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assembler.rb
(32.07 KB)
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block.rb
(568 B)
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branch_stub.rb
(879 B)
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c_pointer.rb
(10.68 KB)
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c_type.rb
(2.65 KB)
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code_block.rb
(2.28 KB)
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compiler.rb
(16.72 KB)
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context.rb
(11.14 KB)
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entry_stub.rb
(226 B)
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exit_compiler.rb
(4.83 KB)
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hooks.rb
(949 B)
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insn_compiler.rb
(202.68 KB)
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instruction.rb
(35.58 KB)
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invariants.rb
(4.72 KB)
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jit_state.rb
(1.96 KB)
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stats.rb
(7.4 KB)
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type.rb
(5.91 KB)
Editing: jit_state.rb
module RubyVM::RJIT class JITState < Struct.new( :iseq, # @param `RubyVM::RJIT::CPointer::Struct_rb_iseq_t` :pc, # @param [Integer] The JIT target PC :cfp, # @param `RubyVM::RJIT::CPointer::Struct_rb_control_frame_t` The JIT source CFP (before RJIT is called) :block, # @param [RubyVM::RJIT::Block] :stack_size_for_pc, # @param [Integer] :side_exit_for_pc, # @param [Hash{ Integer => Integer }] { sp_offset => address } :record_boundary_patch_point, # @param [TrueClass,FalseClass] ) def initialize(side_exit_for_pc: {}, record_boundary_patch_point: false, **) = super def insn Compiler.decode_insn(C.VALUE.new(pc).*) end def operand(index, signed: false, ruby: false) addr = pc + (index + 1) * Fiddle::SIZEOF_VOIDP value = Fiddle::Pointer.new(addr)[0, Fiddle::SIZEOF_VOIDP].unpack(signed ? 'q' : 'Q')[0] if ruby value = C.to_ruby(value) end value end def at_current_insn? pc == cfp.pc.to_i end def peek_at_local(n) local_table_size = iseq.body.local_table_size offset = -C::VM_ENV_DATA_SIZE - local_table_size + n + 1 value = (cfp.ep + offset).* C.to_ruby(value) end def peek_at_stack(depth_from_top) raise 'not at current insn' unless at_current_insn? offset = -(1 + depth_from_top) # rb_rjit_branch_stub_hit updates SP, so you don't need to worry about sp_offset value = (cfp.sp + offset).* C.to_ruby(value) end def peek_at_self C.to_ruby(cfp.self) end def peek_at_block_handler(level) ep = ep_at_level(cfp, level:) ep[C::VM_ENV_DATA_INDEX_SPECVAL] end private def ep_at_level(cfp, level:) ep = cfp.ep level.times do # VM_ENV_PREV_EP ep = C.VALUE.new(ep[C::VM_ENV_DATA_INDEX_SPECVAL] & ~0x03) end ep end end end
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