_no_filters",
"disable_diag_agent_post_reg",
"show_ipstack_if_entries",
}),
// version 0.4
NV_VAR(nv_cdata<0x80>, "sys_descr_2"),
};
} else {
return {
NV_VAR2(nv_enum<nv_u8>, "docs_dev_sw_admin_status", "docs_dev_sw_admin_status", {
"unknown",
"upgrade_from_mgmt",
"allow_provisioning_upgrade",
"ignore_provisioning_upgrade"
}),
NV_VAR2(nv_enum<nv_u8>, "docs_dev_sw_oper_status", "docs_dev_sw_oper_status", {
"unknown",
"in_progress",
"complete_from_provisioning",
"complete_from_mgmt"
"failed"
"other"
}),
NV_VAR(nv_fzstring<0x100>, "docs_dev_sw_file_name"),
NV_VAR(nv_ip4, "docs_dev_sw_server"),
NV_VAR3(ver.num() < 0x0002, nv_u16, ""),
// version 0.2
NV_VAR(nv_p16list<nv_cdata<12>>, "_list1"), // this list's size is reused later
NV_VAR(nv_p16list<nv_cdata<4 + 2 + 4 + 4>>, ""),
// version 0.3
NV_VAR(nv_fzstring<0x100>, "sys_contact"),
NV_VAR(nv_fzstring<0x100>, "sys_name"),
NV_VAR(nv_fzstring<0x100>, "sys_location"),
// version 0.4
NV_VAR(nv_u8, "num_download_tries"),
// version 0.5
NV_VAR(nv_u32, "num_engine_boots"),
#if 0
// version 0.6
// since we don't yet support size specifiers other than
// prefixes, we can't continue for now. what follows is an
// array of nv_p16data objects, whose size is the same as
// the one of the first nv_p16list of version 0.2 (see above).
NV_VAR(nv_pxlist<nv_p16data>, "", "_list1.elements"),
#endif
};
}
}
};
class nv_group_thom : public nv_group
{
public:
NV_GROUP_DEF_CTOR_AND_CLONE(nv_group_thom, "THOM", "thombfc")
protected:
class nv_eth_ports : public nv_bitmask<nv_u32>
{
public:
nv_eth_ports()
: nv_bitmask<nv_u32>("eth-ports", {
{ 0x02000, "eth1" },
{ 0x04000, "eth2" },
{ 0x08000, "eth3" },
{ 0x10000, "eth4" },
}) {}
};
virtual list definition(int type, const nv_version& ver) const override
{
return {
// 0x6 = rw (0x4 = write, 0x2 = read)
// 0x6 = rw (0x4 = rw, 0x2 = enable (?), 0x1 = factory (?))
NV_VAR2(nv_bitmask<nv_u8>, "serial_console_mode", {
"", "read", "write", "factory"
}),
#if 0
NV_VAR(nv_bool, "early_console_enable"), // ?
NV_VAR(nv_u16, "early_console_bufsize", true),
NV_VAR(nv_u8, "", true), // maybe this is early_console_enable?
