ace-dent/kolibrios-gitea
1
0
Fork 0
forked from KolibriOS/kolibrios
Code Pull Requests Activity

[WS] Convert CRLF to LF

Browse Source 
git-svn-id: svn://kolibrios.org@9367 a494cfbc-eb01-0410-851d-a64ba20cac60
This commit is contained in:
Magomed Kostoev (mkostoevr) 2021-12-03 15:36:24 +00:00
parent 49c44e14d4
commit 54c32b5c2d
4 changed files with 313 additions and 313 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

68
_tools/get_started.py
View File

@ -1,34 +1,34 @@
#!/usr/bin/python3 #!/bin/python3
# Copyright Magomed Kostoev # Copyright Magomed Kostoev
# Published under MIT license # Published under MIT license
import os import os
def log(s, end = "\n"): def log(s, end = "\n"):
print(s, end = end, flush = True) print(s, end = end, flush = True)
def install_python_script(src, dst, tools_lib): def install_python_script(src, dst, tools_lib):
log(f"Copying {src}... ", end = "") log(f"Copying {src}... ", end = "")
with open(src) as src_file: with open(src) as src_file:
script = src_file.read() script = src_file.read()
tools_lib_escaped = tools_lib.replace("\\", "\\\\") tools_lib_escaped = tools_lib.replace("\\", "\\\\")
repl_from = "path_to_lib = '../lib'" repl_from = "path_to_lib = '../lib'"
repl_to = f"path_to_lib ='{tools_lib_escaped}'" repl_to = f"path_to_lib ='{tools_lib_escaped}'"
script = script.replace(repl_from, repl_to, 1) script = script.replace(repl_from, repl_to, 1)
with open(dst, "w") as dst_file: with open(dst, "w") as dst_file:
dst_file.write(script) dst_file.write(script)
log(f"Done") log(f"Done")
if __name__ == "__main__": if __name__ == "__main__":
tools_get_started_py = os.path.abspath(__file__) tools_get_started_py = os.path.abspath(__file__)
tools = os.sep.join(tools_get_started_py.split(os.sep)[:-1]) tools = os.sep.join(tools_get_started_py.split(os.sep)[:-1])
tools_lib = os.sep.join([tools, "lib"]) tools_lib = os.sep.join([tools, "lib"])
tools_workspace = os.sep.join([tools, "workspace"]) tools_workspace = os.sep.join([tools, "workspace"])
# Copy scripts from _tools/workspace to current folder, but let them know # Copy scripts from _tools/workspace to current folder, but let them know
# where the _tools/lib is (change their value of tools_lib variable) # where the _tools/lib is (change their value of tools_lib variable)
tools_workspace_run_py = os.sep.join([tools_workspace, "run.py"]) tools_workspace_run_py = os.sep.join([tools_workspace, "run.py"])
tools_workspace_build_py = os.sep.join([tools_workspace, "build.py"]) tools_workspace_build_py = os.sep.join([tools_workspace, "build.py"])
install_python_script(tools_workspace_run_py, "run.py", tools_lib) install_python_script(tools_workspace_run_py, "run.py", tools_lib)
install_python_script(tools_workspace_build_py, "build.py", tools_lib) install_python_script(tools_workspace_build_py, "build.py", tools_lib)

