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Logic Rapid Limited has acquired the
entire LECIS product suite from The Electric Laboratory Company Limited. The Electric Laboratory Compnay Limited
(E-LabCo) is a market leader in developing LECIS development tools and
applications through it’s LECIS Shell Suite technologies.
Logic Rapid is interested in selling
the intellectual property rights the the entire product set on either an
exclusive or non-exclusive basis to interested parties to enable a wider
distribution of E-LabCo's LECIS technologies.
E-LabCo’s LECIS Shell Suite
was used extensively
in the final development phase of the OMG LECIS RPF. For more details on E-LabCo's LECIS
products please visit www.e-labcompany.com .
Expressions of interest should be
sent by the 1-Mar-2004 to alan.sinclair-brown@.... Consideration
will be given in the first instance to parties interested in exclusive access
to the products.
LECIS should be recast into XML. The first step is to create some strongly
typed schemas. I have already taken a very small part of Digital Imaging and
Communications in Medicine (DICOM) and reused it for CytometryML. I used
constant attributes to provide a linkage to the original DICOM data types.
The schemas and a publication describing their creation is available on the
CytometryML page of www.newportinstruments.com
Bob Leif
________________________________________
From: Sanjaya Joshi [mailto:sanjay@...]
Sent: Monday, May 19, 2003 10:07 AM
To: lecis-post@yahoogroups.com
Since AniML is atleast a year or more away, I would recommend getting a
group of focused individuals to revise the Core LECIS areas (maybe in-line
with the AniML). I would, however, caution not to get too carried away and
set a strict deadline to compelete the revision.
The areas:
1. Reduction of the handshake protocol
2. More emphasis on the TCP layer (perhaps the IPv6 service layer?)
3. An implementation model
4. An error and reporting model
Thanks,
Sanjay
-----Original Message-----
From: Torsten [mailto:tstaab@...]
Sent: Monday, May 19, 2003 10:02 AM
To: lecis-post@yahoogroups.com
Subject: [lecis-post] ASTM LECIS is up for review
Hello all,
The ASTM LECIS standard is coming up for review. So we need to decide
collectively what we would like to do about the ASTM standard. According to
Dr. Gary Kramer, who is heading ASTM E13.15 subcommittee that will deal with
LECIS, we have three options:
1. Say it's fine and leave it as it is for another 5 years.
2. Say it's obsolete and kill it.
3. Get a task group together to revise what needs fixing.
I would like to get everyone's feedback on this no later than May 30, 2003.
In case we end up deciding to go with option 3, I will need some volunteers
and revision suggestions asap.
Please e-mail your thoughts on this either to the list
(lecis-post@yahoogroups.com) or me (tstaab@...).
Thanks,
Torsten
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Since AniML is atleast a year or more away, I would recommend getting a group of focused individuals to revise the Core LECIS areas (maybe in-line with the AniML). I would, however, caution not to get too carried away and set a strict deadline to compelete the revision.
The areas:
1. Reduction of the handshake protocol
2. More emphasis on the TCP layer (perhaps the IPv6 service layer?)
3. An implementation model
4. An error and reporting model
Thanks,
Sanjay
-----Original Message----- From: Torsten [mailto:tstaab@...] Sent: Monday, May 19, 2003 10:02 AM To: lecis-post@yahoogroups.com Subject: [lecis-post] ASTM LECIS is up for review
Hello all,
The ASTM LECIS standard is coming up for review. So we need to decide collectively what we would like to do about the ASTM standard. According to Dr. Gary Kramer, who is heading ASTM E13.15 subcommittee that will deal with LECIS, we have three options:
1. Say it's fine and leave it as it is for another 5 years. 2. Say it's obsolete and kill it. 3. Get a task group together to revise what needs fixing.
I would like to get everyone's feedback on this no later than May 30, 2003. In case we end up deciding to go with option 3, I will need some volunteers and revision suggestions asap. Please e-mail your thoughts on this either to the list (lecis-post@yahoogroups.com) or me (tstaab@...).
