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Genode application binary interface (ABI) This patch decouples the kernel-specific implementation of the dynamic linker from its kernel-agnostic binary interface. The name of the kernel-specific dynamic linker binary now corresponds to the kernel, e.g., 'ld-linux.lib.so' or 'ld-nova.lib.so'. Applications are no longer linked directly against a concrete instance of the dynamic linker but against a shallow stub called 'ld.lib.so'. This stub contains nothing but the symbols provided by the dynamic linker. It thereby represents the Genode ABI. At system-integration time, the kernel-specific run/boot_dir back ends integrate the matching the kernel-specific variant of the dynamic linker as 'ld.lib.so' into the boot image. The ABI symbol file for the dynamic linker is located at 'base/lib/symbols/ld'. It contains the joint ABI of all supported architectures. The new utility 'tool/abi_symbols' eases the creation of such an ABI symbol file for a given shared library. Its result should be manually inspected and edited as needed. The patch removes the 'syscall' library from 'base_libs.mk' to avoid polluting the kernel-agnostic ABI with kernel-specific interfaces. Issue #2190 Issue #2195
2016-12-09 23:09:17 +01:00
#
# \brief Genode application binary interface (ABI)
# \author Norman Feske
# \date 2016-12-20
#
# This file contains the binary application interface (ABI) provided by
# Genode's dynamic linker. Each line contains the name of a symbol followed
# by its type (according to the encoding used by binutil's 'nm' tool). Data
# symbols are furher annotated by the size of their corresponding data object.
# The latter is only needed on ARM.
#
# On the ARM architecture, copy relocations are created for read-only data
# objects that are present in shared libraries. For each data object, the
# linker preserves a slot in the program's BSS according to the object size.
# At runtime, the dynamic linker copies the data from the shared library's
# read-only segment to these slots. The copy relocations for a given binary
# can be inspected via 'objdump -R'. The size of data symbols as present in a
# shared library (like 'ld-hw.lib.a') can be inspected via 'nm --format posix'.
# The data-object sizes as annotated here must always be at least as big as the
# corresponding data objects present in the dynamic linker.
#
# The original version of this file is based on the output of the
# 'tool/abi_symbols' tool with 'ld-<platform>.lib.so' used as argument.
# However, this tool was solely used as a starting point for the - now
# manually maintained - file.
#
# Note that not all symbols present in this list are provided by each variant
# of the dynamic linker. I.e., there are a few symbols that are specific for a
# particular kernel or the C++ ABI of a specific architecture.
#
# Please keep the file sorted via 'LC_COLLATE=C sort'.
#
#
Adjust file headers to refer to the AGPLv3
2017-02-20 13:23:52 +01:00
# Copyright (C) 2016-2017 Genode Labs GmbH
Genode application binary interface (ABI) This patch decouples the kernel-specific implementation of the dynamic linker from its kernel-agnostic binary interface. The name of the kernel-specific dynamic linker binary now corresponds to the kernel, e.g., 'ld-linux.lib.so' or 'ld-nova.lib.so'. Applications are no longer linked directly against a concrete instance of the dynamic linker but against a shallow stub called 'ld.lib.so'. This stub contains nothing but the symbols provided by the dynamic linker. It thereby represents the Genode ABI. At system-integration time, the kernel-specific run/boot_dir back ends integrate the matching the kernel-specific variant of the dynamic linker as 'ld.lib.so' into the boot image. The ABI symbol file for the dynamic linker is located at 'base/lib/symbols/ld'. It contains the joint ABI of all supported architectures. The new utility 'tool/abi_symbols' eases the creation of such an ABI symbol file for a given shared library. Its result should be manually inspected and edited as needed. The patch removes the 'syscall' library from 'base_libs.mk' to avoid polluting the kernel-agnostic ABI with kernel-specific interfaces. Issue #2190 Issue #2195