306
_tools/lib/tupfile_parser.py
View File

@ -1,153 +1,153 @@
# Copyright Magomed Kostoev # Copyright Magomed Kostoev
# Published under MIT license # Published under MIT license
class Rule: class Rule:
pass pass
def get_config(config_name): def get_config(config_name):
if config_name == "KPACK_CMD": if config_name == "KPACK_CMD":
# Just never pack the file for now # Just never pack the file for now
return "" return ""
else: else:
print(f"Unknown config name: {config_name}") print(f"Unknown config name: {config_name}")
exit(-1) exit(-1)
def skip_whitespaces(src, ptr): def skip_whitespaces(src, ptr):
while len(src) > ptr and src[ptr] == " ": while len(src) > ptr and src[ptr] == " ":
ptr += 1 ptr += 1
return ptr return ptr
# Returns True if @src has @string starting from @ptr index # Returns True if @src has @string starting from @ptr index
def match_string(src, ptr, string): def match_string(src, ptr, string):
if len(src) <= ptr + len(string): if len(src) <= ptr + len(string):
return False return False
for i in range(len(string)): for i in range(len(string)):
if src[ptr + i] != string[i]: if src[ptr + i] != string[i]:
return False return False
return True return True
def parse_tup_getconfig(src, ptr): def parse_tup_getconfig(src, ptr):
# Skip get straight to the argument # Skip get straight to the argument
ptr += len("tup.getconfig(") ptr += len("tup.getconfig(")
ptr = skip_whitespaces(src, ptr) ptr = skip_whitespaces(src, ptr)
if src[ptr] != "\"": if src[ptr] != "\"":
print("Expected \"config name\" as tup.getconfig parameter") print("Expected \"config name\" as tup.getconfig parameter")
exit() exit()
(config_name, ptr) = parse_string(src, ptr) (config_name, ptr) = parse_string(src, ptr)
ptr = skip_whitespaces(src, ptr) ptr = skip_whitespaces(src, ptr)
# Skip closing parenthese of the tup.getconfig call # Skip closing parenthese of the tup.getconfig call
assert(src[ptr] == ")") assert(src[ptr] == ")")
ptr += 1 ptr += 1
return (get_config(config_name), ptr) return (get_config(config_name), ptr)
def parse_string(src, ptr): def parse_string(src, ptr):
ptr += 1 ptr += 1
string = "" string = ""
while src[ptr] != "\"": while src[ptr] != "\"":
string += src[ptr] string += src[ptr]
ptr += 1 ptr += 1
# Skip the closing "\"" # Skip the closing "\""
ptr += 1 ptr += 1
ptr = skip_whitespaces(src, ptr) ptr = skip_whitespaces(src, ptr)
# Check if we have concatination here # Check if we have concatination here
if match_string(src, ptr, ".."): if match_string(src, ptr, ".."):
# Skip the ".." # Skip the ".."
ptr += 2 ptr += 2
# The expression parsing should result in a string # The expression parsing should result in a string
(string_to_add, ptr) = parse_expression(src, ptr) (string_to_add, ptr) = parse_expression(src, ptr)
# Concat our string to the resulting string # Concat our string to the resulting string
string += string_to_add string += string_to_add
return (string, ptr) return (string, ptr)
def parse_expression(src, ptr): def parse_expression(src, ptr):
ptr = skip_whitespaces(src, ptr) ptr = skip_whitespaces(src, ptr)
result = "WAT?!" result = "WAT?!"
if src[ptr] == "\"": if src[ptr] == "\"":
(result, ptr) = parse_string(src, ptr) (result, ptr) = parse_string(src, ptr)
elif match_string(src, ptr, "tup.getconfig("): elif match_string(src, ptr, "tup.getconfig("):
(result, ptr) = parse_tup_getconfig(src, ptr) (result, ptr) = parse_tup_getconfig(src, ptr)
else: else:
print(f"Can't handle anything starting with '{src[ptr]}'") print(f"Can't handle anything starting with '{src[ptr]}'")
exit(-1) exit(-1)
ptr = skip_whitespaces(src, ptr) ptr = skip_whitespaces(src, ptr)
return (result, ptr) return (result, ptr)
def expect_comma(src, ptr): def expect_comma(src, ptr):
comma_skept = False comma_skept = False
ptr = skip_whitespaces(src, ptr) ptr = skip_whitespaces(src, ptr)
if src[ptr] == ",": if src[ptr] == ",":
ptr += 1 ptr += 1
return (True, ptr) return (True, ptr)
else: else:
return (False, ptr) return (False, ptr)
def parse_arguments(src, ptr): def parse_arguments(src, ptr):