The ASTM LECIS standard is coming up for review. So we need to decide
collectively what we would like to do about the ASTM standard.
According to Dr. Gary Kramer, who is heading ASTM E13.15 subcommittee
that will deal with LECIS, we have three options:
1. Say it's fine and leave it as it is for another 5 years.
2. Say it's obsolete and kill it.
3. Get a task group together to revise what needs fixing.
I would like to get everyone's feedback on this no later than
May 30, 2003. In case we end up deciding
to go with option 3, I will need some volunteers and revision suggestions
asap.
Please e-mail your thoughts on this either to the list
(lecis-post@yahoogroups.com) or me (tstaab@...).
>Date: Mon, 14 Apr 2003 11:42:13 -0400
>From: "Gary W. Kramer" <gary.kramer@...>
>Subject: ASTM E13.15 ANIML Development Meeting at ASTM Hdqrts
>
>Hi folks,
>This is a reminder that we will hold an ASTM E13.15 ANIML development meeting
>at ASTM Headquarters on April 23 and 24. The meeting will start at 1:00
>PM on
>Wednesday, 4/23. We'll reconvene at 9:00 AM on Thursday, 4/24 and try to
>finish up by 2:30 PM. Directions to ASTM can be found on their website
>(www.astm.org).
>
>As this is a development meeting, we will not have a strict agenda. However,
>since our PittCon meeting, several of us have been thinking about our
>challenge and have put together an initial list of discussion topics:
>
>1. Review the Model to make sure that we like it and that it will work.
>
>2. Discuss how encapsulation will work (i.e. incorporating other schemas).
>
>3. Discuss the allowable data types that can be used in the Core.
>
>4. Discuss the concept and consequences of versioning and versions.
>
>There are many other areas that we will have to consider; so, if your
>favorite
>topic is not on this list, let me know, and we'll try to schedule some
>discussion time for it at this meeting or at a future workshop.
>
>Information on the ANIML model can be found on the ANIML sourceforge site
>(http://animl.sourceforge.net) in my SpectroML presentation. You may recall
>that we have agreed to reuse as much as we can from previous efforts. So, in
>preparation for the workshop, I think it would be useful to take a look at
>some related work, including: the discussion of data types in the generic
>JCAMP 6.0 draft document (see www.jcamp.org under "drafts") as well as the
>other JCAMP docs found on the same site under "protocols." It would also be
>useful to take a peek at the MATML (Materials Markup Language) site
>(www.matml.org). We may find a lot of what we need in the way of sample
>description has already been done in MATML. Finally, the information on GAML
>can be found at www.gaml.org, and the SpectroML stuff can be had at ftp://
>caals.nist.gov/pub/download.
>
>I hope to see you at ASTM on April 23rd.
>
>Cheers,
>Gary Kramer
>
>
>
>
>Gary W. Kramer, Ph.D.
>Leader, Molecular Spectrometry and Microfluidic Methods Group
>Analytical Chemistry Division
>Chemical Science and Technology Laboratory
>National Institute of Standards and Technology
>Building 227, Room A-163
>Gaithersburg, MD 20899-8394
>(301) 975-4132 (301) 977-0587 fax
>gary.kramer@...
The address list for this message was gleaned from numerous lists of
individuals, who at some time have expressed interest in the interchange
of spectroscopy result data. I have tried to prune the list to
eliminate duplicate entries, but this has proved difficult, and there are
multiple entries. When I could not figure out which address was
current, I retained the duplicates. So, if you receive this message
multiple times, I apologize. If you wish to have an address removed
from the list, please let me know. If you know of someone whose
name should be added, also let me know.
As many of you may know, ASTM Task group E13.01.03 has now be designated
as ASTM Subcommittee E13.15 on Analytical Data Management. E13.15
will be responsible for defining standards for representing, managing,
and interchanging analytical chemistry data including the implementation
of technique specific information and application to instrumentation data
interfaces. Furthermore, it has been proposed that ASTM
Subcommittee E01.25 on Analytical Data Interchange Protocols be merged
into E13.15. At our recent PittCon meeting, E13.15 unanimously
approved this proposal, and it is currently being voted on by the members
of E01.25. If this proposal is approved, the standards formerly
under the jurisdiction of E01.25 (LECIS, LIMS guides, and ANDI GC &
MS) would be transferred to E13.15.
