@@ -10,7 +10,7 @@ solver usage, with notable improvements for batched solver interactions.
1010
1111## Getting the Artifact
1212
13- You can download the artifact through [ Zenodo] ( https://zenodo.org/records/13959671/files/smtml_0.3.tar.gz?download=1 ) .
13+ You can download the artifact through [ Zenodo] ( https://zenodo.org/records/14104822 ) .
1414
1515## Tested platforms
1616
@@ -29,7 +29,7 @@ modification, and distribution.
2929
3030## MD5 Hash of the Artifact
3131
32- 8edce799971395168bdf728c9a136399
32+ 46c6e43adf9bd5d9a922b3b7db307d12
3333
3434## Building and Running the Docker Image
3535
@@ -191,10 +191,14 @@ $ git submodule update --remote -- smt-comp/
191191```
192192
1931932 . Run the ` eq1.sh ` script. Note that, this script can take up multiple
194- hours to complete.
194+ hours to complete. Therefore, to avoid running the entire dataset specify
195+ a number of benchmark to run with the ` -n ` flag. This will run the benchmarks
196+ quicker, but only provide an aproximation of the papers results.
195197
196198``` sh
197199$ ./eq1.sh
200+ # Or, to just run 20 benchmarks to finish quickly
201+ $ ./eq1.sh -n 20
198202```
199203
200204The script will generate the results in directory ` eq1 ` , which
@@ -237,10 +241,14 @@ $ git submodule update --remote -- smt-comp/
237241```
238242
2392432 . Run the ` eq2.sh ` script. Note that, this script can take up multiple
240- hours to complete.
244+ hours to complete. Therefore, to avoid running the entire dataset specify
245+ a number of benchmark to run with the ` -n ` flag. This will run the benchmarks
246+ quicker, but only provide an aproximation of the papers results.
241247
242248``` sh
243249$ ./eq2.sh
250+ # Or, to just run 20 benchmarks to finish quickly
251+ $ ./eq2.sh -n 20
244252```
245253
246254The script will generate the following files:
@@ -315,10 +323,14 @@ $ git submodule update --remote -- smt-testcomp23/
315323```
316324
3173252 . Run the ` testcomp.sh ` script. Note that, this script can take up multiple
318- hours to complete.
326+ hours to complete. Therefore, to avoid running the entire dataset specify
327+ a number of benchmark to run with the ` -n ` flag. This will run the benchmarks
328+ quicker, but only provide an aproximation of the papers results.
319329
320330``` sh
321331$ ./testcomp.sh
332+ # Or, to just run 20 benchmarks to finish quickly
333+ $ ./testcomp.sh -n 20
322334```
323335
324336The script will generate the following files:
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