comments), some code points are never allowed: Ascii control characters, except for U+000a (LF), U+000d (CR), and U+0009 (HT): U+0000 - U+0008, U+000b - U+000c, U+000e - U+0001f, U+007f. Non-Ascii Unicode line Each LF may be immediately preceded by a single CR (byte value 0x0d, code point U+000d, '\r') to form a Windows style line ending, but this is discouraged. A CR in any other context is not allowed. HT hard implement all recommendations mentioned here. Note also that the stage1 compiler does not yet support CR or HT control characters. Note that a tool reading Zig source code can make assumptions if the source

comments), some code points are never allowed: Ascii control characters, except for U+000a (LF), U+000d (CR), and U+0009 (HT): U+0000 - U+0008, U+000b - U+000c, U+000e - U+0001f, U+007f. Non-Ascii Unicode line LF may be immediately preceded by a single CR (byte value 0x0d, code point U+000d, '\r' ) to form a Windows style line ending, but this is discouraged. A CR in any other context is not allowed. HT hard implement all recommendations mentioned here. Note also that the stage1 compiler does not yet support CR or HT control characters. Note that a tool reading Zig source code can make assumptions if the source

comments), some code points are never allowed: Ascii control characters, except for U+000a (LF), U+000d (CR), and U+0009 (HT): U+0000 - U+0008, U+000b - U+000c, U+000e - U+0001f, U+007f. Non-Ascii Unicode line LF may be immediately preceded by a single CR (byte value 0x0d, code point U+000d, '\r' ) to form a Windows style line ending, but this is discouraged. A CR in any other context is not allowed. HT hard implement all recommendations mentioned here. Note also that the stage1 compiler does not yet support CR or HT control characters. Note that a tool reading Zig source code can make assumptions if the source

comments), some code points are never allowed: Ascii control characters, except for U+000a (LF), U+000d (CR), and U+0009 (HT): U+0000 - U+0008, U+000b - U+000c, U+000e - U+0001f, U+007f. Non-Ascii Unicode line line, which means the last byte would be 0x0a (LF). Each LF may be immediately preceded by a single CR (byte value 0x0d, code point U+000d, '\r' ) to form a Windows style line ending, but this is discouraged that in multiline strings, CRLF sequences will be encoded as LF when compiled into a zig program. A CR in any other context is not allowed. HT hard tabs (byte value 0x09, code point U+0009, '\t' ) are

comments), some code points are never allowed: Ascii control characters, except for U+000a (LF), U+000d (CR), and U+0009 (HT): U+0000 - U+0008, U+000b - U+000c, U+000e - U+0001f, U+007f. Non-Ascii Unicode line line, which means the last byte would be 0x0a (LF). Each LF may be immediately preceded by a single CR (byte value 0x0d, code point U+000d, '\r' ) to form a Windows style line ending, but this is discouraged that in mulitline strings, CRLF sequences will be encoded as LF when compiled into a zig program. A CR in any other context is not allowed. HT hard tabs (byte value 0x09, code point U+0009, '\t' ) are

" | ’ | & ascii → ˆcntrl | NUL | SOH | STX | ETX | EOT | ENQ | ACK | BEL | BS | HT | LF | VT | FF | CR | SO | SI | DLE | DC1 | DC2 | DC3 | DC4 | NAK | SYN | ETB | CAN | EM | SUB | ESC | FS | GS | RS | US notation. In addition, there are the following equivalences: \a and \BEL, \b and \BS, \f and \FF, \r and \CR, \t and \HT, \v and \VT, and \n and \LF. A string is a list of characters: 73 74 CHAPTER 6. PREDEFINED " | ’ | & ascii → ˆcntrl | NUL | SOH | STX | ETX | EOT | ENQ | ACK | BEL | BS | HT | LF | VT | FF | CR | SO | SI | DLE | DC1 | DC2 | DC3 | DC4 | NAK | SYN | ETB | CAN | EM | SUB | ESC | FS | GS | RS | US

11 f 12 \ \ ' ' " " NUL 0 SOH 1 STX 2 ETX 3 EOT 4 ENQ 5 ACK 6 BEL 7 BS 8 HT 9 LF 10 VT 11 FF 12 CR 13 SO 14 SI 15 DLE 16 DC1 17 DC2 18 DC3 19 DC4 20 NAK 21 SYN 22 ETB 23 CAN 24 EM 25 SUB 26 ESC McBride, Conor. “I Got Plenty o’Nuttin’.” [https://personal.cis.strath.ac.uk/conor.mcbride/PlentyO-CR.pdf] A List of Successes That Can Change the World. Springer, Cham, 2016. [3] Atkey, Robert. “The

11 f 12 \ \ ' ' " " NUL 0 SOH 1 STX 2 ETX 3 EOT 4 ENQ 5 ACK 6 BEL 7 BS 8 HT 9 LF 10 VT 11 FF 12 CR 13 SO 14 SI 15 DLE 16 DC1 17 DC2 18 DC3 19 DC4 20 NAK 21 SYN 22 ETB 23 CAN 24 EM 25 SUB 26 ESC McBride, Conor. “I Got Plenty o’Nuttin’.” [https://personal.cis.strath.ac.uk/conor.mcbride/PlentyO-CR.pdf] A List of Successes That Can Change the World. Springer, Cham, 2016. [3] Atkey, Robert. “The

11 f 12 \ \ ' ' " " NUL 0 SOH 1 STX 2 ETX 3 EOT 4 ENQ 5 ACK 6 BEL 7 BS 8 HT 9 LF 10 VT 11 FF 12 CR 13 SO 14 SI 15 DLE 16 DC1 17 DC2 18 DC3 19 DC4 20 NAK 21 SYN 22 ETB 23 CAN 24 EM 25 SUB 26 ESC McBride, Conor. “I Got Plenty o’Nuttin’.” [https://personal.cis.strath.ac.uk/conor.mcbride/PlentyO-CR.pdf] A List of Successes That Can Change the World. Springer, Cham, 2016. [3] Atkey, Robert. “The

11 f 12 \ \ ' ' " " NUL 0 SOH 1 STX 2 ETX 3 EOT 4 ENQ 5 ACK 6 BEL 7 BS 8 HT 9 LF 10 VT 11 FF 12 CR 13 SO 14 SI 15 DLE 16 DC1 17 DC2 18 DC3 19 DC4 20 NAK 21 SYN 22 ETB 23 CAN 24 EM 25 SUB 26 ESC McBride, Conor. “I Got Plenty o’Nuttin’.” [https://personal.cis.strath.ac.uk/conor.mcbride/PlentyO-CR.pdf] A List of Successes That Can Change the World. Springer, Cham, 2016. [3] Atkey, Robert. “The