The main purpose of this email is to announce a working meeting of E13.15
to continue the development of a markup language for analytical
spectroscopy and chromatography result data that is now being call
Analytical Information Markup Language (ANIML). The meeting is set
for Wednesday, April 23 and Thursday, April 24 at ASTM headquarters in
West Conshohocken, PA. As suggested by Dave Martinsen (E13.15 Secretary),
to minimize travel expenses, we will meet from 1:00 PM to 5:00 PM on
Wednesday and from 9:00 AM until 2:30 PM on Thursday. Gloria
Collins (E13.15 ASTM staff liaison) has booked the ASTM Boardroom (and an
LCD/computer projector) for our meeting. Directions for getting to
ASTM headquarters can be found on the ASTM web site
(www.astm.org
-- look under meetings and then general information).
Here, I'm forwarding you an e-mail that I have received earlier today
from Sanjaya Joshi of Userspace Corp.
Now, before you read the attached e-mail I would like to provide you with
a little bit of background info. It recently came to my attention that
the ASTM LECIS standard is coming up for a revision within the ASTM soon.
Within the ASTM, there now seems to be a push towards using standards
like XML, Webservices, etc. So one question that needs to be answered in
the near future is whether we want/need to XMLify the ASTM LECIS standard
during that revision. There was also talk about coming up with an LECIS
API (Application Programming Interface) to simplify the implementation
and foster 3rd party library development.
Of course, this upcoming ASTM revision will also provide us with an
opportunity to fix all the shortcomings of the current standard that we
have encountered over the years. So please get your change requests
ready. I'll keep you posted on the ASTM revision process.
Having said all this, here is what Sanjaya Joshi had to say: (BTW, the
attachment Sanjaya is referring to in this e-mail is now available for
download at http://www.lecis.org/downloads.htm)
Subject: RE: ASTM is preparing for
LECIS revision (with LECIS commentary attachment in PDF)
Date: Thu, 20 Feb 2003 16:14:04 -0800
Organization: Userspace Corproration
All,
(This is Sanjaya Joshi from Userspace)
SOAP (Simple Object Access Protocol) died a horrible death during
our
testing...
Web services is a good marketing ploy, but the actual implementation
is
not quite there yet. WSDL is CORBA-Like, but support and
applications
are not industrial strength.
(our first XML project was in 1998)
What would be interesting is continuing on the path of XML-RPC (we
moved
to this years ago, and based our thought process on the IML or the
Instrument Markup Language which was originally a NASA project for
Remote IR Telescopy).
There are rumbling in the process community of not sticking with
RPC,
but standardization is very simple if the heart of SOAP without the
fat
layers (ie XML-RPC) is retained.
Thinking of LECIS as a Process Protocol is instructive...
In my discussions with IBM and Microsoft (the benefactors of SOAP)
and
the Workflow initiative, they openly admitted that SOAP was not
really
meant to do very fast transactions, let alone real-time instrument
communications.
Look at the Workflow Management Coalitions eXtensible Process
Definition
Language. (XPDL) http://xml.coverpages.org/ni2002-12-10-b.html
Also NIST's process description: http://ats.nist.gov/psl/xml/process-descriptions.html
There is also the Petri-Net Markup Language, but the node paradigm
for
automation has so far been too complex a solution for automation...
(maybe a better one for data).
A rectangular LIMS model (in my opinion) should move into a dynamic
Process model...
We have looked at NetCDF and AnDI (the child of NetCDF for
Analytical
Data Interchange), but there is no real threading between the major
instrument groups: LC, MS, NMR...
Also the Thermo-Galactic GAML (which needs to pass muster as a
tested
DTD...)
There is SpectroML too: http://www.mel.nist.gov/div826/msid/sima/02_instrmnt_chemrefdata.html
Our focus is on MS and NMR which are very data intensive.
