Jump to Content
Register Log in

Bitwise
Blog
Forums
Episode Guide
twitter
We are currently in the process of converting the website to the new design. Some pages, like this one, are still broken. We appreciate your patience.
Bitwise»Episode Guide
Weekend Edition
References ▼
ANSI
ISO/​IEC 9899: Information technology – Programming languages – C
[1]47:20[2]1:19:20[3]1:20:37
[4]1:24:15
Filter mode:
Topics
asm
code generation
error handling
language
parsing
(null topic)
Media
🗪Chat Comment
🏃In-Game
🖮Programming
📖Research🟉
🗩Speech
🎭
🏟
🔗
Link to: current timestamp
Credits
Host
Per Vognsen
Indexer
Matt Mascarenhas
?
?

Keyboard Navigation

Global Keys

[, < / ], > Jump to previous / next episode
W, K, P / S, J, N Jump to previous / next marker
t / T Toggle theatre / SUPERtheatre mode
V Revert filter to original state Y Select link (requires manual Ctrl-c)

Menu toggling

q Quotes r References f Filter y Link c Credits

In-Menu Movement

a
w
s
d
h j k l
←
↑
↓
→

Quotes and References Menus

Enter Jump to timecode

Quotes, References and Credits Menus

o Open URL (in new tab)

Filter Menu

x, Space Toggle category and focus next
X, ShiftSpace Toggle category and focus previous
v Invert topics / media as per focus