2016-12-09 23:09:17 +01:00
#
# This file is part of the Genode OS framework, which is distributed
Adjust file headers to refer to the AGPLv3
2017-02-20 13:23:52 +01:00
# under the terms of the GNU Affero General Public License version 3.
Genode application binary interface (ABI) This patch decouples the kernel-specific implementation of the dynamic linker from its kernel-agnostic binary interface. The name of the kernel-specific dynamic linker binary now corresponds to the kernel, e.g., 'ld-linux.lib.so' or 'ld-nova.lib.so'. Applications are no longer linked directly against a concrete instance of the dynamic linker but against a shallow stub called 'ld.lib.so'. This stub contains nothing but the symbols provided by the dynamic linker. It thereby represents the Genode ABI. At system-integration time, the kernel-specific run/boot_dir back ends integrate the matching the kernel-specific variant of the dynamic linker as 'ld.lib.so' into the boot image. The ABI symbol file for the dynamic linker is located at 'base/lib/symbols/ld'. It contains the joint ABI of all supported architectures. The new utility 'tool/abi_symbols' eases the creation of such an ABI symbol file for a given shared library. Its result should be manually inspected and edited as needed. The patch removes the 'syscall' library from 'base_libs.mk' to avoid polluting the kernel-agnostic ABI with kernel-specific interfaces. Issue #2190 Issue #2195
2016-12-09 23:09:17 +01:00
#
_Unwind_Complete T
_Unwind_DeleteException T
_Unwind_Resume T
_Z11genode_exiti T
_Z13genode_atexitPFvvE T
_Z16main_thread_utcbv T
_Z21genode___cxa_finalizePv T
_Z22__ldso_raise_exceptionv T
_ZN6Genode10Entrypoint16_dispatch_signalERNS_6SignalE T
_ZN6Genode10Entrypoint16schedule_suspendEPFvvES2_ T
_ZN6Genode10Entrypoint25_process_incoming_signalsEv T
base: classify signals as I/O and application level Fixes #2363
2017-04-03 10:45:51 +02:00
_ZN6Genode10Entrypoint31wait_and_dispatch_one_io_signalEv T
Genode application binary interface (ABI) This patch decouples the kernel-specific implementation of the dynamic linker from its kernel-agnostic binary interface. The name of the kernel-specific dynamic linker binary now corresponds to the kernel, e.g., 'ld-linux.lib.so' or 'ld-nova.lib.so'. Applications are no longer linked directly against a concrete instance of the dynamic linker but against a shallow stub called 'ld.lib.so'. This stub contains nothing but the symbols provided by the dynamic linker. It thereby represents the Genode ABI. At system-integration time, the kernel-specific run/boot_dir back ends integrate the matching the kernel-specific variant of the dynamic linker as 'ld.lib.so' into the boot image. The ABI symbol file for the dynamic linker is located at 'base/lib/symbols/ld'. It contains the joint ABI of all supported architectures. The new utility 'tool/abi_symbols' eases the creation of such an ABI symbol file for a given shared library. Its result should be manually inspected and edited as needed. The patch removes the 'syscall' library from 'base_libs.mk' to avoid polluting the kernel-agnostic ABI with kernel-specific interfaces. Issue #2190 Issue #2195
2016-12-09 23:09:17 +01:00
_ZN6Genode10Entrypoint6manageERNS_22Signal_dispatcher_baseE T
_ZN6Genode10Entrypoint8dissolveERNS_22Signal_dispatcher_baseE T
_ZN6Genode10EntrypointC1ERNS_3EnvE T
_ZN6Genode10EntrypointC1ERNS_3EnvEmPKc T
_ZN6Genode10EntrypointC2ERNS_3EnvE T
_ZN6Genode10EntrypointC2ERNS_3EnvEmPKc T
base: classify signals as I/O and application level Fixes #2363
2017-04-03 10:45:51 +02:00
_ZN6Genode10Entrypoint22Signal_proxy_component6signalEv T
Genode application binary interface (ABI) This patch decouples the kernel-specific implementation of the dynamic linker from its kernel-agnostic binary interface. The name of the kernel-specific dynamic linker binary now corresponds to the kernel, e.g., 'ld-linux.lib.so' or 'ld-nova.lib.so'. Applications are no longer linked directly against a concrete instance of the dynamic linker but against a shallow stub called 'ld.lib.so'. This stub contains nothing but the symbols provided by the dynamic linker. It thereby represents the Genode ABI. At system-integration time, the kernel-specific run/boot_dir back ends integrate the matching the kernel-specific variant of the dynamic linker as 'ld.lib.so' into the boot image. The ABI symbol file for the dynamic linker is located at 'base/lib/symbols/ld'. It contains the joint ABI of all supported architectures. The new utility 'tool/abi_symbols' eases the creation of such an ABI symbol file for a given shared library. Its result should be manually inspected and edited as needed. The patch removes the 'syscall' library from 'base_libs.mk' to avoid polluting the kernel-agnostic ABI with kernel-specific interfaces. Issue #2190 Issue #2195
2016-12-09 23:09:17 +01:00
_ZN6Genode10Ipc_serverC1Ev T
_ZN6Genode10Ipc_serverC2Ev T
_ZN6Genode10Ipc_serverD1Ev T
_ZN6Genode10Ipc_serverD2Ev T
_ZN6Genode11Sliced_heap4freeEPvm T
_ZN6Genode11Sliced_heap5allocEmPPv T
