a/v settings
ac3 downmix no to yes
Etiket: hardware
-
arte hd hdmi-cec vu plus volume problem
-
internet üzerinden kombi kontrolü
http://www.viessmann.com/com/en/products/Vitotrol-App.html
http://www.akakce.com/kombi/en-ucuz-viessmann-vitodens-100-w-26-kw-fiyati,119663.html
http://www.idealo.de/preisvergleich/OffersOfProduct/1083979_-vitocom-100-viessmann.html
http://www.ebay.co.uk/itm/Viessmann-7193-952-Weather-Compensation-Control-Unit-for-Vitotronic-200-HO1-/321255718429?pt=UK_Home_Garden_Hearing_Cooling_Air&hash=item4acc553e1d -
wake on lan programının çalışması için yapılması gerekenler.
Listener unable to access port
Wake-on-LAN uses UDP port 9 by default, to send WOL messages. This port is available for use on most Windows computers. However, if you have installed “Simple TCPIP services”, then Windows may be running the “discard” service. This service locks port 9 and will prevent the listener from connecting.
Go to Control Panel and disable the “Simple TCP/IP Services” service. You should now be able to run WOL without any conflict. If you suspect another program is using port 9, you can run netstat to find out which application has the port locked. The command “Netstat -ab” will list all of the ports that are in use. This must be run as Administrator. Look for the line following UDP 0.0.0.0:9. That will be the name of the application that is using port 9.
-
seagate bozuk hard disk cevabı
Good Day,
Thank you for your data recovery inquiry.
Currently Seagate is running a promotion on data recovery for all types of brands.
Pricing for data recovery inclusive new hard drive for return media would be 499 € (pricing is pre-approved)Pricing is pre-approved on the basis of 70% of user data/specified files although we always strive for a full recovery.
Prices are all based on a ‘no recovery, no fee’ basis; In the event that your data is not recoverable, there is no charge for the attempt; the only fee would be the 49 € evaluation fee which covers evaluation, reassembling and return shipping and handling cost.
All works are carried out in our EMEA HQ in the Netherlands.
In the event you can send the drive to the below mentioned address:
SEAGATE RECOVERY SERVICES
MARLON CRUDO
TUPOLEVLAAN 109
1119 PA SCHIPHOL-RIJK,
NETHERLANDSBe aware of the fact we do not accept opened and/or manipulated devices anymore (hard drives, USB, RAID sytems, SSD etc.)
In case we still receive them those devices will be sent back upon arrival.
In case you have any more questions do not hesitate to contact me.
Best regards,
Marlon Crudo
Inside Sales
Seagate Recovery Services
marlon.crudo@seagate.comTel. 0031 20 3548102
Tupolevlaan 109
1119 PA Schiphol-Rijk
The NetherlandsMarlon Crudo
Seagate Recovery Services
ref:_00D00hhzl._50030Vgtkq:ref -
klonlu imei taahhütnamesi
…./…./200..
BEYAN VE TAAHHÜTNAME
…………………….IMEI nolu …………….marka ve ………….model cihazımı aşağıda dökümü yazılı ve ekte fotokopisi sunulan fatura ile satın aldığımı kabul beyan ve taahhüt ederim.
Yukarıda belirtilen cep telefonumu bu taahhütname tarihi itibariyle …………………….. nolu hatta kulladığımı, yeni bir hatla kullanmak istediğim takdirde durumu ilgili makamlara bildireceğimi taahhüt ederim.
Yukarıdaki beyanımın doğru çıkmaması ve/veya yeni hat aldığımı ilgili makamlara bildirmemem nedeniyle uğrayacağım her türlü zararın bana ait olduğunu, bunlarla ilgili olarak çıkacak tüm hukuki sorumluluğun tarafıma ait olduğunu, keza bu hususta ilgili kurumlarca açılacak tüm davalarda muhatabın ben olacağımı gayrikabilirücu olarak kabul beyan ve taahhüt ederim.
İşbu taahhütname ekinde yer alan nüfus cüzdanı fotokopisi tarafıma ait olup, fatura fotokopisi de tarafımdan ibraz edilmiştir.
