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authorYann Herklotz <git@yannherklotz.com>2021-03-30 18:48:23 +0100
committerYann Herklotz <git@yannherklotz.com>2021-03-30 18:48:23 +0100
commit0f40e13fab830957ac055e076055280cdb82efff (patch)
tree45853a4552e3535f5ae8993a12d16537f984d23e /method.tex
parent4eb24224015629936727e37f60738ac412578f50 (diff)
downloadfccm21_esrhls-0f40e13fab830957ac055e076055280cdb82efff.tar.gz
fccm21_esrhls-0f40e13fab830957ac055e076055280cdb82efff.zip
Fix use of test-case
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@@ -194,7 +194,7 @@ To ensure that our testing scales to a large number of large programs, we enforc
%In cases where simulation takes longer, we do not consider them as failures or crashes and we record them.
% When testing Intel HLS, we place three time-outs since its execution is generally slower than other HLS tools: a \ref{XX}-minute time-out for C compilation, a \ref{XX}-hour time out for HLS compilation and a \ref{XX}-hour time-out for co-simulation.
-% And the number of timeouts placed has increased to 4. The first timeout sets when compiling the C++ program to CPU and returning an executable once finished. The second timeout is placed when running the executable to get the C++ result. The third timeout, which been given the most extended period, is at synthesizing the design and generating the co-simulation executable. Finally, running the co-simulation executable requires the fourth timeout. The test case can be dumped at any timeout period if the task is not finished within the limited time.
+% And the number of timeouts placed has increased to 4. The first timeout sets when compiling the C++ program to CPU and returning an executable once finished. The second timeout is placed when running the executable to get the C++ result. The third timeout, which been given the most extended period, is at synthesizing the design and generating the co-simulation executable. Finally, running the co-simulation executable requires the fourth timeout. The test-case can be dumped at any timeout period if the task is not finished within the limited time.
\subsection{Reducing buggy programs}\label{sec:method:reduce}