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Pierre Gaufillet
2018-12-06 14:47:05 +01:00
parent b1dcd806aa
commit 79820f4433
370 changed files with 247380 additions and 3 deletions
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examples/pseim.examples/.project Normal file
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<?xml version="1.0" encoding="UTF-8"?>
<projectDescription>
<name>pseim.examples</name>
<comment></comment>
<projects>
</projects>
<buildSpec>
<buildCommand>
<name>org.eclipse.xtext.ui.shared.xtextBuilder</name>
<arguments>
</arguments>
</buildCommand>
</buildSpec>
<natures>
<nature>org.eclipse.sirius.nature.modelingproject</nature>
<nature>org.eclipse.xtext.ui.shared.xtextNature</nature>
</natures>
</projectDescription>

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eclipse.preferences.version=1
encoding/README.html=UTF-8

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examples/pseim.examples/ArchiImplemOcaml.seimx Normal file
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model ImplemOcaml {
component ID (out tIDENT)
component MID (out tMIDENT)
component MODELE (in IP, in OP, in SC, out tMODELE)
component PATTERN (in IP, in OP, in SC, out tPATTERN)
ID.tIDENT -> MODELE.IP
ID.tIDENT -> MODELE.OP
MID.tMIDENT -> MODELE.SC
MID.tMIDENT -> PATTERN.IP
MID.tMIDENT -> PATTERN.OP
MID.tMIDENT -> PATTERN.SC
component UNFOLD_MAPPING (in UM, in PM, out tMODELE, out PMAP, out IMAP, out UM) {
component UNFOLD (in PM, out o)
component PATTERN_MAPPING (in UM, in PM, out o)
component INSTANCE_MAPPING (in i1, in i2, out o)
UNFOLD_MAPPING.UM -> PATTERN_MAPPING.UM
UNFOLD_MAPPING.PM -> PATTERN_MAPPING.PM
UNFOLD_MAPPING.PM -> UNFOLD.PM
UNFOLD.o -> INSTANCE_MAPPING.i2
UNFOLD_MAPPING.PM -> INSTANCE_MAPPING.i1
PATTERN_MAPPING.o -> PMAP
INSTANCE_MAPPING.o -> IMAP
}
MODELE.tMODELE -> UNFOLD_MAPPING.UM
PATTERN.tPATTERN -> UNFOLD_MAPPING.PM
component APPLY (in IM, in PM, in i, out tMODELE) {
component SOMME (out o)
component MSOMME (out o)
component MSOMME2 (out o)
component MODELE (in IP, in OP, in SC, out tMODELE)
SOMME.o -> MODELE.IP
MSOMME.o -> MODELE.OP
MSOMME2.o -> MODELE.SC
MODELE.tMODELE -> tMODELE
}
MODELE.tMODELE -> ImplemOcaml.APPLY.IM
UNFOLD_MAPPING.tMODELE -> APPLY.PM
UNFOLD_MAPPING.IMAP -> APPLY.i
}

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<?xml version='1.0' encoding='utf-8' ?><!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
<html xmlns="http://www.w3.org/1999/xhtml">
<head>
<meta http-equiv="Content-Type" content="text/html; charset=utf-8"/>
</head>
<body>
<h1 id="tests-and-instances-notes">Tests and instances notes</h1>
<p>This folder contains some model instances conforms to the seim and pseim metamodels.</p>
<h2 id="models-details">Models details</h2>
<h3 id="archiimplemocaml-seimx">ArchiImplemOcaml.seimx</h3>
<p>This model contains the structure of the OCaml code provided as an implementation of the pattern instantiation and application Event-B model.</p>
<h3 id="test_moong_1">Test
<em>MoonG</em>1
</h3>
<h4 id="first-test">First test</h4>
<p>The pattern files for this test is N-Version Programing.pseimx. It represents the "N Version Programming" pattern provided in [1].</p>
<p>Parameters of the pattern: </p>
<ul>
<li>comp: a component that is replicated</li>
<li>nb_in: the number of input ports of the component that is replicated</li>
<li>nb_out: the number of output ports of the component that is replicated</li>
<li>nb_comp: the number of times the component is replicated</li>
</ul>
<h5 id="first-instantiation">First instantiation</h5>
<p>Patter instanciation inputs:</p>
<ul>
<li>The source model (source.seimx)</li>
<li>The pattern instantiation parameters values: comp = System.Sub1; nb_in = 2; nb_out = 1; nb_comp = 3</li>
</ul>
<p>Pattern elaboration: </p>
<ul>
<li>unfold.seimx </li>
</ul>
<p>Pattern application:</p>
<ul>
<li>result2.seimx</li>
</ul>
<h5 id="second-instantiation">Second instantiation</h5>
<p>Patter instanciation inputs:</p>
<ul>
<li>The source model (source2.seimx)</li>
<li>The pattern instantiation parameters values: comp = System.Sub1; nb_in = 2; nb_out = 2; nb_comp = 3</li>
</ul>
<p>Pattern elaboration: </p>
<ul>
<li>unfold_1.seimx </li>
</ul>
<p>Pattern application:</p>
<ul>
<li>result.seimx</li>
</ul>
<h2 id="references">References</h2>
<p>[1] C. Preschern, N. Kajtazovic, et C. Kreiner, « Building a Safety Architecture Pattern System », in Proceedings of the 18th European Conference on Pattern Languages of Program, New York, NY, USA, 2015</p>
</body>
</html>

