Global System For Automated Applications Using Plug In

Global System for Automated Applications
using Plug-Ins
Jarobit Pina Saez

Jarobit Pina Saez

User: JPina

Forum and Community
User: JPina

Write to me to:
jarobit.pinasaez@draeger.com

2 | 37

Global System for Automated Applications using Plug-Ins | Jarobit Pina Saez | 20/11/2013

WHO ARE DRAEGER?
2010 – Category winner for Process
Innovation
2011 – Category winner for Logistics
and Operational efficiency
2012 – Overall Winner
2012 – Category winner for Financial
management
2012 – Logistics and Operational
Efficiency

3 | 37


INDEX
1. Introduction.
2. 1.1 Starting Point.
Demonstration.
1.2 Detected Issues.
3. 1.3 Goal. and system data.
Database
4. 1.4 Desired Solution.
Global System.
5. Test Application Template.
6. Thanks and Resources.
7. Questions.
4 | 37


1. Introduction:
1.1 Starting Point.
o
Wh ned
ig
des test?
this

Can I
change
this HW
?

Wh

ere
sou is th
e
cod rce
e?

do I
How is
run th n?
ai
s t ag
te

Can I
modify t
his
Param?
5 | 37


How
long
take will
upda to
te
syste the
m?
What is
the SW
Rev.?

1. Introduction:
1.2 Detected Issues.
•

Different Data Storage Systems:

•

Non existent data retrieval tool.
• Custom Stored Procedures.
• Lots of paper based data and chart plotting.

•

Not fully automated solutions and different test environments.
• Steep learning curves for the operators.

•

No tracking system in the production line (No poka-yoke).

6 | 37


1. Introduction:
1.3 Goal.
• One database and management tool:

• One Test Environment:

• Unified data retrieval & analysis tool.

• Ability to track units in the production lines (Poka-Yoke).

7 | 37


1. Introduction:
1.4 Proposed Solution.
Universal

One storage
system
Server based
code

Tracking

One
API

User Friendly

8 | 37


1. Introduction:
1.4 Goal.
Could we treat our test/automation applications as “Plug –Ins”?
• Software component that adds a specific feature to an existing software
application. When an application supports plug-ins, it enables customization.

Framework:

Initialisation
Not OK?
OK?

Test Execution
Finished?

9 | 37


INDEX
1. Introduction.
2. Demonstration
3.Database and system data.
4.Framework.
5.Test Application Template.
6.Thanks and Resources.
7.Questions.
10 | 37


2. Demonstration:

11 | 37


INDEX
1. Introduction.
2. Demonstration.
3. Database and system data.
3.1 Database.
4.Global System.
3.2 Test Application Data.
5.Test Application Template.
7.Questions.
12 | 37


3. Database and system data:
3.1 Database

Test Report

Test Results

Test Cases Data

The system is based on a well designed and structured database
Operator

Product Data and Tracking

• Characteristics:

Device
+ Sr. Number

• A.C.I.D.
• Atomicity.
• Consistency.

Operator/Rights

Operations

Product

Hardware data

Test Bench

• Isolation.
• Durability.
Rights

TB Status

• Data normalisation.
TB Family
• Maintainable against futureHardware
requirements

Operator data
13 | 37

Fixture/Product


Fixture

3. Test Application Data:
3.2 Test Application Data.

LVOOP

Test parameters:
• Test application constants, settings details, instruments O.P…

Test Limits:
• Test cases maximum and minimum possible value.

Hardware data:
• Devices’ address, serial numbers, etc.

Device under test data:
• Part number, serial number, name, etc.

14 | 37


INDEX
1. Introduction.
2. Demonstration.
4. Global System.
4.1 System Overview.
5.Test System Problematic.
4.2 Application Template.
4.3 How to Resources.
6.Thanks and call unknown applications.
4.4 Messaging between contexts.
7.Questions.
15 | 37


4. Global System:
4.1. System Overview.
Custom Menu (Events)
Buttons (Events)

Additional Info

Dynamic Window: (Subpanel)

•
•
•
•

•
•
•

DUT details.
Elapsed Test Time
Statistics.
YIELD.

User interaction.
Results display.
Test Applications (Plug-Ins).
UNKNOWN

SYSTEM
QDMH
QDSM

QDSM

Parallel process

Parallel process

Tracking Window:
•
•

Messages from the system
Messages from the dynamically
loaded application.

EDSM
16 | 37


Parallel process

4. Global System:
4.2 System Challenge.

!!

!!

• The not possible to call unknown source codesolution
It is Packed Project Libraries provide with the
System Executable

OK!!!
ERROR!!!!

Dependencesare
Where included
Dynamically called
With the PPL (Compiled code)
the missing dependences?
Unknown source code
Dynamically called
VI in PPL
17 | 37


4. Global System:
4.3 How to call unknown applications.

Problem!!
Context 1

Context 2 Generic Application

Entry point to customised
functions
Context 3

LVLIBP
Generic Application

• How do I build my executable without calling all the test applications
Attributes
Framework
Test Application

Solution!!

LVLIBP

Methods (Dynamic)
Test Application
Context 3
Context 2
• Plug-in Architecture using PackedInit Instruments
• Project Libraries by Michel Lacasse
Generic Application
Test Application
Attributes
Methods (Dynamic)
•Init Instruments
•Run
•Close Instr.

18 | 37

e
nc
ta
Ins

•Run
•Close Instr.