base: new 'Ram_allocator' interface The 'Ram_allocator' interface contains the subset of the RAM session interface that is needed to satisfy the needs of the 'Heap' and 'Sliced_heap'. Its small size makes it ideal for intercepting memory allocations as done by the new 'Constrained_ram_allocator' wrapper class, which is meant to replace the existing 'base/allocator_guard.h' and 'os/ram_session_guard.h'. Issue #2398
2017-05-07 23:49:43 +02:00
_ZN6Genode11Sliced_heapC1ERNS_13Ram_allocatorERNS_10Region_mapE T
_ZN6Genode11Sliced_heapC2ERNS_13Ram_allocatorERNS_10Region_mapE T
Genode application binary interface (ABI) This patch decouples the kernel-specific implementation of the dynamic linker from its kernel-agnostic binary interface. The name of the kernel-specific dynamic linker binary now corresponds to the kernel, e.g., 'ld-linux.lib.so' or 'ld-nova.lib.so'. Applications are no longer linked directly against a concrete instance of the dynamic linker but against a shallow stub called 'ld.lib.so'. This stub contains nothing but the symbols provided by the dynamic linker. It thereby represents the Genode ABI. At system-integration time, the kernel-specific run/boot_dir back ends integrate the matching the kernel-specific variant of the dynamic linker as 'ld.lib.so' into the boot image. The ABI symbol file for the dynamic linker is located at 'base/lib/symbols/ld'. It contains the joint ABI of all supported architectures. The new utility 'tool/abi_symbols' eases the creation of such an ABI symbol file for a given shared library. Its result should be manually inspected and edited as needed. The patch removes the 'syscall' library from 'base_libs.mk' to avoid polluting the kernel-agnostic ABI with kernel-specific interfaces. Issue #2190 Issue #2195
2016-12-09 23:09:17 +01:00
_ZN6Genode11Sliced_heapD0Ev T
_ZN6Genode11Sliced_heapD1Ev T
_ZN6Genode11Sliced_heapD2Ev T
_ZN6Genode12Address_infoC1Em T
_ZN6Genode12Address_infoC2Em T
_ZN6Genode13Avl_node_base15_rotate_subtreeEPS0_bRNS0_6PolicyE T
_ZN6Genode13Avl_node_base18_rebalance_subtreeEPS0_RNS0_6PolicyE T
_ZN6Genode13Avl_node_base6_adoptEPS0_bRNS0_6PolicyE T
_ZN6Genode13Avl_node_base6insertEPS0_RNS0_6PolicyE T
_ZN6Genode13Avl_node_base6removeERNS0_6PolicyE T
_ZN6Genode13Avl_node_baseC1Ev T
_ZN6Genode13Avl_node_baseC2Ev T
_ZN6Genode13Registry_base10_processedENS0_4KeepERNS_4ListINS0_7ElementEEERS3_PS3_ T
_ZN6Genode13Registry_base7ElementC1ERS0_Pv T
_ZN6Genode13Registry_base7ElementC2ERS0_Pv T
_ZN6Genode13Registry_base7ElementD1Ev T
_ZN6Genode13Registry_base7ElementD2Ev T
_ZN6Genode13Registry_base7_insertERNS0_7ElementE T
_ZN6Genode13Registry_base7_removeERNS0_7ElementE T
_ZN6Genode13Registry_base9_for_eachERNS0_15Untyped_functorE T
_ZN6Genode13Session_state7destroyEv T
base: Add Child_policy::Route The new return value of 'resolve_session_request' allows the child policy to define the label used as the policy selector at the server. Because this patch introduces the distinction of the child-provided label from the label as presented to the server along with the session request, the latter is now handled as a dedicated 'Session_state' argument. Issue #2248
2017-02-14 17:38:09 +01:00
_ZN6Genode13Session_stateC1ERNS_7ServiceERNS_8Id_spaceINS_6Parent6ClientEEENS6_2IdERKNS_13Session_labelERKNS_6StringILm256EEERKNS_8AffinityE T
_ZN6Genode13Session_stateC2ERNS_7ServiceERNS_8Id_spaceINS_6Parent6ClientEEENS6_2IdERKNS_13Session_labelERKNS_6StringILm256EEERKNS_8AffinityE T
Genode application binary interface (ABI) This patch decouples the kernel-specific implementation of the dynamic linker from its kernel-agnostic binary interface. The name of the kernel-specific dynamic linker binary now corresponds to the kernel, e.g., 'ld-linux.lib.so' or 'ld-nova.lib.so'. Applications are no longer linked directly against a concrete instance of the dynamic linker but against a shallow stub called 'ld.lib.so'. This stub contains nothing but the symbols provided by the dynamic linker. It thereby represents the Genode ABI. At system-integration time, the kernel-specific run/boot_dir back ends integrate the matching the kernel-specific variant of the dynamic linker as 'ld.lib.so' into the boot image. The ABI symbol file for the dynamic linker is located at 'base/lib/symbols/ld'. It contains the joint ABI of all supported architectures. The new utility 'tool/abi_symbols' eases the creation of such an ABI symbol file for a given shared library. Its result should be manually inspected and edited as needed. The patch removes the 'syscall' library from 'base_libs.mk' to avoid polluting the kernel-agnostic ABI with kernel-specific interfaces. Issue #2190 Issue #2195
2016-12-09 23:09:17 +01:00
_ZN6Genode13Shared_objectC1ERNS_3EnvERNS_9AllocatorEPKcNS0_4BindENS0_4KeepE T
_ZN6Genode13Shared_objectC2ERNS_3EnvERNS_9AllocatorEPKcNS0_4BindENS0_4KeepE T
_ZN6Genode13Shared_objectD1Ev T
_ZN6Genode13Shared_objectD2Ev T
_ZN6Genode13sleep_foreverEv T
_ZN6Genode14Capability_map6insertEmm T
_ZN6Genode14Parent_service15_env_deprecatedEv T
_ZN6Genode14Rpc_entrypoint13_free_rpc_capERNS_10Pd_sessionENS_17Native_capabilityE T
_ZN6Genode14Rpc_entrypoint14_alloc_rpc_capERNS_10Pd_sessionENS_17Native_capabilityEm T
_ZN6Genode14Rpc_entrypoint17_activation_entryEv T
_ZN6Genode14Rpc_entrypoint17reply_signal_infoENS_17Native_capabilityEmm T