NV_VAR(nv_data, "", 3),
// 1 = lan_access
NV_VAR(nv_bitmask<nv_u8>, "features"),
NV_VAR(nv_data, "", 4),
NV_VAR(nv_eth_ports, "pt_interfacemask"),
NV_VAR(nv_eth_ports, "pt_interfaces"),
#endif
};
}
};
class nv_group_8021 : public nv_group
{
public:
nv_group_8021(bool card2)
: nv_group(card2 ? "8022" : "8021", "bcmwifi"s + (card2 ? "2" : ""))
{}
NV_GROUP_DEF_CLONE(nv_group_8021);
class nv_wifi_encmode : public nv_enum<nv_u8>
{
public:
nv_wifi_encmode() : nv_enum<nv_u8>("encryption", {
"none", "wep64", "wep128", "tkip", "aes", "tkip_aes",
"tkip_wep64", "aes_wep64", "tkip_aes_wep64", "tkip_wep128",
"aes_wep128", "tkip_aes_wep128"
})
{}
};
class nv_wpa_auth : public nv_bitmask<nv_u8>
{
public:
nv_wpa_auth() : nv_bitmask<nv_u8>("wpa-auth",
{ "802.1x", "wpa1", "psk1", "wpa2", "psk2"
})
{}
};
protected:
class nv_wmm : public nv_compound
{
public:
NV_COMPOUND_DEF_CTOR_AND_TYPE(nv_wmm, "wmm");
protected:
class nv_wmm_block : public nv_compound
{
public:
NV_COMPOUND_DEF_CTOR_AND_TYPE(nv_wmm_block, "wmm-block");
protected:
class nv_wmm_params : public nv_compound
{
public:
NV_COMPOUND_DEF_CTOR_AND_TYPE(nv_wmm_params, "wmm-params");
protected:
virtual list definition() const override
{
typedef nv_u16_r<0, 15> cwminaifs;
typedef nv_u16_r<0, 1024> cwmax;
typedef nv_u16_r<0, 8192> txop;
return {
NV_VAR(cwminaifs, "cwmin"),
NV_VAR(cwmax, "cwmax"),
NV_VAR(cwminaifs, "aifsn"),
NV_VAR(txop, "txop_b"),
NV_VAR(txop, "txop_ag")
};
}
};
virtual list definition() const override
{
return {
NV_VARN(nv_wmm_params, "sta"),
NV_VARN(nv_wmm_params, "ap"),
NV_VAR(nv_bool, "ap_adm_control"),
NV_VAR(nv_bool, "ap_oldest_first"),
};
}
};
virtual list definition() const override
{
return {
NV_VARN(nv_wmm_block, "ac_be"),
NV_VARN(nv_wmm_block, "ac_bk"),
NV_VARN(nv_wmm_block, "ac_vi"),
NV_VARN(nv_wmm_block, "ac_vo"),
};
}
};
virtual list definition(int type, const nv_version& ver) const override
{
if (type == fmt_perm) {
return nv_group::definition(type, ver);
}
// known versions
// 0x0015: TWG850
// 0x001d: TWG870
// 0x0021: TCW770
// 0x0024: TC7200
//
// in its current form, only 0x0015 needs special care, whereas
// 0x001d-0x0024 appear to be the same, at least until
// in_network_radar_check
typedef nv_u16_r<20, 1024> beacon_interval;
typedef nv_u16_r<1, 255> dtim_interval;
typedef nv_u16_r<256, 2346> frag_threshold;
typedef nv_u16_r<1, 2347> rts_threshold;
// XXX quite possibly an nv_u16
class nv_wifi_rate_mbps : public nv_enum<nv_u8>
{
public:
nv_wifi_rate_mbps() : nv_enum<nv_u8>("rate-mbps", nv_enum<nv_u8>::valmap {
{ 0x00, "auto" },
{ 0x02, "1" },
{ 0x04, "2" },
{ 0x0b, "5.5" },
{ 0x0c, "6" },
{ 0x12, "9" },
{ 0x16, "11" },
{ 0x18, "12" },
{ 0x24, "18" },
{ 0x30, "24" },
{ 0x48, "36" },
{ 0x60, "48" },
{ 0x6c, "54" }
})
{}
};
const nv_enum<nv_u8>::valvec offauto = { "off", "auto" };
if (type != fmt_perm) {
return {
NV_VAR(nv_zstring, "ssid", 33),
NV_VAR(nv_u8, "", true),
NV_VAR(nv_u8, "b_channel"),
NV_VAR(nv_u8, "", true),
// 0x0f = all
NV_VAR(nv_u8, "basic_rates", true), // XXX u16?