result = [] result = []
# Parse first argument # Parse first argument
(argument, ptr) = parse_expression(src, ptr) (argument, ptr) = parse_expression(src, ptr)
result.append(argument) result.append(argument)
(comma_encoutered, ptr) = expect_comma(src, ptr) (comma_encoutered, ptr) = expect_comma(src, ptr)
# Parse the second argument if it's there # Parse the second argument if it's there
if comma_encoutered: if comma_encoutered:
(argument, ptr) = parse_expression(src, ptr) (argument, ptr) = parse_expression(src, ptr)
result.append(argument) result.append(argument)
(comma_encoutered, ptr) = expect_comma(src, ptr) (comma_encoutered, ptr) = expect_comma(src, ptr)
# Parse third argument if it's there # Parse third argument if it's there
if comma_encoutered: if comma_encoutered:
(argument, ptr) = parse_expression(src, ptr) (argument, ptr) = parse_expression(src, ptr)
result.append(argument) result.append(argument)
return result return result
def parse_rule(src, ptr): def parse_rule(src, ptr):
# Get straight to the first argument # Get straight to the first argument
ptr += len("tup.rule(") ptr += len("tup.rule(")
# Parse the arguments # Parse the arguments
args = parse_arguments(src, ptr) args = parse_arguments(src, ptr)
# Build the rule object # Build the rule object
result = Rule() result = Rule()
if len(args) == 3: if len(args) == 3:
result.input = args[0] result.input = args[0]
result.command = args[1] result.command = args[1]
result.output = args[2] result.output = args[2]
# Replace %f with input file in rule's command # Replace %f with input file in rule's command
if type(result.input == str): if type(result.input == str):
result.command = result.command.replace("%f", result.input) result.command = result.command.replace("%f", result.input)
else: else:
print("Command building with non-string tup.rule's first argument" print("Command building with non-string tup.rule's first argument"
+ " isn't implemented") + " isn't implemented")
exit() exit()
# Replace %o with output file in rule's command # Replace %o with output file in rule's command
if type(result.output == str): if type(result.output == str):
result.command = result.command.replace("%o", result.output) result.command = result.command.replace("%o", result.output)
else: else:
print("Command building with non-string tup.rule's first argument" print("Command building with non-string tup.rule's first argument"
+ " isn't implemented") + " isn't implemented")
exit() exit()
elif len(args) == 2: elif len(args) == 2:
result.input = [] result.input = []
result.command = args[0] result.command = args[0]
result.output = args[1] result.output = args[1]
else: else:
print(f"tup.rule can only take 2 or 3 arguments, not {len(args)}") print(f"tup.rule can only take 2 or 3 arguments, not {len(args)}")
exit(-1) exit(-1)
# Unify the API - return arrays as input and output # Unify the API - return arrays as input and output
if type(result.input) == str: if type(result.input) == str:
result.input = [ result.input ] result.input = [ result.input ]
else: else:
assert(type(result.input) == list) assert(type(result.input) == list)
if type(result.output) == str: if type(result.output) == str:
result.output = [ result.output ] result.output = [ result.output ]
else: else:
assert(type(result.output) == list) assert(type(result.output) == list)
return result return result
def parse(file_name): def parse(file_name):
rules = [] rules = []
with open(file_name) as f: with open(file_name) as f:
tupfile = f.read() tupfile = f.read()
rule_begin_index = tupfile.find("tup.rule(") rule_begin_index = tupfile.find("tup.rule(")
while (rule_begin_index != -1): while (rule_begin_index != -1):
rules.append(parse_rule(tupfile, rule_begin_index)) rules.append(parse_rule(tupfile, rule_begin_index))
# Find the next tup.rule call # Find the next tup.rule call
rule_begin_index = tupfile.find("tup.rule(", rule_begin_index + len("tup.rule(")) rule_begin_index = tupfile.find("tup.rule(", rule_begin_index + len("tup.rule("))
return rules return rules

