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Gitea Actions Demo / Explore-Gitea-Actions (push) Failing after 9s

This commit is contained in:
2026-09-16 13:11:16 -06:00
parent c8ac4fcae5
commit 4cee170d66
17576 changed files with 895740 additions and 2 deletions
@@ -0,0 +1,88 @@
# frozen_string_literal: true
module Sass
class Compiler
class Session
# The {FunctionRegistry} class.
#
# It stores sass custom functions and handles function calls.
class FunctionRegistry
attr_reader :compile_context, :global_functions
def initialize(functions, session:)
@compile_context = Object.new
@global_functions = functions.keys.map!(&:to_s)
@functions_by_name = functions.transform_keys do |signature|
signature = signature.to_s
index = signature.index('(')
if index
signature.slice(0, index)
else
signature
end
end
@id = 0
@functions_by_id = {}.compare_by_identity
@ids_by_function = {}.compare_by_identity
@session = session
end
def register(function)
@ids_by_function.fetch(function) do |fn|
id = @id
@id = id.next
@functions_by_id[id] = fn
@ids_by_function[fn] = id
end
end
def function_call(function_call_request)
oneof = function_call_request.identifier
identifier = function_call_request.public_send(oneof)
function = case oneof
when :name
@functions_by_name[identifier]
when :function_id
@functions_by_id[identifier]
else
raise ArgumentError, "Unknown FunctionCallRequest.identifier #{identifier}"
end
arguments = function_call_request.arguments.map do |argument|
protofier.from_proto(argument)
end
success = protofier.to_proto(function.call(arguments))
accessed_argument_lists = arguments.filter_map do |argument|
if argument.is_a?(Sass::Value::ArgumentList) && argument.instance_variable_get(:@keywords_accessed)
argument.instance_variable_get(:@id)
end
end
EmbeddedProtocol::InboundMessage::FunctionCallResponse.new(
id: function_call_request.id,
success:,
accessed_argument_lists:
)
rescue StandardError => e
@session.backtrace = e.backtrace
EmbeddedProtocol::InboundMessage::FunctionCallResponse.new(
id: function_call_request.id,
error: e.detailed_message(highlight: false)
)
end
private
def protofier
@protofier ||= Protofier.new(self)
end
end
private_constant :FunctionRegistry
end
end
end
@@ -0,0 +1,150 @@
# frozen_string_literal: true
module Sass
class Compiler
class Session
# The {ImporterRegistry} class.
#
# It stores importers and handles import requests.
class ImporterRegistry
attr_reader :importers
def initialize(importers, load_paths, session:)
@id = 0
@importers_by_id = {}.compare_by_identity
@importers = importers
.map { |importer| register(importer) }
.concat(
load_paths.map do |load_path|
EmbeddedProtocol::InboundMessage::CompileRequest::Importer.new(
path: File.absolute_path(load_path)
)
end
)
@session = session
end
IMPORTER_ATTRS = %i[non_canonical_scheme].freeze
IMPORTER_METHODS = %i[canonicalize load find_file_url].freeze
private_constant :IMPORTER_ATTRS, :IMPORTER_METHODS
def register(importer)
if importer.is_a?(Sass::NodePackageImporter)
EmbeddedProtocol::InboundMessage::CompileRequest::Importer.new(
node_package_importer: EmbeddedProtocol::NodePackageImporter.new(
entry_point_directory: importer.instance_variable_get(:@entry_point_directory)
)
)
else
importer = Struct.new(importer, attrs: IMPORTER_ATTRS, methods: IMPORTER_METHODS) if importer.is_a?(::Hash)
is_importer = importer.respond_to?(:canonicalize) && importer.respond_to?(:load)
is_file_importer = importer.respond_to?(:find_file_url)
raise ArgumentError, 'importer must be an Importer or a FileImporter' if is_importer == is_file_importer
id = @id
@id = id.next
@importers_by_id[id] = importer
if is_importer
EmbeddedProtocol::InboundMessage::CompileRequest::Importer.new(