NV_VAR(nv_data, "", 1),
NV_VAR(nv_u8, "supported_rates", true), // 0x03 = min, 0x0f = all (1..11Mbps)
NV_VAR(nv_data, "", 1),
NV_VAR(nv_wifi_encmode, "encryption"),
NV_VAR(nv_data, "", 1),
NV_VAR(nv_u8_r<1 COMMA() 3>, "authentication"), // 1 = open, 2 = shared key, 3 = both
NV_VAR(nv_array<nv_cdata<5>>, "wep64_keys", 4),
NV_VAR(nv_u8, "wep_key_num"),
NV_VAR(nv_cdata<13>, "wep128_key_1"),
NV_VAR(beacon_interval, "beacon_interval"),
NV_VAR(dtim_interval, "dtim_interval"),
NV_VAR(frag_threshold, "frag_threshold"),
NV_VAR(rts_threshold, "rts_threshold"),
NV_VAR(nv_array<nv_cdata<13>>, "wep128_keys", 3),
NV_VAR2(nv_enum<nv_u8>, "mac_policy", "mac_policy", { "disabled", "allow", "deny" }),
NV_VARN(nv_array<nv_mac>, "mac_table", 32, &is_zero_mac),
NV_VAR(nv_bool, "preamble_long"),
NV_VAR(nv_bool, "hide_ssid"),
NV_VAR(nv_u8_r<1 COMMA() 8>, "txpower_level"),
NV_VAR(nv_data, "", 0x20),
NV_VAR(nv_u8, "short_retry_limit"),
NV_VAR(nv_u8, "long_retry_limit"),
NV_VAR(nv_u8, "", true),
NV_VAR(nv_u8, "a_channel"),
// 1 = auto, 4 = performance, 5 = lrs
NV_VAR2(nv_enum<nv_u8>, "g_mode", "g_mode", { "b", "auto", "g", "", "", "performance", "lrs" }),
NV_VAR(nv_bool, "radio_enabled"),
NV_VAR(nv_bool, "g_protection"),
NV_VAR(nv_data, "", 1),
NV_VAR(nv_wifi_rate_mbps, "g_rate"),
NV_VAR(nv_u8_m<100>, "tx_power"),
NV_VAR(nv_p16string, "wpa_psk"),
NV_VAR(nv_data, "", 0x2),
// wpa_rekey
NV_VAR(nv_u16, "wpa_rekey_interval"),
NV_VAR(nv_ip4, "radius_ip"),
NV_VAR(nv_u16, "radius_port"),
NV_VAR(nv_u8, "", true),
NV_VAR(nv_p8string, "radius_key"),
// [size-5]: nv_bool frame_burst_enabled
// [size-6]: nv_bool shared_key_auth_required
NV_VAR(nv_data, "", (ver.num() <= 0x0015 ? 0x56 : 0x2a) - 0x1d),
NV_VAR(nv_bool, "wds_enabled"),
NV_VAR(nv_array<nv_mac>, "wds_list", 4),
NV_VAR(nv_bool, "enable_afterburner"),
NV_VAR(nv_data, "", 3),
NV_VAR2(nv_bitmask<nv_u8>, "wpa_auth", "wpa_auth", { "802.1x", "wpa1", "psk1", "wpa2", "psk2" }),
NV_VAR(nv_data, "", 2),
NV_VAR(nv_u16, "wpa_reauth_interval"),
NV_VAR(nv_bool, "wpa2_preauth_enabled"),
NV_VAR(nv_data, "", 3),
NV_VAR(nv_bool, "wmm_enabled"),
NV_VAR(nv_bool, "wmm_nak"),
NV_VAR(nv_bool, "wmm_powersave"),
// nv_i32(?) wmm_vlan_mode: -1 = auto, 0 = off, 1 = on
NV_VAR(nv_data, "", 4),
NV_VARN(nv_wmm, "wmm"),
NV_VAR2(nv_enum<nv_u8>, "n_band", "band", { "", "2.4Ghz", "5Ghz" }),
NV_VAR(nv_u8, "n_control_channel"),
NV_VAR2(nv_enum<nv_u8>, "n_mode", "off_auto", offauto), // 0 = off, 1 = auto
NV_VAR2(nv_enum<nv_u8>, "n_bandwidth", "n_bandwidth", nv_enum<nv_u8>::valmap {
{ 10, "10MHz" },
{ 20, "20MHz" },
{ 40, "40MHz" }
}),
