Difference between revisions of "Diagram"
Jump to navigation
Jump to search
(→UML) |
(→mscgen) |
||
Line 31: | Line 31: | ||
==mscgen== | ==mscgen== | ||
< caption="Message sequence chart for example no. 4"> | <mscgen caption="Message sequence chart for example no. 4"> | ||
msc { | msc { | ||
a,b,c; | a,b,c; | ||
Line 51: | Line 51: | ||
} | } | ||
</mscgen> | </mscgen> | ||
<noinclude> | <noinclude> | ||
Latest revision as of 09:40, 8 September 2021
Diagrams are pictorial representations of ideas. It associate semantic meanings to graphical artifacts.
Useful reading materials
There are some books on that directly relates to this concept:
On PKC, one may use simple textual data to generate diagrams, using the Diagrams extension.
Sample Diagrams
The Diagrams package supports at least two flavors of diagrams
GraphViz
<graphviz renderer="neato" caption="Graph for example no. 2"> graph example2 {
run -- intr; intr -- runbl; runbl -- run; run -- kernel; kernel -- zombie; kernel -- sleep; kernel -- runmem; sleep -- swap; swap -- runswap; runswap -- new; runswap -- runmem; new -- runmem; sleep -- runmem;
} </graphviz>
mscgen
<mscgen caption="Message sequence chart for example no. 4"> msc {
a,b,c;
a->b [label="ab()"]; b->c [label="bc(TRUE)"]; c=>c [label="process(1)"]; c=>c [label="process(2)"]; ...; c=>c [label="process(n)"]; c=>c [label="process(END)"]; a<<=c [label="callback()"]; --- [label="If more to run", ID="*"]; a->a [label="next()"]; a->c [label="ac()"]; b<-c [label="cb(TRUE)"]; b->b [label="stalled(...)"]; a<-b [label="ab() = FALSE"];
} </mscgen>