Taahhüt Edenin
ADI ve SOYADI : İMZA;
FATURA BİLGİLERİ :
Firma:
Alıcı :
Tarih :
Fat. No :
Faturada
Yazılı IMEI no :
EKLER;
1. Fatura Fotokopisi
2. Kimlik Fotokopisi -
openwrt ile çalışırken gördüğüm dhcp server ayarları
/etc/config/dhcp dosyasından alıntı.
config dhcp lan
option interface lan
option start 100
option limit 150
option leasetime 12h
list ‘dhcp_option’ ‘3,192.168.1.1’
list ‘dhcp_option’ ‘6,208.67.222.222,208.67.220.220’şimdi burada 3 v 6 nın anlamı alttaki yazılarda açıklanmış. oku oku bitmiyor.
ayrıca burada her değişikliğimde
/etc/init.d/dnsmasq restart
yapılıyor.Dynamic Host Configuration Protocol (DHCP) and Bootstrap Protocol (BOOTP) Parameters
Last Updated
2013-09-26Note
For the Civic Address Types Registry [RFC4776], please see:
http://www.iana.org/assignments/civic-address-types-registryAlternative Formats
[IMG]
Plain textRegistries included below
* BOOTP Vendor Extensions and DHCP Options
* DHCP Message Type 53 Values
* NetWare/IP Option Type 63 Sub-Option Codes
* DHCP Cablelabs Client Configuration Option Type 122 Sub-Option Codes
* DHCP Status Code Type 151 Values
* DHCP State Type 156 Values
* Altitude Type Registry
* Datum Registry
* GeoLoc Option Version Registry
* CableLabs Client Configuration Option Ticket Control Mask Bit Definitions
* DHCP Relay Agent Sub-Option Codes
* Authentication Suboption (value 8) – Algorithm identifier values
* Authentication Suboption (value 8) – Replay Detection Method (RDM) identifier values
* IEEE 802.21 Service Type (MoS DHCPv4 Address and FQDN Sub-Options)
* NTP Time Source Suboptions
* VSS Type OptionsBOOTP Vendor Extensions and DHCP Options
Registration Procedure(s)
IETF Consensus
Reference
[RFC2939]Note
The Bootstrap Protocol (BOOTP) [RFC951] describes an IP/UDP bootstrap
protocol (BOOTP) which allows a diskless client machine to discover
its own IP address, the address of a server host, and the name of a
file to be loaded into memory and executed. The Dynamic Host
Configuration Protocol (DHCP) [RFC2131] provides a framework for
automatic configuration of IP hosts. The document “DHCP Options and
BOOTP Vendor Information Extensions” [RFC2132] describes options for
DHCP, some of which can also be used with BOOTP. Additional DHCP
options are described in other RFCs, as documented in this registry.Alternative Formats
[IMG]
CSVTag Name Data Length Meaning Reference
0 Pad 0 None [RFC2132]
1 Subnet Mask 4 Subnet Mask Value [RFC2132]
2 Time Offset 4 Time Offset in Seconds from UTC (note: deprecated [RFC2132]
by 100 and 101)
3 Router N N/4 Router addresses [RFC2132]
4 Time Server N N/4 Timeserver addresses [RFC2132]
5 Name Server N N/4 IEN-116 Server addresses [RFC2132]
6 Domain Server N N/4 DNS Server addresses [RFC2132]
7 Log Server N N/4 Logging Server addresses [RFC2132]
8 Quotes Server N N/4 Quotes Server addresses [RFC2132]
9 LPR Server N N/4 Printer Server addresses [RFC2132]
10 Impress Server N N/4 Impress Server addresses [RFC2132]
11 RLP Server N N/4 RLP Server addresses [RFC2132]
12 Hostname N Hostname string [RFC2132]
13 Boot File Size 2 Size of boot file in 512 byte chunks [RFC2132]
14 Merit Dump File N Client to dump and name the file to dump it to [RFC2132]
15 Domain Name N The DNS domain name of the client [RFC2132]
16 Swap Server N Swap Server address [RFC2132]
17 Root Path N Path name for root disk [RFC2132]
18 Extension File N Path name for more BOOTP info [RFC2132]
19 Forward On/Off 1 Enable/Disable IP Forwarding [RFC2132]
20 SrcRte On/Off 1 Enable/Disable Source Routing [RFC2132]
21 Policy Filter N Routing Policy Filters [RFC2132]
22 Max DG Assembly 2 Max Datagram Reassembly Size [RFC2132]
23 Default IP TTL 1 Default IP Time to Live [RFC2132]
