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authorLuke Wagner <mail@lukewagner.name>2015-09-11 17:45:53 -0500
committerLuke Wagner <mail@lukewagner.name>2015-09-15 11:27:22 -0500
commitc931978df51cf3d71b7e67e90629beaf470bb0c9 (patch)
tree62da08e3e9ab9c5aab164bc4bc58dbf21baf7987
parenta812e9fe429e31dfd71bbabf7d7a37771fe71e8e (diff)
downloadnanowasm-design-c931978df51cf3d71b7e67e90629beaf470bb0c9.tar.gz
FORTRAN isn't so emphatic these days
-rw-r--r--FutureFeatures.md2
1 files changed, 1 insertions, 1 deletions
diff --git a/FutureFeatures.md b/FutureFeatures.md
index 0feaf50..232ff62 100644
--- a/FutureFeatures.md
+++ b/FutureFeatures.md
@@ -388,6 +388,6 @@ it may be useful to have a fully mutable global variable which lives outside
linear memory. This would allow more aggressive compiler optimizations (due to
better alias information). If globals are additionally allowed array types,
significant portions of memory could be moved out of linear memory which could
-reduce fragmentation issues. Langauges like FORTRAN which limit aliasing would be
+reduce fragmentation issues. Languages like Fortran which limit aliasing would be
one use case. C/C++ compilers could also determine that some global variables never
have their address taken.