Specific points from scientists is the inability of AnDI or GAML to
handle MS-MS data (and MS2+)
Separation of data from process is not going to work out, especially
for
nascent protocols that keep changing till they become an
"Assay"...
I would urge us to follow the route of DICOM (Digital Imaging and
Communications in Medicine) -- my previous incarnation was in
Radiology
-- where the acceptance was much better with the user and vendor
community. DICOM is now an XML standard and merged with HL7 (Health
Level 7), the healthcare industry patient data standard.
My 50,000 ft 2 cent drop...
Attached is our overview (from Userspace) on LECIS (as a PDF
whitepaper)...
Note that this is not a "techie" paper, but more an
"executive summary".
Also, the architecture diagram in the paper is dated...
You can contact me if you need to respond to my comments (or bash on
them!)
Best,
Sanjaya Joshi
President and CTO
Userspace Corporation
Thanks to Sanjaya Joshi of Userspace Corporation, I was able to post yet
another very interesting document on the LECIS web site. This document,
written by Sanjaya Joshi and R. Pillai,
provides a discussion of the strengths and
limitation of the LECIS standard as discovered during, and restricted to
a narrow window of the Userspace Corporation implementation issues for
its instrument routers.
I highly recommend you take a look at this 4-page document, as it
provides you with some valuable insight on how Userspace is building
LECIS-based automation systems (at an embedded systems level). The
document can be found in PDF format in the Downloads section on the LECIS
web site (see http://www.lecis.org/downloads.htm)
I just wanted to let you know that the Amersham Biosciences' LabRAT
(Laboratory Rapid Automation Toolkit) Powerpoint presentation from
the LabAutomation'2003 meeting as well as a LabRAT technical report are
now available for download on the LECIS web site. Both documents can be
downloaded in various formats at
http://lecis.org/downloads.htm.
I would like to thank Roger McIntosh and Alfred Yau for making those
documents available.
Here is a quick summary of LECIS-related presentations from the recent
LabAutomation'2003 meeting [Feb 1-5, 2003, Palm Springs, CA, USA]. The
conference web site is located at
http://labautomation.org/la/la03/index.htm.
There were three presentations that I was able attended in which people
reported about projects that involved LECIS in one way or another. Two of
those LECIS-related presentations were given by Sanjaya N. Joshi
(sanjay@...) of Userspace Corporation. Here is the title and
abstract for one of his presentations:
Performance Metrics of an LC-MS
Proteomics Platform Using Real-time Embedded XML
Infrastructure
ABSTRACT Userspace Corporation has built a real-time embedded platform to
gather information from the instruments in the Liquid Chromatography -
Mass Spectrometry (LC-MS) cluster.
Both the data and control paradigms utilize XML and web services based
infrastructure with a scalable, networked instrument control layer.
As part of its collaboration with the Proteomics Laboratory at the
Institute for Systems Biology, Userspace has built an information
platform that can capture and process real-time information from the
various instruments in the LC-MS cluster (Pump, Autosampler and Mass
Spectrometer).
This includes performance metrics of the individual instruments and
conditional process output with messaging capability.
A case study will be presented with specific parameters measured and
tracked during the sample cycle.
In summary, Userspace implemented LECIS in a real-time,
embedded system environment. Connecting instruments and exchanging
LECIS-based commands between the controller and instruments was all done
via XML messaging and a web services-based infrastructure. Mr. Joshi also
showed a very impressive live demo of this architecture during his
presentations. Through a secure wireless network, he used his laptop from
the podium to remotely control a dispensing device that was set up by one
of his colleagues in the back of the room. Within a few seconds of
sending the command from his laptop to the device in the back of the room
(which then immediately started to dispense a liquid into a container),
his roaming cell phone rang and showed an SMS message from the embedded
device controller indicating the execution status of the dispensing
command. This demo was certainly a highlight for all the techies in the
audience.
