as our C locks) to prevent recursion when doing certain operations (incremental package loading, codegen, etc.). The combination of a lock and this flag can be used to make finalizers safe. 2. A second initializes the global jl_root_task struct; and sets jl_current_task to the root task. jl_init_codegen() initializes the LLVM library. jl_init_serializer() initializes 8-bit serialization tags for builtin handled by codegen.cpp. Whenever a Julia function is called for the first time with a given set of argument types, type inference will be run on that function. This information is used by the codegen step

as our C locks) to prevent recursion when doing certain operations (incremental package loading, codegen, etc.). The combination of a lock and this flag can be used to make finalizers safe. 2. A second initializes the global jl_root_task struct; and sets jl_current_task to the root task. jl_init_codegen() initializes the LLVM library. jl_init_serializer() initializes 8-bit serialization tags for builtin handled by codegen.cpp. Whenever a Julia function is called for the first time with a given set of argument types, type inference will be run on that function. This information is used by the codegen step

as our C locks) to prevent recursion when doing certain operations (incremental package loading, codegen, etc.). The combination of a lock and this flag can be used to make finalizers safe. 2. A second initializes the global jl_root_task struct; and sets jl_current_task to the root task. jl_init_codegen() initializes the LLVM library. jl_init_serializer() initializes 8-bit serialization tags for builtin handled by codegen.cpp. Whenever a Julia function is called for the first time with a given set of argument types, type inference will be run on that function. This information is used by the codegen step

as our C locks) to prevent recursion when doing certain operations (incremental package loading, codegen, etc.). The combination of a lock and this flag can be used to make finalizers safe. 2. A second initializes the global jl_root_task struct; and sets jl_current_task to the root task. jl_init_codegen() initializes the LLVM library. jl_init_serializer() initializes 8-bit serialization tags for builtin convenience, as (due to the way OpaqueClosures work) it is not necessarily the rettype used by codegen. • parent The MethodInstance that "owns" this object (if applicable). • edges Forward edges to

as our C locks) to prevent recursion when doing certain operations (incremental package loading, codegen, etc.). The combination of a lock and this flag can be used to make finalizers safe. 2. A second initializes the global jl_root_task struct; and sets jl_current_task to the root task. jl_init_codegen() initializes the LLVM library. jl_init_serializer() initializes 8-bit serialization tags for builtin convenience, as (due to the way OpaqueClosures work) it is not necessarily the rettype used by codegen. • parent The MethodInstance that "owns" this object (if applicable). • edges Forward edges to

as our C locks) to prevent recursion when doing certain operations (incremental package loading, codegen, etc.). The combination of a lock and this flag can be used to make finalizers safe. 2. A second initializes the global jl_root_task struct; and sets jl_current_task to the root task. jl_init_codegen() initializes the LLVM library. jl_init_serializer() initializes 8-bit serialization tags for builtin convenience, as (due to the way OpaqueClosures work) it is not necessarily the rettype used by codegen. • parent The MethodInstance that "owns" this object (if applicable). • edges Forward edges to

as our C locks) to prevent recursion when doing certain operations (incremental package loading, codegen, etc.). The combination of a lock and this flag can be used to make finalizers safe. 2. A second initializes the global jl_root_task struct; and sets jl_current_task to the root task. jl_init_codegen() initializes the LLVM library. jl_init_serializer() initializes 8-bit serialization tags for builtin convenience, as (due to the way OpaqueClosures work) it is not necessarily the rettype used by codegen. • parent The MethodInstance that "owns" this object (if applicable). • edges Forward edges to

as our C locks) to prevent recursion when doing certain operations (incremental package loading, codegen, etc.). The combination of a lock and this flag can be used to make finalizers safe. 2. A second initializes the global jl_root_task struct; and sets jl_current_task to the root task. jl_init_codegen() initializes the LLVM library. jl_init_serializer() initializes 8-bit serialization tags for builtin convenience, as (due to the way OpaqueClosures work) it is not necessarily the rettype used by codegen. • parent The MethodInstance that "owns" this object (if applicable). • edges Forward edges to

as our C locks) to prevent recursion when doing certain operations (incremental package loading, codegen, etc.). The combination of a lock and this flag can be used to make finalizers safe. 2. A second initializes the global jl_root_task struct; and sets jl_current_task to the root task. jl_init_codegen() initializes the LLVM library. jl_init_serializer() initializes 8-bit serialization tags for builtin handled by codegen.cpp. Whenever a Julia function is called for the first time with a given set of argument types, type inference will be run on that function. This information is used by the codegen step

as our C locks) to prevent recursion when doing certain operations (incremental package loading, codegen, etc.). The combination of a lock and this flag can be used to make finalizers safe. 2. A second initializes the global jl_root_task struct; and sets jl_current_task to the root task. jl_init_codegen() initializes the LLVM library. jl_init_serializer() initializes 8-bit serialization tags for builtin handled by codegen.cpp. Whenever a Julia function is called for the first time with a given set of argument types, type inference will be run on that function. This information is used by the codegen step