For instance:
type metres = int
type metres = MyLib.longueur
type matrice = metres^10^100
Code generation in C (with typedef) included. The
code uses the aliases for traceability.
Same as fold but the iterated function takes an
integer as the last but one argument.
This is not something that is necessarily
important to have in trunk but the patch is so
small that it doesn't hurt.
- Added Elamba(inp, outp, eq_list) constructor. This
is necessary for iterator fusion.
- Refactored Mls2obc to allow to generate code
for anonymous functions (basically we have to
remember if we are within an iterator, as there is
no nesting of iterators)
There is a known problem with the local vars defined in
the anonymous function that needs to be declared.
- (v1, v2, ... ) fby (e1, e2, ...) is translated to
(v1 fby e1, v2 fby e2, ...)
This has made the code even more complex. This will
need to be refactored at some point.
- Many changes to make Hept2mls, mls2obc, etc
compile with the api changes
- Added Callgraph_mapfold: starting from a main
program, generates the list of instances of each
node necessary and creates them.
- Mls2seq deals with giving to the code generators
the correct source (mls or obc, wit or without
static parameters)
It is now possible to use parametrized nodes that
are defined in other files. For that to work, the
first file has to be compiled to an object file:
heptc -c mylib.ept
which creates a mylib.epo file. Compiling the main
file will then generate all the instances of
parametrized nodes from the lib (only the called
nodes will be compiled, but all the nodes in the
main file are compiled).
