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rename iface/ as spot-if/

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So that instead of having to do
  #incluce <spot/iface/ltsmin/ltsmin.hh>
for using installed the installed header, and
  #incluce <iface/ltsmin/ltsmin.hh>
for using the non-installed version, we now do
  #incluce <spot-if/ltsmin/ltsmin.hh>
in both cases.

* iface/: Rename as...
* spot-if/: ... this.
* doc/Doxyfile.in, README, configure.ac, Makefile.am,
spot/sanity/80columns.test, spot/sanity/style.test: Adjust.
* NEWS: Mention the change.
* spot-if/ltsmin/Makefile.am: Install headers in $includedir/spot-if.
* debian/libspot-dev.install: Distribute that directory as well.
This commit is contained in:
Alexandre Duret-Lutz 2015-12-07 21:53:09 +01:00
parent 690b8f51c7
commit b519c7d3dc
25 changed files with 26 additions and 22 deletions
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63
spot-if/ltsmin/beem-peterson.4.dve Normal file
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// peterson mutual exclusion protocol for N processes
// Comes from http://anna.fi.muni.cz/models/cgi/model_info.cgi?name=peterson
// Also distributed with DiVinE (using dual GPL and BSD licences)
byte pos[4];
byte step[4];
process P_0 {
byte j=0, k=0;
state NCS, CS, wait ,q2,q3;
init NCS;
trans
NCS -> wait { effect j = 1; },
wait -> q2 { guard j < 4; effect pos[0] = j;},
q2 -> q3 { effect step[j-1] = 0, k = 0; },
q3 -> q3 { guard k < 4 && (k == 0 || pos[k] < j); effect k = k+1;},
q3 -> wait { guard step[j-1] != 0 || k == 4; effect j = j+1;},
wait -> CS { guard j == 4; },
CS -> NCS { effect pos[0] = 0;};
}
process P_1 {
byte j=0, k=0;
state NCS, CS, wait ,q2,q3;
init NCS;
trans
NCS -> wait { effect j = 1; },
wait -> q2 { guard j < 4; effect pos[1] = j;},
q2 -> q3 { effect step[j-1] = 1, k = 0; },
q3 -> q3 { guard k < 4 && (k == 1 || pos[k] < j); effect k = k+1;},
q3 -> wait { guard step[j-1] != 1 || k == 4; effect j = j+1;},
wait -> CS { guard j == 4; },
CS -> NCS { effect pos[1] = 0;};
}
process P_2 {
byte j=0, k=0;
state NCS, CS, wait ,q2,q3;
init NCS;
trans
NCS -> wait { effect j = 1; },
wait -> q2 { guard j < 4; effect pos[2] = j;},
q2 -> q3 { effect step[j-1] = 2, k = 0; },
q3 -> q3 { guard k < 4 && (k == 2 || pos[k] < j); effect k = k+1;},
q3 -> wait { guard step[j-1] != 2 || k == 4; effect j = j+1;},
wait -> CS { guard j == 4; },
CS -> NCS { effect pos[2] = 0;};
}
process P_3 {
byte j=0, k=0;
state NCS, CS, wait ,q2,q3;
init NCS;
trans
NCS -> wait { effect j = 1; },
wait -> q2 { guard j < 4; effect pos[3] = j;},
q2 -> q3 { effect step[j-1] = 3, k = 0; },
q3 -> q3 { guard k < 4 && (k == 3 || pos[k] < j); effect k = k+1;},
q3 -> wait { guard step[j-1] != 3 || k == 4; effect j = j+1;},
wait -> CS { guard j == 4; },
CS -> NCS { effect pos[3] = 0;};
}
system async;