24 MTU Timeout 4 Path MTU Aging Timeout [RFC2132]
25 MTU Plateau N Path MTU Plateau Table [RFC2132]
26 MTU Interface 2 Interface MTU Size [RFC2132]
27 MTU Subnet 1 All Subnets are Local [RFC2132]
28 Broadcast Address 4 Broadcast Address [RFC2132]
29 Mask Discovery 1 Perform Mask Discovery [RFC2132]
30 Mask Supplier 1 Provide Mask to Others [RFC2132]
31 Router Discovery 1 Perform Router Discovery [RFC2132]
32 Router Request 4 Router Solicitation Address [RFC2132]
33 Static Route N Static Routing Table [RFC2132]
34 Trailers 1 Trailer Encapsulation [RFC2132]
35 ARP Timeout 4 ARP Cache Timeout [RFC2132]
36 Ethernet 1 Ethernet Encapsulation [RFC2132]
37 Default TCP TTL 1 Default TCP Time to Live [RFC2132]
38 Keepalive Time 4 TCP Keepalive Interval [RFC2132]
39 Keepalive Data 1 TCP Keepalive Garbage [RFC2132]
40 NIS Domain N NIS Domain Name [RFC2132]
41 NIS Servers N NIS Server Addresses [RFC2132]
42 NTP Servers N NTP Server Addresses [RFC2132]
43 Vendor Specific N Vendor Specific Information [RFC2132]
44 NETBIOS Name Srv N NETBIOS Name Servers [RFC2132]
45 NETBIOS Dist Srv N NETBIOS Datagram Distribution [RFC2132]
46 NETBIOS Node Type 1 NETBIOS Node Type [RFC2132]
47 NETBIOS Scope N NETBIOS Scope [RFC2132]
48 X Window Font N X Window Font Server [RFC2132]
49 X Window Manager N X Window Display Manager [RFC2132]
50 Address Request 4 Requested IP Address [RFC2132]
51 Address Time 4 IP Address Lease Time [RFC2132]
52 Overload 1 Overload “sname” or “file” [RFC2132]
53 DHCP Msg Type 1 DHCP Message Type [RFC2132]
54 DHCP Server Id 4 DHCP Server Identification [RFC2132]
55 Parameter List N Parameter Request List [RFC2132]
56 DHCP Message N DHCP Error Message [RFC2132]
57 DHCP Max Msg Size 2 DHCP Maximum Message Size [RFC2132]
58 Renewal Time 4 DHCP Renewal (T1) Time [RFC2132]
59 Rebinding Time 4 DHCP Rebinding (T2) Time [RFC2132]
60 Class Id N Class Identifier [RFC2132]
61 Client Id N Client Identifier [RFC2132]
62 NetWare/IP Domain N NetWare/IP Domain Name [RFC2242]
63 NetWare/IP Option N NetWare/IP sub Options [RFC2242]
64 NIS-Domain-Name N NIS+ v3 Client Domain Name [RFC2132]
65 NIS-Server-Addr N NIS+ v3 Server Addresses [RFC2132]
66 Server-Name N TFTP Server Name [RFC2132]
67 Bootfile-Name N Boot File Name [RFC2132]
68 Home-Agent-Addrs N Home Agent Addresses [RFC2132]
69 SMTP-Server N Simple Mail Server Addresses [RFC2132]
70 POP3-Server N Post Office Server Addresses [RFC2132]
71 NNTP-Server N Network News Server Addresses [RFC2132]
72 WWW-Server N WWW Server Addresses [RFC2132]
73 Finger-Server N Finger Server Addresses [RFC2132]
74 IRC-Server N Chat Server Addresses [RFC2132]
75 StreetTalk-Server N StreetTalk Server Addresses [RFC2132]
76 STDA-Server N ST Directory Assist. Addresses [RFC2132]
77 User-Class N User Class Information [RFC3004]
78 Directory Agent N directory agent information [RFC2610]
79 Service Scope N service location agent scope [RFC2610]
80 Rapid Commit 0 Rapid Commit [RFC4039]
81 Client FQDN N Fully Qualified Domain Name [RFC4702]
82 Relay Agent Information N Relay Agent Information [RFC3046]
83 iSNS N Internet Storage Name Service [RFC4174]
84 REMOVED/Unassigned [RFC3679]
85 NDS Servers N Novell Directory Services [RFC2241]
86 NDS Tree Name N Novell Directory Services [RFC2241]
87 NDS Context N Novell Directory Services [RFC2241]
88 BCMCS Controller Domain Name list [RFC4280]
89 BCMCS Controller IPv4 address option [RFC4280]
90 Authentication N Authentication [RFC3118]
91 client-last-transaction-time option [RFC4388]
92 associated-ip option [RFC4388]
93 Client System N Client System Architecture [RFC4578]
94 Client NDI N Client Network Device Interface [RFC4578]