_ZN6Genode14Rpc_entrypoint22_block_until_cap_validEv T
_ZN6Genode14Rpc_entrypoint5entryEv T
_ZN6Genode14Rpc_entrypoint7_manageEPNS_15Rpc_object_baseE T
_ZN6Genode14Rpc_entrypoint8activateEv T
_ZN6Genode14Rpc_entrypoint9_dissolveEPNS_15Rpc_object_baseE T
_ZN6Genode14Rpc_entrypointC1EPNS_10Pd_sessionEmPKcbNS_8Affinity8LocationE T
_ZN6Genode14Rpc_entrypointC2EPNS_10Pd_sessionEmPKcbNS_8Affinity8LocationE T
_ZN6Genode14Rpc_entrypointD0Ev T
_ZN6Genode14Rpc_entrypointD1Ev T
_ZN6Genode14Rpc_entrypointD2Ev T
_ZN6Genode14Signal_context6submitEj T
_ZN6Genode14Signal_contextD0Ev T
_ZN6Genode14Signal_contextD1Ev T
_ZN6Genode14Signal_contextD2Ev T
_ZN6Genode14Timeout_thread11alarm_timerEv T
_ZN6Genode14Timeout_thread5entryEv T
_ZN6Genode14cache_coherentEmm T
_ZN6Genode14ipc_reply_waitERKNS_17Native_capabilityENS_18Rpc_exception_codeERNS_11Msgbuf_baseES5_ T
_ZN6Genode15Alarm_scheduler12_setup_alarmERNS_5AlarmEmm T
_ZN6Genode15Alarm_scheduler13next_deadlineEPm T
_ZN6Genode15Alarm_scheduler17schedule_absoluteEPNS_5AlarmEm T
_ZN6Genode15Alarm_scheduler18_get_pending_alarmEv T
_ZN6Genode15Alarm_scheduler23_unsynchronized_dequeueEPNS_5AlarmE T
_ZN6Genode15Alarm_scheduler23_unsynchronized_enqueueEPNS_5AlarmE T
_ZN6Genode15Alarm_scheduler6handleEm T
_ZN6Genode15Alarm_scheduler7discardEPNS_5AlarmE T
_ZN6Genode15Alarm_scheduler8scheduleEPNS_5AlarmEm T
_ZN6Genode15Alarm_schedulerD1Ev T
_ZN6Genode15Alarm_schedulerD2Ev T
_ZN6Genode15Cancelable_lock4lockEv T
_ZN6Genode15Cancelable_lock6unlockEv T
_ZN6Genode15Cancelable_lock9Applicant7wake_upEv T
_ZN6Genode15Cancelable_lockC1ENS0_5StateE T
_ZN6Genode15Cancelable_lockC2ENS0_5StateE T
_ZN6Genode15Connection_baseC1Ev T
_ZN6Genode15Connection_baseC2Ev T
_ZN6Genode15Signal_receiver12local_submitENS_6Signal4DataE T
_ZN6Genode15Signal_receiver14pending_signalEv T
_ZN6Genode15Signal_receiver15wait_for_signalEv T
_ZN6Genode15Signal_receiver16block_for_signalEv T
_ZN6Genode15Signal_receiver6manageEPNS_14Signal_contextE T
_ZN6Genode15Signal_receiver7pendingEv T
_ZN6Genode15Signal_receiver8dissolveEPNS_14Signal_contextE T
_ZN6Genode15Signal_receiverC1Ev T
_ZN6Genode15Signal_receiverC2Ev T
_ZN6Genode15Signal_receiverD1Ev T
_ZN6Genode15Signal_receiverD2Ev T
_ZN6Genode16raw_write_stringEPKc T
_ZN6Genode17Native_capability4_decEv T
_ZN6Genode17Native_capability4_incEv T
_ZN6Genode17Native_capabilityC1Ev T
_ZN6Genode17Native_capabilityC2Ev T
_ZN6Genode17Region_map_client13fault_handlerENS_10CapabilityINS_14Signal_contextEEE T
_ZN6Genode17Region_map_client5stateEv T
_ZN6Genode17Region_map_client6attachENS_10CapabilityINS_9DataspaceEEEmlbNS_10Region_map10Local_addrEb T
_ZN6Genode17Region_map_client6detachENS_10Region_map10Local_addrE T
_ZN6Genode17Region_map_client9dataspaceEv T
_ZN6Genode17Region_map_clientC1ENS_10CapabilityINS_10Region_mapEEE T
_ZN6Genode17Region_map_clientC2ENS_10CapabilityINS_10Region_mapEEE T
_ZN6Genode17Rm_session_client6createEm T
_ZN6Genode17Rm_session_client7destroyENS_10CapabilityINS_10Region_mapEEE T
_ZN6Genode17Rm_session_clientC1ENS_10CapabilityINS_10Rm_sessionEEE T
_ZN6Genode17Rm_session_clientC2ENS_10CapabilityINS_10Rm_sessionEEE T
_ZN6Genode18Allocator_avl_base10_add_blockEPNS0_5BlockEmmb T
_ZN6Genode18Allocator_avl_base10alloc_addrEmm T
_ZN6Genode18Allocator_avl_base12remove_rangeEmm T
_ZN6Genode18Allocator_avl_base13alloc_alignedEmPPvimm T
_ZN6Genode18Allocator_avl_base14_destroy_blockEPNS0_5BlockE T
_ZN6Genode18Allocator_avl_base14any_block_addrEPm T
_ZN6Genode18Allocator_avl_base15_cut_from_blockEPNS0_5BlockEmmS2_S2_ T
_ZN6Genode18Allocator_avl_base20_find_any_used_blockEPNS0_5BlockE T
_ZN6Genode18Allocator_avl_base21_alloc_block_metadataEv T
_ZN6Genode18Allocator_avl_base26_alloc_two_blocks_metadataEPPNS0_5BlockES3_ T
_ZN6Genode18Allocator_avl_base30_revert_allocations_and_rangesEv T
_ZN6Genode18Allocator_avl_base4freeEPv T
_ZN6Genode18Allocator_avl_base5Block13find_best_fitEmjmm T
_ZN6Genode18Allocator_avl_base5Block15find_by_addressEmmb T
_ZN6Genode18Allocator_avl_base5Block16avail_in_subtreeEv T
_ZN6Genode18Allocator_avl_base5Block9recomputeEv T
_ZN6Genode18Allocator_avl_base9add_rangeEmm T
_ZN6Genode18Signal_transmitter6submitEj T
_ZN6Genode18Signal_transmitter7contextENS_10CapabilityINS_14Signal_contextEEE T
_ZN6Genode18Signal_transmitter7contextEv T
_ZN6Genode18Signal_transmitterC1ENS_10CapabilityINS_14Signal_contextEEE T
_ZN6Genode18Signal_transmitterC2ENS_10CapabilityINS_14Signal_contextEEE T
_ZN6Genode18server_socket_pairEv T
_ZN6Genode20env_session_id_spaceEv T
Generalize ABI mechanism to shared objects This patch make the ABI mechanism available to shared libraries other than Genode's dynamic linker. It thereby allows us to introduce intermediate ABIs at the granularity of shared libraries. This is useful for slow-moving ABIs such as the libc's interface but it will also become handy for the package management. To implement the feature, the build system had to be streamlined a bit. In particular, archive dependencies and shared-lib dependencies are now handled separately, and the global list of 'SHARED_LIBS' is no more. Now, the variable with the same name holds the per-target list of shared libraries used by the target.
