Extron Electronics IPCP 505 User Guide - Manual (Page 79)

IPCP 505 • SIS Pr
ogramming and Contr
ol
73
Command/Response Table for SIS Commands (continued)
Command ASCII (Telnet)
(host to IPCP)
URL Encoded (web)
(host to IPCP)
Response
(IPCP to host)
Additional description
Set e-mail server IP address and user domain name 24 X1$ = IP address (xxx.xxx.xxx.xxx).
Leading zeros are optional in setting values;
they are suppressed in returned values.
X1% = E-mail domain name; extron.com,
for example
X7# = An e-mail account username (for
SMTP authentication) of up to 31 characters.
This parameter is
optional during setup.
X7$ = An e-mail account password (for
SMTP authentication) of up to 31 characters.
This parameter is
optional during setup. In
a response, instead of the actual password,
X7$ is displayed as 4 asterisks (****) if a
password has been set up or as nothing ( )
if it has not.
E X1$ , X1% , X7# , X7$ CM }
W
X1$
%2C
X1%
%2C
X7#
%2C
X7$
CM
|
Ipm• X1$ , X1% , X7# , X7$ ]
NOTES: • The variables
X7# and X7$ are optional for this command.
However, if you use them, you must use both variables together.
• Do not use commas in the names or passwords.
Example: E 10.1.5.49,extron.com,JaneQInstaller,s3cretK3y CM }
W 10.1.5.49%2C extron.com%2C JaneQInstaller%2C s3cretK3y CM |
Ipm•10.1.5.49,extron.com,JaneQInstaller,**** ]
Read e-mail server IP address and user domain name
E CM } W CM | X1$ , X1% X7# , X7$]
Event control
NOTES: • The “F” must be capitalized in these event commands.
• IPCP responses to event read/write commands include binary data.
For buffer memory commands:
X3% = Event number: 0 - 99.
X3^ = Event buffer:
0 = receive
1 = user (absolute, unified)
2 = user (relative, data)
3 = NVRAM.
X3& = Event buffer offset: 0 - [max. buffer size].
X3*
= Event data buffer size (case-sensitive parameter):
b = bit
B = byte (8 bits)
S = short (16 bits)
L = long (32 bits).
X3( = Event data to write.
X5$ = ASCII digit(s) representing the numeric value of
the data read from the event buffer (Leading zeros are
suppressed.)
Read event buffer memory 27 E X3% , X3^ , X3& X3* E }
W X3% %2C X3^ %2C X3& X3* E | X5$]
Write event buffer memory 24,27 E X3%
,
X3^
,
X3&
,
X3( X3*
E
}
NOTE: The response includes leading
zeros (5 digits each for X3% , X3^ , X3& ;
10 digits for X3& ).
W
X3%
%2C
X3^
%2C
X3&
%2C
X3( X3*
E
|
Evt X3% , X3^ , X3& , X3(]
Read string from event buffer
memory
27
E X3%
,
X3^
,
X3&
,
X4$
FE
} X4$
= Number of bytes to read (1 - 27).
{string} is the event data string. W
X3%
%2C
X3^
%2C
X3&
%2C
X4$
FE
|
{string} ]
Write string to event buffer
memory
24,27
E {string}* X3% , X3^ , X3& FE }
W {string}%2A X3% %2C X3^ %2C X3& FE |
Evt
X3%
,
X3^
,
X3&
{string}
]