The third LECIS-related presentation was given by Roger McIntosh
(roger.mcintosh@...) of Amersham Biosciences
(co-authored by Alfred Yau of VI Technologies,
alfred.yau@...). Here is the title and abstract of
their presentation:
LabRAT (Laboratory Rapid Automation Toolkit): a
Flexible and Robust Peer-to-Peer Architecture with XML Based Open
Communication for Laboratory Automation
ABSTRACT
Traditional lab automation systems are highly centralized: dispatch
and coordination of activities is mediated by a system controller,
usually via a single, monolithic control procedure. This approach, while
conceptually simple, makes changes to the system difficult; adding or
removing instruments and functionality can be a daunting task. In
addition, most automated systems are tied to particular development
languages and protocols, making operation in heterogeneous environments
(i.e. the real world) problematic, since instrument software comes in
many different implementations.
We present a peer-to-peer architecture for lab automation, using an XML
based communication protocol. The architecture consists of peer
instrument servers, an XML communication layer, and an open control
center. Each instrument peer can control, be controlled by, and
communicate information to other instrument peers to fulfill the
automation task. Our protocol is based on XML-RPC, a lightweight
communication standard built atop HTTP. This provides an open and
flexible means of peer-to-peer interfacing. The control center serves as
a convenient, web-based interface to manage the instruments. The
automated procedure can be distributed across all available instrument
peers (each instrument assigned a set of responsibilities); the
controller implements a limited set of high level instructions. The
software components included in our prototype system are implemented in
various programming languages, including Java, C/C++, Visual Basic, and
LabVIEW. Our approach facilitates rapid development of laboratory
automation systems.
The software described here was developed to automate sample preparation
for DNA sequencing, but can serve to automate a wide variety of
laboratory protocols. The software was developed in part with NHGRI
research grant funding.
In summary, LabRAT is based on a peer-to-peer
architecture that uses XML-RPC messaging and parts of the LECIS common
command set to enable controller-to-instrument and
instrument-to-instrument communications. LabRAT is solely based on open
standards. Therefore, it allows to build very flexible, device-,
programming language-, and computing platform-independent laboratory
automation systems.
Again, this is only a brief summary of the LECIS-related presentations
that I was able to attend at LabAutomation'03. There may have been more
presentations and/or posters that I was not aware of. Please let me know
if I forgot to mention something. Thanks.
Despite the work we've done is not compliant with LECIS in it's full extent, we've developed based on CORBA and Java (thank you Sun Microsystems) a system for remote robot control & data acquisition named REC. The URL is http://www.linkare.com -> Produtos -> REC. Sorry for the site being only in portuguese but it is temporary. althought the site is in portuguese you have a product leaflet in that same page... please tell us of your interest in more information. There is allready one implementation working (still some bugs, not perfect yet) and ten more coming in the way.. to see it working go to www.e-escola.pt -> Elab -> Radioactividade (at the bottom of the page) where you have a windows media broadcast to see the robot in action with a radioactivity experiment. Please go visit it and tell us what you think. You're looking forward to contact other enterprises working on similar projects to share information. I'm sure it will be possible to make it LECIS compliant... only lacks money right now!
ReTiSoft
(http://www.retisoft.ca)
just announced the release of a multimedia virtual product tour, which
provides an overview of their LECIS-related products.
Below you will find the latest product announcement from the e-labcompany
(http://www.e-labcompany.co.uk/)
regarding their LECIS Shell Suite Developer
Edition software package.
PS: instructions on how to post messages or how to unsubscribe yourself
from this list can be found at
http://www.lecis.org/contacts.htm
---------------------------------------------------------------------------------
6th November 2002
The Electric Laboratory Company Ltd is pleased to announce the release of
its LECIS Shell Suite Developer Edition. This new version integrates the
OMG
LECIS COBRA standard (with DCOM) into our existing established ASTM LECIS
product set.
LECIS Shell Suite Developer Edition
The Developer Edition of the e-labcompany LECIS Shell Suite is the
easiest
way to integrate LECIS compliance into your instrument systems. It allows
any of the following flavours of LECIS interface to be used. All new
versions present the same Microsoft COM/ActiveX interfaces for the SLM,
TSC
and SCD modules.