2016-12-29 18:27:45 +01:00
_ZN6Genode25env_stack_area_region_mapE B 4
_ZN6Genode26env_stack_area_ram_sessionE B 4
Capability quota accounting and trading This patch mirrors the accounting and trading scheme that Genode employs for physical memory to the accounting of capability allocations. Capability quotas must now be explicitly assigned to subsystems by specifying a 'caps=<amount>' attribute to init's start nodes. Analogously to RAM quotas, cap quotas can be traded between clients and servers as part of the session protocol. The capability budget of each component is maintained by the component's corresponding PD session at core. At the current stage, the accounting is applied to RPC capabilities, signal-context capabilities, and dataspace capabilities. Capabilities that are dynamically allocated via core's CPU and TRACE service are not yet covered. Also, the capabilities allocated by resource multiplexers outside of core (like nitpicker) must be accounted by the respective servers, which is not covered yet. If a component runs out of capabilities, core's PD service prints a warning to the log. To observe the consumption of capabilities per component in detail, the PD service is equipped with a diagnostic mode, which can be enabled via the 'diag' attribute in the target node of init's routing rules. E.g., the following route enables the diagnostic mode for the PD session of the "timer" component: <default-route> <service name="PD" unscoped_label="timer"> <parent diag="yes"/> </service> ... </default-route> For subsystems based on a sub-init instance, init can be configured to report the capability-quota information of its subsystems by adding the attribute 'child_caps="yes"' to init's '<report>' config node. Init's own capability quota can be reported by adding the attribute 'init_caps="yes"'. Fixes #2398
2017-05-08 21:35:43 +02:00
_ZN6Genode29upgrade_pd_quota_non_blockingENS_9Ram_quotaENS_9Cap_quotaE T
Genode application binary interface (ABI) This patch decouples the kernel-specific implementation of the dynamic linker from its kernel-agnostic binary interface. The name of the kernel-specific dynamic linker binary now corresponds to the kernel, e.g., 'ld-linux.lib.so' or 'ld-nova.lib.so'. Applications are no longer linked directly against a concrete instance of the dynamic linker but against a shallow stub called 'ld.lib.so'. This stub contains nothing but the symbols provided by the dynamic linker. It thereby represents the Genode ABI. At system-integration time, the kernel-specific run/boot_dir back ends integrate the matching the kernel-specific variant of the dynamic linker as 'ld.lib.so' into the boot image. The ABI symbol file for the dynamic linker is located at 'base/lib/symbols/ld'. It contains the joint ABI of all supported architectures. The new utility 'tool/abi_symbols' eases the creation of such an ABI symbol file for a given shared library. Its result should be manually inspected and edited as needed. The patch removes the 'syscall' library from 'base_libs.mk' to avoid polluting the kernel-agnostic ABI with kernel-specific interfaces. Issue #2190 Issue #2195
2016-12-09 23:09:17 +01:00
_ZN6Genode3Log3logEv T
_ZN6Genode3Log8_acquireENS0_4TypeE T
_ZN6Genode3Log8_releaseEv T
_ZN6Genode3Raw7_outputEv T
_ZN6Genode3Raw8_acquireEv T
_ZN6Genode3Raw8_releaseEv T
Warn about the use of deprecated env() function This patch enables warnings if one of the deprecate functions that rely in the implicit use of the global Genode::env() accessor are called. For the time being, some places within the base framework continue to rely on the global function while omitting the warning by calling 'env_deprecated' instead of 'env'. Issue #1987
2017-01-09 15:18:49 +01:00
_ZN6Genode14env_deprecatedEv T
Genode application binary interface (ABI) This patch decouples the kernel-specific implementation of the dynamic linker from its kernel-agnostic binary interface. The name of the kernel-specific dynamic linker binary now corresponds to the kernel, e.g., 'ld-linux.lib.so' or 'ld-nova.lib.so'. Applications are no longer linked directly against a concrete instance of the dynamic linker but against a shallow stub called 'ld.lib.so'. This stub contains nothing but the symbols provided by the dynamic linker. It thereby represents the Genode ABI. At system-integration time, the kernel-specific run/boot_dir back ends integrate the matching the kernel-specific variant of the dynamic linker as 'ld.lib.so' into the boot image. The ABI symbol file for the dynamic linker is located at 'base/lib/symbols/ld'. It contains the joint ABI of all supported architectures. The new utility 'tool/abi_symbols' eases the creation of such an ABI symbol file for a given shared library. Its result should be manually inspected and edited as needed. The patch removes the 'syscall' library from 'base_libs.mk' to avoid polluting the kernel-agnostic ABI with kernel-specific interfaces. Issue #2190 Issue #2195