NV_VAR2(nv_enum<nv_i8>, "n_sideband", "sideband", nv_enum<nv_i8>::valmap {
{ -1, "lower" },
{ 0, "none" },
{ 1, "upper"}
}),
NV_VAR2(nv_enum<nv_i8>, "n_rate", "n_rate", nv_enum<nv_i8>::valmap {
{ -2, "legacy" },
{ -1, "auto" },
{ 0, "0" },
{ 1, "1" },
{ 2, "2" },
{ 3, "3" },
{ 4, "4" },
{ 5, "5" },
{ 6, "6" },
{ 7, "7" },
{ 8, "8" },
{ 9, "9" },
{ 10, "10" },
{ 11, "11" },
{ 12, "12" },
{ 13, "13" },
{ 14, "14" },
{ 15, "15" },
{ 32, "mcs_index" },
}),
NV_VAR2(nv_enum<nv_u8>, "n_protection", "off_auto", offauto), // 0 = off, 1 = auto
NV_VAR(nv_bool, "wps_enabled"),
NV_VAR(nv_bool, "wps_configured"),
// these appear to be p8string on some devices
NV_VAR(nv_p8string, "wps_device_pin"),
NV_VAR(nv_p8zstring, "wps_model"),
NV_VAR(nv_p8zstring, "wps_manufacturer"),
NV_VAR(nv_p8zstring, "wps_device_name"),
// ?? nv_bool wps_external ??
NV_VAR(nv_u8, "", true),
NV_VAR(nv_p8zstring, "wps_sta_pin"),
NV_VAR(nv_p8zstring, "wps_model_num"),
NV_VAR(nv_bool, "wps_timeout"),
NV_VAR(nv_data, "", 1),
NV_VAR(nv_p8zstring, "wps_uuid"),
NV_VAR(nv_p8zstring, "wps_board_num"),
// ?? stays 0 when setting to "configed" (?wps_sta_mac_restrict?)
NV_VAR(nv_bool, "wps_configured2"),
NV_VAR(nv_p8zstring, "country"),
NV_VAR(nv_bool, "primary_network_enabled"),
NV_VAR(nv_u8, "", true),
NV_VAR(nv_wifi_rate_mbps, "a_mcast_rate"),
NV_VAR(nv_u8, "", true),
NV_VAR(nv_wifi_rate_mbps, "bg_mcast_rate"),
NV_VAR2(nv_enum<nv_u8>, "reg_mode", "reg_mode", {
"off", "802.11d", "802.11h"
}),
NV_VAR(nv_u8_m<99>, "pre_network_radar_check"),
NV_VAR(nv_u8_m<99>, "in_network_radar_check"),
// XXX enum: 0 (off), 2, 3, 4 dB
NV_VAR2(nv_enum<nv_u8>, "tpc_mitigation", "", {
"off", "", "2dB", "3dB", "4dB"
}),
NV_VAR2(nv_bitmask<nv_u8>, "features", nv_bitmask<nv_u8>::valmap {
{ 0x01, "obss_coex" },
{ 0x04, "ap_isolate" },
{ 0x10, "stbc_tx_on" },
{ 0x20, "stbc_tx_off" },
{ 0x40, "sgi_on" },
{ 0x80, "sgi_off" },
}),
NV_VAR(nv_data, "", 1),
// 0 = default, 1 = legacy, 2 = intf, 3 = intf-busy, 4 = optimized,
// 5 = optimized1, 6 = optimized2, 7 = user
NV_VAR(nv_u8_m<7>, "acs_policy_index"),
NV_VAR(nv_data, "", 3),
NV_VAR(nv_u8, "acs_flags"),
NV_VAR(nv_p8string, "acs_user_policy"),
NV_VAR(nv_p8list<nv_u32>, ""),
NV_VAR(nv_u8_m<128>, "bss_max_assoc"),
NV_VAR2(nv_enum<nv_u8>, "bandwidth_cap", "", nv_enum<nv_u8>::valmap {
{ 0x01, "20MHz" },
{ 0x03, "40MHz" },
{ 0x07, "80MHz" }
}),
// this is the same as n_control_channel, but as text (could also be a p8zstring)
NV_VAR(nv_p8istring, ""),
NV_VAR(nv_data, "", 0x13),
// 0x01 = txchain(1), 0x03 = txchain(2), 0x07 = txchain(3)
NV_VAR(nv_u8, "txchain", true),