importer_id: id,
non_canonical_scheme: if importer.respond_to?(:non_canonical_scheme)
Array(importer.non_canonical_scheme)
else
[]
end
)
else
EmbeddedProtocol::InboundMessage::CompileRequest::Importer.new(
file_importer_id: id
)
end
end
end
def canonicalize(canonicalize_request)
importer = @importers_by_id[canonicalize_request.importer_id]
canonicalize_context = CanonicalizeContext.new(canonicalize_request)
url = importer.canonicalize(canonicalize_request.url,
canonicalize_context)&.to_s
EmbeddedProtocol::InboundMessage::CanonicalizeResponse.new(
id: canonicalize_request.id,
url:,
containing_url_unused: canonicalize_context.instance_variable_get(:@containing_url_unused)
)
rescue StandardError => e
@session.backtrace = e.backtrace
EmbeddedProtocol::InboundMessage::CanonicalizeResponse.new(
id: canonicalize_request.id,
error: e.detailed_message(highlight: false)
)
end
IMPORTER_RESULT_ATTRS = %i[contents syntax source_map_url].freeze
private_constant :IMPORTER_RESULT_ATTRS
def import(import_request)
importer = @importers_by_id[import_request.importer_id]
importer_result = importer.load(import_request.url)
importer_result = Struct.new(importer_result, attrs: IMPORTER_RESULT_ATTRS) if importer_result.is_a?(::Hash)
EmbeddedProtocol::InboundMessage::ImportResponse.new(
id: import_request.id,
success: EmbeddedProtocol::InboundMessage::ImportResponse::ImportSuccess.new(
contents: importer_result.contents.to_str,
syntax: syntax_to_proto(importer_result.syntax),
source_map_url: (importer_result.source_map_url&.to_s if importer_result.respond_to?(:source_map_url))
)
)
rescue StandardError => e
@session.backtrace = e.backtrace
EmbeddedProtocol::InboundMessage::ImportResponse.new(
id: import_request.id,
error: e.detailed_message(highlight: false)
)
end
def file_import(file_import_request)
importer = @importers_by_id[file_import_request.importer_id]
canonicalize_context = CanonicalizeContext.new(file_import_request)
file_url = importer.find_file_url(file_import_request.url,
canonicalize_context)&.to_s
EmbeddedProtocol::InboundMessage::FileImportResponse.new(
id: file_import_request.id,
file_url:,
containing_url_unused: canonicalize_context.instance_variable_get(:@containing_url_unused)
)
rescue StandardError => e
@session.backtrace = e.backtrace
EmbeddedProtocol::InboundMessage::FileImportResponse.new(
id: file_import_request.id,
error: e.detailed_message(highlight: false)
)
end
def syntax_to_proto(syntax)
case syntax&.to_sym
when :scss
EmbeddedProtocol::Syntax::SCSS
when :indented
EmbeddedProtocol::Syntax::INDENTED
when :css
EmbeddedProtocol::Syntax::CSS
else
raise ArgumentError, 'syntax must be one of :scss, :indented, :css'
end
end
end
private_constant :ImporterRegistry
end
end
end
@@ -0,0 +1,77 @@
# frozen_string_literal: true
module Sass
class Compiler
class Session
# The {LoggerRegistry} class.
#
# It stores logger and handles log events.
class LoggerRegistry
LOGGER_METHODS = %i[debug warn].freeze
private_constant :LOGGER_METHODS
def initialize(logger)
logger = Struct.new(logger, methods: LOGGER_METHODS) if logger.is_a?(::Hash)
@logger = logger
@logger_respond_to_debug = logger.respond_to?(:debug)
@logger_respond_to_warn = logger.respond_to?(:warn)
end
def log(event)
case event.type
when :DEBUG
if @logger_respond_to_debug
@logger.debug(event.message, DebugContext.new(event))
else
Kernel.warn(Path.pretty_formatted!(+event.formatted, event.span.url))
end
when :DEPRECATION_WARNING, :WARNING
if @logger_respond_to_warn
@logger.warn(event.message, WarnContext.new(event))
else
Kernel.warn(StackTrace.pretty_formatted!(+event.formatted, event.stack_trace))
end
else
raise ArgumentError, "Unknown LogEvent.type #{event.type}"
