ibdm-topo-file(1) [debian man page]

IBDM-TOPO-FILE(1)					       IB DATA MODEL PACKAGE						 IBDM-TOPO-FILE(1)

NAME

       ibdm-topo-file - 1IBDM Topology File

DESCRIPTION

       The topology file describes the IB connectivity and systems included in the network.  It serves two purposes:

       1. Support for arbitrary system names to be later used in every report that IBDM generates.
       2. Connectivity verification: The specified network topology is verified against the discovered one. Mismatch errors resulting from missing
       cables and/or wrong connections are reported by IBADM.

       The topology file is composed "system" sections. Each such section describes the connectivity of one system to other systems in the
       network. The first line of each section is a declaration of the system composed of a system-type, its system-name section, and optional
       configuration details. The lines to follow until the next empty line describe the connections between this system ports to the other
       systems. The following is a formal definition of a system section syntax.

       An example is listed afterwards.

       SYSTEM-TYPE SYSTEM-NAME [CFG: <b1>=<modifier>, [<b2>=<modifier>]...]

	       LOCAL-PORT-PANEL-NAME -> REM-SYS-TYPE REM-SYS-NAME REM-PORT-PANEL-NAME

	       LOCAL-PORT-PANEL-NAME -> REM-SYS-TYPE REM-SYS-NAME REM-PORT-PANEL-NAME

	       LOCAL-PORT-PANEL-NAME -> REM-SYS-TYPE REM-SYS-NAME REM-PORT-PANEL-NAME

	       . . .

       SYSTEM-TYPE SYSTEM-NAME [CFG: <b1>=<modifier>, [<b2>=<modifier>]...]

	       LOCAL-PORT-PANEL-NAME -> REM-SYS-TYPE REM-SYS-NAME REM-PORT-PANEL-NAME

	       LOCAL-PORT-PANEL-NAME -> REM-SYS-TYPE REM-SYS-NAME REM-PORT-PANEL-NAME

	       . . .

       . . .

       Where:

       SYSTEM-TYPE and REM-SYS-TYPE
	   Any system that has a corresponding IBNL definition. See man ibdm-ibnl-file

       SYSTEM-NAME
	   The name of the system described in this topology file section.

       LOCAL-PORT-PANEL-NAME
	   The name of the local system port. The numbers printed on the front panel are used together with Ln for Leaf no. N or Sn for Spine no.
	   N.

       REM-SYS-NAME
	   The name of the system connected to the local port.

       REM-PORT-PANEL-NAME
	   A name of the remote system port. We use the numbers as printed on the front panel and Ln for Leaf number N or Sn for Spine number N.

EXAMPLE

       The following is a topology file for a simple cluster with one 24 port switch and two HCAs. The firts HCA named H-1 and connect to the
       fabric with its two ports. The second HCA named H-2. The switch is of type MTS2400 and is named S-1

       MTS2400 S-1
	  P1 -> MT23108 H-1 P1
	  P2 -> MT23108 H-1 P2
	  P24 -> MT23108 H-2 P1

OPTIONAL CFG SECTION

       This section in the system declaration line describes the special customization of each board of the system.

       That is the CFG string is a set of comma-separated sub-fields. Each sub-field describes some special configuration of a corresponding
       system board. The actual semantics of the specific board modifiers is defined by the IBNL of the specific system.

EXAMPLE

       The following is an example of a definition-line in a topology file of the MTS9600 switch system. This switch system can have up to eight
       leafs and four spines. This example of the MTS9600 lacks (R) leafs no.6,7 and 8, and lacks spines no. 3 and 4.

       MTS9600 PartialGz1 CFG: leaf3=R,leaf5=R,leaf7=R,spine1=R

AUTHOR

       Eitan Zahavi, Mellanox Technologies LTD, eitan@mellanox.co.il

IBDM 1.0							    2009-02-16							 IBDM-TOPO-FILE(1)

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CURLOPT_FTPPORT(3)					     curl_easy_setopt options						CURLOPT_FTPPORT(3)

NAME

       CURLOPT_FTPPORT - make FTP transfer active

SYNOPSIS

       #include <curl/curl.h>

       CURLcode curl_easy_setopt(CURL *handle, CURLOPT_FTPPORT, char *spec);

DESCRIPTION

       Pass a pointer to a zero terminated string as parameter. It specifies that the FTP transfer will be made actively and the given string will
       be used to get the IP address to use for the FTP PORT instruction.

       The PORT instruction tells the remote server to connect to our specified IP address. The string may be a plain IP address, a host  name,  a
       network	interface  name  (under Unix) or just a '-' symbol to let the library use your system's default IP address. Default FTP operations
       are passive, and thus won't use PORT.

       The address can be followed by a ':' to specify a port, optionally followed by a '-' to specify a port range.  If the port specified is	0,
       the  operating  system  will  pick  a  free port.  If a range is provided and all ports in the range are not available, libcurl will report
       CURLE_FTP_PORT_FAILED for the handle.  Invalid port/range settings are ignored.	IPv6 addresses followed by a port or portrange have to	be
       in brackets.  IPv6 addresses without port/range specifier can be in brackets.

       Examples with specified ports:

	 eth0:0
	 192.168.1.2:32000-33000
	 curl.se:32123
	 [::1]:1234-4567

       You disable PORT again and go back to using the passive version by setting this option to NULL.

       The application does not have to keep the string around after setting this option.

DEFAULT

       NULL

PROTOCOLS

       FTP

EXAMPLE

       TODO

AVAILABILITY

       Port range support was added in 7.19.5

RETURN VALUE

       Returns CURLE_OK if the option is supported, CURLE_UNKNOWN_OPTION if not, or CURLE_OUT_OF_MEMORY if there was insufficient heap space.

SEE ALSO

       CURLOPT_FTP_USE_EPRT(3), CURLOPT_FTP_USE_EPSV(3),

libcurl 7.54.0							 December 21, 2016						CURLOPT_FTPPORT(3)

Linux and UNIX Man Pages

ibdm-topo-file(1) [debian man page]

Check Out this Related Man Page