模块用法摘要 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 174 模块和文件 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 174 标准模块 . IO 输出的上下文信息 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 240 22.4 使用文件 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 241 22.5 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 272 26 处理操作系统差异 273 27 环境变量 275 27.1 文件位置 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 275 JULIA_BINDIR

points greater than 00A0; in particular, Unicode character categories Lu/Ll/Lt/Lm/Lo/Nl (letters), Sc/So (currency and other symbols), and a few other letter-like characters (e.g. a subset of the Sm math a = 3, you have changed the "name" a to refer to a new value 3 … you haven't changed the number 2, so 2+2 will still give 4 and not 6! This distinction becomes more clear when dealing with mutable types digits which don’t contribute to the value, they count for determining storage size of a literal. So 0x01 is a UInt8 while 0x0001 is a UInt16. That allows the user to control the size. Unsigned literals

points greater than 00A0; in particular, Unicode character categories Lu/Ll/Lt/Lm/Lo/Nl (letters), Sc/So (currency and other symbols), and a few other letter-like characters (e.g. a subset of the Sm math a = 3, you have changed the "name" a to refer to a new value 3 … you haven't changed the number 2, so 2+2 will still give 4 and not 6! This distinction becomes more clear when dealing with mutable types digits which don’t contribute to the value, they count for determining storage size of a literal. So 0x01 is a UInt8 while 0x0001 is a UInt16. That allows the user to control the size. Unsigned literals

points greater than 00A0; in particular, Unicode character categories Lu/Ll/Lt/Lm/Lo/Nl (letters), Sc/So (currency and otherCHAPTER 4. VARIABLES 12 symbols), and a few other letter-like characters (e.g. a = 3, you have changed the "name" a to refer to a new value 3 … you haven't changed the number 2, so 2+2 will still give 4 and not 6! This distinction becomes more clear when dealing with mutable types digits which don’t contribute to the value, they count for determining storage size of a literal. So 0x01 is a UInt8 while 0x0001 is a UInt16. That allows the user to control the size. Unsigned literals

points greater than 00A0; in particular, Unicode character categories Lu/Ll/Lt/Lm/Lo/Nl (letters), Sc/So (currency and otherCHAPTER 4. VARIABLES 12 symbols), and a few other letter-like characters (e.g. a = 3, you have changed the "name" a to refer to a new value 3 … you haven't changed the number 2, so 2+2 will still give 4 and not 6! This distinction becomes more clear when dealing with mutable types digits which don’t contribute to the value, they count for determining storage size of a literal. So 0x01 is a UInt8 while 0x0001 is a UInt16. That allows the user to control the size. Unsigned literals

points greater than 00A0; in particular, Unicode character categories Lu/Ll/Lt/Lm/Lo/Nl (letters), Sc/So (currency and otherCHAPTER 4. VARIABLES 12 symbols), and a few other letter-like characters (e.g. a = 3, you have changed the "name" a to refer to a new value 3 … you haven't changed the number 2, so 2+2 will still give 4 and not 6! This distinction becomes more clear when dealing with mutable types digits which don’t contribute to the value, they count for determining storage size of a literal. So 0x01 is a UInt8 while 0x0001 is a UInt16. That allows the user to control the size. Unsigned literals

points greater than 00A0; in particular, Unicode character categories Lu/Ll/Lt/Lm/Lo/Nl (letters), Sc/So (currency and other symbols), and a few other letter-like characters (e.g. a subset of the Sm math a = 3, you have changed the "name" a to refer to a new value 3 … you haven't changed the number 2, so 2+2 will still give 4 and not 6! This distinction becomes more clear when dealing with mutable types digits which don’t contribute to the value, they count for determining storage size of a literal. So 0x01 is a UInt8 while 0x0001 is a UInt16. That allows the user to control the size. Unsigned literals

points greater than 00A0; in particular, Unicode character categories Lu/Ll/Lt/Lm/Lo/Nl (letters), Sc/So (currency and other symbols), and a few other letter-like characters (e.g. a subset of the Sm math a = 3, you have changed the "name" a to refer to a new value 3 … you haven't changed the number 2, so 2+2 will still give 4 and not 6! This distinction becomes more clear when dealing with mutable types digits which don’t contribute to the value, they count for determining storage size of a literal. So 0x01 is a UInt8 while 0x0001 is a UInt16. That allows the user to control the size. Unsigned literals

points greater than 00A0; in particular, Unicode character categories Lu/Ll/Lt/Lm/Lo/Nl (letters), Sc/So (currency and other symbols), and a few other letter-like characters (e.g. a subset of the Sm math a = 3, you have changed the "name" a to refer to a new value 3 … you haven't changed the number 2, so 2+2 will still give 4 and not 6! This distinction becomes more clear when dealing with mutable types digits which don’t contribute to the value, they count for determining storage size of a literal. So 0x01 is a UInt8 while 0x0001 is a UInt16. That allows the user to control the size. Unsigned literals

points greater than 00A0; in particular, Unicode character categories Lu/Ll/Lt/Lm/Lo/Nl (letters), Sc/So (currency and other symbols), and a few other letter-like characters (e.g. a subset of the Sm math a = 3, you have changed the "name" a to refer to a new value 3 … you haven't changed the number 2, so 2+2 will still give 4 and not 6! This distinction becomes more clear when dealing with mutable types digits which don’t contribute to the value, they count for determining storage size of a literal. So 0x01 is a UInt8 while 0x0001 is a UInt16. That allows the user to control the size. Unsigned literals