Gsm Error Udt
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von GoogleAnmeldenAusgeblendete FelderBooksbooks.google.de - Learn how to build and maintain SS7/C7 Telecommunications ArchitecturesSignaling System +cme error: 3 No. 7 (SS7/C7): Protocol, Architecture, and Applications, cms error authored by Cisco Systems team members who helped develop Cisco SS7/C7 plans, cme error 50 offers:Broad coverage of SS7/C7 practices, including both networking and telecommunications...https://books.google.de/books/about/Signaling_System_No_7_SS7_C7.html?hl=de&id=lKO1PNwI9tkC&utm_source=gb-gplus-shareSignaling System No. 7 (SS7/C7)Meine BücherHilfeErweiterte BuchsucheDruckversionKein E-Book verfügbarCisco
Cms Error 50
PressAmazon.deBuch.deBuchkatalog.deLibri.deWeltbild.deIn Bücherei suchenAlle Händler»Stöbere bei Google Play nach Büchern.Stöbere im größten eBookstore der Welt und lies noch heute im Web, auf deinem Tablet, Telefon oder E-Reader.Weiter zu Google Play »Signaling System No. 7 (SS7/C7): Protocol, Architecture, and ServicesLee cms error 304 Dryburgh, Jeff HewettCisco Press, 2005 - 696 Seiten 13 Rezensionenhttps://books.google.de/books/about/Signaling_System_No_7_SS7_C7.html?hl=de&id=lKO1PNwI9tkCLearn how to build and maintain SS7/C7 Telecommunications ArchitecturesSignaling System No. 7 (SS7/C7): Protocol, Architecture, and Applications, authored by Cisco Systems team members who helped develop Cisco SS7/C7 plans, offers:Broad coverage of SS7/C7 practices, including both networking and telecommunications applicationsExclusive coverage of SS7/C7 over IP and over Voice/Data Fax using real world examplesSignaling System No. 7 (SS7/C7): Protocol, Architecture, and Applications teaches engineers SS7/C7 architectures and operations maintenance. Complete with coverage of both North American and international standards, the reader will learn about basic call setup, management, and tear down, personal communications services (PCS), wireless roaming, and mobile subscriber authentication. Local number portability
Application should check the return value against these two constants. Error Name Error Code Comment SUCCESS sms error code 69 0 success operation. ECONNSETUP 1000 connection setup failure. ENOSERVER 1001
Cms Error 21
server does not exist. ECONNREJ 1002 connection request was rejected by server. ESOCKFAIL 1003 could
Gsm Error Codes
not create/configure UDP socket. ESECFAIL 1004 connection request was aborted due to security reasons. ECONNFAIL 2000 connection failure. ECONNLOST 2001 connection was broken. ENOCONN 2002 https://books.google.com/books?id=lKO1PNwI9tkC&pg=PA244&lpg=PA244&dq=gsm+error+udt&source=bl&ots=Ucn2EYkZ6W&sig=2g2Jh9JrCvAqRWtwRX7NoAdJxws&hl=en&sa=X&ved=0ahUKEwiMkI6CkdrPAhXkx4MKHcKmC5gQ6AEIHjAA connection does not exist. ERESOURCE 3000 system resource failure. ETHREAD 3001 could not create new thread. ENOBUF 3002 no memory space. EFILE 4000 file access error. EINVRDOFF 4001 invalid read offset. ERDPERM 4002 no read permission. EINVWROFF 4003 invalid write offset. EWRPERM 4004 no write permission. EINVOP 5000 operation not supported. http://udt.sourceforge.net/udt4/doc/ecode.htm EBOUNDSOCK 5001 cannot execute the operation on a bound socket. ECONNSOCK 5002 cannot execute the operation on a connected socket. EINVPARAM 5003 bad parameters. EINVSOCK 5004 invalid UDT socket. EUNBOUNDSOCK 5005 cannot listen on unbound socket. ENOLISTEN 5006 (accept) socket is not in listening state. ERDVNOSERV 5007 rendezvous connection process does not allow listen and accept call. ERDVUNBOUND 5008 rendezvous connection setup is enabled but bind has not been called before connect. ESTREAMILL 5009 operation not supported in SOCK_STREAM mode. EDGRAMILL 5010 operation not supported in SOCK_DGRAM mode. EDUPLISTEN 5011 another socket is already listening on the same UDP port. ELARGEMSG 5012 message is too large to be hold in the sending buffer. EASYNCFAIL 6000 non-blocking call failure. EASYNCSND 6001 no buffer available for sending. EASYNCRCV 6002 no data available for read. ETIMEOUT 6003 timeout before operation completes. EPEERERR 7000 Error has happened at the peer side. See Also getlasterror
Level 2 Physical MTP Level 1 v t e Not to be confused with Skinny Call Control Protocol. The Signalling Connection Control Part (SCCP) is a network layer[1] protocol that provides extended https://en.wikipedia.org/wiki/Signalling_Connection_Control_Part routing, flow control, segmentation, connection-orientation, and error correction facilities in Signaling System 7 telecommunications networks. SCCP relies on the services of MTP for basic routing and error detection. Contents 1 Published specification 2 Routing facilities beyond MTP 3 Protocol classes 3.1 Class 0: Basic connectionless 3.2 Class 1: Sequenced connectionless 3.3 Class 2: Basic connection-oriented 3.4 Class 3: Flow control connection oriented 4 Transport over IP Networks cms error 5 References 6 External links Published specification[edit] The base SCCP specification is defined by the ITU-T, in recommendations Q.711 to Q.714, with additional information to implementors provided by Q.715 and Q.716.[2] There are, however, regional variations defined by local standards bodies. In the United States, ANSI publishes its modifications to Q.713 as ANSI T1.112. The TTC publishes as JT-Q.711 to JT-Q.714, and Europe ETSI publishes ETSI EN 300-009-1: gsm error udt both of which document their modifications to the ITU-T specifications. Routing facilities beyond MTP[edit] Although MTP provides routing capabilities based upon the Point Code, SCCP allows routing using a Point Code and Subsystem number or a Global Title. A Point Code is used to address a particular node on the network, whereas a Subsystem number addresses a specific application available on that node. SCCP employs a process called Global Title Translation to determine Point Codes from Global Titles so as to instruct MTP on where to route messages. SCCP messages contain parameters which describe the type of addressing used, and how the message should be routed: Address Indicator Routing indicator Route on Global Title Route on Point Code/Subsystem Number Global title indicator No Global Title Global Title includes Translation Type (TT), Numbering Plan Indicator (NPI) and Type of Number (TON) Global Title includes Translation Type only Subsystem indicator Subsystem Number present Subsystem Number not present Point Code indicator Point Code present Point Code not present Global Title Address Indicator Coding Address Indicator coded as national (the Address Indicator is treated as international if not specified) Protocol classes[edit] SCCP provides 5 classes of protocol to its applications: Class 0: Basic connectionless. Class
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