95 LDAP N Lightweight Directory Access Protocol [RFC3679]
96 REMOVED/Unassigned [RFC3679]
97 UUID/GUID N UUID/GUID-based Client Identifier [RFC4578]
98 User-Auth N Open Group’s User Authentication [RFC2485]
99 GEOCONF_CIVIC [RFC4776]
100 PCode N IEEE 1003.1 TZ String [RFC4833]
101 TCode N Reference to the TZ Database [RFC4833]
102-107 REMOVED/Unassigned [RFC3679]
108 REMOVED/Unassigned [RFC3679]
109 Unassigned [RFC3679]
110 REMOVED/Unassigned [RFC3679]
111 Unassigned [RFC3679]
112 Netinfo Address N NetInfo Parent Server Address [RFC3679]
113 Netinfo Tag N NetInfo Parent Server Tag [RFC3679]
114 URL N URL [RFC3679]
115 REMOVED/Unassigned [RFC3679]
116 Auto-Config N DHCP Auto-Configuration [RFC2563]
117 Name Service Search N Name Service Search [RFC2937]
118 Subnet Selection Option 4 Subnet Selection Option [RFC3011]
119 Domain Search N DNS domain search list [RFC3397]
120 SIP Servers DHCP Option N SIP Servers DHCP Option [RFC3361]
121 Classless Static Route Option N Classless Static Route Option [RFC3442]
122 CCC N CableLabs Client Configuration [RFC3495]
123 GeoConf Option 16 GeoConf Option [RFC6225]
124 V-I Vendor Class Vendor-Identifying Vendor Class [RFC3925]
125 V-I Vendor-Specific Information Vendor-Identifying Vendor-Specific Information [RFC3925]
126 Removed/Unassigned [RFC3679]
127 Removed/Unassigned [RFC3679]
128 PXE – undefined (vendor specific) [RFC4578]
128 Etherboot signature. 6 bytes: E4:45:74:68:00:00
128 DOCSIS “full security” server IP address
128 TFTP Server IP address (for IP Phone software load)
129 PXE – undefined (vendor specific) [RFC4578]
129 Kernel options. Variable length string
129 Call Server IP address
130 PXE – undefined (vendor specific) [RFC4578]
130 Ethernet interface. Variable length string.
130 Discrimination string (to identify vendor)
131 PXE – undefined (vendor specific) [RFC4578]
131 Remote statistics server IP address
132 PXE – undefined (vendor specific) [RFC4578]
132 IEEE 802.1Q VLAN ID
133 PXE – undefined (vendor specific) [RFC4578]
133 IEEE 802.1D/p Layer 2 Priority
134 PXE – undefined (vendor specific) [RFC4578]
134 Diffserv Code Point (DSCP) for VoIP signalling and
media streams
135 PXE – undefined (vendor specific) [RFC4578]
135 HTTP Proxy for phone-specific applications
136 OPTION_PANA_AGENT [RFC5192]
137 OPTION_V4_LOST [RFC5223]
138 OPTION_CAPWAP_AC_V4 N CAPWAP Access Controller addresses [RFC5417]
139 OPTION-IPv4_Address-MoS N a series of suboptions [RFC5678]
140 OPTION-IPv4_FQDN-MoS N a series of suboptions [RFC5678]
141 SIP UA Configuration Service Domains N List of domain names to search for SIP User Agent [RFC6011]
Configuration
142 OPTION-IPv4_Address-ANDSF N ANDSF IPv4 Address Option for DHCPv4 [RFC6153]
143 OPTION-IPv6_Address-ANDSF N ANDSF IPv6 Address Option for DHCPv6 [RFC6153]
144 GeoLoc 16 Geospatial Location with Uncertainty [RFC6225]
145 FORCERENEW_NONCE_CAPABLE 1 Forcerenew Nonce Capable [RFC6704]
146 RDNSS Selection N Information for selecting RDNSS [RFC6731]
147-149 Unassigned [RFC3942]
150 TFTP server address [RFC5859]
150 Etherboot
150 GRUB configuration path name
151 status-code N+1 Status code and optional N byte text message [RFC6926]
describing status.
152 base-time 4 Absolute time (seconds since Jan 1, 1970) message [RFC6926]
was sent.
153 start-time-of-state 4 Number of seconds in the past when client entered [RFC6926]
current state.
154 query-start-time 4 Absolute time (seconds since Jan 1, 1970) for [RFC6926]
beginning of query.
155 query-end-time 4 Absolute time (seconds since Jan 1, 1970) for end [RFC6926]
of query.
156 dhcp-state 1 State of IP address. [RFC6926]
157 data-source 1 Indicates information came from local or remote [RFC6926]
server.
