REF: renamed 'assert-eq?' into 'assert='.

examples/array.gri

@@ -1,30 +1,30 @@
 ($ a [1 true 2])
-(assert-eq? 1 (ref a 0))
+(assert= 1 (ref a 0))
-(assert-eq? true (ref a 1))
+(assert= true (ref a 1))
-(assert-eq? 2 (ref a 2))
+(assert= 2 (ref a 2))
 
 ($ b [[2 4 6] [8 10 12] [14 16 18]])
-(assert-eq? 12 (ref b 1 2))
+(assert= 12 (ref b 1 2))
 
-(assert-eq? true (empty? []))
+(assert= true (empty? []))
-(assert-eq? false (empty? [1]))
+(assert= false (empty? [1]))
 
-(assert-eq? 7 (head [7 3 1]))
+(assert= 7 (head [7 3 1]))
-(assert-eq? 3 (ref (tail [7 3 1]) 0))
+(assert= 3 (ref (tail [7 3 1]) 0))
-(assert-eq? 1 (ref (tail [7 3 1]) 1))
+(assert= 1 (ref (tail [7 3 1]) 1))
 
 ($ (c arr)
   (if (empty? arr)
     0
     (+ (head arr) (c (tail arr)))))
 
-(assert-eq? 13 (c [2 4 6 1]))
+(assert= 13 (c [2 4 6 1]))
 
 ($ d (cons 2 (cons 4 [6])))
 
-(assert-eq? 2 (ref d 0))
+(assert= 2 (ref d 0))
-(assert-eq? 4 (ref d 1))
+(assert= 4 (ref d 1))
-(assert-eq? 6 (ref d 2))
+(assert= 6 (ref d 2))
 
-(assert-eq? 3 (len d))
+(assert= 3 (len d))
-(assert-eq? 4 (len (cons 18 d)))
+(assert= 4 (len (cons 18 d)))

examples/block.gri

@@ -1,18 +1,18 @@
-(assert-eq? 6 (: 2 4 6))
+(assert= 6 (: 2 4 6))
-(assert-eq? 9 (: 2 4 (: 3 0 9)))
+(assert= 9 (: 2 4 (: 3 0 9)))
 
 (:
   ($ a 4)
-  (assert-eq? 4 a)
+  (assert= 4 a)
   (set! a 42)
-  (assert-eq? 42 a)
+  (assert= 42 a)
 
   (:
     ($ a 7)
-    (assert-eq? 7 a)
+    (assert= 7 a)
     (set! a 32)
-    (assert-eq? 32 a)
+    (assert= 32 a)
   )
 
-  (assert-eq? 42 a)
+  (assert= 42 a)
 )

examples/bool.gri

@@ -1,19 +1,19 @@
-(assert-eq? false (not true))
+(assert= false (not true))
-(assert-eq? true (not false))
+(assert= true (not false))
-(assert-eq? false (not (not false)))
+(assert= false (not (not false)))
 
-(assert-eq? true (and true true))
+(assert= true (and true true))
-(assert-eq? false (and true false))
+(assert= false (and true false))
-(assert-eq? false (and false true))
+(assert= false (and false true))
-(assert-eq? false (and false false))
+(assert= false (and false false))
 
-(assert-eq? true (and true true true true true))
+(assert= true (and true true true true true))
-(assert-eq? false (and true true true true false))
+(assert= false (and true true true true false))
 
-(assert-eq? true (or true true))
+(assert= true (or true true))
-(assert-eq? true (or true true))
+(assert= true (or true true))
-(assert-eq? true (or true true))
+(assert= true (or true true))
-(assert-eq? false (or false false))
+(assert= false (or false false))
 
-(assert-eq? false (or false false false false false))
+(assert= false (or false false false false false))
-(assert-eq? true (or false false true false false))
+(assert= true (or false false true false false))

examples/fun.gri

@@ -1,31 +1,31 @@
 ;; declare lambda
 ($ a (-> (x) (* x 2)))
-(assert-eq? 14 (a 7))
+(assert= 14 (a 7))
 
