ftest now under cmake

- ftests return 0 on success;
- throw_if -> exit_if

pub/CMakeLists.txt

@@ -56,3 +56,4 @@ add_subdirectory(src)
 add_subdirectory(share)
 add_subdirectory(man)
 add_subdirectory(utest)
+add_subdirectory(ftest)

pub/ftest/CMakeLists.txt

+# To run the tests on Linux, use 'make test' or 'ctest'.
+# To select which tests to run, use 'ctest -R regex'.
+# To see output from the individual tests, use 'ctest -V'.
+# For more options, run 'ctest --help'.
+
+enable_testing()
+
+# We glob test sources, though this is often considered evil.
+# Just touch CMakeLists.txt each time a test is added or withdrawn.
+
+file(GLOB test_sources "*.f2t")
+
+foreach(test_src ${test_sources})
+    # remove directory path and suffix, to retain just the name of the test
+    string(REGEX REPLACE ".*/" "" test_name "${test_src}")
+    string(REGEX REPLACE ".f2t$" "" test_name "${test_name}")
+    add_test(${test_name} "${test_src}")
+endforeach(test_src)

pub/ftest/arithmetics.f2t

 #!/usr/bin/env frida
-throw_unless(2+3==5,"arithmetic_failure")
-throw_unless(0.2+.3==.5,"arithmetic_failure")
-throw_unless(0.2+3==3.2,"arithmetic_failure")
-throw_unless(2<3,"arithmetic_failure")
-throw_unless(!(3<3),"arithmetic_failure")
-throw_unless(3<=3,"arithmetic_failure")
-throw_unless(3.1>3,"arithmetic_failure")
-throw_unless(!(3.>3),"arithmetic_failure")
-throw_unless(!(-3.<-3),"arithmetic_failure")
-exit(1)
+exit_unless(2+3==5,"arithmetic_failure")
+exit_unless(0.2+.3==.5,"arithmetic_failure")
+exit_unless(0.2+3==3.2,"arithmetic_failure")
+exit_unless(2<3,"arithmetic_failure")
+exit_unless(!(3<3),"arithmetic_failure")
+exit_unless(3<=3,"arithmetic_failure")
+exit_unless(3.1>3,"arithmetic_failure")
+exit_unless(!(3.>3),"arithmetic_failure")
+exit_unless(!(-3.<-3),"arithmetic_failure")
+exit(0)
\ No newline at end of file

pub/ftest/curve_functionals.f2t

 #!/usr/bin/env frida
 cca sin(t)
-throw_unless(abs(integrate(0,pi)-2)<1e-14,"integration_failed")
-exit(1)
+exit_unless(abs(integrate(0,pi)-2)<1e-14,"integration_failed")
+exit(0)
\ No newline at end of file

pub/ftest/divisions.f2t

 #!/usr/bin/env frida
-throw_unless(abs(5/3-5.0/3.0)<1e-14,"fp_division_failed")
-throw_unless(5//3==1,"int_division_failed")
-throw_unless(5%3==2,"modulo_failed")
-exit(1)
+exit_unless(abs(5/3-5.0/3.0)<1e-14,"fp_division_failed")
+exit_unless(5//3==1,"int_division_failed")
+exit_unless(5%3==2,"modulo_failed")
+exit(0)
\ No newline at end of file

pub/ftest/fit0.f2t

@@ -5,6 +5,6 @@ oy! 7*i
 cc p0*t
 cwc
 cf
-throw_unless(abs(p0-7)<1e-13,"fit_failed")
-throw_unless(abs(f(1.5)-10.5)<1e-13,"curve_eval_failed")
-exit(1)
+exit_unless(abs(p0-7)<1e-13,"fit_failed")
+exit_unless(abs(f(1.5)-10.5)<1e-13,"curve_eval_failed")
+exit(0)

pub/ftest/fit1.f2t

@@ -4,4 +4,4 @@ oy 100*(j+x^1.1)
 ody! sqrt(1+y)
 cc p0+p1*t
 cf
-exit(1)
+exit(0)

pub/ftest/fit2glo.f2t

@@ -10,4 +10,4 @@ cp
 cg 1
 cf
 cp
-exit(1)
+exit(0)

pub/ftest/fit3resol.f2t

@@ -5,4 +5,4 @@ fl dat-qel dat-res
 cp
 cf
 cp
-exit(1)
+exit(0)

pub/ftest/fit4glofreez.f2t

@@ -11,4 +11,4 @@ cg 1
 m/ 0
 cf
 cp
-exit(1)
+exit(0)

pub/ftest/fit5restrict.f2t

@@ -5,4 +5,4 @@ cc p0+p1*(t-p2)
 cwc
 cr y>.1
 cf
-exit(1)
+exit(0)

pub/ftest/fit6shift.f2t

@@ -11,6 +11,6 @@ op1 40
 op2 1e-8
 cv 2
 cf
-throw_unless(abs(p0[4,0]-.15)<.05,"shifted_resol_fit_failed")
-throw_unless(abs(p1[4,0]-80)<1,"shifted_resol_fit_failed")
-exit(1)
+exit_unless(abs(p0[4,0]-.15)<.05,"shifted_resol_fit_failed")
+exit_unless(abs(p1[4,0]-80)<1,"shifted_resol_fit_failed")
+exit(0)

pub/ftest/fj_c.f2t

@@ -9,4 +9,4 @@ cwc
 cf
 4:7 mfj
 cp
-exit(1)
+exit(0)