46
_tools/workspace/build.py
View File

@ -1,24 +1,24 @@
import sys import sys
import os import os
path_to_lib = '../lib' path_to_lib = '../lib'
sys.path.append(path_to_lib) sys.path.append(path_to_lib)
import tupfile_parser import tupfile_parser
def build(): def build():
if not os.path.exists("Tupfile.lua"): if not os.path.exists("Tupfile.lua"):
print("No Tupfile.lua, can't build anything") print("No Tupfile.lua, can't build anything")
exit() exit()
tup_rules = tupfile_parser.parse("Tupfile.lua") tup_rules = tupfile_parser.parse("Tupfile.lua")
program_files = [] program_files = []
for rule in tup_rules: for rule in tup_rules:
# TODO: Manage source dependencies # TODO: Manage source dependencies
# TODO: Inform about tools required for the build # TODO: Inform about tools required for the build
os.system(rule.command) os.system(rule.command)
program_files += rule.output program_files += rule.output
return program_files return program_files
if __name__ == "__main__": if __name__ == "__main__":
build() build()

206
_tools/workspace/run.py
View File

@ -1,103 +1,103 @@
import os import os
import sys import sys
import shutil import shutil
import urllib.request import urllib.request
import subprocess import subprocess
import build import build
path_to_lib = '../lib' path_to_lib = '../lib'
sys.path.append(path_to_lib) sys.path.append(path_to_lib)
from makeflop import Floppy from makeflop import Floppy
# TODO: Move into _tools/lib # TODO: Move into _tools/lib
def get_file_directory(path): def get_file_directory(path):
path = path.replace("\\", "/") path = path.replace("\\", "/")
if "/" in path: if "/" in path:
folder = "/".join(path.split("/")[:-1]) folder = "/".join(path.split("/")[:-1])
if folder == "": if folder == "":
return "/" # It was a file in the root folder return "/" # It was a file in the root folder
return folder return folder
else: else:
return "." # Just a filename, let's return current folder return "." # Just a filename, let's return current folder
# TODO: Move into _tools/lib # TODO: Move into _tools/lib
def is_win32(): def is_win32():
return True if sys.platform == "win32" else False return True if sys.platform == "win32" else False
# TODO: Move into _tools/lib # TODO: Move into _tools/lib
def is_linux(): def is_linux():
return True if sys.platform == "linux" or sys.platform == "linux2" else False return True if sys.platform == "linux" or sys.platform == "linux2" else False
# TODO: Move into _tools/lib # TODO: Move into _tools/lib
def is_osx(): def is_osx():
return True if sys.platform == "darwin" else False return True if sys.platform == "darwin" else False
# TODO: Move into _tools/lib # TODO: Move into _tools/lib
def log(s, end = "\n"): def log(s, end = "\n"):
print(s, end = end, flush = True) print(s, end = end, flush = True)
# TODO: Move into _tools/lib # TODO: Move into _tools/lib
def download(link, path): def download(link, path):
log(f"Downloading {path}... ", end = "") log(f"Downloading {path}... ", end = "")
urllib.request.urlretrieve(link, path) urllib.request.urlretrieve(link, path)
log("Done.") log("Done.")
# TODO: Move into _tools/lib # TODO: Move into _tools/lib
def path(*args): def path(*args):
return os.sep.join(args) return os.sep.join(args)
# TODO: Move into _tools/lib # TODO: Move into _tools/lib
def run_qemu(start_dir = "workspace"): def run_qemu(start_dir = "workspace"):
qemu_command = f"qemu-system-i386" qemu_command = f"qemu-system-i386"
flags = "" flags = ""
flags += "-L . " # IDK why it does not work without this flags += "-L . " # IDK why it does not work without this
flags += "-m 128 " flags += "-m 128 "
flags += f"-drive format=raw,file={start_dir}/kolibri.img,index=0,if=floppy -boot a " flags += f"-drive format=raw,file={start_dir}/kolibri.img,index=0,if=floppy -boot a "
flags += "-vga vmware " flags += "-vga vmware "
flags += "-net nic,model=rtl8139 -net user " flags += "-net nic,model=rtl8139 -net user "
flags += "-soundhw ac97 " flags += "-soundhw ac97 "
if is_win32(): if is_win32():
qemu_full_path = shutil.which(qemu_command) qemu_full_path = shutil.which(qemu_command)
qemu_directory = get_file_directory(qemu_full_path) qemu_directory = get_file_directory(qemu_full_path)
flags += f"-L {qemu_directory} " flags += f"-L {qemu_directory} "
s = f"{qemu_command} {flags}" s = f"{qemu_command} {flags}"
qemu_stdout = open(f"{start_dir}/qemu_stdout.log", "w") qemu_stdout = open(f"{start_dir}/qemu_stdout.log", "w")
qemu_stderr = open(f"{start_dir}/qemu_stderr.log", "w") qemu_stderr = open(f"{start_dir}/qemu_stderr.log", "w")
if is_win32(): if is_win32():
return subprocess.Popen(s, bufsize = 0, stdout = qemu_stdout, stderr = qemu_stderr, stdin = subprocess.DEVNULL, shell = True, start_new_session = True) return subprocess.Popen(s, bufsize = 0, stdout = qemu_stdout, stderr = qemu_stderr, stdin = subprocess.DEVNULL, shell = True, start_new_session = True)
else: else:
a = shlex.split(s) a = shlex.split(s)
return subprocess.Popen(a, bufsize = 0, stdout = qemu_stdout, stderr = qemu_stderr, stdin = subprocess.DEVNULL, start_new_session = True) return subprocess.Popen(a, bufsize = 0, stdout = qemu_stdout, stderr = qemu_stderr, stdin = subprocess.DEVNULL, start_new_session = True)
if __name__ == "__main__": if __name__ == "__main__":
program_files = build.build() program_files = build.build()
os.makedirs("workspace", exist_ok = True) os.makedirs("workspace", exist_ok = True)
if not os.path.exists("workspace/kolibri.img"): if not os.path.exists("workspace/kolibri.img"):
img_url = "http://builds.kolibrios.org/eng/data/data/kolibri.img" img_url = "http://builds.kolibrios.org/eng/data/data/kolibri.img"
download(img_url, "workspace/kolibri.img") download(img_url, "workspace/kolibri.img")
# Open the IMG # Open the IMG
with open("workspace/kolibri.img", "rb") as img: with open("workspace/kolibri.img", "rb") as img:
img_data = img.read() img_data = img.read()
img = Floppy(img_data) img = Floppy(img_data)
# Remove unuseful folders # Remove unuseful folders
img.delete_path("GAMES") img.delete_path("GAMES")
img.delete_path("DEMOS") img.delete_path("DEMOS")
img.delete_path("3D") img.delete_path("3D")
log("Moving program files into kolibri image... ", end = "") log("Moving program files into kolibri image... ", end = "")
for file_name in program_files: for file_name in program_files:
with open(file_name, "rb") as file: with open(file_name, "rb") as file:
file_data = file.read() file_data = file.read()
if not img.add_file_path(file_name, file_data): if not img.add_file_path(file_name, file_data):
print(f"Coudn't move {file_name} into IMG") print(f"Coudn't move {file_name} into IMG")
img.save("workspace/kolibri.img") img.save("workspace/kolibri.img")
log("Done") log("Done")
# TODO: Autorun # TODO: Autorun
run_qemu() run_qemu()