keep unit tests but make directory structure more consistent with requirements i did not read

5 files changed, 0 insertions, 123 deletions

diff --git a/cl/tests/approx.lisp b/cl/tests/approx.lisp
deleted file mode 100644
index 2fd8124..0000000
--- a/cl/tests/approx.lisp
+++ /dev/null
@@ -1,24 +0,0 @@
-(defpackage lizfcm/tests.approx
-  (:use :cl
-        :fiveam
-        :lizfcm.approx
-        :lizfcm.utils
-        :lizfcm/tests)
-  (:export :approx-suite))
-(in-package :lizfcm/tests.approx)
-
-(def-suite approx-suite
-           :in lizfcm-test-suite)
-(in-suite approx-suite)
-
-(test derivative-at
-      :description "derivative at is within bounds"
-      (let ((f (lambda (x) (* x x)))
-            (x 2)
-            (accepted-delta 0.02)
-            (f-prime-at-x 4)
-            (delta 0.01))
-        (is (within-range-p
-              (derivative-at f x delta)
-              f-prime-at-x
-              accepted-delta))))
diff --git a/cl/tests/maceps.lisp b/cl/tests/maceps.lisp
deleted file mode 100644
index cd5ced9..0000000
--- a/cl/tests/maceps.lisp
+++ /dev/null
@@ -1,27 +0,0 @@
-(defpackage lizfcm/tests.maceps
-  (:use :cl
-        :fiveam
-        :lizfcm.approx
-        :lizfcm.utils
-        :lizfcm/tests)
-  (:export :approx-suite))
-(in-package :lizfcm/tests.maceps)
-
-(def-suite maceps-suite
-           :in lizfcm-test-suite)
-(in-suite maceps-suite)
-
-(test maceps
-      :description "double precision provides precision about (mac eps of single precision) squared"
-      (let* ((maceps-computation-double (compute-maceps (lambda (x) x)
-                                                        1.0d0
-                                                        1.0d0))
-             (maceps-computation-single (compute-maceps (lambda (x) x)
-                                                        1.0
-                                                        1.0))
-             (last-double-h (cadar (last maceps-computation-double)))
-             (last-single-h (cadar (last maceps-computation-single))))
-        (is (within-range-p
-              (- last-double-h (* last-single-h last-single-h))
-              0
-              last-single-h))))
diff --git a/cl/tests/suite.lisp b/cl/tests/suite.lisp
deleted file mode 100644
index e23cfaf..0000000
--- a/cl/tests/suite.lisp
+++ /dev/null
@@ -1,10 +0,0 @@
-(in-package :cl-user)
-(defpackage lizfcm/tests
-  (:use :cl
-        :fiveam)
-  (:export :run!
-           :lizfcm-test-suite))
-(in-package :lizfcm/tests)
-
-(def-suite lizfcm-test-suite
-    :description "The ultimate parent test suite")
diff --git a/cl/tests/table.lisp b/cl/tests/table.lisp
deleted file mode 100644
index 33d4e86..0000000
--- a/cl/tests/table.lisp
+++ /dev/null
@@ -1,31 +0,0 @@
-(defpackage lizfcm/tests.table
-  (:use :cl
-        :fiveam
-        :lizfcm.utils
-        :lizfcm/tests)
-  (:export :approx-suite))
-(in-package :lizfcm/tests.table)
-
-(def-suite table-suite
-           :in lizfcm-test-suite)
-(in-suite table-suite)
-
-(defun fib (n)
-  (cond ((< n 2) n)
-        (t (+ (fib (- n 1)) (fib (- n 2))))))
-
-(test table-of-fib-vals
-      :description "table generates correctly"
-      (let* ((headers '("n" "fib(n)"))
-             (n-values '((1) (2) (3) (4)))
-             (expected `(("n" "fib(n)")
-                         (1 ,(fib 1))
-                         (2 ,(fib 2))
-                         (3 ,(fib 3))
-                         (4 ,(fib 4))))
-             (tabled (lizfcm.utils:table (:headers headers
-                                                   :domain-order (n)
-                                                   :domain-values n-values)
-                                         (fib n))))
-        (is (equal expected tabled))))
-
diff --git a/cl/tests/vector.lisp b/cl/tests/vector.lisp
deleted file mode 100644
index 3ffe5a8..0000000
--- a/cl/tests/vector.lisp
+++ /dev/null
@@ -1,31 +0,0 @@
-(defpackage lizfcm/tests.vector
-  (:use :cl
-        :fiveam
-        :lizfcm.vector
-        :lizfcm.utils
-        :lizfcm/tests)
-  (:export :vector-suite))
-(in-package :lizfcm/tests.vector)
-
-(def-suite vector-suite
-           :in lizfcm-test-suite)
-(in-suite vector-suite)
-
-(test p-norm
-      :description "computes p-norm"
-      (let ((v '(1 1))
-            (length (sqrt 2))
-            (2-norm (p-norm 2)))
-        (is (within-range-p (funcall 2-norm v)
-                            length
-                            0.00001))))
-
-(test vector-distance
-      :description "computes distance via norm"
-      (let ((v1 '(0 0))
-            (v2 '(1 1))
-            (dist (sqrt 2)))
-        (is (within-range-p (distance v1 v2 (p-norm 2))
-                            dist
-                            0.00001))))
-