pub/ftest/freeze.f2t

@@ -3,14 +3,14 @@ fm 1 1000 h
 oy! 1
 m/ 33,100:300:10
 oy! 0
-throw_unless(y[,32,0]==0,"failed")
-throw_unless(y[,33,0]==1,"failed")
-throw_unless(y[,100,0]==1,"failed")
-throw_unless(y[,101,0]==0,"failed")
+exit_unless(y[,32,0]==0,"failed")
+exit_unless(y[,33,0]==1,"failed")
+exit_unless(y[,100,0]==1,"failed")
+exit_unless(y[,101,0]==0,"failed")
 m/-
 oy! 2
-throw_unless(y[,32,0]==2,"failed")
-throw_unless(y[,33,0]==2,"failed")
-throw_unless(y[,100,0]==2,"failed")
-throw_unless(y[,101,0]==2,"failed")
-exit(1)
+exit_unless(y[,32,0]==2,"failed")
+exit_unless(y[,33,0]==2,"failed")
+exit_unless(y[,100,0]==2,"failed")
+exit_unless(y[,101,0]==2,"failed")
+exit(0)
\ No newline at end of file

pub/ftest/i_as_j.f2t

@@ -4,6 +4,6 @@ oy! 10*j+i
 oz0! 100*j
 0 oi y[,,1]
 1 oy z0[0,i]
-throw_unless(x[2,0,1]==100,"x_wrong")
-throw_unless(y[2,0,1]==100,"y_wrong")
-exit(1)
+exit_unless(x[2,0,1]==100,"x_wrong")
+exit_unless(y[2,0,1]==100,"y_wrong")
+exit(0)
\ No newline at end of file

pub/ftest/jsel.f2t

 #!/usr/bin/env frida
 fm 1000 1 h
-throw_unless(ni==1000,"mpr_failed")
+exit_unless(ni==1000,"mpr_failed")
 mpr 0:899
-throw_unless(ni==900,"mpr_failed")
+exit_unless(ni==900,"mpr_failed")
 mpr 50:
-throw_unless(ni==850,"mpr_failed")
+exit_unless(ni==850,"mpr_failed")
 mpr :799
-throw_unless(ni==800,"mpr_failed")
+exit_unless(ni==800,"mpr_failed")
 mpr ::4
-throw_unless(ni==200,"mpr_failed")
+exit_unless(ni==200,"mpr_failed")
 mpd ::4
-throw_unless(ni==150,"mpr_failed")
+exit_unless(ni==150,"mpr_failed")
 mpr 0:119:3
-throw_unless(ni==40,"mpr_failed")
+exit_unless(ni==40,"mpr_failed")
 mpd 0:39:4
-throw_unless(ni==30,"mpr_failed")
-exit(1)
+exit_unless(ni==30,"mpr_failed")
+exit(0)
\ No newline at end of file

pub/ftest/mpa.f2t

@@ -2,14 +2,14 @@
 fm 9 1 h
 0 oy 3+i
 1 mpa 0,3
-throw_unless(abs(y[2,0,0]-(3+1))<1e-15,"mpa_test11")
-throw_unless(abs(y[2,0,1]-(3+5.5))<1e-15,"mpa_test12")
+exit_unless(abs(y[2,0,0]-(3+1))<1e-15,"mpa_test11")
+exit_unless(abs(y[2,0,1]-(3+5.5))<1e-15,"mpa_test12")
 1 mpaf 3
-throw_unless(ni[3,0]==3,"mpa_test20")
-throw_unless(abs(y[3,0,0]-(3+1))<1e-15,"mpa_test21")
-throw_unless(abs(y[3,0,2]-(3+7))<1e-15,"mpa_test22")
+exit_unless(ni[3,0]==3,"mpa_test20")
+exit_unless(abs(y[3,0,0]-(3+1))<1e-15,"mpa_test21")
+exit_unless(abs(y[3,0,2]-(3+7))<1e-15,"mpa_test22")
 1 mpaf 4
-throw_unless(ni[4,0]==2,"mpa_test30")
-throw_unless(abs(y[4,0,0]-(3+1.5))<1e-15,"mpa_test31")
-throw_unless(abs(y[4,0,1]-(3+5.5))<1e-15,"mpa_test32")
-exit(1)
+exit_unless(ni[4,0]==2,"mpa_test30")
+exit_unless(abs(y[4,0,0]-(3+1.5))<1e-15,"mpa_test31")
+exit_unless(abs(y[4,0,1]-(3+5.5))<1e-15,"mpa_test32")
+exit(0)

pub/ftest/mr_by_int.f2t

@@ -3,4 +3,4 @@ fm 7 7 h
 oy j+i
 oi avge
 1 mr y[2,0,j]>7
-exit(1)
+exit(0)

pub/ftest/nj_of_i.f2t

@@ -4,5 +4,5 @@ fm 1 2 h2
 fm 1 3 h3
 fm 3 1 out
 oy nj[i]
-throw_unless(sum==6,"sum_wrong")
-exit(1)
+exit_unless(sum==6,"sum_wrong")
+exit(0)
\ No newline at end of file

pub/ftest/oi_avge.f2t

 #!/usr/bin/env frida
 fm 11 1 h
 oy i
-throw_unless(avge==5,"final_result_wrong")
-exit(1)
+exit_unless(avge==5,"final_result_wrong")
+exit(0)
\ No newline at end of file