2016-12-09 23:09:17 +01:00
_ZN6Genode4Heap11quota_limitEm T
_ZN6Genode4Heap4freeEPvm T
_ZN6Genode4Heap5allocEmPPv T
base: new 'Ram_allocator' interface The 'Ram_allocator' interface contains the subset of the RAM session interface that is needed to satisfy the needs of the 'Heap' and 'Sliced_heap'. Its small size makes it ideal for intercepting memory allocations as done by the new 'Constrained_ram_allocator' wrapper class, which is meant to replace the existing 'base/allocator_guard.h' and 'os/ram_session_guard.h'. Issue #2398
2017-05-07 23:49:43 +02:00
_ZN6Genode4HeapC1EPNS_13Ram_allocatorEPNS_10Region_mapEmPvm T
_ZN6Genode4HeapC2EPNS_13Ram_allocatorEPNS_10Region_mapEmPvm T
Genode application binary interface (ABI) This patch decouples the kernel-specific implementation of the dynamic linker from its kernel-agnostic binary interface. The name of the kernel-specific dynamic linker binary now corresponds to the kernel, e.g., 'ld-linux.lib.so' or 'ld-nova.lib.so'. Applications are no longer linked directly against a concrete instance of the dynamic linker but against a shallow stub called 'ld.lib.so'. This stub contains nothing but the symbols provided by the dynamic linker. It thereby represents the Genode ABI. At system-integration time, the kernel-specific run/boot_dir back ends integrate the matching the kernel-specific variant of the dynamic linker as 'ld.lib.so' into the boot image. The ABI symbol file for the dynamic linker is located at 'base/lib/symbols/ld'. It contains the joint ABI of all supported architectures. The new utility 'tool/abi_symbols' eases the creation of such an ABI symbol file for a given shared library. Its result should be manually inspected and edited as needed. The patch removes the 'syscall' library from 'base_libs.mk' to avoid polluting the kernel-agnostic ABI with kernel-specific interfaces. Issue #2190 Issue #2195
2016-12-09 23:09:17 +01:00
_ZN6Genode4HeapD0Ev T
_ZN6Genode4HeapD1Ev T
_ZN6Genode4HeapD2Ev T
_ZN6Genode4Slab13any_used_elemEv T
_ZN6Genode4Slab5Block11_slab_entryEi T
_ZN6Genode4Slab5Block14any_used_entryEv T
_ZN6Genode4Slab5Block5allocEv T
_ZN6Genode4Slab5Block9inc_availERNS0_5EntryE T
_ZN6Genode4Slab5_freeEPv T
_ZN6Genode4Slab5allocEmPPv T
_ZN6Genode4Slab9insert_sbEPv T
_ZN6Genode4SlabC1EmmPvPNS_9AllocatorE T
_ZN6Genode4SlabC2EmmPvPNS_9AllocatorE T
_ZN6Genode4SlabD0Ev T
_ZN6Genode4SlabD1Ev T
_ZN6Genode4SlabD2Ev T
_ZN6Genode5AlarmD0Ev T
_ZN6Genode5AlarmD1Ev T
_ZN6Genode5AlarmD2Ev T
_ZN6Genode5Child10yield_sighENS_10CapabilityINS_14Signal_contextEEE T
_ZN6Genode5Child11session_capENS_8Id_spaceINS_6Parent6ClientEE2IdE T
_ZN6Genode5Child12session_sighENS_10CapabilityINS_14Signal_contextEEE T
_ZN6Genode5Child13session_readyERNS_13Session_stateE T
_ZN6Genode5Child13yield_requestEv T
_ZN6Genode5Child14session_closedERNS_13Session_stateE T
_ZN6Genode5Child14yield_responseEv T
_ZN6Genode5Child16resource_requestERKNS_6StringILm160EEE T
_ZN6Genode5Child16session_responseENS_8Id_spaceINS_6Parent6ServerEE2IdENS2_16Session_responseE T
_ZN6Genode5Child19deliver_session_capENS_8Id_spaceINS_6Parent6ServerEE2IdENS_10CapabilityINS_7SessionEEE T
_ZN6Genode5Child19resource_avail_sighENS_10CapabilityINS_14Signal_contextEEE T
base: support for multi-staged child startup This patch enhances the 'Child' and 'Child_policy' with the ability to separate the different steps of bootstrapping children. If the 'Child_policy::initiate_env_sessions()' returns false, the child's environment sessions remain unrouted at construction time. This way, child objects for many children can be initialized to a state that allows the children to represent services for other children. Therefore, session routing can be applied before any child executes. At this stage, the environment RAM sessions of all children can be created. Note that this step still has the limitation that RAM sessions are generally expected to be provided by either the parent or a local service. Once all children are equipped with RAM, they can in principle receive session-quota donations. Hence, all other environment sessions can now be arbitrarily routed and initiated. Once the environment of a child is complete, the child's process and initial thread is created.
