Phobos 3 Setup (#8925)

* Copy over base packages the have no imports. Rewrite the dub.sdl to be used for Phobos3. Update .gitignore.

* Fix line endings.
This commit is contained in:
Adam Wilson 2024-02-28 02:14:35 -08:00 committed by GitHub
parent ba9b72f127
commit 72db0a56f5
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7 changed files with 372 additions and 5 deletions

3
.gitignore vendored
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@ -3,6 +3,7 @@
/phobos.json
generated
generated-lib
GNUmakefile
.DS_Store
.*.sw*
@ -18,7 +19,7 @@ obj/
# Rule for VS Code config folder
.vscode
dub.selections.json
*.html
.dub/

19
dub.sdl
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@ -2,8 +2,19 @@ name "phobos"
license "BSL-1.0"
description "D Standard Library"
authors "DLang Community"
copyright "Copyright © 1999-2018, The D Language Foundation"
copyright "Copyright © 1999-2024, The D Language Foundation"
targetType "library"
sourcePaths "std" "etc"
targetPath "generated"
configuration "library" {
targetType "staticLibrary"
sourcePaths "lib"
targetPath "generated-lib"
#excludedSourceFiles "unittest.d" "test/**" "std/**" "tools/**" "etc/**"
}
configuration "unittest" {
dflags "-main"
targetType "executable"
sourcePaths "lib"
targetPath "generated-lib"
#excludedSourceFiles "unittest.d" "test/**" "std/**" "tools/**" "etc/**"
}

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lib/package.d Normal file
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module lib;
public import lib.sys;

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lib/sys/compiler.d Normal file
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// Written in the D programming language.
/**
* Identify the compiler used and its various features.
*
* Copyright: Copyright The D Language Foundation 2000 - 2011.
* License: $(HTTP www.boost.org/LICENSE_1_0.txt, Boost License 1.0).
* Authors: $(HTTP digitalmars.com, Walter Bright), Alex Rønne Petersen
* Source: $(PHOBOSSRC std/compiler.d)
*/
/* Copyright The D Language Foundation 2000 - 2011.
* Distributed under the Boost Software License, Version 1.0.
* (See accompanying file LICENSE_1_0.txt or copy at
* http://www.boost.org/LICENSE_1_0.txt)
*/
module lib.sys.compiler;
immutable
{
/// Vendor specific string naming the compiler, for example: "Digital Mars D".
string name = __VENDOR__;
/// Master list of D compiler vendors.
enum Vendor
{
unknown = 0, /// Compiler vendor could not be detected
digitalMars = 1, /// Digital Mars D (DMD)
gnu = 2, /// GNU D Compiler (GDC)
llvm = 3, /// LLVM D Compiler (LDC)
dotNET = 4, /// D.NET
sdc = 5, /// Snazzy D Compiler (SDC)
}
/// Which vendor produced this compiler.
version (StdDdoc) Vendor vendor;
else version (DigitalMars) Vendor vendor = Vendor.digitalMars;
else version (GNU) Vendor vendor = Vendor.gnu;
else version (LDC) Vendor vendor = Vendor.llvm;
else version (D_NET) Vendor vendor = Vendor.dotNET;
else version (SDC) Vendor vendor = Vendor.sdc;
else Vendor vendor = Vendor.unknown;
/**
* The vendor specific version number, as in
* version_major.version_minor
*/
uint version_major = __VERSION__ / 1000;
uint version_minor = __VERSION__ % 1000; /// ditto
/**
* The version of the D Programming Language Specification
* supported by the compiler.
*/
uint D_major = 2;
uint D_minor = 0;
}

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lib/sys/package.d Normal file
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module lib.sys;
public import lib.sys.compiler;
public import lib.sys.stdint;
public import lib.sys.system;

