initial nix prelude tests

Makefile

@@ -20,6 +20,7 @@ test: ## Run the compiler unit tests
 	cargo clippy
 	cd test/language && make
 	cd test/javascript_prelude && make test
+	cd test/nix_prelude && make test
 	cd test/project_erlang && cargo run clean && cargo run check && cargo run test
 	cd test/project_javascript && cargo run clean && cargo run check && cargo run test
 	cd test/project_deno && cargo run clean && cargo run check && cargo run test

test/nix_prelude/.gitignore

@@ -0,0 +1 @@
+prelude.nix

test/nix_prelude/Makefile

@@ -0,0 +1,6 @@
+.PHONY: test
+test:
+	@echo test/nix_prelude
+	@cp ../../compiler-core/templates/prelude.nix prelude.nix
+	@nix-instantiate --show-trace --eval main.nix
+	@rm prelude.nix

test/nix_prelude/main.nix

@@ -0,0 +1,95 @@
+let
+  inherit
+    (import ./prelude.nix)
+    Ok
+    Error
+    isOk
+    remainderInt
+    divideInt
+    divideFloat
+    toList
+    prepend
+    listIsEmpty
+    listToArray
+    listHasAtLeastLength
+    listHasLength
+    strHasPrefix
+    parseNumber
+    parseEscape
+    UtfCodepoint
+    stringBits
+    codepointBits
+    BitArray
+    toBitArray
+    sizedInt
+    byteSize
+    byteAt
+    binaryFromBitSlice
+    intFromBitSlice
+    byteArrayToInt
+    byteArrayToUtf8String
+    ;
+
+  assertEq = a: b: assert ((a == b) || builtins.throw ["Assertion failed:" a "!=" b]); null;
+in builtins.deepSeq {
+    testRES1 = assert isOk (Ok 5); null;
+    testRES2 = assert !(isOk (Error 5)); null;
+
+    testAR1 = assertEq (remainderInt 10 0) 0;
+    testAR2 = assertEq (remainderInt 11 3) 2;
+    testAR3 = assertEq (remainderInt (-27) 5) (-2);
+    testAR4 = assertEq (divideInt 11 0) 0;
+    testAR5 = assertEq (divideInt 121 2) 60;
+    testAR6 = assertEq (divideFloat 121.5 0.0) 0.0;
+    testAR7 = assertEq (divideFloat 121.0 2.0) 60.5;
+
+    testLS1 = assertEq (toList [ 1 2 3 4 ]) (prepend 1 (prepend 2 (prepend 3 (prepend 4 (toList [])))));
+    testLS2 = assertEq (toList [ 1 2 3 4 ]).tail.tail.head 3;
+    testLS3 = assertEq (listToArray (toList [ 1 2 3 "abc" { a = 5; } ])) [ 1 2 3 "abc" { a = 5; } ];
+    testLS4 = assert listIsEmpty (toList [ 1 2 3 4 ]).tail.tail.tail.tail; null;
+    testLS5 = assert listHasAtLeastLength (toList [ 1 2 3 4 ]) 4; null;
+    testLS6 = assert listHasAtLeastLength (toList [ 1 2 3 4 ]) 0; null;
+    testLS7 = assert listHasAtLeastLength (toList [ 1 2 3 4 ]) (-1); null;
+    testLS8 = assert !(listHasAtLeastLength (toList [ 1 2 3 4 ]) 5); null;
+    testLS9 = assert listHasAtLeastLength (toList []) 0; null;
+    testLS10 = assert !(listHasAtLeastLength (toList []) 1); null;
+    testLS11 = assert listHasLength (toList [ 1 2 3 4 ]) 4; null;
+    testLS12 = assert !(listHasLength (toList [ 1 2 3 4 ]) 3); null;
+    testLS13 = assert listHasLength (toList []) 0; null;
+    testLS14 = assert !(listHasLength (toList []) 1); null;
+
+    testSTR1 = assert strHasPrefix "ab" "abc"; null;
+    testSTR2 = assert strHasPrefix "" "abc"; null;
+    testSTR3 = assert !(strHasPrefix "bb" "abc"); null;
+
+    testLT1 = assertEq (parseNumber "0xff") 255;
+    testLT2 = assertEq (parseNumber "0b1000") 8;
+    testLT3 = assertEq (parseNumber "0o11") 9;
+    testLT4 = assertEq (parseNumber "1234") 1234;
+    testLT5 = assertEq (parseEscape "\\n") "\n";
+
+    testUTF1 = assertEq (UtfCodepoint 123).value 123;
+    testUTF2 =
+        assertEq
+        (stringBits "héllo [ˈaʳʊ] ℕ ⊆ ℕ₀ ὦ ἄνδρ ⡌ コンニ ░▒▓█")
+        [ 104 195 169 108 108 111 32 91 203 136 97 202 179 202 138 93 32 226 132 149 32 226 138 134 32 226 132 149 226 130 128 32 225 189 166 32 225 188 132 206 189 206 180 207 129 32 226 161 140 32 227 130 179 227 131 179 227 131 139 32 226 150 145 226 150 146 226 150 147 226 150 136 ]
+        ;
+    testUTF3 = assertEq (codepointBits (UtfCodepoint 9608)) [ 226 150 136 ];
+
+    testBIT1 = assertEq (BitArray [ 1 2 3 ]).buffer [ 1 2 3 ];
+    # testBIT2 = assertEq (toBitArray [ 1 (-2) 511 256 255 ]).buffer [ 1 254 255 0 255 ];
+    testBIT3 = assertEq (toBitArray [ 1 [ 1 2 255 ] 256 [ ] 24 [ 3 ] [ 4 5 ] ]) (BitArray [ 1 1 2 255 0 24 3 4 5 ]);
+    testBIT4 = assertEq (sizedInt 8 32) [ 0 0 0 8 ];
+    testBIT5 = assertEq (sizedInt 32767 16) [ 127 255 ];
+    testBIT6 = assertEq (byteSize (toBitArray [ 1 2 3 4 5 ])) 5;
+    testBIT7 = assertEq (byteAt (toBitArray [ 1 2 3 4 5 ]) 3) 4;
+    testBIT8 = assertEq (binaryFromBitSlice (toBitArray [ 1 2 3 4 5 ]) 1 3) (BitArray [ 2 3 ]);
+    # testBIT9 = assertEq (binaryFromBitSlice (toBitArray [ 1 2 3 4 5 ]) (-99) 99) (BitArray [ 1 2 3 4 5 ]);
+    # testBIT10 = assertEq (binaryFromBitSlice (toBitArray [ ]) 1 3) (BitArray [ ]);
+    testBIT11 = assertEq (intFromBitSlice (toBitArray [ 1 2 3 ]) 1 3) 515;
+    # testBIT12 = assertEq (intFromBitSlice (toBitArray [ 1 2 3 ]) (-99) 99) 66051;
+    # testBIT13 = assertEq (intFromBitSlice (toBitArray [ ]) 1 3) 0;
+    testBIT14 = assertEq (byteArrayToInt (toBitArray [ 1 2 3 ])) 66051;
+    testBIT15 = assertEq (byteArrayToInt (toBitArray [ ])) 0;
+    testBIT16 = assertEq (byteArrayToUtf8String (toBitArray [ 226 150 136 65 ])) "█A";
+} null