get
Description
returns a
structure where each field name is the name of a property of the v = get(c)bloombergBPIPE
object c, which uses the Bloomberg®
B-PIPE® C++ interface, and each field contains the value of that property.
returns the value of the specified properties v = get(c,properties)properties for the
Bloomberg V3 connection object.
Examples
Create a Bloomberg B-PIPE connection using the IP address of the machine running the Bloomberg B-PIPE process. This example uses the Bloomberg B-PIPE C++ interface and assumes the following:
The authentication is Windows® authentication when you set
authtypeto'OS_LOGON'.The application name is blank because you are not connecting to Bloomberg B-PIPE using an application.
The IP address for the machine running the Bloomberg B-PIPE process is
'111.11.11.112'.The port number of the machine running the Bloomberg B-PIPE process is
8194.
c is a bloombergBPIPE object.
authtype = 'OS_LOGON'; appname = ''; ipaddress = {'111.11.11.112'}; port = 8194; c = bloombergBPIPE(authtype,appname,ipaddress,port);
Retrieve the Bloomberg connection properties.
v = get(c)
ans =
struct with fields:
session: [1×1 datafeed.internal.BLPSession]
ipaddress: "localhost"
port: 8194.00
v is a structure containing the Bloomberg session object, IP address, port number, and timeout value.
Close the Bloomberg connection.
close(c)
Create a Bloomberg B-PIPE connection using the IP address of the machine running the Bloomberg B-PIPE process. This example uses the Bloomberg B-PIPE C++ interface and assumes the following:
The authentication is Windows authentication when you set
authtypeto'OS_LOGON'.The application name is blank because you are not connecting to Bloomberg B-PIPE using an application.
The IP address for the machine running the Bloomberg B-PIPE process is
'111.11.11.112'.The port number of the machine running the Bloomberg B-PIPE process is
8194.
c is a bloombergBPIPE object.
authtype = 'OS_LOGON'; appname = ''; ipaddress = {'111.11.11.112'}; port = 8194; c = bloombergBPIPE(authtype,appname,ipaddress,port);
Retrieve the port number from the Bloomberg connection object by specifying 'port' as a character
vector.
property = "port";
v = get(c,property)v =
8194
v is a double that contains the port number of the Bloomberg connection object.
Close the Bloomberg connection.
close(c)
Create a Bloomberg B-PIPE connection using the IP address of the machine running the Bloomberg B-PIPE process. This example uses the Bloomberg B-PIPE C++ interface and assumes the following:
The authentication is Windows authentication when you set
authtypeto'OS_LOGON'.The application name is blank because you are not connecting to Bloomberg B-PIPE using an application.
The IP address for the machine running the Bloomberg B-PIPE process is
'111.11.11.112'.The port number of the machine running the Bloomberg B-PIPE process is
8194.
c is a bloombergBPIPE object.
authtype = 'OS_LOGON'; appname = ''; ipaddress = {'111.11.11.112'}; port = 8194; c = bloombergBPIPE(authtype,appname,ipaddress,port);
Create a cell array properties with character vectors
'session' and 'port'. Retrieve the Bloomberg session object and port number from the Bloomberg connection object.
properties = ["session" "port"]; v = get(c,properties)
v =
struct with fields:
session: [1x1 com.bloomberglp.blpapi.Session]
port: 8194
v is a structure containing the Bloomberg session object and port number.
Close the Bloomberg connection.
close(c)
Input Arguments
Bloomberg
B-PIPE connection, specified as a bloombergBPIPE object.
Property names, specified as a character vector, string scalar, cell array of
character vectors, or string array containing Bloomberg connection property names. The property names are
session, ipaddress, port, and
timeout.
Data Types: char | cell | string
Output Arguments
Bloomberg connection properties, returned as these data types depending on the requested properties.
| Requested Properties | Data Type |
|---|---|
Port number or timeout | Numeric scalar |
IP address | Character vector |
Bloomberg session | Object |
All properties | Structure |
Version History
Introduced in R2021a
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