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lib/sys/stdint.d Normal file
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// Written in the D programming language.
/**
*
D constrains integral types to specific sizes. But efficiency
of different sizes varies from machine to machine,
pointer sizes vary, and the maximum integer size varies.
<b>stdint</b> offers a portable way of trading off size
vs efficiency, in a manner compatible with the <tt>stdint.h</tt>
definitions in C.
In the table below, the $(B exact alias)es are types of exactly the
specified number of bits.
The $(B at least alias)es are at least the specified number of bits
large, and can be larger.
The $(B fast alias)es are the fastest integral type supported by the
processor that is at least as wide as the specified number of bits.
The aliases are:
$(ATABLE $(TR
$(TH Exact Alias)
$(TH Description)
$(TH At Least Alias)
$(TH Description)
$(TH Fast Alias)
$(TH Description)
)$(TR
$(TD int8_t)
$(TD exactly 8 bits signed)
$(TD int_least8_t)
$(TD at least 8 bits signed)
$(TD int_fast8_t)
$(TD fast 8 bits signed)
)$(TR
$(TD uint8_t)
$(TD exactly 8 bits unsigned)
$(TD uint_least8_t)
$(TD at least 8 bits unsigned)
$(TD uint_fast8_t)
$(TD fast 8 bits unsigned)
)$(TR
$(TD int16_t)
$(TD exactly 16 bits signed)
$(TD int_least16_t)
$(TD at least 16 bits signed)
$(TD int_fast16_t)
$(TD fast 16 bits signed)
)$(TR
$(TD uint16_t)
$(TD exactly 16 bits unsigned)
$(TD uint_least16_t)
$(TD at least 16 bits unsigned)
$(TD uint_fast16_t)
$(TD fast 16 bits unsigned)
)$(TR
$(TD int32_t)
$(TD exactly 32 bits signed)
$(TD int_least32_t)
$(TD at least 32 bits signed)
$(TD int_fast32_t)
$(TD fast 32 bits signed)
)$(TR
$(TD uint32_t)
$(TD exactly 32 bits unsigned)
$(TD uint_least32_t)
$(TD at least 32 bits unsigned)
$(TD uint_fast32_t)
$(TD fast 32 bits unsigned)
)$(TR
$(TD int64_t)
$(TD exactly 64 bits signed)
$(TD int_least64_t)
$(TD at least 64 bits signed)
$(TD int_fast64_t)
$(TD fast 64 bits signed)
)$(TR
$(TD uint64_t)
$(TD exactly 64 bits unsigned)
$(TD uint_least64_t)
$(TD at least 64 bits unsigned)
$(TD uint_fast64_t)
$(TD fast 64 bits unsigned)
))
The ptr aliases are integral types guaranteed to be large enough
to hold a pointer without losing bits:
$(ATABLE $(TR
$(TH Alias)
$(TH Description)
)$(TR
$(TD intptr_t)
$(TD signed integral type large enough to hold a pointer)
)$(TR
$(TD uintptr_t)
$(TD unsigned integral type large enough to hold a pointer)
))
The max aliases are the largest integral types:
$(ATABLE $(TR
$(TH Alias)
$(TH Description)
)$(TR
$(TD intmax_t)
$(TD the largest signed integral type)
)$(TR
$(TD uintmax_t)
$(TD the largest unsigned integral type)
))
* Macros:
* ATABLE=<table border="1" cellspacing="0" cellpadding="5">$0</table>
*
* Copyright: Copyright The D Language Foundation 2000 - 2009.
* License: $(HTTP www.boost.org/LICENSE_1_0.txt, Boost License 1.0).
* Authors: $(HTTP digitalmars.com, Walter Bright)
* Source: $(PHOBOSSRC std/stdint.d)
*/
/* Copyright The D Language Foundation 2000 - 2009.
* Distributed under the Boost Software License, Version 1.0.
* (See accompanying file LICENSE_1_0.txt or copy at
* http://www.boost.org/LICENSE_1_0.txt)
*/
module lib.sys.stdint;
public import core.stdc.stdint;