158-174 Unassigned [RFC3942]
175 Etherboot (Tentatively Assigned – 2005-06-23)
176 IP Telephone (Tentatively Assigned – 2005-06-23)
177 Etherboot (Tentatively Assigned – 2005-06-23)
177 PacketCable and CableHome (replaced by 122)
178-207 Unassigned [RFC3942]
208 PXELINUX Magic 4 magic string = F1:00:74:7E [RFC5071][Deprecated]
209 Configuration File N Configuration file [RFC5071]
210 Path Prefix N Path Prefix Option [RFC5071]
211 Reboot Time 4 Reboot Time [RFC5071]
212 OPTION_6RD 18 + N OPTION_6RD with N/4 6rd BR addresses [RFC5969]
213 OPTION_V4_ACCESS_DOMAIN N Access Network Domain Name [RFC5986]
214-219 Unassigned
220 Subnet Allocation Option N Subnet Allocation Option [RFC6656]
221 Virtual Subnet Selection (VSS) Option [RFC6607]
222-223 Unassigned [RFC3942]
224-254 Reserved (Private Use)
255 End 0 None [RFC2132]DHCP Message Type 53 Values
Registration Procedure(s)
IETF Consensus
Reference
[RFC2939]Alternative Formats
[IMG]
CSVValue Message Type Reference
1 DHCPDISCOVER [RFC2132]
2 DHCPOFFER [RFC2132]
3 DHCPREQUEST [RFC2132]
4 DHCPDECLINE [RFC2132]
5 DHCPACK [RFC2132]
6 DHCPNAK [RFC2132]
7 DHCPRELEASE [RFC2132]
8 DHCPINFORM [RFC2132]
9 DHCPFORCERENEW [RFC3203]
10 DHCPLEASEQUERY [RFC4388]
11 DHCPLEASEUNASSIGNED [RFC4388]
12 DHCPLEASEUNKNOWN [RFC4388]
13 DHCPLEASEACTIVE [RFC4388]
14 DHCPBULKLEASEQUERY [RFC6926]
15 DHCPLEASEQUERYDONE [RFC6926]NetWare/IP Option Type 63 Sub-Option Codes
Registration Procedure(s)
Not defined
Reference
[RFC2242]Alternative Formats
[IMG]
CSVValue Message Type Reference
1 NWIP_DOES_NOT_EXIST [RFC2242]
2 NWIP_EXIST_IN_OPTIONS_AREA [RFC2242]
3 NWIP_EXIST_IN_SNAME_FILE [RFC2242]
4 NWIP_EXIST_BUT_TOO_BIG [RFC2242]
5 NSQ_BROADCAST [RFC2242]
6 PREFERRED_DSS [RFC2242]
7 NEAREST_NWIP_SERVER [RFC2242]
8 AUTORETRIES [RFC2242]
9 AUTORETRY_SECS [RFC2242]
10 NWIP_1_1 [RFC2242]
11 PRIMARY_DSS [RFC2242]
12-255 UnassignedDHCP Cablelabs Client Configuration Option Type 122 Sub-Option Codes
Registration Procedure(s)
IETF Consensus
Reference
[RFC3495]Alternative Formats
[IMG]
CSVCode Sub-Option Description Reference
1 TSP’s Primary DHCP Server Address [RFC3495]
2 TSP’s Secondary DHCP Server Address [RFC3495]
3 TSP’s Provisioning Server Address [RFC3495]
4 TSP’s AS-REQ/AS-REP Backoff and Retry [RFC3495]
5 TSP’s AP-REQ/AP-REP Backoff and Retry [RFC3495]
6 TSP’s Kerberos Realm Name [RFC3495]
7 TSP’s Ticket Granting Server Utilization [RFC3495]
8 TSP’s Provisioning Timer Value [RFC3495]
9 TSP’s Security Ticket Control [RFC3594]
10 KDC Server Address [RFC3634]
11-255 UnassignedDHCP Status Code Type 151 Values
Registration Procedure(s)
IETF Review
Reference
[RFC6926]Alternative Formats
[IMG]
CSVStatus-Code Name Reference
000 Success [RFC6926]
001 UnspecFail [RFC6926]
002 QueryTerminated [RFC6926]
003 MalformedQuery [RFC6926]
004 NotAllowed [RFC6926]
005-255 UnassignedDHCP State Type 156 Values
Registration Procedure(s)
IETF Review
Reference
[RFC6926]Alternative Formats
[IMG]
CSVState Name Reference
0 Reserved [RFC6926]
1 AVAILABLE [RFC6926]
2 ACTIVE [RFC6926]
3 EXPIRED [RFC6926]
4 RELEASED [RFC6926]
5 ABANDONED [RFC6926]
6 RESET [RFC6926]
7 REMOTE [RFC6926]
8 TRANSITIONING [RFC6926]
9-255 UnassignedAltitude Type Registry
Registration Procedure(s)
Standards Action
Reference
[RFC6225]Alternative Formats
