SIPL - Revision history

Khornel: /* Syntax */

2026-02-24T10:15:49Z

Syntax

2026-02-24T10:15:30Z

Syntax

2020-03-07T19:00:50Z

Syntax

2020-03-07T18:02:11Z

Enumerable functions

2020-03-06T13:56:24Z

Syntax

2020-02-04T14:31:45Z

Syntax

2020-02-04T14:19:47Z

Example

2020-02-04T14:18:54Z

Example

2020-02-04T14:17:12Z

Syntax

2020-02-04T14:14:31Z

Enumerable functions

@@ Line 9: / Line 9: @@
 * You cannot use bitwise operations. The <code>^</code> symbol raises a number to a power or evaluates xor on booleans
 * You cannot increment or use operations together with assignment, i.e. <code>+=</code> or <code>++</code>. You must write <code>i = i + 1</code>
-* SIPL does not support the '''new''' keyword, but you can create arrays by writing <code>~[1, 2, 3]</code> or just using the type name, e.g. <code>Color(1,0,0)</code>
+* SIPL does not support the '''new''' keyword, but you can create arrays by writing <code>~[1, 2, 3]</code> or call a constructor by just using the type name, e.g. <code>Color(1,0,0)</code>
 * For loops are not supported, however you can write <code>'''foreach''' (element '''in''' list)</code>
 * Enums should not be qualified when assigning, comparing or in function parameters, e.g. you should write '''Female''' instead of '''Human.Gender.Female'''.

@@ Line 9: / Line 9: @@
 * You cannot use bitwise operations. The <code>^</code> symbol raises a number to a power or evaluates xor on booleans
 * You cannot increment or use operations together with assignment, i.e. <code>+=</code> or <code>++</code>. You must write <code>i = i + 1</code>
-* SIPL does not support the '''new''' keyword, but you can create arrays by writing <code>~[1, 2, 3]</code>
+* SIPL does not support the '''new''' keyword, but you can create arrays by writing <code>~[1, 2, 3]</code> or just using the type name, e.g. <code>Color(1,0,0)</code>
 * For loops are not supported, however you can write <code>'''foreach''' (element '''in''' list)</code>
 * Enums should not be qualified when assigning, comparing or in function parameters, e.g. you should write '''Female''' instead of '''Human.Gender.Female'''.

@@ Line 11: / Line 11: @@
 * SIPL does not support the '''new''' keyword, but you can create arrays by writing <code>~[1, 2, 3]</code>
 * For loops are not supported, however you can write <code>'''foreach''' (element '''in''' list)</code>
-* Enums should not be qualified in function parameters, e.g. you should write '''Female''' instead of '''Human.Gender.Female'''.
+* Enums should not be qualified when assigning, comparing or in function parameters, e.g. you should write '''Female''' instead of '''Human.Gender.Female'''.
 * Comparisons can be chained, e.g. <code>'''if''' (10 < x < 20)</code>
 * Single quotation marks (') do nothing

@@ Line 71: / Line 71: @@
 * Sum(func) – Returns the sum of running func(x) on all elements
 * Average(func) – Returns the sum of running func(x) on all elements divided by the amount of elements
 * Size() – Returns how many elements there are in the enumerable
 * GetRandomElement() – Returns a random element from the enumerable

@@ Line 7: / Line 7: @@
 * Number operations in SIPL convert all numbers to doubles behind the scenes
 * You can use the '''var''' keyword to declare temporary variables, but you cannot specify their type
-* You cannot use bitwise operations. The <code>^</code> symbol raises a number to a power
+* You cannot use bitwise operations. The <code>^</code> symbol raises a number to a power or evaluates xor on booleans
 * You cannot increment or use operations together with assignment, i.e. <code>+=</code> or <code>++</code>. You must write <code>i = i + 1</code>
 * SIPL does not support the '''new''' keyword, but you can create arrays by writing <code>~[1, 2, 3]</code>

@@ Line 25: / Line 25: @@
+  		}
   	Debug(result); <span style="color:green">//Log the result</span>
+  	}

@@ Line 16: / Line 16: @@
 ==Example==
-  '''var''' words = ~["hello", " ", "world"]; ''//Create an array''
+  '''var''' words = ~[<span style="color:blue">"hello"</span>, <span style="color:blue">" "</span>, <span style="color:blue">"world"</span>]; <span style="color:green">//Create an array</span>
-  '''if''' (5 < 10 < 20) ''//Always true''
+  '''if''' (<span style="color:blue">5</span> < <span style="color:blue">10</span> < <span style="color:blue">20</span>) <span style="color:green">//Always true</span>
+  	{
-  	'''var''' result = "";
+  	'''var''' result = <span style="color:blue">""</span>;
   	'''foreach''' (word '''in''' words)
+  		{
-  		result = result + word; ''//Concatenate the strings from the array''
+  		result = result + word; <span style="color:green">//Concatenate the strings from the array</span>
+  		}
-  	Debug(result); ''//Log the result''
+  	Debug(result); <span style="color:green">//Log the result</span>
+  	}

@@ Line 59: / Line 59: @@
 * Count(func) – Returns how many elements satisfy func(x)
 * Where(func) – Returns elements that satisfy func(x)
-* First() - Returns the first element of the enumrable or null
+* First() - Returns the first element of the enumerable or null
 * Last() - Returns the last element of the enumerable or null
 * FindFirst(func) – Returns the first element that satisfies func(x)