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arrays_examples: THEORY
BEGIN
IMPORTING arrays
R0 : Reals[10] = init % Initializes an array of 10 reals with 0
R1 : Reals[10] = init_with(1) % Initializes an array of 10 reals with 1
B0 : Bools[10] = init % Initializes an array of 10 Booleans with FALSE
B1 : Bools[10] = init_with(TRUE) % Initializes an array of 10 Booleans with TRUE
S0 : Strings[10] = init % Initializes an array of 10 strings with ""
S1 : Strings[10] = init_with("X") % Initializes an array of 10 strings with "X"
N : Nats[10] = init % Initializes an array of 10 natural numbers with 0
Z : Ints[10] = init % Initializes an array of 10 integers with 0
Q : Rats[10] = init % Initializes an array of 10 rational numbers with 0
NS0 : ArrayOf[10][[nat,string]] = init_with[10][[nat,string]]((0,"")) % Initializes an array of 10 pairs [nat,string] with (0,"")
NS1 : ArrayOf[10][[nat,string]] = NS0 WITH [`1 := (1,"")] % Same as NS0 except that it has (1,"") in 1st position
GridPoint : TYPE = [# x,y:int #]
origin : GridPoint = (# x := 0, y := 0 #)
RR0 : ArrayOf[10][GridPoint] = init_with[10][GridPoint](origin) % Initializes an array of 10 grid points with origin
RR1 : ArrayOf[10][GridPoint] = RR0 WITH [`1 := (# x := 1, y:= 0 #)] % Same as RR0 except that it has the point (1,0) in 1st position
END arrays_examples
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Lebenszyklus
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Ziele
Entwicklung einer Software für die statische Quellcodeanalyse
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