Fix style for `BigInt`

sources/BaseRealm/API/Math/MathAPI.uc

@@ -37,36 +37,41 @@ public function BigInt ToBigInt(int value)
     local BigInt result;
 
     result = BigInt(_.memory.Allocate(class'BigInt'));
-    return result.SetInt(value);
+    result.SetInt(value);
+    return result;
 }
 
 
 /// Creates new `BigInt` value, based on the decimal number representation.
 ///
-/// Expects valid decimal representation as input (digits only, possibly with leading sign),
-/// otherwise contents of returned value are undefined.
-/// If invalid decimal representation is given - contents of returned value are undefined.
-/// Otherwise cannot fail and is guaranteed to return non-`none` value.
+/// If (and only if) `none` or invalid decimal representation (digits only, possibly with
+/// leading sign) is given as an argument, method will return `none`.
 public function BigInt MakeBigInt(BaseText value)
 {
     local BigInt result;
 
     result = BigInt(_.memory.Allocate(class'BigInt'));
-    return result.SetDecimal(value);
+    if (result.SetDecimal(value)) {
+        return result;
+    }
+    result.FreeSelf();
+    return none;
 }
 
 /// Creates new `BigInt` value, based on the decimal number representation.
 ///
-/// Expects valid decimal representation as input (digits only, possibly with leading sign),
-/// otherwise contents of returned value are undefined.
-/// If invalid decimal representation is given - contents of returned value are undefined.
-/// Otherwise cannot fail and is guaranteed to return non-`none` value.
+/// If (and only if) invalid decimal representation (digits only, possibly with leading sign) is
+/// given as an argument, method will return `none`.
 public function BigInt MakeBigInt_S(string value)
 {
     local BigInt result;
 
     result = BigInt(_.memory.Allocate(class'BigInt'));
-    return result.SetDecimal_S(value);
+    if (result.SetDecimal_S(value)) {
+        return result;
+    }
+    result.FreeSelf();
+    return none;
 }
 
 /// Computes remainder of the integer division of [`number`] by [`divisor`].
@@ -79,7 +84,7 @@ public function int Remainder(int number, int divisor)
     local int quotient;
 
     quotient = number / divisor;
-    return (number - quotient/// divisor);
+    return (number - quotient * divisor);
 }
 
 /// Computes quotient and remainder of the integer division of [`number`] by [`divisor`].

sources/BaseRealm/API/Math/Tests/TEST_BigInt.uc

@@ -1,6 +1,8 @@
 /**
- *  Set of tests for `BigInt` class.
- *      Copyright 2022 Anton Tarasenko
+ * Author: dkanus
+ * Home repo: https://www.insultplayers.ru/git/AcediaFramework/AcediaCore
+ * License: GPL
+ * Copyright 2022-2023 Anton Tarasenko
  *------------------------------------------------------------------------------
  * This file is part of Acedia.
  *
@@ -20,8 +22,7 @@
 class TEST_BigInt extends TestCase
     abstract;
 
-protected static function TESTS()
-{
+protected static function TESTS() {
     //  Here we use `ToString()` method to check `BigInt` creation,
     //  therefore also testing it
     Context("Testing creation of `BigInt`s.");
@@ -36,43 +37,33 @@ protected static function TESTS()
     Test_SubtractingValues();
 }
 
-protected static function Test_Creating()
-{
+protected static function Test_Creating() {
     Issue("`ToString()` doesn't return value `BigInt` was initialized with" @
         "a positive `int`.");
     TEST_ExpectTrue(__().math.ToBigInt(13524).ToString() == "13524");
-    TEST_ExpectTrue(
-        __().math.ToBigInt(MaxInt).ToString() == "2147483647");
+    TEST_ExpectTrue(__().math.ToBigInt(MaxInt).ToString() == "2147483647");
 
     Issue("`ToString()` doesn't return value `BigInt` was initialized with" @
         "a positive integer inside `string`.");
-    TEST_ExpectTrue(
-        __().math.MakeBigInt_S("2147483647").ToString()
-            == "2147483647");
+    TEST_ExpectTrue(__().math.MakeBigInt_S("2147483647").ToString() == "2147483647");
     TEST_ExpectTrue(
         __().math.MakeBigInt_S("4238756872643464981264982128742389")
             .ToString()  == "4238756872643464981264982128742389");
 