 ;; high order function
 ($ b (-> (x y) (x (x y))))
-(assert-eq? 12 (b a 3))
+(assert= 12 (b a 3))
 
 ;; calling function literal
-(assert-eq? 7 ( (-> (x y) (+ x y 1)) 2 4 ))
+(assert= 7 ( (-> (x y) (+ x y 1)) 2 4 ))
 
 ;; syntaxic sugar for function declaration
 ($ (c n) (* 2 n))
-(assert-eq? 18 (c 9))
+(assert= 18 (c 9))
 
 ;; inner variable
 ($ (d x) ($ y 3) (+ x y))
-(assert-eq? 7 (d 4))
+(assert= 7 (d 4))
 
 ;; recursivity
 ($ (e n)
   (if (eq? 0 n) 1
       (* n (e (- n 1)))))
 
-(assert-eq? 120 (e 5))
+(assert= 120 (e 5))
 
 ;; self keyword
-(assert-eq? 720 ((-> (x)
+(assert= 720 ((-> (x)
             (if (eq? x 0)
                 1
                 (* x (self (- x 1))))) 6))
@@ -35,21 +35,21 @@
   ($ (inner n) (+ n 1))
   (inner (inner n)))
 
-(assert-eq? 3 (f 1))
+(assert= 3 (f 1))
 
 ;; return function
 ($ (g)
    ($ (inner n) (* 7 n))
    inner)
 
-(assert-eq? 42 ( (g) 6 ))
+(assert= 42 ( (g) 6 ))
 
 ;; return lambda
 ($ (h)
    (-> (n)
        (* 3 (- n 2))))
 
-(assert-eq? 15 ( (h) 7 ))
+(assert= 15 ( (h) 7 ))
 
 ;; closure
 ($ (i init)
@@ -61,17 +61,17 @@
 ($ j (i 0))
 ($ k (i 16))
 
-(assert-eq? 0 (j))
+(assert= 0 (j))
-(assert-eq? 16 (k))
+(assert= 16 (k))
-(assert-eq? 17 (k))
+(assert= 17 (k))
-(assert-eq? 1 (j))
+(assert= 1 (j))
-(assert-eq? 2 (j))
+(assert= 2 (j))
-(assert-eq? 18 (k))
+(assert= 18 (k))
-(assert-eq? 19 (k))
+(assert= 19 (k))
-(assert-eq? 3 (j))
+(assert= 3 (j))
-(assert-eq? 4 (j))
+(assert= 4 (j))
-(assert-eq? 5 (j))
+(assert= 5 (j))
-(assert-eq? 20 (k))
+(assert= 20 (k))
 
 ($ m 1)
 ($ (n)
@@ -84,12 +84,12 @@
 ($ o (n))
 ($ p (n))
 
-(assert-eq? 2 (o))
+(assert= 2 (o))
-(assert-eq? 4 (o))
+(assert= 4 (o))
-(assert-eq? 6 (o))
+(assert= 6 (o))
 
-(assert-eq? 2 (p))
+(assert= 2 (p))
-(assert-eq? 4 (p))
+(assert= 4 (p))
-(assert-eq? 6 (p))
+(assert= 6 (p))
 
-(assert-eq? 1 m)
+(assert= 1 m)

examples/if.gri

@@ -1,5 +1,5 @@
-(assert-eq? 7 (if true 7 9))
+(assert= 7 (if true 7 9))
-(assert-eq? 9 (if false 7 9))
+(assert= 9 (if false 7 9))
 
 ($ (max x y)
    (if (> x y)
@@ -7,5 +7,5 @@
        y
 ))
 
-(assert-eq? 32 (max 3 32))
+(assert= 32 (max 3 32))
-(assert-eq? 329 (max 329 32))
+(assert= 329 (max 329 32))

examples/int.gri

@@ -1,47 +1,47 @@
-(assert-eq? 7 7)
+(assert= 7 7)
 
