5ed5fddb7c
This commit removes APIs that were previously marked as deprecated. This change has the following implications: - The use of the global 'env()' accessor is not possible anymore. - Boolean accessor methods are no longer prefixed with 'is_'. E.g., instead of 'is_valid()', use 'valid()'. - The last traces of 'Ram_session' are gone now. The 'Env::ram()' accessor returns the 'Ram_allocator' interface, which is a subset of the 'Pd_session' interface. - All connection constructors need the 'Env' as argument. - The 'Reporter' constructor needs an 'Env' argument now because the reporter creates a report connection. - The old overload 'Child_policy::resolve_session_request' that returned a 'Service' does not exist anymore. - The base/printf.h header has been removed, use base/log.h instead. - The old notion of 'Signal_dispatcher' is gone. Use 'Signal_handler'. - Transitional headers like os/server.h, cap_session/, volatile_object.h, os/attached*_dataspace.h, signal_rpc_dispatcher.h have been removed. - The distinction between 'Thread_state' and 'Thread_state_base' does not exist anymore. - The header cpu_thread/capability.h along with the type definition of 'Cpu_thread_capability' has been removed. Use the type 'Thread_capability' define in cpu_session/cpu_session.h instead. - Several XML utilities (i.e., at os/include/decorator) could be removed because their functionality is nowadays covered by util/xml_node.h. - The 'os/ram_session_guard.h' has been removed. Use 'Constrained_ram_allocator' provided by base/ram_allocator.h instead. Issue #1987
94 lines
2.5 KiB
C++
94 lines
2.5 KiB
C++
/*
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* \brief Implementation of process creation for Linux
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* \author Norman Feske
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* \date 2006-07-06
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*/
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/*
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* Copyright (C) 2006-2017 Genode Labs GmbH
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*
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* This file is part of the Genode OS framework, which is distributed
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* under the terms of the GNU Affero General Public License version 3.
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*/
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/* Genode includes */
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#include <base/env.h>
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#include <base/child.h>
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#include <base/log.h>
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#include <linux_native_pd/client.h>
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/* base-internal includes */
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#include <linux_syscalls.h>
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#include <base/internal/elf.h>
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using namespace Genode;
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/*
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* Register main thread at core
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*
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* At this point in time, we do not yet know the TID and PID of the new
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* thread. Those information will be provided to core by the constructor of
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* the 'Platform_env' of the new process.
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*/
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Child::Initial_thread::Initial_thread(Cpu_session &cpu,
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Pd_session_capability pd,
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Name const &name)
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:
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_cpu(cpu),
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_cap(cpu.create_thread(pd, name, Affinity::Location(), Cpu_session::Weight()))
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{ }
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Child::Initial_thread::~Initial_thread() { }
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void Child::Initial_thread::start(addr_t) { }
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/*
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* On Linux, the ELF loading is performed by the kernel
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*/
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Child::Process::Loaded_executable::Loaded_executable(Type,
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Dataspace_capability,
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Ram_allocator &,
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Region_map &,
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Region_map &,
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Parent_capability) { }
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Child::Process::Process(Type type,
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Dataspace_capability ldso_ds,
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Pd_session &pd,
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Initial_thread_base &,
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Region_map &local_rm,
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Region_map &remote_rm,
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Parent_capability parent_cap)
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:
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loaded_executable(type, ldso_ds, pd, local_rm, remote_rm, parent_cap)
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{
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/* skip loading when called during fork */
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if (type == TYPE_FORKED)
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return;
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/*
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* If the specified executable is a dynamically linked program, we load
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* the dynamic linker instead.
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*/
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if (!ldso_ds.valid()) {
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error("attempt to start dynamic executable without dynamic linker");
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throw Missing_dynamic_linker();
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}
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pd.assign_parent(parent_cap);
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Linux_native_pd_client
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lx_pd(static_cap_cast<Linux_native_pd>(pd.native_pd()));
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lx_pd.start(ldso_ds);
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}
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Child::Process::~Process() { }
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