// same as above
NV_VAR(nv_u8, "rxchain", true),
NV_VAR2(nv_enum<nv_u8>, "mimo_preamble", "", {
"mixed", "greenfield", "greenfield_broadcom"
}),
NV_VAR2(nv_bitmask<nv_u8>, "features2", nv_bitmask<nv_u8>::valvec {
"ampdu", "amsdu",
}),
NV_VAR(nv_u32, "acs_cs_scan_timer"),
NV_VAR(nv_u8_m<3>, "bss_mode_reqd", true),
NV_VAR(nv_data, "", 3),
NV_VAR2(nv_bitmask<nv_u8>, "features3", nv_bitmask<nv_u8>::valmap {
{ 0x01, "band_steering" },
{ 0x02, "airtime_fairness" },
{ 0x04, "traffic_scheduler" },
{ 0x08, "exhausted_buf_order_sched" },
}),
};
}
return nv_group::definition(type, ver);
}
};
class nv_group_t802 : public nv_group
{
public:
NV_GROUP_DEF_CTOR_AND_CLONE(nv_group_t802, "T802", "tmmwifi")
protected:
virtual list definition(int type, const nv_version& ver) const override
{
if (type == fmt_perm) {
return nv_group::definition(type, ver);
}
return {
#if 0
NV_VAR(nv_array<nv_u8 COMMA() 10>, "wifi_sleep"),
#else
NV_VAR(nv_bool, "sleep_breaking_time"),
NV_VAR(nv_bool, "sleep_every_day"),
NV_VAR(nv_bitmask<nv_u8>, "sleep_days"),
NV_VAR(nv_bool, "sleep_all_day"),
#if 0
NV_VAR(nv_u8_m<23>, "sleep_begin_h"),
NV_VAR(nv_u8_m<23>, "sleep_end_h"),
NV_VAR(nv_u8_m<59>, "sleep_begin_m"),
NV_VAR(nv_u8_m<59>, "sleep_end_m"),
#else
NV_VAR(nv_time_period, "sleep_time"),
#endif
NV_VAR(nv_bool, "sleep_enabled"),
NV_VAR(nv_bool, "sleep_page_visible"),
#endif
NV_VAR(nv_data, "", 4),
NV_VAR(nv_fzstring<33>, "ssid_24"),
NV_VAR(nv_fzstring<33>, "ssid_50"),
NV_VAR(nv_u8, "", true),
NV_VAR(nv_p8string, "wpa_psk_24"),
NV_VAR(nv_u8, "", true),
NV_VAR(nv_p8string, "wpa_psk_50"),
NV_VAR(nv_data, "", 4),
NV_VAR(nv_fzstring<33>, "wifi_opt60_replace"),
NV_VAR(nv_data, "", 8),
NV_VAR(nv_fstring<33>, "card1_prefix"),
// the firmware refers to this as "Card-1 Ramdon"
NV_VAR(nv_fzstring<33>, "card1_random"),
NV_VAR(nv_fzstring<33>, "card2_prefix"),
NV_VAR(nv_fzstring<33>, "card2_random"),
NV_VAR(nv_u8_m<99>, "card1_regul_rev"),
NV_VAR(nv_u8_m<99>, "card2_regul_rev"),
};
}
};
class nv_group_rg : public nv_group
{
public:
NV_GROUP_DEF_CTOR_AND_CLONE(nv_group_rg, "RG..", "rg")
protected:
template<int N> class nv_ip_range : public nv_compound
{
public:
nv_ip_range() : nv_compound(false) {}
virtual string type() const override
{ return "ip" + ::to_string(N) + "_range"; }
virtual string to_string(unsigned level, bool pretty) const override
{
return get("start")->to_string(level, pretty) + "," + get("end")->to_string(level, pretty);
}
protected:
virtual list definition() const override
{
return {
NV_VAR(nv_ip<N>, "start"),
NV_VAR(nv_ip<N>, "end")
};
}
};