[IMG]
CSVType Altitude Field Description Reference
0 No known altitude [RFC6225]
1 Altitude in meters [RFC6225]
2 Altitude in floors [RFC6225]
3-15 UnassignedDatum Registry
Registration Procedure(s)
Standards Action
Reference
[RFC6225]Alternative Formats
[IMG]
CSVDatum Datum Field Description Reference
0 Reserved [RFC6225]
1 Vertical datum WGS 84 defined by EPSG CRS Code 4327 [RFC6225]
2 Vertical datum NAD83 defined by EPSG CRS Code 4269 with North American Vertical Datum of 1988 (NAVD88) [RFC6225]
3 Vertical datum NAD83 defined by EPSG CRS Code 4269 with Mean Lower Low Water (MLLW) as associated vertical datum [RFC6225]
4-7 UnassignedGeoLoc Option Version Registry
Registration Procedure(s)
Standards Action
Reference
[RFC6225]Alternative Formats
[IMG]
CSVVersion Description Reference
0 Reserved [RFC6225]
1 Implementations utilizing uncertainty parameters for both DHCPv4 and DHCPv6 GeoLoc options [RFC6225]
2-3 UnassignedCableLabs Client Configuration Option Ticket Control Mask Bit Definitions
Registration Procedure(s)
IETF Consensus
Reference
[RFC3594]Alternative Formats
[IMG]
CSVBit Description Reference
0 the PacketCable Provisioning Server used by the CCD. [RFC3594]
1 the group of all PacketCable Call Management Servers used by the CCD. [RFC3594]
2-15 Reserved and MUST be set to 0.DHCP Relay Agent Sub-Option Codes
Registration Procedure(s)
IETF Consensus
Reference
[RFC3046]Alternative Formats
[IMG]
CSVCode Sub-Option Description Reference
1 Agent Circuit ID Sub-option [RFC3046]
2 Agent Remote ID Sub-option [RFC3046]
3 Sub-option 3 is reserved and should not be assigned at this time; proprietary and incompatible usages of this sub-option [Ralph_Droms]
value have been seen limited deployment.
4 DOCSIS Device Class Suboption [RFC3256]
5 Link selection Sub-option [RFC3527]
6 Subscriber-ID Suboption [RFC3993]
7 RADIUS Attributes Sub-option [RFC4014]
8 Authentication Suboption [RFC4030]
9 Vendor-Specific Information Suboption [RFC4243]
10 Relay Agent Flags [RFC5010]
11 Server Identifier Override Suboption [RFC5107]
12 Relay Agent Identifier Sub-option [RFC6925]
13-150 Unassigned
151 DHCPv4 Virtual Subnet Selection Sub-Option [RFC6607]
152 DHCPv4 Virtual Subnet Selection Control Sub-Option [RFC6607]Authentication Suboption (value 8) – Algorithm identifier values
Registration Procedure(s)
IETF Consensus
Reference
[RFC4030]Alternative Formats
[IMG]
CSVValue Algorithm Reference
0 Reserved [RFC4030]
1 HMAC-SHA1 keyed hash [RFC4030]Authentication Suboption (value 8) – Replay Detection Method (RDM) identifier values
Registration Procedure(s)
IETF Consensus
Reference
[RFC4030]Alternative Formats
[IMG]
CSVValue Description Reference
0 Reserved [RFC4030]
1 use of a monotonically increasing counter value [RFC4030]IEEE 802.21 Service Type (MoS DHCPv4 Address and FQDN Sub-Options)
Registration Procedure(s)
Standards Action
Reference
[RFC5678]Alternative Formats
[IMG]
CSVValue Name Reference
0 Reserved [RFC5678]
1 IS [RFC5678]
2 CS [RFC5678]
3 ES [RFC5678]
4-254 Unassigned
255 Reserved [RFC5678]NTP Time Source Suboptions
Registration Procedure(s)
IETF Review
Reference
[RFC5908]Note
See the NTP Time Source Suboptions registry at [http://www.iana.org/assignments/dhcpv6-parameters]
No registrations at this time.