end
end
# Contextual information passed to `debug`.
class DebugContext
# @return [Logger::SourceSpan, nil]
attr_reader :span
def initialize(event)
@span = event.span.nil? ? nil : Logger::SourceSpan.new(event.span)
end
end
private_constant :DebugContext
# Contextual information passed to `warn`.
class WarnContext < DebugContext
# @return [Boolean]
attr_reader :deprecation
# @return [String, nil]
attr_reader :deprecation_type
# @return [String]
attr_reader :stack
def initialize(event)
super
@deprecation = event.type == :DEPRECATION_WARNING
@deprecation_type = (event.deprecation_type if @deprecation)
@stack = event.stack_trace
end
end
private_constant :WarnContext
end
private_constant :LoggerRegistry
end
end
end
@@ -0,0 +1,34 @@
# frozen_string_literal: true
module Sass
class Compiler
class Session
# @see https://pub.dev/documentation/path/latest/path/
module Path
module_function
# @see https://pub.dev/documentation/path/latest/path/Context/prettyUri.html
def pretty_uri(uri)
return uri unless uri&.start_with?('file:')
absolute_path = Uri.file_uri_to_path(uri)
relative_path = Uri.decode_uri_component(Uri.relative(uri, Uri.pwd))
relative_path.count('/') > absolute_path.count('/') ? absolute_path : relative_path
end
def pretty_formatted!(formatted, uri)
index = formatted.index(uri)
return formatted unless index
replacement = pretty_uri(uri)
return formatted if uri == replacement
formatted[index, uri.length] = replacement
formatted
end
end
private_constant :Path
end
end
end
@@ -0,0 +1,376 @@
# frozen_string_literal: true
module Sass
class Compiler
class Session
# The {Protofier} class.
#
# It converts Pure Ruby types and Protobuf Ruby types.
class Protofier
def initialize(function_registry)
@function_registry = function_registry
end
def to_proto(obj)
case obj
when Sass::Value::String
EmbeddedProtocol::Value.new(
string: EmbeddedProtocol::Value::String.new(
text: obj.text.to_str,
quoted: obj.quoted?
)
)
when Sass::Value::Number
EmbeddedProtocol::Value.new(
number: Number.to_proto(obj)
)
when Sass::Value::Color
EmbeddedProtocol::Value.new(
color: EmbeddedProtocol::Value::Color.new(
channel1: obj.send(:channel0_or_nil),
channel2: obj.send(:channel1_or_nil),
channel3: obj.send(:channel2_or_nil),
alpha: obj.send(:alpha_or_nil),
space: obj.space
)
)
when Sass::Value::ArgumentList
if obj.instance_variable_get(:@compile_context) == @function_registry.compile_context
EmbeddedProtocol::Value.new(
argument_list: EmbeddedProtocol::Value::ArgumentList.new(
id: obj.instance_variable_get(:@id)
)
)
else
EmbeddedProtocol::Value.new(
argument_list: EmbeddedProtocol::Value::ArgumentList.new(
contents: obj.to_a.map { |element| to_proto(element) },
keywords: obj.keywords.each_with_object({}) { |(key, value), hash| hash[key.to_s] = to_proto(value) },
separator: ListSeparator.to_proto(obj.separator)
)
)
end
when Sass::Value::List
EmbeddedProtocol::Value.new(
list: EmbeddedProtocol::Value::List.new(
contents: obj.to_a.map { |element| to_proto(element) },
separator: ListSeparator.to_proto(obj.separator),
has_brackets: obj.bracketed?
