mirror of
https://github.com/justinian/jsix.git
synced 2025-12-09 16:04:32 -08:00
4545256b49
The great header shift: It didn't make sense to regenerate headers for the same module for every target (boot/kernel/user) it appeared in. And now that core headers are out of src/include, this was going to cause problems for the new libc changes I've been working on. So I went back to re-design how module headers work. Pre-requisites: - A module's public headers should all be available in one location, not tied to target. - No accidental includes. Another module should not be able to include anything (creating an implicit dependency) from a module without declaring an explicit dependency. - Exception to the previous: libc's headers should be available to all, at least for the freestanding headers. New system: - A new "public_headers" property of module declares all public headers that should be available to dependant modules - All public headers (after possible processing) are installed relative to build/include/<module> with the same path as their source - This also means no "include" dir in modules is necessary. If a header should be included as <j6/types.h> then its source should be src/libraries/j6/j6/types.h - this caused the most churn as all public header sources moved one directory up. - The "includes" property of a module is local only to that module now, it does not create any implicit public interface Other changes: - The bonnibel concept of sources changed: instead of sources having actions, they themselves are an instance of a (sub)class of Source, which provides all the necessary information itself. - Along with the above, rule names were standardized into <type>.<ext>, eg "compile.cpp" or "parse.cog" - cog and cogflags variables moved from per-target scope to global scope in the build files. - libc gained a more dynamic .module file
235 lines
8.2 KiB
Python
235 lines
8.2 KiB
Python
from . import BonnibelError
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class Project:
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def __init__(self, root):
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from .version import git_version
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self.root = root
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self.version = git_version(root)
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def __str__(self):
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return f"{self.name} {self.version.major}.{self.version.minor}.{self.version.patch}-{self.version.sha}"
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def generate(self, root, output, modules, config, manifest_file):
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import sys
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import bonnibel
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from os.path import join
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from ninja.ninja_syntax import Writer
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from .target import Target
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targets = set()
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for mod in modules.values():
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targets.update({Target.load(root, t, config) for t in mod.targets})
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with open(output / "build.ninja", "w") as buildfile:
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build = Writer(buildfile)
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build.comment("This file is automatically generated by bonnibel")
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build.variable("ninja_required_version", "1.3")
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build.variable("build_root", output)
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build.variable("source_root", root)
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build.newline()
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build.include(root / "configs" / "rules.ninja")
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build.newline()
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build.variable("version_major", self.version.major)
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build.variable("version_minor", self.version.minor)
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build.variable("version_patch", self.version.patch)
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build.variable("version_sha", self.version.sha)
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build.newline()
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build.variable("cogflags", [
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"-I", "${source_root}/scripts",
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"-D", "definitions_path=${source_root}/definitions",
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])
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build.newline()
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for target in targets:
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build.subninja(output / target.name / "target.ninja")
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build.newline()
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for mod in modules.values():
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build.subninja(output / f"headers.{mod.name}.ninja")
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build.newline()
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build.build(
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rule = "touch",
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outputs = "${build_root}/.all_headers",
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implicit = [f"${{build_root}}/include/{m.name}/.headers.phony"
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for m in modules.values() if m.public_headers],
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)
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build.build(
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rule = "phony",
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outputs = ["all-headers"],
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inputs = ["${build_root}/.all_headers"])
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debugroot = output / ".debug"
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debugroot.mkdir(exist_ok=True)
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fatroot = output / "fatroot"
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fatroot.mkdir(exist_ok=True)
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fatroot_content = []
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def add_fatroot(source, entry):
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output = join(entry.location, entry.output)
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fatroot_output = f"${{build_root}}/fatroot/{output}"
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build.build(
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rule = "cp",
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outputs = [fatroot_output],
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inputs = [source],
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variables = {
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"name": f"Installing {output}",
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})
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fatroot_content.append(fatroot_output)
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build.newline()
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def add_fatroot_exe(entry):
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input_path = f"${{build_root}}/{entry.target}/{entry.output}"
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intermediary = f"${{build_root}}/{entry.output}"
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build.build(
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rule = "strip",
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outputs = [intermediary],
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inputs = [input_path],
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implicit = [f"{input_path}.dump"],
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variables = {
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"name": f"Stripping {entry.module}",
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"debug": f"${{build_root}}/.debug/{entry.output}.debug",
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})