Factory pattern


Ch
ild

Attributes

of
Methods (Dynamic)
•Init Instruments
•Run
•Close Instr.

4. Global System:
4.4 Messaging Between Contexts.
• Can I use common messaging tools?

In
st a
nc
e

f

Framework

o
ild
Ch

Generic Application
• Queues are context dependant.
LVLIBP
• Needed to drive sequences in the applications
Generic
• Classes are context dependant.
Application
Class
• They contain the test data.
• Events are “not” context dependant.
• Needed to send messages from the application to the system
Context 1
Context 3

• LVLIBPs create their own context
•

Generic
Application
So how
Class

LVLIBP

Test
can I communicate with my test application

Message

19 | 37

!

Test Application


Application
Class

You wish!!

INDEX
1. Introduction.
2. Demonstration.
4. Global System.
5.1 Reasons and Objective.
5.2 Concept.
6.Questions.
20 | 37


5. Test Application Template:

Reasons:
• Provide the other developers with a complete level of abstraction
from the framework
• Allow other programmers with lower LabVIEW knowledge to deploy
their test applications
• Provide the other developers with a “Stand Alone” environment.
• Avoid time loss programming the “Framework-Test Application” API
for each test application.

21 | 37



Objective:

To do by developers
Provided

Framework
Process Events

Init
Instruments

Run Application

Close
Instruments

Process queue
TEMPLATE
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5.2 Concept.
TEMPLATE

Abort button
Pressed?

Takes the resources
to drive the instruments

Initialise
Instruments

Frees the resources
to drive the instruments

Test Application

Idle

Keeps the instruments
References alive
23 | 37

Check
Abort


Close
Instruments

INDEX
1. Introduction.
2. Demonstration.
4. Global System.
7.Questions.
24 | 37


7. Thanks.
Francisco Sáez who introduced me to the
engineering.

Fabiola de la Cueva for her unconditional support.

Michael Lacasse for coming out with the Plug In
architecture and his help.
Grant Heimbach who helped me to understand
how the application builder works.
For their support and confidence in me.
25 | 37


7. Further Information.
• Resources:
• Advanced Architectures Courses.
• QDMH.
• APIs for Messaging
• Michael Lacasse’s “Plug-in Architecture using Packed
Project Libraries.”
• Plug-In Architecture using Packed Project Libraries.
• Grant Heimbach’s “Under the hood of the application
builder.”
• Under the hood of the application builder.
• LAVAg.org
• National Instruments Forum.
26 | 37


INDEX
1. Introduction.
2. Demonstration.
4. Global System.
7. Questions.
27 | 37


8. Questions.

QUESTIONS
Do you want to know more??
•Come to the CSLUG Meeting
•4th of December in Newbury
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THANK YOU

Thank you for
your attention

29 | 37


Possible Questions:
Dynamic Window Thread.
Operator InfoData Name Operator ID
Test Bench
Product Rights and

DUT ID & Sr Number

It is basically a Request
repetitive sequence:

Server

Test
Bench
Data
Generic Application
Test
ClassBench
Data
Initialise
SM

Request
Operator
Data

t In
duc
Pro
Request
DUT
Data

Initialise
Test
Report

STATE MACHINE
Generic Application
Class
Close
Instruments

Exit

Parameters
& Limits

Download
Application

Test Application
Class

Show
Results
Upload
Application
Data

30 | 37

fo


Initialise
Instruments
Run
Application

Possible Questions
Messaging Between Contexts.
LVLIBP

Context 1

Context 3
Context 2
Attributes
Methods (Static)
• Init QUEUE
• Enqueue
• Dequeue
• Close QUEUE

e
nc
ta
Ins

Methods (Static)
•Init QUEUE
•Enqueue
•Dequeue
•Close QUEUE
•Generate Event

Factory pattern

• Generate Event

•
•

31 | 37

Test Application

Attributes
•QUEUE Ref
•Event Ref

Create User Event
Register User Event
Generic Application
Test Application

Context 3

Generic Application

Framework
•
•

Door to our application

Attend to User Event
Close User Event


LVLIBP
Test Application

Ch
ild

of

Attributes
• QUEUE Ref
• Event Ref
Methods (Static)
•Init QUEUE
•Enqueue
•Dequeue
•Close QUEUE
•Generate Event
Methods (Static)
•QDSM

Possible Questions:
Messaging Between Contexts.
• Classes:

Context 3
LVLIBP
are context dependant.
Generic
Test Application
Framework class is different in Application
• Same
2 different applications. LVLIBP
Attributes
Test Application
GenericParameters, limits, product information, test bench
Application
•
Methods
Attributes
Attributes
information.
Methods
Methods
• Data collected in the framework.
Instance
•Instance is application dependant.
Data
• Data is used and modified by the test applications.

Context Classes
• 1

Class To Cluster
(Method)

Different Classes

Cluster To Variant

32 | 37


Cluster To Class
(Method)
Variant To Cluster

4. Global System:
4.3 How to call unknown applications.

Problem!!

Generic App
LVLIBP
• How do I build my executable without calling all the test applications ?
Generic
Application
Class
• Plug-in Architecture using Packed Project Libraries by Michel Lacasse
Test App
LVLIBP
Framework

Test
Generic
Application
Class

33 | 37

In
st

Generic App
LVLIBP

an
ce
s

In
clu

s
ld
de
hi
cl u
/C
In
nt
re
Pa

de
s

Solution!!

Factory Pattern


Generic App
LVLIBP
Test
Application
Class

Global System For Automated Applications Using Plug In

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