)
)
when Sass::Value::Map
EmbeddedProtocol::Value.new(
map: EmbeddedProtocol::Value::Map.new(
entries: obj.contents.map do |key, value|
EmbeddedProtocol::Value::Map::Entry.new(
key: to_proto(key),
value: to_proto(value)
)
end
)
)
when Sass::Value::Function
if obj.instance_variable_defined?(:@id)
EmbeddedProtocol::Value.new(
compiler_function: EmbeddedProtocol::Value::CompilerFunction.new(
id: assert_compiler_value(obj).instance_variable_get(:@id)
)
)
else
EmbeddedProtocol::Value.new(
host_function: EmbeddedProtocol::Value::HostFunction.new(
id: @function_registry.register(obj.callback),
signature: obj.signature
)
)
end
when Sass::Value::Mixin
EmbeddedProtocol::Value.new(
compiler_mixin: EmbeddedProtocol::Value::CompilerMixin.new(
id: assert_compiler_value(obj).instance_variable_get(:@id)
)
)
when Sass::Value::Calculation
EmbeddedProtocol::Value.new(
calculation: Calculation.to_proto(obj)
)
when Sass::Value::Boolean
EmbeddedProtocol::Value.new(
singleton: obj.value ? :TRUE : :FALSE
)
when Sass::Value::Null
EmbeddedProtocol::Value.new(
singleton: :NULL
)
else
raise Sass::ScriptError, "Unknown Sass::Value #{obj}"
end
end
def from_proto(proto)
oneof = proto.value
obj = proto.public_send(oneof)
case oneof
when :string
Sass::Value::String.new(
obj.text,
quoted: obj.quoted
)
when :number
Number.from_proto(obj)
when :color
Sass::Value::Color.send(
:for_space,
obj.space,
obj.has_channel1? ? obj.channel1 : nil,
obj.has_channel2? ? obj.channel2 : nil,
obj.has_channel3? ? obj.channel3 : nil,
obj.has_alpha? ? obj.alpha : nil
)
when :argument_list
compiler_value(
Sass::Value::ArgumentList.new(
obj.contents.map do |element|
from_proto(element)
end,
obj.keywords.to_enum.with_object({}) do |(key, value), hash|
hash[key.to_sym] = from_proto(value)
end,
ListSeparator.from_proto(obj.separator)
),
obj.id
)
when :list
Sass::Value::List.new(
obj.contents.map do |element|
from_proto(element)
end,
separator: ListSeparator.from_proto(obj.separator),
bracketed: obj.has_brackets
)
when :map
Sass::Value::Map.new(
obj.entries.to_enum.with_object({}) do |entry, hash|
hash[from_proto(entry.key)] = from_proto(entry.value)
end
)
when :compiler_function
compiler_value(Sass::Value::Function.allocate, obj.id)
when :host_function
raise Sass::ScriptError, 'The compiler may not send Value.host_function to host'
when :compiler_mixin
compiler_value(Sass::Value::Mixin.allocate, obj.id)
when :calculation
Calculation.from_proto(obj)
when :singleton
case obj
when :TRUE
Sass::Value::Boolean::TRUE
when :FALSE
Sass::Value::Boolean::FALSE
when :NULL
Sass::Value::Null::NULL
else
raise Sass::ScriptError, "Unknown Value.singleton #{obj}"
end
else
raise Sass::ScriptError, "Unknown Value.value #{obj}"
end
end
private
def assert_compiler_value(value)
unless value.instance_variable_get(:@compile_context) == @function_registry.compile_context
raise Sass::ScriptError, "Value #{value} does not belong to this compilation"
end
value
end
def compiler_value(value, id)
value.instance_variable_set(:@compile_context, @function_registry.compile_context)
value.instance_variable_set(:@id, id)
value
end
# The {Number} Protofier.
module Number
module_function
def to_proto(obj)
EmbeddedProtocol::Value::Number.new(
value: obj.value.to_f,
numerators: obj.numerator_units,
denominators: obj.denominator_units
)
end
def from_proto(obj)
Sass::Value::Number.new(
obj.value, {
numerator_units: obj.numerators.to_a,
denominator_units: obj.denominators.to_a
}
)
end
end
private_constant :Number
# The {Calculation} Protofier.
module Calculation
module_function
def to_proto(obj)
EmbeddedProtocol::Value::Calculation.new(
name: obj.name,
arguments: obj.arguments.map { |argument| CalculationValue.to_proto(argument) }
)
end
def from_proto(obj)
Sass::Value::Calculation.send(
:new,
obj.name,
obj.arguments.map { |argument| CalculationValue.from_proto(argument) }
)