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add_fatroot(intermediary, entry)
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from .manifest import Manifest
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manifest = Manifest(manifest_file, modules)
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add_fatroot_exe(manifest.kernel)
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add_fatroot_exe(manifest.init)
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for program in manifest.programs:
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add_fatroot_exe(program)
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syms = manifest.add_data("symbol_table.dat",
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manifest.kernel.location, "Symbol table", ("symbols",))
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sym_out = f"${{build_root}}/symbol_table.dat"
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build.build(
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rule = "makest",
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outputs = [sym_out],
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inputs = [f"${{build_root}}/{modules['kernel'].output}"],
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)
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add_fatroot(sym_out, syms)
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bootloader = "${build_root}/fatroot/efi/boot/bootx64.efi"
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build.build(
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rule = "cp",
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outputs = [bootloader],
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inputs = ["${build_root}/boot/boot.efi"],
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variables = {
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"name": "Installing bootloader",
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})
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build.newline()
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boot_config = join(fatroot, "jsix_boot.dat")
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manifest.write_boot_config(boot_config)
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build.build(
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rule = "makefat",
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outputs = ["${build_root}/jsix.img"],
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inputs = ["${source_root}/assets/diskbase.img"],
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implicit = fatroot_content + [bootloader],
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variables = {"name": "jsix.img"},
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)
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build.newline()
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default_assets = {
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"UEFI Variables": ("ovmf/x64/ovmf_vars.fd", "ovmf_vars.fd"),
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"GDB Debug Helpers": ("debugging/jsix.elf-gdb.py", "jsix.elf-gdb.py"),
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}
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for name, assets in default_assets.items():
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p = root / "assets" / assets[0]
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out = f"${{build_root}}/{assets[1]}"
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build.build(
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rule = "cp",
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outputs = [out],
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inputs = [str(p)],
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variables = {"name": name},
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)
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build.default([out])
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build.newline()
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compdb = "${source_root}/compile_commands.json"
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build.rule("regen",
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command = " ".join([str(root / 'configure')] + sys.argv[1:]),
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description = "Regenerate build files",
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generator = True,
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)
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build.newline()
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regen_implicits = \
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[f"{self.root}/configure", str(manifest_file)] + \
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[str(mod.modfile) for mod in modules.values()]
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for target in targets:
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regen_implicits += target.depfiles
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build.build(
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rule = "compdb",
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outputs = [compdb],
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implicit = regen_implicits,
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)
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build.default([compdb])
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build.newline()
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build.build(
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rule = "regen",
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outputs = ['build.ninja'],
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implicit = regen_implicits,
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implicit_outputs =
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[f"module.{mod.name}.ninja" for mod in modules.values()] +
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[f"{target.name}/target.ninja" for target in targets] +
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[boot_config],
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)
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build.newline()
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build.default(["${build_root}/jsix.img"])
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for target in targets:
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mods = [m.name for m in modules.values() if target.name in m.targets]
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targetdir = output / target.name
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targetdir.mkdir(exist_ok=True)
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buildfilename = str(targetdir / "target.ninja")
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with open(buildfilename, "w") as buildfile:
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build = Writer(buildfile)
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build.comment("This file is automatically generated by bonnibel")
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build.newline()
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build.variable("target", target.name)
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build.variable("target_dir", output / target.name)
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build.newline()
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for name, value in target.items():
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build.variable(name, value)
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build.newline()
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for kind in ('defs', 'run'):
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for lang in ('c', 'cpp'):
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deffile = str(output / target.name / f"{lang}.{kind}")
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build.build(
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rule = f"dump_{lang}_{kind}",
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outputs = [deffile],
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implicit = [buildfilename],
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)
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build.default(deffile)
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build.newline()
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for mod in mods:
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build.subninja(f"module.{mod}.ninja")
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