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# Tests and instances notes
This folder contains some model instances conforms to the seim and pseim metamodels.
## Models details
### ArchiImplemOcaml.seimx
This model contains the structure of the OCaml code provided as an implementation of the pattern instantiation and application Event-B model.
### Test_MoonG_1
#### First test
The pattern files for this test is N-Version Programing.pseimx. It represents the "N Version Programming" pattern provided in [1].
Parameters of the pattern:
* comp: a component that is replicated
* nb\_in: the number of input ports of the component that is replicated
* nb\_out: the number of output ports of the component that is replicated
* nb\_comp: the number of times the component is replicated
##### First instantiation
Patter instanciation inputs:
* The source model (source.seimx)
* The pattern instantiation parameters values: comp = System.Sub1; nb\_in = 2; nb\_out = 1; nb\_comp = 3
Pattern elaboration:
* unfold.seimx
Pattern application:
* result2.seimx
##### Second instantiation
Patter instanciation inputs:
* The source model (source2.seimx)
* The pattern instantiation parameters values: comp = System.Sub1; nb\_in = 2; nb\_out = 2; nb\_comp = 3
Pattern elaboration:
* unfold_1.seimx
Pattern application:
* result.seimx
## References
[1] C. Preschern, N. Kajtazovic, et C. Kreiner, « Building a Safety Architecture Pattern System », in Proceedings of the 18th European Conference on Pattern Languages of Program, New York, NY, USA, 2015

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examples/pseim.examples/Test_MoonG_1/N-Version Programming.pseimx Normal file
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pattern N_Version_Programming(nb_in, nb_out, nb_comp) {
component NVerProg(in i[nb_in], out o[nb_out]) {
component dupl[nb_in](in i[1], out o[nb_comp])
component comp[nb_comp](in i[nb_in], out o[nb_out])
component vote[nb_out]( in i[nb_comp], out o)
i -{Transpose}-> dupl.i
dupl.o -{Transpose}-> comp.i
comp.o -{Transpose}-> vote.i
vote.o -{Transpose}-> o
}
}

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examples/pseim.examples/Test_MoonG_1/result.seimx Normal file
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model result {
component System(in i1,in i2,out o1, out o2) {
component Sub2(in i,out o)
component Sub1(in i1,in i2,out o1,out o2) {
component vote_2(in i_1,in i_2,in i_3,out o_1)
component vote_1(in i_1,in i_2,in i_3,out o_1)
component dupl_2(in i_1,out o_1,out o_2,out o_3)
component dupl_1(in i_1,out o_1,out o_2,out o_3)
component Sub1_3(in i_1,in i_2,out o_1,out o_2)
component Sub1_2(in i_1,in i_2,out o_1,out o_2)
component Sub1_1(in i_1,in i_2,out o_1,out o_2)
i1 -> dupl_2.i_1
i2 -> dupl_1.i_1
dupl_2.o_3 -> Sub1_3.i_2
dupl_2.o_2 -> Sub1_2.i_2
dupl_2.o_1 -> Sub1_1.i_2
dupl_1.o_3 -> Sub1_3.i_1
dupl_1.o_2 -> Sub1_2.i_1
dupl_1.o_1 -> Sub1_1.i_1
Sub1_3.o_2 -> vote_2.i_3
Sub1_3.o_1 -> vote_1.i_3
Sub1_2.o_2 -> vote_2.i_2
Sub1_2.o_1 -> vote_1.i_2
Sub1_1.o_2 -> vote_2.i_1
Sub1_1.o_1 -> vote_1.i_1
vote_2.o_1 -> o1
vote_1.o_1 -> o2
}
i1 -> Sub1.i1
i2 -> Sub1.i2
Sub1.o1 -> Sub2.i
Sub1.o2 -> o2
Sub2.o -> o1
}
}