end
end
private_constant :Calculation
# The {CalculationValue} Protofier.
module CalculationValue
module_function
def to_proto(value)
case value
when Sass::Value::Number
EmbeddedProtocol::Value::Calculation::CalculationValue.new(
number: Number.to_proto(value)
)
when Sass::Value::Calculation
EmbeddedProtocol::Value::Calculation::CalculationValue.new(
calculation: Calculation.to_proto(value)
)
when Sass::Value::String
EmbeddedProtocol::Value::Calculation::CalculationValue.new(
string: value.text
)
when Sass::CalculationValue::CalculationOperation
EmbeddedProtocol::Value::Calculation::CalculationValue.new(
operation: EmbeddedProtocol::Value::Calculation::CalculationOperation.new(
operator: CalculationOperator.to_proto(value.operator),
left: to_proto(value.left),
right: to_proto(value.right)
)
)
else
raise Sass::ScriptError, "Unknown CalculationValue #{value}"
end
end
def from_proto(value)
oneof = value.value
obj = value.public_send(oneof)
case oneof
when :number
Number.from_proto(obj)
when :calculation
Calculation.from_proto(obj)
when :string
Sass::Value::String.new(obj, quoted: false)
when :operation
Sass::CalculationValue::CalculationOperation.new(
CalculationOperator.from_proto(obj.operator),
from_proto(obj.left),
from_proto(obj.right)
)
else
raise Sass::ScriptError, "Unknown CalculationValue #{value}"
end
end
end
private_constant :CalculationValue
# The {CalculationOperator} Protofier.
module CalculationOperator
module_function
def to_proto(operator)
case operator
when '+'
:PLUS
when '-'
:MINUS
when '*'
:TIMES
when '/'
:DIVIDE
else
raise Sass::ScriptError, "Unknown CalculationOperator #{separator}"
end
end
def from_proto(operator)
case operator
when :PLUS
'+'
when :MINUS
'-'
when :TIMES
'*'
when :DIVIDE
'/'
else
raise Sass::ScriptError, "Unknown CalculationOperator #{separator}"
end
end
end
private_constant :CalculationOperator
# The {ListSeparator} Protofier.
module ListSeparator
module_function
def to_proto(separator)
case separator
when ','
:COMMA
when ' '
:SPACE
when '/'
:SLASH
when nil
:UNDECIDED
else
raise Sass::ScriptError, "Unknown ListSeparator #{separator}"
end
end
def from_proto(separator)
case separator
when :COMMA
','
when :SPACE
' '
when :SLASH
'/'
when :UNDECIDED
nil
else
raise Sass::ScriptError, "Unknown ListSeparator #{separator}"
end
end
end
private_constant :ListSeparator
end
private_constant :Protofier
end
end
end
@@ -0,0 +1,46 @@
# frozen_string_literal: true
module Sass
class Compiler
class Session
# @see https://pub.dev/documentation/stack_trace/latest/stack_trace/
module StackTrace
module_function
# @see https://pub.dev/documentation/stack_trace/latest/stack_trace/Trace/toString.html
def pretty_formatted!(formatted, stack_trace)
longest = 0
frames = stack_trace.lines("\n", chomp: true).map do |frame|
location, member = frame.split(/ +/, 2)
uri, line_column = location.split(' ', 2)
uri = Path.pretty_uri(uri)
location = line_column.nil? ? uri : "#{uri} #{line_column}"
longest = location.length if location.length > longest
[frame, location, member]
end
offset = formatted.length
frames.reverse_each do |frame, location, member|
index = formatted.rindex(frame, offset)
next unless index
offset = index
replacement = "#{location.ljust(longest)} #{member}"
next if frame == replacement
formatted[index, frame.length] = replacement
end
formatted
end
end
private_constant :StackTrace
end
end
end
@@ -0,0 +1,36 @@
# frozen_string_literal: true
module Sass
class Compiler
class Session
# The {Struct} class.
#
# It creates {::Struct}-like objects from {::Hash}.
class Struct
def initialize(hash, attrs: nil, methods: nil)
@hash = hash
@attrs = attrs
@methods = methods
end
def method_missing(symbol, ...)
return super unless @hash.key?(symbol)
if @attrs&.include?(symbol)
@hash.send(:[], symbol, ...)
elsif @methods&.include?(symbol)
@hash[symbol].call(...)
else
super
end
end
def respond_to_missing?(symbol, _include_all)
@hash.key?(symbol) && (@attrs&.include?(symbol) || @methods&.include?(symbol))
end
end
private_constant :Struct
end
end
end