-(assert-eq? 0 (+))
+(assert= 0 (+))
-(assert-eq? 3 (+ 3))
+(assert= 3 (+ 3))
-(assert-eq? 5 (+ 2 3))
+(assert= 5 (+ 2 3))
 
-(assert-eq? 0 (-))
+(assert= 0 (-))
-(assert-eq? -3 (- 3))
+(assert= -3 (- 3))
-(assert-eq? -1 (- 2 3))
+(assert= -1 (- 2 3))
-(assert-eq? 5 (- 8 3))
+(assert= 5 (- 8 3))
 
-(assert-eq? 1 (*))
+(assert= 1 (*))
-(assert-eq? 6 (* 3 2))
+(assert= 6 (* 3 2))
-(assert-eq? 120 (* 1 2 3 4 5))
+(assert= 120 (* 1 2 3 4 5))
 
-(assert-eq? 1 (/))
+(assert= 1 (/))
-(assert-eq? 6 (/ 6))
+(assert= 6 (/ 6))
-(assert-eq? 3 (/ 6 2))
+(assert= 3 (/ 6 2))
-(assert-eq? 2 (/ 12 2 3))
+(assert= 2 (/ 12 2 3))
 
-(assert-eq? 1 (%))
+(assert= 1 (%))
-(assert-eq? 3 (% 7 4))
+(assert= 3 (% 7 4))
-(assert-eq? 2 (% 13 7 4))
+(assert= 2 (% 13 7 4))
 
-(assert-eq? 1 (^))
+(assert= 1 (^))
-(assert-eq? 2 (^ 2))
+(assert= 2 (^ 2))
-(assert-eq? 8 (^ 2 3))
+(assert= 8 (^ 2 3))
-(assert-eq? 64 (^ 2 3 2))
+(assert= 64 (^ 2 3 2))
 
-(assert-eq? true (< 5 10))
+(assert= true (< 5 10))
-(assert-eq? false (< 5 5))
+(assert= false (< 5 5))
-(assert-eq? false (< 5 3))
+(assert= false (< 5 3))
 
-(assert-eq? true (<= 5 10))
+(assert= true (<= 5 10))
-(assert-eq? true (<= 5 5))
+(assert= true (<= 5 5))
-(assert-eq? false (<= 5 3))
+(assert= false (<= 5 3))
 
-(assert-eq? true (> 15 10))
+(assert= true (> 15 10))
-(assert-eq? false (> 15 15))
+(assert= false (> 15 15))
-(assert-eq? false (> 15 37))
+(assert= false (> 15 37))
 
-(assert-eq? true (>= 15 10))
+(assert= true (>= 15 10))
-(assert-eq? true (>= 15 15))
+(assert= true (>= 15 15))
-(assert-eq? false (>= 15 37))
+(assert= false (>= 15 37))
 
-(assert-eq? true (ne? 5 8))
+(assert= true (ne? 5 8))
-(assert-eq? false (ne? 5 5))
+(assert= false (ne? 5 5))

examples/set.gri

@@ -1,10 +1,10 @@
 ($ a 1)
 (set! a 2)
-(assert-eq? 2 a )
+(assert= 2 a )
 
 ($ (b x) (+ x 1))
 ($ (c x) (* x 2))
 ($ d b)
-(assert-eq? 3 (d 2))
+(assert= 3 (d 2))
 (set! d c)
-(assert-eq? 4 (d 2))
+(assert= 4 (d 2))

lib/core.cpp

@@ -390,7 +390,7 @@ extern "C" void lib_assert(grino::Loader& loader)
     return grino::Value::make_bool(args.front()->loc(), true);
   });
 
-  loader.add_native("assert-eq?", [](auto args){
+  loader.add_native("assert=", [](auto args){
     auto lhs = args.front();
 
     for (size_t i=1; i<args.size(); i++)