class nv_ip4_range : public nv_ip_range<4>
{
public:
static bool is_end(const csp<nv_ip4_range>& r)
{
return r->get("start")->to_str() == "0.0.0.0" && r->get("end")->to_str() == "0.0.0.0";
}
};
class nv_port_range : public nv_compound
{
public:
nv_port_range() : nv_compound(false) {}
virtual string type() const override
{ return "port-range"; }
static bool is_range(const csp<nv_port_range>& r, uint16_t start, uint16_t end)
{
return r->get_as<nv_u16>("start")->num() == start && r->get_as<nv_u16>("end")->num() == end;
}
protected:
virtual list definition() const override
{
return {
NV_VAR(nv_u16, "start"),
NV_VAR(nv_u16, "end")
};
}
};
class nv_proto : public nv_enum<nv_u8>
{
public:
// FIXME in RG 0x0016, TCP and UDP are reversed!
nv_proto(bool reversed = false) : nv_enum<nv_u8>("protocol", {
{ 0x3, reversed ? "UDP" : "TCP" },
{ 0x4, reversed ? "TCP" : "UDP" },
{ 0xfe, "TCP+UDP" }
}) {}
};
class nv_port_forward : public nv_compound
{
public:
NV_COMPOUND_DEF_CTOR_AND_TYPE(nv_port_forward, "port-forward");
protected:
virtual list definition() const override
{
return {
NV_VAR(nv_ip4, "dest"),
NV_VAR(nv_port_range, "ports"),
NV_VAR(nv_proto, "type"),
};
}
};
class nv_port_forward_dport : public nv_compound
{
public:
NV_COMPOUND_DEF_CTOR_AND_TYPE(nv_port_forward_dport, "port-forward-dport");
protected:
virtual list definition() const override
{
return {
NV_VAR(nv_port_range, "ports"),
NV_VAR(nv_data, "data", 4),
};
}
};
class nv_port_trigger : public nv_compound
{
public:
NV_COMPOUND_DEF_CTOR_AND_TYPE(nv_port_trigger, "port-trigger");
static bool is_end(const csp<nv_port_trigger>& pt)
{
return nv_port_range::is_range(pt->get_as<nv_port_range>("trigger"), 0, 0);
}
protected:
virtual list definition() const override
{
return {
NV_VAR(nv_port_range, "trigger"),
NV_VAR(nv_port_range, "target"),
};
}
};
template<bool ROUTE1> class nv_route : public nv_compound
{
public:
NV_COMPOUND_DEF_CTOR_AND_TYPE(nv_route, "route");
protected:
virtual list definition() const override
{
return {
NV_VAR(nv_ip4, ROUTE1 ? "netmask" : "network"),
NV_VAR(nv_ip4, ROUTE1 ? "network" : "gateway"),
NV_VAR(nv_ip4, ROUTE1 ? "gateway" : "netmask"),
};
}
};
virtual list definition(int type, const nv_version& ver) const override
{
typedef nv_i32_r<-45000, 45000> timezone_offset;
// TWG870: version 0x0016 (0.22)
return {
NV_VAR(nv_bool, "router_mode"),
NV_VAR(nv_zstring, "http_pass", 9),
NV_VAR(nv_zstring, "http_realm", 256),
NV_VAR(nv_mac, "spoofed_mac"),
NV_VAR2(nv_bitmask<nv_u32>, "features1", nv_bitmask<nv_u32>::valvec {
"wan_conn_pppoe",
"", // 0x02 (unset by default, automatically removed if set)
