fixed signature. However, while the type layout must be known statically to compute the intended C ABI, the static param- eters of the function are considered to be part of this static environment. The to just indicate rettype is inferred. • ftpr The generic jlcall entry point. • jlcall_api The ABI to use when calling fptr. Some significant ones include: – 0 - Not compiled yet – 1 - JL_CALLABLE backtraces for JIT functions • ccall.cpp Handles the ccall and llvmcall FFI, along with various abi_*.cpp files • intrinsics.cpp Handles the emission of various low-level intrinsic functions Bootstrapping

fixed signature. However, while the type layout must be known statically to compute the intended C ABI, the static param- eters of the function are considered to be part of this static environment. The to just indicate rettype is inferred. • ftpr The generic jlcall entry point. • jlcall_api The ABI to use when calling fptr. Some significant ones include: – 0 - Not compiled yet – 1 - JL_CALLABLE backtraces for JIT functions • ccall.cpp Handles the ccall and llvmcall FFI, along with various abi_*.cpp files • intrinsics.cpp Handles the emission of various low-level intrinsic functions Bootstrapping

fixed signature. However, while the type layout must be known statically to compute the intended C ABI, the static param- eters of the function are considered to be part of this static environment. The to just indicate rettype is inferred. • ftpr The generic jlcall entry point. • jlcall_api The ABI to use when calling fptr. Some significant ones include: – 0 - Not compiled yet – 1 - JL_CALLABLE backtraces for JIT functions • ccall.cpp Handles the ccall and llvmcall FFI, along with various abi_*.cpp files • intrinsics.cpp Handles the emission of various low-level intrinsic functions Bootstrapping

fixed signature. However, while the type layout must be known statically to compute the intended C ABI, the static param- eters of the function are considered to be part of this static environment. The to just indicate rettype is inferred. • ftpr The generic jlcall entry point. • jlcall_api The ABI to use when calling fptr. Some significant ones include: – 0 - Not compiled yet – 1 - JL_CALLABLE backtraces for JIT functions • ccall.cpp Handles the ccall and llvmcall FFI, along with various abi_*.cpp files • intrinsics.cpp Handles the emission of various low-level intrinsic functions Bootstrapping

fixed signature. However, while the type layout must be known statically to compute the intended C ABI, the static param- eters of the function are considered to be part of this static environment. The to just indicate rettype is inferred. • ftpr The generic jlcall entry point. • jlcall_api The ABI to use when calling fptr. Some significant ones include: – 0 - Not compiled yet – 1 - JL_CALLABLE backtraces for JIT functions • ccall.cpp Handles the ccall and llvmcall FFI, along with various abi_*.cpp files • intrinsics.cpp Handles the emission of various low-level intrinsic functions Bootstrapping

fixed signature. However, while the type layout must be known statically to compute the intended C ABI, the static param- eters of the function are considered to be part of this static environment. The generic jlcall entry point.CHAPTER 106. DOCUMENTATION OF JULIA'S INTERNALS 1873 • jlcall_api The ABI to use when calling fptr. Some significant ones include: – 0 - Not compiled yet – 1 - JL_CALLABLE backtraces for JIT functions • ccall.cpp Handles the ccall and llvmcall FFI, along with various abi_*.cpp files • intrinsics.cpp Handles the emission of various low-level intrinsic functions Bootstrapping

fixed signature. However, while the type layout must be known statically to compute the intended C ABI, the static param- eters of the function are considered to be part of this static environment. The to just indicate rettype is inferred. • ftpr The generic jlcall entry point. • jlcall_api The ABI to use when calling fptr. Some significant ones include: – 0 - Not compiled yet – 1 - JL_CALLABLE backtraces for JIT functions • ccall.cpp Handles the ccall and llvmcall FFI, along with various abi_*.cpp files • intrinsics.cpp Handles the emission of various low-level intrinsic functions Bootstrapping

fixed signature. However, while the type layout must be known statically to compute the intended C ABI, the static param- eters of the function are considered to be part of this static environment. The to just indicate rettype is inferred. • ftpr The generic jlcall entry point. • jlcall_api The ABI to use when calling fptr. Some significant ones include: – 0 - Not compiled yet – 1 - JL_CALLABLE backtraces for JIT functions • ccall.cpp Handles the ccall and llvmcall FFI, along with various abi_*.cpp files • intrinsics.cpp Handles the emission of various low-level intrinsic functions Bootstrapping

fixed signature. However, while the type layout must be known statically to compute the intended C ABI, the static param- eters of the function are considered to be part of this static environment. The to just indicate rettype is inferred. • ftpr The generic jlcall entry point. • jlcall_api The ABI to use when calling fptr. Some significant ones include: – 0 - Not compiled yet – 1 - JL_CALLABLE backtraces for JIT functions • ccall.cpp Handles the ccall and llvmcall FFI, along with various abi_*.cpp files • intrinsics.cpp Handles the emission of various low-level intrinsic functions Bootstrapping

fixed signature. However, while the type layout must be known statically to compute the intended C ABI, the static param- eters of the function are considered to be part of this static environment. The to just indicate rettype is inferred. • ftpr The generic jlcall entry point. • jlcall_api The ABI to use when calling fptr. Some significant ones include: – 0 - Not compiled yet – 1 - JL_CALLABLE backtraces for JIT functions • ccall.cpp Handles the ccall and llvmcall FFI, along with various abi_*.cpp files • intrinsics.cpp Handles the emission of various low-level intrinsic functions Bootstrapping