VSS Type Options
Registration Procedure(s)
IETF Review
Reference
[RFC6607]Alternative Formats
[IMG]
CSVType Name Reference
0 Network Virtual Terminal (NVT) ASCII VPN identifier [RFC6607]
1 RFC2685 VPN-ID [RFC2685][RFC6607]
2-253 Unassigned
254 All VPNs (wildcard) [RFC6926]
255 Global, default VPN [RFC6607]People
ID Name Contact URI Last Updated
[Ralph_Droms] Ralph Droms mailto:rdroms&cisco.com 2001-01 -
openwrt tp-link mr3420 huawei e173u-2
http://downloads.openwrt.org/attitude_adjustment/12.09/ar71xx/generic/openwrt-ar71xx-generic-tl-mr3420-v1-squashfs-factory.bin
dosya atma komutu
sudo scp Downloads/kmod-usb-serial-wwan_3.3.8-1_ar71xx.ipk root@192.168.1.1:/tmp/http://downloads.openwrt.org/attitude_adjustment/12.09/ar71xx/generic/packages/
chat_2.4.5-8_ar71xx.ipk
kmod-usb-net-cdc-ether_3.3.8-1_ar71xx.ipk
libpthread_0.9.33.2-1_ar71xx.ipk
ppp_2.4.5-8_ar71xx.ipk
comgt_0.32-21_ar71xx.ipk
kmod-usb-serial_3.3.8-1_ar71xx.ipk
libupnp_1.6.18-1_ar71xx.ipk
usb-modeswitch_1.2.3-2_ar71xx.ipk
kmod-usb2_3.3.8-1_ar71xx.ipk
kmod-usb-serial-option_3.3.8-1_ar71xx.ipk
libusb_0.1.12-3_ar71xx.ipk
usb-modeswitch-data_20120120-1_ar71xx.ipk
kmod-usb-core_3.3.8-1_ar71xx.ipk
kmod-usb-serial-wwan_3.3.8-1_ar71xx.ipk
libusb-1.0_1.0.9-1_ar71xx.ipk
kmod-usb-net_3.3.8-1_ar71xx.ipk
kmod-usb-uhci_3.3.8-1_ar71xx.ipk
luci-proto-3g_0.11.1-1_ar71xx.ipk -
platformlar mimariler architectures
https://dev.openwrt.org/wiki/platforms
||”’Target name”’||”’Platform”’||”’Architecture”’||”’Endianness”’||”’Developer(s)”’||”’Known Issues/Notes”’||
||adm5120||Infineon/ADMtek ADM5120||MIPS||big/little||[wiki:florian], [wiki:juhosg]||[wiki:adm5120]||
||adm8668||Infineon/ADMtek ADM8668||MIPS||little||[wiki:florian]||[wiki:adm8668]||
||ar7||Texas Instruments AR7||MIPS||big/little||[wiki:florian]||[wiki:ar7]||
||ar71xx||Atheros AR71xx/AR724x/913x||MIPS||big||[wiki:juhosg], [wiki:Kaloz]||[wiki:ar71xx]||
||at91||Atmel AT91||ARM||little||[wiki:hcg],[wiki:claudio]||[wiki:at91]||
||atheros||Atheros AR231x/5312||MIPS||big||[wiki:nbd], [wiki:Kaloz]||[wiki:atheros]||
||au1000||RMI/AMD Alchemy 1500/1550||MIPS||little||[wiki:florian], [wiki:nico]||[wiki:au1000]||
||avr32||Atmel AT32AP7000||AVR32||big||[wiki:Kaloz]||[wiki:avr32]||
||brcm-2.4||Broadcom BCM47xx/53xx||MIPS||little||[wiki:nbd], [wiki:pavlov]||[wiki:brcm-2.4]||
||brcm2708||Broadcom BCM2708||ARM||little|| ||[wiki:brcm2708]||
||brcm47xx||Broadcom BCM47xx/53xx||MIPS||little||[wiki:nbd], [wiki:mbm], [wiki:pavlov]||[wiki:brcm47xx]||
||brcm63xx||Broadcom BCM63xx||MIPS||big||[wiki:florian], [wiki:cshore], [wiki:jogo]||[wiki:brcm63xx]||
||cns3xxx||Cavium Networks CNS3xxx||ARM||big||[wiki:Kaloz]||[wiki:cns3xxx]||
||cobalt||Cobalt Microservers||MIPS32/64||little||[wiki:florian]||[wiki:cobalt]||
||ep93xx||Cirrus Logic EP93xx ||ARM||little||[wiki:florian]||[wiki:ep93xx]||
||iop32x||Intel IOP32x||ARM||little||[wiki:Kaloz]||[wiki:iop32x]||
||ixp4xx||Intel IXP42x||ARM||big||[wiki:Kaloz], [wiki:rwhitby]||[wiki:ixp4xx]||
||gemini||Cortina CS351x (StormSemi SL351x)||ARM||little||[wiki:Kaloz]||[wiki:gemini]||
||kirkwood||Marvell MV88F61xx/MV88F62xx||ARM||little||[wiki:Kaloz]||[wiki:kirkwood]||
||lantiq||Lantiq FALC-ON/XWAY||MIPS||big & little||[wiki:blogic]||[wiki:lantiq]^2^||
||magicbox||AMCC PowerPC 405||PowerPC||big||[wiki:nbd], [wiki:Kaloz]||[wiki:magicbox]^1^||
||malta||MIPS Technologies Inc. Malta CoreLV||MIPS32/64||big & little||[wiki:florian]||[wiki:malta]||
||mcs814x||Moschip MCS814x||ARM||little||[wiki:florian]||[wiki:mcs814x]||
||mpc52xx||Freescale MPC52xx||PowerPC||big||[wiki:juhosg]||[wiki:mpc52xx]||