2017-02-19 21:40:52 +01:00
_ZN6Genode5Child21initiate_env_sessionsEv T
_ZN6Genode5Child24initiate_env_ram_sessionEv T
Genode application binary interface (ABI) This patch decouples the kernel-specific implementation of the dynamic linker from its kernel-agnostic binary interface. The name of the kernel-specific dynamic linker binary now corresponds to the kernel, e.g., 'ld-linux.lib.so' or 'ld-nova.lib.so'. Applications are no longer linked directly against a concrete instance of the dynamic linker but against a shallow stub called 'ld.lib.so'. This stub contains nothing but the symbols provided by the dynamic linker. It thereby represents the Genode ABI. At system-integration time, the kernel-specific run/boot_dir back ends integrate the matching the kernel-specific variant of the dynamic linker as 'ld.lib.so' into the boot image. The ABI symbol file for the dynamic linker is located at 'base/lib/symbols/ld'. It contains the joint ABI of all supported architectures. The new utility 'tool/abi_symbols' eases the creation of such an ABI symbol file for a given shared library. Its result should be manually inspected and edited as needed. The patch removes the 'syscall' library from 'base_libs.mk' to avoid polluting the kernel-agnostic ABI with kernel-specific interfaces. Issue #2190 Issue #2195
2016-12-09 23:09:17 +01:00
_ZN6Genode5Child4exitEi T
_ZN6Genode5Child5closeENS_8Id_spaceINS_6Parent6ClientEE2IdE T
_ZN6Genode5Child5yieldERKNS_6StringILm160EEE T
_ZN6Genode5Child7sessionENS_8Id_spaceINS_6Parent6ClientEE2IdERKNS_13Rpc_in_bufferILm64EEERKNS6_ILm160EEERKNS_8AffinityE T
_ZN6Genode5Child7upgradeENS_8Id_spaceINS_6Parent6ClientEE2IdERKNS_13Rpc_in_bufferILm160EEE T
_ZN6Genode5Child8announceERKNS_13Rpc_in_bufferILm64EEE T
_ZN6Genode5ChildC1ERNS_10Region_mapERNS_14Rpc_entrypointERNS_12Child_policyE T
_ZN6Genode5ChildC2ERNS_10Region_mapERNS_14Rpc_entrypointERNS_12Child_policyE T
_ZN6Genode5ChildD0Ev T
_ZN6Genode5ChildD1Ev T
_ZN6Genode5ChildD2Ev T
_ZN6Genode5Stack4sizeEm T
_ZN6Genode5Trace6Logger17_evaluate_controlEv T
_ZN6Genode5Trace6Logger3logEPKcm T
_ZN6Genode5Trace6LoggerC1Ev T
_ZN6Genode5Trace6LoggerC2Ev T
_ZN6Genode5printERNS_6OutputEPKc T
_ZN6Genode5printERNS_6OutputEPKv T
_ZN6Genode5printERNS_6OutputEd T
_ZN6Genode5printERNS_6OutputEf T
_ZN6Genode5printERNS_6OutputEl T
_ZN6Genode5printERNS_6OutputEm T
_ZN6Genode5printERNS_6OutputEx T
_ZN6Genode5printERNS_6OutputEy T
_ZN6Genode6Config4sighENS_10CapabilityINS_14Signal_contextEEE T
_ZN6Genode6Config6reloadEv T
_ZN6Genode6Config8xml_nodeEv T
_ZN6Genode6ConfigC1Ev T
_ZN6Genode6ConfigC2Ev T
_ZN6Genode6Output10out_stringEPKcm T
_ZN6Genode6Parent8announceERKNS_13Rpc_in_bufferILm64EEENS_10CapabilityINS_4RootEEE T
_ZN6Genode6Signal19_dec_ref_and_unlockEv T
_ZN6Genode6Signal8_inc_refEv T
_ZN6Genode6SignalC1ENS0_4DataE T
_ZN6Genode6SignalC1ERKS0_ T
_ZN6Genode6SignalC2ENS0_4DataE T
_ZN6Genode6SignalC2ERKS0_ T
_ZN6Genode6SignalD1Ev T
_ZN6Genode6SignalD2Ev T
_ZN6Genode6SignalaSERKS0_ T
_ZN6Genode6Thread10stack_sizeEm T
_ZN6Genode6Thread13native_threadEv T
_ZN6Genode6Thread15cancel_blockingEv T
_ZN6Genode6Thread18stack_virtual_sizeEv T
_ZN6Genode6Thread20free_secondary_stackEPv T
_ZN6Genode6Thread21alloc_secondary_stackEPKcm T
_ZN6Genode6Thread23stack_area_virtual_baseEv T
_ZN6Genode6Thread23stack_area_virtual_sizeEv T
_ZN6Genode6Thread4joinEv T
_ZN6Genode6Thread4nameEPcm T
_ZN6Genode6Thread4utcbEv T
_ZN6Genode6Thread5startEv T
_ZN6Genode6Thread6myselfEv T
_ZN6Genode6Thread7_loggerEv T
_ZN6Genode6Thread7mystackEv T
_ZN6Genode6ThreadC1ERNS_3EnvERKNS_6StringILm32EEEm T
_ZN6Genode6ThreadC1ERNS_3EnvERKNS_6StringILm32EEEmNS_8Affinity8LocationENS_11Cpu_session6WeightERS9_ T
_ZN6Genode6ThreadC1EmPKcmNS0_4TypeENS_8Affinity8LocationE T
_ZN6Genode6ThreadC1EmPKcmNS0_4TypeEPNS_11Cpu_sessionENS_8Affinity8LocationE T