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examples/pseim.examples/Test_MoonG_1/result2.seimx Normal file
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model result {
component System(in i1,in i2,out o1 ) {
component Sub2(in i,out o)
component Sub1(in i1,in i2,out o1 ) {
component vote_1(in i_1,in i_2,in i_3,out o_1)
component dupl_2(in i_1,out o_1,out o_2,out o_3)
component dupl_1(in i_1,out o_1,out o_2,out o_3)
component Sub1_3(in i_1,in i_2,out o_2)
component Sub1_2(in i_1,in i_2,out o_2)
component Sub1_1(in i_1,in i_2,out o_2)
i1 -> dupl_2.i_1
i2 -> dupl_1.i_1
dupl_2.o_3 -> Sub1_3.i_2
dupl_2.o_2 -> Sub1_2.i_2
dupl_2.o_1 -> Sub1_1.i_2
dupl_1.o_3 -> Sub1_3.i_1
dupl_1.o_2 -> Sub1_2.i_1
dupl_1.o_1 -> Sub1_1.i_1
Sub1_3.o_2 -> vote_1.i_3
Sub1_2.o_2 -> vote_1.i_2
Sub1_1.o_2 -> vote_1.i_1
vote_1.o_1 -> o1
}
i1 -> Sub1.i1
i2 -> Sub1.i2
Sub1.o1 -> Sub2.i
Sub2.o -> o1
}
}

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examples/pseim.examples/Test_MoonG_1/source.seimx Normal file
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model source {
component System(in i1, in i2, out o1) {
component Sub1(in i1, in i2, out o)
component Sub2(in i, out o)
i1 -> Sub1.i1
i2 -> Sub1.i2
Sub1.o -> Sub2.i
Sub2.o -> o1
}
}

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examples/pseim.examples/Test_MoonG_1/source2.seimx Normal file
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model source {
component System(in i1, in i2, out o1, out o2) {
component Sub1(in i1, in i2, out o1, out o2)
component Sub2(in i, out o)
i1 -> Sub1.i1
i2 -> Sub1.i2
Sub1.o1 -> Sub2.i
Sub2.o -> o1
Sub1.o2 -> o2
}
}

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examples/pseim.examples/Test_MoonG_1/unfold.seimx Normal file
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model unfold {
component NVerProg(in i_1,in i_2,out o_1) {
component vote_1(in i_1,in i_2,in i_3,out o_1) {}
component dupl_2(in i_1,out o_1,out o_2,out o_3) {}
component dupl_1(in i_1,out o_1,out o_2,out o_3) {}
component comp_3(in i_1,in i_2,out o_1) {}
component comp_2(in i_1,in i_2,out o_1) {}
component comp_1(in i_1,in i_2,out o_1) {}
i_2 -> dupl_2.i_1
i_1 -> dupl_1.i_1
dupl_2.o_3 -> comp_3.i_2
dupl_2.o_2 -> comp_2.i_2
dupl_2.o_1 -> comp_1.i_2
dupl_1.o_3 -> comp_3.i_1
dupl_1.o_2 -> comp_2.i_1
dupl_1.o_1 -> comp_1.i_1
comp_3.o_1 -> vote_1.i_3
comp_2.o_1 -> vote_1.i_2
comp_1.o_1 -> vote_1.i_1
vote_1.o_1 -> o_1
}
}

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examples/pseim.examples/Test_MoonG_1/unfold_1.seimx Normal file
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model unfold_NVerProg {
component NVerProg(in i_1,in i_2,out o_1,out o_2) {
component vote_2(in i_1,in i_2,in i_3,out o_1) {
}
component vote_1(in i_1,in i_2,in i_3,out o_1) {
}
component dupl_2(in i_1,out o_1,out o_2,out o_3) {
}
component dupl_1(in i_1,out o_1,out o_2,out o_3) {
}
component comp_3(in i_1,in i_2,out o_1,out o_2) {
}
component comp_2(in i_1,in i_2,out o_1,out o_2) {
}
component comp_1(in i_1,in i_2,out o_1,out o_2) {
}
i_2 -> dupl_2.i_1
i_1 -> dupl_1.i_1
dupl_2.o_3 -> comp_3.i_2
dupl_2.o_2 -> comp_2.i_2
dupl_2.o_1 -> comp_1.i_2
dupl_1.o_3 -> comp_3.i_1
dupl_1.o_2 -> comp_2.i_1
dupl_1.o_1 -> comp_1.i_1
comp_3.o_2 -> vote_2.i_3
comp_3.o_1 -> vote_1.i_3
comp_2.o_2 -> vote_2.i_2
comp_2.o_1 -> vote_1.i_2
comp_1.o_2 -> vote_2.i_1
comp_1.o_1 -> vote_1.i_1
vote_2.o_1 -> o_2
vote_1.o_1 -> o_1
}
}

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