</p>

<p>
There are five precedence levels for binary operators.
Multiplication operators bind strongest, followed by addition
operators, comparison operators, <code>&amp;&amp;</code> (logical AND),
and finally <code>||</code> (logical OR):
</p>

<pre class="grammar">
Precedence    Operator
    5             *  /  %  &lt;&lt;  &gt;&gt;  &amp;  &amp;^
    4             +  -  |  ^

support was the first to introduce a new concept for building source-based projects: _source sets_. The main idea is that source files and resources are often logically grouped by type, such as application code, unit tests and integration tests. Each logical group typically has its own sets of file dependencies, classpaths, and more. Significantly, the files that form a source set _don't have to be located in the same directory_!

Source sets are a powerful concept that tie together several aspects...

</p>
<p>
There are five precedence levels for binary operators.
Multiplication operators bind strongest, followed by addition
operators, comparison operators, <code>&amp;&amp;</code> (logical AND),
and finally <code>||</code> (logical OR):
</p>

<pre class="grammar">
Precedence    Operator
    5             *  /  %  &lt;&lt;  &gt;&gt;  &amp;  &amp;^
    4             +  -  |  ^

		// Amount fields.
		//
		// arg1 is rotated left by the rotation amount then the bits from the start
		// bit to the end bit (inclusive) are combined with arg0 using the logical
		// operation specified. Bit indices are specified from left to right - the
		// MSB is 0 and the LSB is 63.
		//
		// Examples:
		//               |          aux         |

  }

  @Override
  public ImmutableSortedSet<K> descendingKeySet() {
    return keySet.descendingSet();
  }

  /**
   * Serialized type for all ImmutableSortedMap instances. It captures the logical contents and they
   * are reconstructed using public factory methods. This ensures that the implementation types
   * remain as implementation details.
   */
  @J2ktIncompatible // serialization

	// up with the correct number, but it doesn't matter, because EvBatch has
	// custom logic for parsing.
	//
	// Note that because we're adding 1, inlineArgs == 3 describes the largest
	// number of logical arguments that isn't length-prefixed, even though the
	// value 3 on the wire indicates length-prefixing. For us, that becomes narg
	// == 4.
	narg := b>>6 + 1

		last = w.List[len(w.List)-1]
	}
	if node, ok := node.(*CondBreak); ok {
		w.CanFail = true
		if last, ok := last.(*CondBreak); ok {
			// Add to the previous "if <cond> { break }" via a
			// logical OR, which will save verbosity.
			last.Cond = &ast.BinaryExpr{
				Op: token.LOR,
				X:  last.Cond,
				Y:  node.Cond,
			}
			return
		}
	}

	w.List = append(w.List, node)
}

	// size of bucket hash table
	buckHashSize = 179999

	// maxSkip is to account for deferred inline expansion
	// when using frame pointer unwinding. We record the stack
	// with "physical" frame pointers but handle skipping "logical"
	// frames at some point after collecting the stack. So
	// we need extra space in order to avoid getting fewer than the
	// desired maximum number of frames after expansion.

ble:true},parentNode:{get:function(){return TreeApi.Logical.getParentNode(this.node);},configurable:true},firstChild:{get:function(){return TreeApi.Logical.getFirstChild(this.node);},configurable:true},lastChild:{get:function(){return TreeApi.Logical.getLastChild(this.node);},configurable:true},nextSibling:{get:function(){return TreeApi.Logical.getNextSibling(this.node);},configurable:true},previousSibling:{get:function(){return TreeApi.Logical.getPreviousSibling(this.node);},configurable:true},...

        "properties": {
          "ports": {