How to test DI-720/730
Ethernet (DI-7x0/EN) option without WinDaq
In the following text, it
is assumed:
You are dealing with
DI-7x0/EN, not ENA
The DI-7xx Ethernet
module has an IP address of 192.168.1.5.
The host PC has an IP
adddress of 192.168.1.1 and the subnet mask is
255.255.255.0
<CR> is the
Enter key on your keyboard.
Underlined
section is what you typed in.
1) From the host PC, use
ping and telnet to confirm you set up the unit correctly.
C:Windows>ping
192.168.1.5<CR>
Pinging 192.168.1.15
with 32 bytes of data:
Reply from
192.168.1.15: bytes=32 time=16ms TTL=255
Reply from 192.168.1.15: bytes=32 time=7ms TTL=255
Reply from 192.168.1.15: bytes=32 time=7ms TTL=255
Reply from 192.168.1.15: bytes=32 time=5ms TTL=255
Ping statistics for
192.168.1.5:
Packets: Sent = 4,
Received = 4, Lost = 0 (0% loss),
Approximate round
trip times in milli-seconds:
Minimum = 5ms,
Maximum = 16ms, Average = 8ms
C:Windows>telnet
192.168.1.5<CR>
- PocketPS
AppleTalk/NetWare/TCP/LAT Printer Server
---------------------
Copyright 1988 - 1998
EMULEX Corp.
All Rights Reserved.
Engineering Software
Release: 990428
-------------------------------------------------------------------------
Welcome to PocketPS
Enter username, or
HELP> dataq
Server> show port
1
Port Configuration
1 Parallel IEEE
1284
Access: dynamic Queuing: disabled
TBCP: disabled BackSpoof: enabled
Bi-di: enabled Fast Strobe: disabled
Server>
2) From your host PC,
issue
telnet 192.168.1.5
2501<CR>
This will allow you
to connect to the data port on DI-720/730
You may want to
enable local echo from terminal preference to see
what you input.
3) Now we check the
signature pattern. Issue FA<CR>SG<CR>,
and you should see:
+00000+00001+00002+00003+00004+00005+00006+00007+00008+00009+00010+00011+00012+00013
+00014+00015+00016+00017+00018+00019+00020+00021+00022+00023+00024+00025+00026+00027
+00028+00029+00030+00031+00032+00033+00034+00035+00036+00037+00038+00039+00040+00041
+00042+00043+00044+00045+00046+00047+00048+00049+00050+00051+00052+00053+00054+00055
+00056+00057+00058+00059+00060+00061+00062+00063+00064+00065+00066+00067+00068+00069
+00070+00071+00072+00073+00074+00075+00076+00077+00078+00079+00080+00081+00082+00083
+00084+00085+00086+00087+00088+00089+00090+00091+00092+00093+00094+00095+00096+00097
+00098+00099+00100+00101+00102+00103+00104+00105+00106+00107+00108+00109+00110+00111
+00112+00113+00114+00115+00116+00117+00118+00119+00120+00121+00122+00123+00124+00125
+00126+00127+00128+00129+00130+00131+00132+00133+00134+00135+00136+00137+00138+00139
+00140+00141+00142+00143+00144+00145+00146+00147+00148+00149+00150+00151+00152+00153
+00154+00155+00156+00157+00158+00159+00160+00161+00162+00163+00164+00165+00166+00167
+00168+00169+00170+00171+00172+00173+00174+00175+00176+00177+00178+00179+00180+00181
+00182+00183+00184+00185+00186+00187+00188+00189+00190+00191+00192+00193+00194+00195
+00196+00197+00198+00199+00200+00201+00202+00203+00204+00205+00206+00207+00208+00209
+00210+00211+00212+00213+00214+00215+00216+00217+00218+00219+00220+00221+00222+00223
+00224+00225+00226+00227+00228+00229+00230+00231+00232+00233+00234+00235+00236+00237
+00238+00239+00240+00241+00242+00243+00244+00245+00246+00247+00248+00249+00250+00251
+00252+00253+00254+00255
4) Now, we test the
echoeing. Issue EC123,456,789<CR>, and you
should get
+00123+00456+00789
5) Now we test the data
acquisition:
issue BR60000<CR>
--- this setup the Burst counter
issue IL1,0<CR>
--- this specify only one channel is used (the 1 is
for number of channels, and 0 is the index of
channel)
issue IC10<CR>
-- the counter in the input scanlist
issue ES<CR>
-- enable scanning
and you should see
data from channel 1 starts to come in in ASCII
format.
issue DS<CR>
and you can stop the acquisition
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