Filter and Link Menus

z Toggle filter / linking mode

Credits Menu

Enter Open URL (in new tab)
0:08Recap and set the stage for an especially random day
🗩
0:08Recap and set the stage for an especially random day
🗩
0:08Recap and set the stage for an especially random day
🗩
2:25Review the work making the dot operator for field access auto-dereference pointers to aggregates, and implementing support for float const declarations
2:25Review the work making the dot operator for field access auto-dereference pointers to aggregates, and implementing support for float const declarations
2:25Review the work making the dot operator for field access auto-dereference pointers to aggregates, and implementing support for float const declarations
6:10Showcase the vector library test2.ion
6:10Showcase the vector library test2.ion
6:10Showcase the vector library test2.ion
8:23Review the work implementing support for bool
8:23Review the work implementing support for bool
8:23Review the work implementing support for bool
9:58Review the work implementing conservative control analysis in resolve_stmt() and resolve_stmt_block()
9:58Review the work implementing conservative control analysis in resolve_stmt() and resolve_stmt_block()
9:58Review the work implementing conservative control analysis in resolve_stmt() and resolve_stmt_block()
14:34Review the work implementing detection of duplicate global and local symbol errors
14:34Review the work implementing detection of duplicate global and local symbol errors
14:34Review the work implementing detection of duplicate global and local symbol errors
15:56Review the work implementing function call notation int(3.14) for explicit type conversion
15:56Review the work implementing function call notation int(3.14) for explicit type conversion
15:56Review the work implementing function call notation int(3.14) for explicit type conversion
17:00Review the work on explicitly sized types, and adding support for C-style null pointers
17:00Review the work on explicitly sized types, and adding support for C-style null pointers
17:00Review the work on explicitly sized types, and adding support for C-style null pointers
19:12Review the work allowing optional names in function typespecs
19:12Review the work allowing optional names in function typespecs
19:12Review the work allowing optional names in function typespecs
20:18Review the work implementing the const qualifier, with an explanation of the notion of non-modifiability in C
20:18Review the work implementing the const qualifier, with an explanation of the notion of non-modifiability in C
20:18Review the work implementing the const qualifier, with an explanation of the notion of non-modifiability in C
31:53Describe the conceptual breakthrough regarding the use of expressions in an rvalue context, with explanations of operand_decay(), convert_operand(), is_convertible() and is_null_ptr()
31:53Describe the conceptual breakthrough regarding the use of expressions in an rvalue context, with explanations of operand_decay(), convert_operand(), is_convertible() and is_null_ptr()
31:53Describe the conceptual breakthrough regarding the use of expressions in an rvalue context, with explanations of operand_decay(), convert_operand(), is_convertible() and is_null_ptr()
36:53Fix is_null_ptr() to use is_integer_type() rather than is_arithmetic_type() when determining whether to call cast_operand()
🖮
36:53Fix is_null_ptr() to use is_integer_type() rather than is_arithmetic_type() when determining whether to call cast_operand()
🖮
36:53Fix is_null_ptr() to use is_integer_type() rather than is_arithmetic_type() when determining whether to call cast_operand()
🖮
37:24Continue to describe is_null_ptr() and is_convertible()
37:24Continue to describe is_null_ptr() and is_convertible()
37:24Continue to describe is_null_ptr() and is_convertible()
38:32Review the new distinction between casts and conversions
38:32Review the new distinction between casts and conversions
38:32Review the new distinction between casts and conversions
41:29Review the work implementing support for different literal types and literal suffixes
41:29Review the work implementing support for different literal types and literal suffixes
41:29Review the work implementing support for different literal types and literal suffixes
47:20Explain C's differing rankings of decimal and octal / hexadecimal integer constants1
47:20Explain C's differing rankings of decimal and octal / hexadecimal integer constants1
47:20Explain C's differing rankings of decimal and octal / hexadecimal integer constants1
56:12Review the new preservation of token modifiers for literals in generated C code
56:12Review the new preservation of token modifiers for literals in generated C code
56:12Review the new preservation of token modifiers for literals in generated C code
1:01:24Review the work implementing support for "x: int" and "x: int = 0" local initialiser statements
1:01:24Review the work implementing support for "x: int" and "x: int = 0" local initialiser statements
1:01:24Review the work implementing support for "x: int" and "x: int = 0" local initialiser statements
1:05:20Review the new inference of incomplete array size for initialiser statements, and error handling of size 0 function parameters and assignment to arrays
1:05:20Review the new inference of incomplete array size for initialiser statements, and error handling of size 0 function parameters and assignment to arrays
1:05:20Review the new inference of incomplete array size for initialiser statements, and error handling of size 0 function parameters and assignment to arrays
1:09:05Make is_convertible() to treat arrays as pointers for the purposes of pointer-decay
🖮
1:09:05Make is_convertible() to treat arrays as pointers for the purposes of pointer-decay
🖮
1:09:05Make is_convertible() to treat arrays as pointers for the purposes of pointer-decay
🖮
1:12:57Run it to see what test_arrays() produces
🏃
1:12:57Run it to see what test_arrays() produces
🏃
1:12:57Run it to see what test_arrays() produces
🏃
1:13:49Revert is_convertible() and instead enable resolve_expr_call() to pointer-decay arrays
🖮
1:13:49Revert is_convertible() and instead enable resolve_expr_call() to pointer-decay arrays
🖮
1:13:49Revert is_convertible() and instead enable resolve_expr_call() to pointer-decay arrays
🖮
1:15:45Reflect on the near completion of Ion, and determine to handle volatile
🗩
1:15:45Reflect on the near completion of Ion, and determine to handle volatile
🗩
1:15:45Reflect on the near completion of Ion, and determine to handle volatile
🗩
1:16:23Q&A
🗩
1:16:23Q&A
🗩
1:16:23Q&A
🗩
1:16:51tbodt_ Since they're compile-time constants couldn't you compute the value of the constant in the compiler and just inline that?
🗪
1:16:51tbodt_ Since they're compile-time constants couldn't you compute the value of the constant in the compiler and just inline that?
🗪
1:16:51tbodt_ Since they're compile-time constants couldn't you compute the value of the constant in the compiler and just inline that?
🗪
1:18:52pmttavara For goto, don't you just have to verify that there is at least one return statement after the very final goto label in the function?
🗪
1:18:52pmttavara For goto, don't you just have to verify that there is at least one return statement after the very final goto label in the function?
🗪
1:18:52pmttavara For goto, don't you just have to verify that there is at least one return statement after the very final goto label in the function?
🗪
1:19:20godling72 pervognsen Are you going to have "restrict"?2
🗪
1:19:20godling72 pervognsen Are you going to have "restrict"?2
🗪
1:19:20godling72 pervognsen Are you going to have "restrict"?2
🗪
1:20:37BitSlime Doesn't restrict just make sure two pointer parameters aren't the same?3
🗪
1:20:37BitSlime Doesn't restrict just make sure two pointer parameters aren't the same?3
🗪
1:20:37BitSlime Doesn't restrict just make sure two pointer parameters aren't the same?3
🗪
1:22:37olafbtwitch Inline assembly?
🗪
1:22:37olafbtwitch Inline assembly?
🗪
1:22:37olafbtwitch Inline assembly?
🗪
1:23:29BitSlime You need inline assembly since C has no native cpuid function
🗪
1:23:29BitSlime You need inline assembly since C has no native cpuid function
🗪
1:23:29BitSlime You need inline assembly since C has no native cpuid function
🗪
1:24:15Determine to fully handle enums4
1:24:15Determine to fully handle enums4
1:24:15Determine to fully handle enums4
1:29:57Enable resolve_decl_type() and resolve_sym() to handle the SYM_ENUM_CONST case, introducing type_enum() and resolve_decl_enum() and an EnumField struct
🖮
1:29:57Enable resolve_decl_type() and resolve_sym() to handle the SYM_ENUM_CONST case, introducing type_enum() and resolve_decl_enum() and an EnumField struct
🖮
1:29:57Enable resolve_decl_type() and resolve_sym() to handle the SYM_ENUM_CONST case, introducing type_enum() and resolve_decl_enum() and an EnumField struct
🖮
1:48:47Restate the problem with handling enums
🗩
1:48:47Restate the problem with handling enums
🗩
1:48:47Restate the problem with handling enums
🗩
1:49:49Temporarily introduce sym_push_const() symbol stack
🖮
1:49:49Temporarily introduce sym_push_const() symbol stack
🖮
1:49:49Temporarily introduce sym_push_const() symbol stack
🖮
1:51:25Revert the new enum handling code
🖮
1:51:25Revert the new enum handling code
🖮
1:51:25Revert the new enum handling code
🖮
1:52:34Get lunch
🗩
1:52:34Get lunch
🗩
1:52:34Get lunch
🗩