The Developer Edition includes everything in the Run-Time version,
plus:
- Run-Time Licenses for 5 concurrent SLMShell and TSCShells
- A sample SLMShell project to kick start development
- - Microsoft Visual Basic 6 source code
- - An example OMG LECIS DCD and SCD
- - Full project documentation
- A SLMShell emulator for testing TSC code, DCD's
- An easy graphical tool to view, edit or create XML DCD's and SCD's
- An graphical tool to maintain SCD's through the OMG LECIS SCD interface
- Graphical Shell Interface (GSI).
- - Provides control of LECIS SLM devices with Microsoft Visio
flowcharts!
The LECIS Shell Suite software provides security and auditing to support
validation.
Below you will find the latest product announcement from the e-labcompany
(http://www.e-labcompany.co.uk/)
regarding their LECIS Shell Suite Developer
Edition software package.
PS: instructions on how to post messages or how to unsubscribe yourself
from this list can be found at
http://www.lecis.org/contacts.htm
---------------------------------------------------------------------------------
6th November 2002
The Electric Laboratory Company Ltd is pleased to announce the release of
its LECIS Shell Suite Developer Edition. This new version integrates the
OMG
LECIS COBRA standard (with DCOM) into our existing established ASTM LECIS
product set.
LECIS Shell Suite Developer Edition
The Developer Edition of the e-labcompany LECIS Shell Suite is the
easiest
way to integrate LECIS compliance into your instrument systems. It allows
any of the following flavours of LECIS interface to be used. All new
versions present the same Microsoft COM/ActiveX interfaces for the SLM,
TSC
and SCD modules.
The Developer Edition includes everything in the Run-Time version,
plus:
- Run-Time Licenses for 5 concurrent SLMShell and TSCShells
- A sample SLMShell project to kick start development
- - Microsoft Visual Basic 6 source code
- - An example OMG LECIS DCD and SCD
- - Full project documentation
- A SLMShell emulator for testing TSC code, DCD's
- An easy graphical tool to view, edit or create XML DCD's and SCD's
- An graphical tool to maintain SCD's through the OMG LECIS SCD interface
- Graphical Shell Interface (GSI).
- - Provides control of LECIS SLM devices with Microsoft Visio
flowcharts!
The LECIS Shell Suite software provides security and auditing to support
validation.
Below you will find the official release announcement for e-labcompany's
LECIS Shell Suite V2.0.
Have a nice day,
Torsten Staab
LECIS Webmaster
(www.lecis.org)
------------------------------------------------------------------------
30th October 2002
The Electric Laboratory Company Ltd is pleased to announce the release of
version 2.0 of its LECIS Shell Suite. This new version integrates the OMG
LECIS COBRA standard (with DCOM) into our existing established ASTM LECIS
product set.
The Run-Time Edition of the e-labcompany LECIS Shell Suite applications
allows any of the four flavours of LECIS interface to be used. All new
versions present the same Microsoft COM/ActiveX interfaces for the SLM,
TSC
and SCD modules.
The available external interfaces are:
- OMG LECIS CORBA interface
- OMG LECIS DCOM interface
- ASTM LECIS (Incorporates compatibility with OMG LECIS)
- ASTM LECIS (Pfizer LIG 2.05 compatible, but is not compatible with the
SCD)
Notable features include:
OMG LECIS Shell Suite V1.0 (CORBA interface)
- OMG LECIS IDL compliant.
- OMG LECIS DCD and SCD compliant.
- Ideal for controlling devices implemented on different hardware or
software platforms.
OMG LECIS Shell Suite V1.0 (DCOM interface)
- DCOM interface generated from the OMG LECIS IDL.
- OMG LECIS DCD and SCD compliant.
- Ideal for controlling devices implemented on Microsoft Windows
platforms.
ASTM LECIS Shell Suite V2.0
- Improved ASTM LECIS compliance.
(See: http://www.e-labcompany.co.uk/products/lecis.shell/LECISComplianceStatement.
2.0.0.pdf)
- OMG LECIS DCD and SCD compliant.
- Ideal for controlling devices over the internet (TCP/IP message
based).
