总的看法：1字计数应有尽有。
字计数器可以帮助确定这两个。
字计数是1030包括准则和资源箱。
字计数也可以在限定的打字和阅读速度非常重要的。
Word counts can also be important in defining typing and reading speeds.
免责声明：我们努力使我们的字计数器尽可能准确，但我们不能保证它永远是这样。
Disclaimer: we strive to make our word counter as accurate as possible but we cannot guarantee it will always be so.
但是，如果使用具有相同分组关键字的多个聚合，或者对相同列进行计数的计数函数，其不会显著增加规则的执行时间。
But if you use multiple aggregations with the same grouping keys, or multiple counting functions that count the same column, it will not significantly increase the execution time of the rule.
与计数函数类似，当在一个规则中使用多个具有分组关键字的聚合，对分组与计数操作必须进行级联，如图14所示。
Like the counting function, when several aggregations with grouping keys are used in a rule, the group and count operations must be cascaded as shown in figure 14.
然后将为每个关键词创建频率计数及其相关的变音位关键字。
A frequency count is then created for each of these words, along with their associated metaphone keys.
影响任务复杂性的相关要素是不同分组关键字的数量，而不是在计数函数中所看到的，不同的所聚合列的数量。
The relevant factor that impacts the complexity of the job is the number of different grouping keys, not the number of different aggregated columns that you would see in counting functions.
在myMethod() 上使用synchronized关键字时，会看到与线程关联的ThreadInfo对象有一个大于0 的阻塞计数。
Using the synchronized keyword with myMethod() you will, as expected, see a blocked count greater than zero from the ThreadInfo object associated with the thread.
注意，这里使用assign关键字创建一个变量属性，用它设置计数器值。
Note the use of the assign keyword here to create a variable attribute for setting the counter's value.
当遇到关键字function时，它把计数器设置为0；当遇到关键字endfunction时，它检查计数器是否大于100。
When it encounters the keyword function, it sets a counter to 0; when it hits on the endfunction keyword, it checks whether the counter is greater than 100.
当遇到关键字function时，它把计数器设置为0；当遇到关键字endfunction时，它检查计数器是否大于100。
When it encounters the keyword function, it sets a counter to 0; when it hits on the endfunction keyword, it checks whether the counter is greater than 100.
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