两个有符号整数相加的结果是一个有符号的整数。
32位有符号整数哈希代码。
作为有符号整数的指数可以有正负之分。
The exponent is interpreted as a signed integer, allowing negative as well as positive exponents.
一个32位有符号整数的最小值是多少？
读取当前元素并将内容作为32位有符号整数返回。
Reads the current element and returns the contents as a 32-bit signed integer.
计算两个32位有符号整数的商，并通过输出参数返回余数。
Calculates the quotient of two 32-bit signed integers and also returns the remainder in an output parameter.
计算两个64位有符号整数的商，并通过输出参数返回余数。
Calculates the quotient of two 64-bit signed integers and also returns the remainder in an output parameter.
在内部，其使用四字节有符号整数值和双精度值表示一个数值。
Internally, it USES four byte signed integer values and double values to represent a number.
数据类型是96位的有符号整数，以10的可变次幂进行缩放。
Data type is a 96-bit signed integer scaled by a variable power of 10.
在此实例的结尾追加指定的8位有符号整数的字符串表示形式。
Appends the string representation of a specified 8-bit unsigned integer to the end of this instance.
此转换器只能将16 位有符号整数对象与字符串相互转换。
This converter can only convert a 16-bit signed integer object to and from a string.
将此实例与指定的8位有符号整数进行比较并返回对其相对值的指示。
Compares this instance to a specified 8-bit signed integer and returns an indication of their relative values.
窄缩强制的一个例子是将64位有符号整数强制为32位有符号整数。
An example of a narrowing coercion is coercing a 64-bit signed integer to a 32-bit signed integer.
将此实例与指定的64位有符号整数进行比较并返回对其相对值的指示。
Compares this instance to a specified 64-bit signed integer and returns an indication of their relative values.
扩展转换的一个例子是将32位有符号整数值转换为64位有符号整数值。
An example of a widening conversion is converting a value that is a 32-bit signed integer to a value that is a 64-bit signed integer.
扩展强制的一个例子是将32位有符号整数值强制为64位有符号整数值。
An example of a widening coercion is coercing a value that is a 32-bit signed integer to a value that is a 64-bit signed integer.
该跟踪选项要求将指定的值(必须是一个有符号整数)当作一个系统错误来处理。
This trace option requests that the specified value (which must be a signed integer) be treated as a system error.
如果组件期望的是有符号整数，就请确保将您的数据先转换成有符号整数再进行检查。
If the component expects signed integers, make sure that you convert your data to signed integers and then check.
更改计时器的启动时间和方法调用之间的间隔，用64位有符号整数度量时间间隔。
Changes the start time and the interval between method invocations for a timer, using 64-bit signed integers to measure time intervals.
将数字的指定区域性特定格式的字符串表示形式转换为其等效的32位有符号整数。
Converts the string representation of a number in a specified culture-specific format to its 32-bit signed integer equivalent.
将指定区域性特定格式的数字的字符串表示形式转换为其等效的64位有符号整数。
Converts the string representation of a number in a specified culture-specific format to its 64-bit signed integer equivalent.
将数字的指定样式和区域性特定格式的字符串表示形式转换为其等效的32位有符号整数。
Converts the string representation of a number in a specified style and culture-specific format to its 32-bit signed integer equivalent.
如果一个操作数是无符号整数，另外一个操作数是有符号整数，那么表达式的结果就是无符号整数。
If one of the operands is unsigned and the other is a signed int, the expression becomes an unsigned.
浮点文字量由整数部分，小数点，小数部分，e或e，可选的有符号整数指数，以及可选的类型后缀组成。
A floating literal consists of an integer part, a decimal point, a fraction part, ane or e, an optionally signed integer exponent, and an optional type suffix.
检查指定的本地名称和命名空间uri与当前元素的本地名称和命名空间uri是否匹配，然后读取当前元素，并将内容作为32位有符号整数返回。
Checks that the specified local name and namespace URI matches that of the current element, then reads the current element and returns the contents as a 32-bit signed integer.
通常支持的类型有整数、Boolean、ASCII字符串、双精度带符号浮点数、日期时间、集合、列表、属性。
In general supported types are Integer, Boolean, ASCII string, double-precision signed floating point number, date-time, set, list, properties.
但是在64位的系统中，日期是使用有符号的64位整数表示的，这可以极大地扩充其可用范围。
But in 64-bit systems, dates are expressed as signed 64-bit integers, which extends the usable range.
如果在表达式中混合使用无符号和有符号的32位整数，并将其赋值给一个有符号的long类型，那么将其中一个操作数转换成64位的类型。
In cases where unsigned and signed 32-bit integers are mixed in an expression and assigned to a signed long, cast one of the operands to its 64-bit type.
现在，SPU上的整数相乘指令多少有点问题，特别是有符号乘法(使用mpy指令)。
Now, the integer multiply instructions on the SPU are somewhat problematic, especially signed multiplication (using the mpy instruction).
现在，SPU上的整数相乘指令多少有点问题，特别是有符号乘法(使用mpy指令)。
Now, the integer multiply instructions on the SPU are somewhat problematic, especially signed multiplication (using the mpy instruction).
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