-    Issue("`ToString()` doesn't return value `BigInt` was initialized with" @
-        "a negative `int`.");
+    Issue("`ToString()` doesn't return value `BigInt` was initialized with a negative `int`.");
     TEST_ExpectTrue(__().math.ToBigInt(-666).ToString() == "-666");
-    TEST_ExpectTrue(
-        __().math.ToBigInt(-MaxInt).ToString() == "-2147483647");
-    TEST_ExpectTrue(
-        __().math.ToBigInt(-MaxInt - 1).ToString() == "-2147483648");
+    TEST_ExpectTrue(__().math.ToBigInt(-MaxInt).ToString() == "-2147483647");
+    TEST_ExpectTrue(__().math.ToBigInt(-MaxInt - 1).ToString() == "-2147483648");
 
     Issue("`ToString()` doesn't return value `BigInt` was initialized with" @
         "a negative integer inside `string`.");
-    TEST_ExpectTrue(
-        __().math.MakeBigInt_S("-2147483648").ToString()
-            == "-2147483648");
+    TEST_ExpectTrue(__().math.MakeBigInt_S("-2147483648").ToString() == "-2147483648");
     TEST_ExpectTrue(
         __().math.MakeBigInt_S("-238473846327894632879097410348127")
             .ToString() == "-238473846327894632879097410348127");
 }
 
-protected static function Test_ToText()
-{
+protected static function Test_ToText() {
     Issue("`ToText()` doesn't return value `BigInt` was initialized with" @
         "a positive integer inside `string`.");
     TEST_ExpectTrue(__().math
@@ -96,20 +87,19 @@ protected static function Test_ToText()
         .ToString() == "-9827657892365923510176386357863078603212901078175829");
 }
 
-protected static function Test_AddingValues()
-{
+protected static function Test_AddingValues() {
     SubTest_AddingSameSignValues();
     SubTest_AddingDifferentSignValues();
 }
 
-protected static function SubTest_AddingSameSignValues()
-{
+protected static function SubTest_AddingSameSignValues() {
     local BigInt main, addition;
 
     Issue("Two positive `BigInt`s are incorrectly added.");
     main = __().math.MakeBigInt_S("927641962323462271784269213864");
     addition = __().math.MakeBigInt_S("16324234842947239847239239");
     main.Add(addition);
+    Log("UMBRA" @ main.ToString());
     TEST_ExpectTrue(main.ToString() == "927658286558305219024116453103");
     main = __().math.MakeBigInt_S("16324234842947239847239239");
     addition = __().math.MakeBigInt_S("927641962323462271784269213864");
@@ -135,8 +125,7 @@ protected static function SubTest_AddingSameSignValues()
     TEST_ExpectTrue(main.ToString() == "-1457931745873178552");
 }
 
-protected static function SubTest_AddingDifferentSignValues()
-{
+protected static function SubTest_AddingDifferentSignValues() {
     local BigInt main, addition;
 
     Issue("Negative `BigInt`s is incorrectly added to positive one.");
@@ -168,14 +157,12 @@ protected static function SubTest_AddingDifferentSignValues()
     TEST_ExpectTrue(main.ToString() == "0");
 }
 
-protected static function Test_SubtractingValues()
-{
+protected static function Test_SubtractingValues() {
     SubTest_SubtractingSameSignValues();
     SubTest_SubtractingDifferentSignValues();
 }
 
-protected static function SubTest_SubtractingSameSignValues()
-{
+protected static function SubTest_SubtractingSameSignValues() {
     local BigInt main, sub;
 
     Issue("Two positive `BigInt`s are incorrectly subtracted.");
@@ -207,8 +194,7 @@ protected static function SubTest_SubtractingSameSignValues()
     TEST_ExpectTrue(main.ToString() == "0");
 }
 
-protected static function SubTest_SubtractingDifferentSignValues()
-{
+protected static function SubTest_SubtractingDifferentSignValues() {
     local BigInt main, sub;
 
     Issue("Negative `BigInt`s is incorrectly subtracted from positive one.");
@@ -240,8 +226,7 @@ protected static function SubTest_SubtractingDifferentSignValues()
     TEST_ExpectTrue(main.ToString() == "-1457931745873178552");
 }
 
-protected static function Test_ToInt()
-{
+protected static function Test_ToInt() {
     Issue("Testing conversion for non-overflowing values.");
     TEST_ExpectTrue(__().math.MakeBigInt_S("0").ToInt() == 0);
     TEST_ExpectTrue(__().math.MakeBigInt_S("-0").ToInt() == 0);
@@ -264,8 +249,7 @@ protected static function Test_ToInt()
         __().math.MakeBigInt_S("-32545657348437563873").ToInt() == -2147483648);
 }
 
-defaultproperties
-{
-    caseGroup   = "Math"
-    caseName    = "BigInt"
+defaultproperties {
+    caseGroup = "Math"
+    caseName = "BigInt"
 }