Difference between revisions of "Sequential Composition"
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== Examples == | == Examples == | ||
| − | var a:=12 ; a:=99 | + | function void main() { |
| + | var a:=12 ; a:=99 | ||
| + | }; | ||
In the above example variable ''a'' is declared to be equal to 12, after this the variable is then modified to hold the value of 99. | In the above example variable ''a'' is declared to be equal to 12, after this the variable is then modified to hold the value of 99. | ||
| − | function1() ; function2() | + | function void main() { |
| + | function1() ; function2() | ||
| + | }; | ||
In the second example ''function1'' will execute and then after (if it terminates) the function ''function2'' will be called. | In the second example ''function1'' will execute and then after (if it terminates) the function ''function2'' will be called. | ||
Latest revision as of 15:44, 15 April 2019
Syntax
body ; body
Semantics
Will execute the code before the sequential composition, ;, and then (if this terminates) will execute the code after the sequential composition.
Note: Unlike many imperative languages, all blocks must be terminated by a form of composition (sequential or parallel.)
Examples
function void main() {
var a:=12 ; a:=99
};
In the above example variable a is declared to be equal to 12, after this the variable is then modified to hold the value of 99.
function void main() {
function1() ; function2()
};
In the second example function1 will execute and then after (if it terminates) the function function2 will be called.
Since: Version 0.41b