||mpc83xx||Freescale MPC83xx||PowerPC||big||[wiki:Kaloz]||[wiki:mpc83xx]||
||mpc85xx||Freescale MPC85xx||PowerPC||big||[wiki:Kaloz]||[wiki:mpc85xx]||
||mvebu||Marvell Armada XP/370||ARM||little||[wiki:florian]||[wiki:mvebu]||
||octeon||Cavium Networks Octeon||MIPS64||big||[wiki:florian], [wiki:Kaloz]||[wiki:octeon]||
||olpc||x86||x86||little||[wiki:ryd], [wiki:blogic]||[wiki:olpc]||
||orion||Marvell MV88F518x/MV88F528x||ARM||little||[wiki:Kaloz]||[wiki:orion]||
||ppc40x||AMCC PPC40x||PowerPC||big||[wiki:Kaloz]||[wiki:ppc40x]||
||ppc44x||AMCC PPC44x||PowerPC||big||[wiki:Kaloz]||[wiki:ppc44x]||
||ps3||Sony PS3 Game Console||PowerPC64||big||[wiki:geoff]||[wiki:ps3]||
||pxa||Marvell/Intel PXA250||ARM||little||[wiki:Kaloz]||[wiki:pxa]||
||ramips||Ralink RT28xx/RT305X||MIPS||big||[wiki:Kaloz], [wiki:juhosg], [wiki:blogic]||[wiki:ramips]||
||rb532||Mikrotik RouterBoard 532||MIPS||little||[wiki:nbd], [wiki:florian]||[wiki:rb532]||
||realview||ARM Ltd. Realview EB||ARM||little||||[wiki:realview]||
||rdc||RDC321x/RDC861x||i486||little||[wiki:florian]||[wiki:rdc]||
||sibyte||Broadcom/SiByte SB1||MIPS32/64||big/little||[wiki:Kaloz]||[wiki:sibyte]||
||uml||User Mode Linux||native||native||[wiki:groz], [wiki:nico]||[wiki:uml]||
||x86||x86||x86||little||[wiki:nbd], [wiki:nico], [wiki:pavlov]||[wiki:x86]||
^1^ platform is now part of the [wiki:ppc40x] target in trunk^2^ formerly ifxmips
-
turkcell vınn modem hızları
VINN E372 (43.2 Mbps indirme; 5,76 Mbps yükleme hızı)
VINN E182, E353 (21,6 Mbps indirme; 5,76 Mbps yükleme hızı)
VINN E176G, E180, E177, MF190 (7,2 Mbps indirme; 5,76 Mbps yükleme hızı) -
ps ile pcl yazıcı sürücüsü arasındaki farklar
PCL vs Postscript
PCL
Printer Control Language or PCL is a common printing language used widely by many different printer manufacturers. PCL is supported by many different Operating Systems which allows for the same printer to work in many different environments. PCL is device dependent. This means that the drivers for this language utilize the printer hardware for creating some of the printed data, usually graphics data such as fill areas, underlines or fonts. This allows the computer to process the print job quickly and efficiently. The printer is then responsible to complete the creation and processing of page data. Individual printers may perform these tasks differently giving you a slightly different output.Pros:
Fast print processing.
Widely supported in many different Operating System platforms.Cons:
The same print job on two different printers may vary slightly.
Quality of graphics is dependent on the print device.
Not supported in most Macintosh environmentsPostscript:
Postscript language or PS is a common printing language also used widely by many different printer manufacturer. It is used heavily in Macintosh platforms and for graphic applications in several platforms. Unlike PCL, Postscript is device independent. This means that the Postscript language creates all of the print data and does not rely on the printer for print data. This allow the output to be consistent when printed on more than one type of printer or print device. Specifically, the graphic objects will be consistent and in some cases of higher quality than PCL.Pros:
Graphical objects are often more detailed
The same print file should print identically on two or more different print devices. (This most beneficial when used for printing drafts on one printer then sending out to a printing company for production)Cons:
Print processing can be slow
Not found in as many platforms as PCL
Print file and memory requirements are larger.