ASTM LECIS Shell Suite V1.2
- Improved ASTM LECIS and LECIS Implementers' Guide 2.05 compliance.
(See: http://www.e-labcompany.co.uk/products/lecis.shell/LECISComplianceStatement1
.2.0.pdf)
- Support for DCD defined Events, Resources and System Variables.
- Improved session disconnect/connect handling through communications loss.
- Performance enhancements.
All products support for:
- XML DCD and SCD validation.
- Message logging to the Windows NT Event log.
The LECIS Shell Suite software provides security and auditing to support
validation.
Below you will find the official release announcement for e-labcompany's
LECIS Shell Suite V2.0.
Have a nice day,
Torsten Staab
LECIS Webmaster
(www.lecis.org)
------------------------------------------------------------------------
30th October 2002
The Electric Laboratory Company Ltd is pleased to announce the release of
version 2.0 of its LECIS Shell Suite. This new version integrates the OMG
LECIS COBRA standard (with DCOM) into our existing established ASTM LECIS
product set.
The Run-Time Edition of the e-labcompany LECIS Shell Suite applications
allows any of the four flavours of LECIS interface to be used. All new
versions present the same Microsoft COM/ActiveX interfaces for the SLM,
TSC
and SCD modules.
The available external interfaces are:
- OMG LECIS CORBA interface
- OMG LECIS DCOM interface
- ASTM LECIS (Incorporates compatibility with OMG LECIS)
- ASTM LECIS (Pfizer LIG 2.05 compatible, but is not compatible with the
SCD)
Notable features include:
OMG LECIS Shell Suite V1.0 (CORBA interface)
- OMG LECIS IDL compliant.
- OMG LECIS DCD and SCD compliant.
- Ideal for controlling devices implemented on different hardware or
software platforms.
OMG LECIS Shell Suite V1.0 (DCOM interface)
- DCOM interface generated from the OMG LECIS IDL.
- OMG LECIS DCD and SCD compliant.
- Ideal for controlling devices implemented on Microsoft Windows
platforms.
ASTM LECIS Shell Suite V2.0
- Improved ASTM LECIS compliance.
(See: http://www.e-labcompany.co.uk/products/lecis.shell/LECISComplianceStatement.
2.0.0.pdf)
- OMG LECIS DCD and SCD compliant.
- Ideal for controlling devices over the internet (TCP/IP message
based).
ASTM LECIS Shell Suite V1.2
- Improved ASTM LECIS and LECIS Implementers' Guide 2.05 compliance.
(See: http://www.e-labcompany.co.uk/products/lecis.shell/LECISComplianceStatement1
.2.0.pdf)
- Support for DCD defined Events, Resources and System Variables.
- Improved session disconnect/connect handling through communications loss.
- Performance enhancements.
All products support for:
- XML DCD and SCD validation.
- Message logging to the Windows NT Event log.
The LECIS Shell Suite software provides security and auditing to support
validation.
Hello all,
I've just added new material to the LECIS Download web page (see
http://www.lecis.org/downloads.htm). The Download section now offers the
latest versions of Pfizer's LECIS Implementer's Guide (3.0) and ReTiSoft's
Genera Integration Guide (1.1.5) for download.
Have a nice day,
Torsten
LECIS Web Admin
The specification does not always define what happens in case I send a primary command to the SLM Main Unit (which would be delegated also to all Sub Units) but the main unit is not in the correct state.
- The Main Unit should return the result code MAIN_STATE_INCORRECT and not call any Sub Units.
T
This is defined for some primary comamnds, but we should include a general statement into the spec to make this clear.
slm_event():
The parameter lists for DATA_DIRECT and DATA_LINK are not in the same order (dataid, dataformatid and sequence counter)
The argument list for DATA_DIRECT:
• A Sequence of Octet containing the data values. • A string with the dataformatID • A string with the dataID • A long value with the sequence counter
The argument list for DATA_LINK:
• A string with the data ID. • A string with a sequence counter. • A string with the dataformatID. • An EDataLinkType defining the link type (Listing 25). • A string with the link value.