1+ /**
2+ * <h2>SysML in java</h2> The SysMLinJava module is a java-based software
3+ * framework for executable SysML model development. It allows the SyML modeler
4+ * to achieve high-precision executable SysML models. Modeling in SysML has
5+ * traditionally meant using a commercially available tool to draw the
6+ * structural and behavioral elements of the model as SysML diagrams. This
7+ * dependence on drawings has more often than not resulted in costly effort to
8+ * learn and manipulate the drawing tool and imposed considerable frustration
9+ * and limitation in modeling complex behaviors. In addition, the ability of the
10+ * drawings-based tool to execute/test a model has been frustratingly limited
11+ * and/or esoteric to the vendor product.
12+ * <h3>High precision executable SysML models</h3> SysMLinJava was developed to
13+ * make extensive, precise, and executable models relatively easy to develop,
14+ * analyze, and test. Whereas SysML is based-on the object-oriented paradigm,
15+ * it's a natural progession to use an object-oriented programming language to
16+ * develop and execute SysML models. Rather than fumble with drawing tools to
17+ * specify model objects, the systems engineer can quickly generate model
18+ * objects as Java classes using any of the myriad powerful easy-to-use Java
19+ * software development IDEs available today. And the "ultimate" SysML modeling
20+ * capability - the executable model - is easily realized through Java's
21+ * extensive and powerful execution capabilities.
22+ * <h3>SysML meta-model compliance</h3> SysMLinJava was designed/developed to
23+ * comply with the OMG standard for SysML - a drawings-based language. As a
24+ * Java-based implementation, SysMLinJava cannot technically comply with the
25+ * SysML standard. Therefore, SysMLinJava does not claim to be in technical
26+ * compliance with the SysML standard, but rather SysMLinJava is a
27+ * representation of the SysML meta-model in the Java programming language.
28+ * <h3>Java class representation of SysML elements</h3> The elements of SysML -
29+ * blocks, state machines, value types, activities, etc. - are all mapped to
30+ * SysMLinJava classes. The SysMLinJava classes represent the properties of the
31+ * SysML elements as Java variables and methods. The block values, for instance,
32+ * are represented as Java variables that are specializations of the {@code
33+ * SysMLValueType}. Block operations and receptions are represented by Java
34+ * methods. The block's state machine is represented by a variable that is an
35+ * extension of the {@code SysMLStateMachine} class. And so forth. The details
36+ * of the SysMLinJava model elements are explained in their respective .java
37+ * source files. Review of these model elements will clarify the relatively easy
38+ * and straightforward application of the SysMLinJava framework to SysML-based
39+ * systems modeling.
40+ * <h3>Open and independent module</h3> Of course, all of the packages in the
41+ * module are exported for use by other modules that define SysMLinJava models.
42+ * The module's only required modules are those of the Java API.
43+ */
44+ module sysMLinJava
45+ {
46+ exports sysmlinjava ;
47+ exports sysmlinjava .analysis .bom ;
48+ exports sysmlinjava .analysis .bom .annotations ;
49+ exports sysmlinjava .analysis .barcharts ;
50+ exports sysmlinjava .analysis .common ;
51+ exports sysmlinjava .analysis .statetransitionstransmitters ;
52+ exports sysmlinjava .analysis .linecharts ;
53+ exports sysmlinjava .analysis .animatedareadisplay ;
54+ exports sysmlinjava .analysis .statetransitions ;
55+ exports sysmlinjava .annotations .requirements ;
56+ exports sysmlinjava .annotations .parametrics ;
57+ exports sysmlinjava .annotations .tests ;
58+ exports sysmlinjava .annotations .events ;
59+ exports sysmlinjava .annotations .statemachines ;
60+ exports sysmlinjava .annotations .blockcontainers ;
61+ exports sysmlinjava .analysis .scatterplots ;
62+ exports sysmlinjava .annotations .dependencies ;
63+ exports sysmlinjava .analysis .interactionmessagetransmitter ;
64+ exports sysmlinjava .analysis .timingdiagrams ;
65+ exports sysmlinjava .analysis .interactionsequence ;
66+ exports sysmlinjava .connectors ;
67+ exports sysmlinjava .constraintblocks ;
68+ exports sysmlinjava .events ;
69+ exports sysmlinjava .kinds ;
70+ exports sysmlinjava .units ;
71+ exports sysmlinjava .probability ;
72+ exports sysmlinjava .comments ;
73+ exports sysmlinjava .requirements ;
74+ exports sysmlinjava .annotations .comments ;
75+ exports sysmlinjava .analysis .neuralnetdisplay ;
76+ exports sysmlinjava .valuetypes ;
77+ exports sysmlinjava .analysis .htmldisplay ;
78+ exports sysmlinjava .blocks ;
79+ exports sysmlinjava .common ;
80+ exports sysmlinjava .ports ;
81+ exports sysmlinjava .annotations .views ;
82+ exports sysmlinjava .quantitykinds ;
83+ exports sysmlinjava .annotations ;
84+ exports sysmlinjava .statemachine ;
85+ exports sysmlinjava .tests ;
86+ exports sysmlinjava .views ;
87+
88+ requires transitive java .logging ;
89+ }
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