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lib/sys/system.d Normal file
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// Written in the D programming language.
/**
* Information about the target operating system, environment, and CPU.
*
* Copyright: Copyright The D Language Foundation 2000 - 2011
* License: $(HTTP www.boost.org/LICENSE_1_0.txt, Boost License 1.0).
* Authors: $(HTTP digitalmars.com, Walter Bright) and
$(HTTP jmdavisprog.com, Jonathan M Davis)
* Source: $(PHOBOSSRC std/system.d)
*/
module lib.sys.system;
immutable
{
/++
Operating system.
Note:
This is for cases where you need a value representing the OS at
runtime. If you're doing something which should compile differently
on different OSes, then please use `version (Windows)`,
`version (linux)`, etc.
See_Also:
$(DDSUBLINK spec/version,PredefinedVersions, Predefined Versions)
+/
enum OS
{
win32 = 1, /// Microsoft 32 bit Windows systems
win64, /// Microsoft 64 bit Windows systems
linux, /// All Linux Systems, except for Android
osx, /// Mac OS X
iOS, /// iOS
tvOS, /// tvOS
watchOS, /// watchOS
freeBSD, /// FreeBSD
netBSD, /// NetBSD
openBSD, /// OpenBSD
dragonFlyBSD, /// DragonFlyBSD
solaris, /// Solaris
android, /// Android
otherPosix, /// Other Posix Systems
unknown, /// Unknown
}
/// The OS that the program was compiled for.
version (Win32) OS os = OS.win32;
else version (Win64) OS os = OS.win64;
else version (Android) OS os = OS.android;
else version (linux) OS os = OS.linux;
else version (OSX) OS os = OS.osx;
else version (iOS) OS os = OS.iOS;
else version (tvOS) OS os = OS.tvOS;
else version (watchOS) OS os = OS.watchOS;
else version (FreeBSD) OS os = OS.freeBSD;
else version (NetBSD) OS os = OS.netBSD;
else version (OpenBSD) OS os = OS.openBSD;
else version (DragonFlyBSD) OS os = OS.dragonFlyBSD;
else version (Posix) OS os = OS.otherPosix;
else OS os = OS.unknown;
/++
Byte order endianness.
Note:
This is intended for cases where you need to deal with endianness at
runtime. If you're doing something which should compile differently
depending on whether you're compiling on a big endian or little
endian machine, then please use `version (BigEndian)` and
`version (LittleEndian)`.
See_Also:
$(DDSUBLINK spec/version,PredefinedVersions, Predefined Versions)
+/
enum Endian
{
bigEndian, /// Big endian byte order
littleEndian /// Little endian byte order
}
/// The endianness that the program was compiled for.
version (LittleEndian) Endian endian = Endian.littleEndian;
else Endian endian = Endian.bigEndian;
/++
Instruction Set Architecture.
Note:
This is intended for cases where you need a value representing the
instruction set architecture at runtime. If you're doing something
which should compile differently depending on instruction set
architecture, then please use `version (X86_64)`, `version (ARM)`,
etc.
See_Also:
$(DDSUBLINK spec/version,PredefinedVersions, Predefined Versions)
+/
enum ISA
{
x86, /// Intel and AMD 32-bit processors
x86_64, /// Intel and AMD 64-bit processors
arm, /// The ARM architecture (32-bit) (AArch32 et al)
aarch64, /// The Advanced RISC Machine architecture (64-bit)
asmJS, /// The asm.js intermediate programming language
avr, /// 8-bit Atmel AVR Microcontrollers
epiphany, /// The Epiphany architecture
ppc, /// The PowerPC architecture, 32-bit
ppc64, /// The PowerPC architecture, 64-bit
ia64, /// The Itanium architecture (64-bit)
mips32, /// The MIPS architecture, 32-bit
mips64, /// The MIPS architecture, 64-bit
msp430, /// The MSP430 architecture
nvptx, /// The Nvidia Parallel Thread Execution (PTX) architecture, 32-bit
nvptx64, /// The Nvidia Parallel Thread Execution (PTX) architecture, 64-bit
riscv32, /// The RISC-V architecture, 32-bit
riscv64, /// The RISC-V architecture, 64-bit
sparc, /// The SPARC architecture, 32-bit
sparc64, /// The SPARC architecture, 64-bit
s390, /// The System/390 architecture, 32-bit
systemZ, /// The System Z architecture, 64-bit
hppa, /// The HP PA-RISC architecture, 32-bit
hppa64, /// The HP PA-RISC architecture, 64-bit
sh, /// The SuperH architecture, 32-bit
webAssembly, /// The WebAssembly virtual ISA (instruction set architecture), 32-bit
alpha, /// The Alpha architecture
unknown, /// Unknown
}
/// The instruction set architecture that the program was compiled for.
version (X86) ISA instructionSetArchitecture = ISA.x86;
else version (X86_64) ISA instructionSetArchitecture = ISA.x86_64;
else version (ARM) ISA instructionSetArchitecture = ISA.arm;
else version (AArch64) ISA instructionSetArchitecture = ISA.aarch64;
else version (AsmJS) ISA instructionSetArchitecture = ISA.asmJS;
else version (AVR) ISA instructionSetArchitecture = ISA.avr;
else version (Epiphany) ISA instructionSetArchitecture = ISA.epiphany;
else version (PPC) ISA instructionSetArchitecture = ISA.ppc;
else version (PPC64) ISA instructionSetArchitecture = ISA.ppc64;
else version (IA64) ISA instructionSetArchitecture = ISA.ia64;
else version (MIPS32) ISA instructionSetArchitecture = ISA.mips32;
else version (MIPS64) ISA instructionSetArchitecture = ISA.mips64;
else version (MSP430) ISA instructionSetArchitecture = ISA.msp430;
else version (NVPTX) ISA instructionSetArchitecture = ISA.nvptx;
else version (NVPTX64) ISA instructionSetArchitecture = ISA.nvptx64;
else version (RISCV32) ISA instructionSetArchitecture = ISA.riscv32;
else version (RISCV64) ISA instructionSetArchitecture = ISA.riscv64;
else version (SPARC) ISA instructionSetArchitecture = ISA.sparc;
else version (SPARC64) ISA instructionSetArchitecture = ISA.sparc64;
else version (S390) ISA instructionSetArchitecture = ISA.s390;
else version (SystemZ) ISA instructionSetArchitecture = ISA.systemZ;
else version (HPPA) ISA instructionSetArchitecture = ISA.hppa;
else version (HPPA64) ISA instructionSetArchitecture = ISA.hppa64;
else version (SH) ISA instructionSetArchitecture = ISA.sh;
else version (WebAssembly) ISA instructionSetArchitecture = ISA.webAssembly;
else version (Alpha) ISA instructionSetArchitecture = ISA.alpha;
else ISA instructionSetArchitecture = ISA.unknown;
}