"feature_ip_filters",
"feature_port_filters",
"wan_block_pings",
"feature_ipsec_passthrough",
"feature_pptp_passthrough",
"wan_remote_cfg_mgmt",
"feature_ip_forwarding", // 0x0100 (unset by default)
"feature_dmz",
"wan_conn_static",
"feature_nat_debug",
"lan_dhcp_server",
"lan_http_server",
"primary_default_override",
"feature_mac_filters",
"feature_port_triggers",
"feature_multicast",
"wan_rip",
"", // 0x080000 (unset by default)
"feature_dmz_by_hostname",
"lan_upnp",
"lan_routed_subnet",
"lan_routed_subnet_dhcp",
"wan_passthrough_skip_dhcp",
"lan_routed_subnet_nat",
"", // 0x04000000
"wan_sntp",
"wan_conn_pptp",
"wan_pptp_server",
"feature_ddns",
"", // 0x80000000
}),
NV_VAR(nv_ip4, "dmz_ip"),
NV_VAR(nv_ip4, "wan_ip"),
NV_VAR(nv_ip4, "wan_mask"),
NV_VAR(nv_ip4, "wan_gateway"),
NV_VAR(nv_fzstring<0x100>, "wan_dhcp_hostname"),
NV_VAR(nv_fzstring<0x100>, "syslog_email"),
NV_VAR(nv_fzstring<0x100>, "syslog_smtp"),
NV_VARN(nv_array<nv_ip4_range>, "ip_filters", 10 , &nv_ip4_range::is_end),
NV_VARN(nv_array<nv_port_range>, "port_filters", 10, [] (const csp<nv_port_range>& range) {
return nv_port_range::is_range(range, 1, 0xffff);
}),
NV_VARN(nv_array<nv_port_forward>, "port_forwards", 10, [] (const csp<nv_port_forward>& fwd) {
return fwd->get("dest")->to_str() == "0.0.0.0";
}),
NV_VARN(nv_array<nv_mac>, "mac_filters", 20, &is_zero_mac),
NV_VARN(nv_array<nv_port_trigger>, "port_triggers", 10, &nv_port_trigger::is_end),
NV_VAR(nv_data, "", 0x15),
NV_VARN(nv_array<nv_proto>, "port_filter_protocols", 10),
NV_VAR(nv_data, "", 0xaa),
NV_VARN(nv_array<nv_proto>, "port_trigger_protocols", 10),
NV_VAR(nv_data, "", 0x443),
NV_VAR(nv_data, "", 3),
NV_VAR(nv_p8string, "rip_key"),
NV_VAR(nv_u16, "rip_reporting_interval"),
NV_VAR(nv_data, "", 0xa),
NV_VAR(nv_route<true>, "route1"),
NV_VAR(nv_route<false>, "route2"),
NV_VAR(nv_route<false>, "route3"),
NV_VAR(nv_ip4, "nat_route_gateway"),
NV_VAR(nv_array<nv_ip4>, "nat_route_dns", 3),
NV_VAR(nv_p8string, "l2tp_username"),
NV_VAR(nv_p8string, "l2tp_password"),
NV_VAR(nv_data, "", 5),
NV_VARN(nv_p8list<nv_p8string>, "timeservers"),
NV_VAR(timezone_offset, "timezone_offset"),
NV_VARN3(ver.num() > 0x0016, nv_array<nv_port_forward_dport>, "port_forward_dports", 10, [] (const csp<nv_port_forward_dport>& range) {
return nv_port_range::is_range(range->get_as<nv_port_range>("ports"), 0, 0);
}),
NV_VAR(nv_p16string, "ddns_username"),
NV_VAR(nv_p16string, "ddns_password"),
NV_VAR(nv_p16string, "ddns_hostname"),
NV_VAR(nv_data, "", 4),
NV_VAR(nv_u16, "mtu"),
NV_VAR(nv_data, "", 3),