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Location: CSY/reowolf/testdata/parser/positive/16.pdl - annotation
cecf94fdb875
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simplified approach to the piecewise acquisition of port info. starting to reintegrate communication phase
1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 1b7b852c3395 | #version 100
composite main() {
channel xo -> xi;
new a(xi);
new c(xo);
}
primitive a(in x) {
synchronous {
msg m = get(x);
assert m.length == 5;
assert m[0] == 'h';
assert m[1] == 'e';
assert m[2] == 'l';
assert m[3] == 'l';
assert m[4] == 'o';
}
}
primitive b(out x) {
synchronous (msg m) {
put(x, m);
}
}
// or
primitive c(out x) {
synchronous {
msg m = create(5);
m[0] = 'h';
m[1] = 'e';
m[2] = 'l';
m[3] = 'l';
m[4] = 'o';
put(x, m);
}
}
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