_ZN6Genode6ThreadC2ERNS_3EnvERKNS_6StringILm32EEEm T
_ZN6Genode6ThreadC2ERNS_3EnvERKNS_6StringILm32EEEmNS_8Affinity8LocationENS_11Cpu_session6WeightERS9_ T
_ZN6Genode6ThreadC2EmPKcmNS0_4TypeENS_8Affinity8LocationE T
_ZN6Genode6ThreadC2EmPKcmNS0_4TypeEPNS_11Cpu_sessionENS_8Affinity8LocationE T
_ZN6Genode6ThreadD0Ev T
_ZN6Genode6ThreadD1Ev T
_ZN6Genode6ThreadD2Ev T
_ZN6Genode6configEv T
_ZN6Genode6printfEPKcz T
_ZN6Genode7Console11_out_stringEPKc T
_ZN6Genode7Console6printfEPKcz T
_ZN6Genode7Console7vprintfEPKcP13__va_list_tag T
_ZN6Genode7Console7vprintfEPKcPc T
_ZN6Genode7Console7vprintfEPKcPv T
_ZN6Genode7Console7vprintfEPKcSt9__va_list T
_ZN6Genode7cap_mapEv T
_ZN6Genode7vprintfEPKcP13__va_list_tag T
_ZN6Genode7vprintfEPKcPc T
_ZN6Genode7vprintfEPKcSt9__va_list T
_ZN6Genode8ipc_callENS_17Native_capabilityERNS_11Msgbuf_baseES2_m T
_ZN6Genode9ipc_replyENS_17Native_capabilityENS_18Rpc_exception_codeERNS_11Msgbuf_baseE T
_ZNK6Genode11Sliced_heap8overheadEm T
_ZNK6Genode13Session_state24generate_session_requestERNS_13Xml_generatorE T
base: add Child_policy::session_state_changed() This method is a hook to enable a runtime to respond to state changes. In particular, in init this hook is used to trigger the generation of a new state report, if configured. Furthermore, the patch introduces the 'generate_client_side_info' and 'generate_server_side_info' methods to the 'Session_state', which generates an XML representation of the session states to appear in reports produced by init. Issue #2246
2017-02-17 15:25:52 +01:00
_ZNK6Genode13Session_state25generate_client_side_infoERNS_13Xml_generatorENS0_6DetailE T
_ZNK6Genode13Session_state25generate_server_side_infoERNS_13Xml_generatorENS0_6DetailE T
Genode application binary interface (ABI) This patch decouples the kernel-specific implementation of the dynamic linker from its kernel-agnostic binary interface. The name of the kernel-specific dynamic linker binary now corresponds to the kernel, e.g., 'ld-linux.lib.so' or 'ld-nova.lib.so'. Applications are no longer linked directly against a concrete instance of the dynamic linker but against a shallow stub called 'ld.lib.so'. This stub contains nothing but the symbols provided by the dynamic linker. It thereby represents the Genode ABI. At system-integration time, the kernel-specific run/boot_dir back ends integrate the matching the kernel-specific variant of the dynamic linker as 'ld.lib.so' into the boot image. The ABI symbol file for the dynamic linker is located at 'base/lib/symbols/ld'. It contains the joint ABI of all supported architectures. The new utility 'tool/abi_symbols' eases the creation of such an ABI symbol file for a given shared library. Its result should be manually inspected and edited as needed. The patch removes the 'syscall' library from 'base_libs.mk' to avoid polluting the kernel-agnostic ABI with kernel-specific interfaces. Issue #2190 Issue #2195
2016-12-09 23:09:17 +01:00
_ZNK6Genode13Session_state5printERNS_6OutputE T
_ZNK6Genode13Shared_object7_lookupEPKc T
_ZNK6Genode13Shared_object8link_mapEv T
_ZNK6Genode14Rpc_entrypoint9is_myselfEv T
_ZNK6Genode17Native_capability10local_nameEv T
_ZNK6Genode17Native_capability3rawEv T
_ZNK6Genode17Native_capability5printERNS_6OutputE T
_ZNK6Genode17Native_capability5validEv T
_ZNK6Genode18Allocator_avl_base10valid_addrEm T
_ZNK6Genode18Allocator_avl_base5availEv T
_ZNK6Genode18Allocator_avl_base7size_atEPKv T
_ZNK6Genode3Hex5printERNS_6OutputE T
_ZNK6Genode4Slab8consumedEv T
_ZNK6Genode5Child15main_thread_capEv T
_ZNK6Genode5Child21notify_resource_availEv T
_ZNK6Genode6Thread10stack_baseEv T
_ZNK6Genode6Thread4nameEv T
_ZNK6Genode6Thread9stack_topEv T
_ZNKSt13bad_exception4whatEv T
_ZNKSt9exception4whatEv T
_ZNSt13bad_exceptionD0Ev T
_ZNSt13bad_exceptionD1Ev T
_ZNSt13bad_exceptionD2Ev T
_ZNSt9exceptionD0Ev T
_ZNSt9exceptionD1Ev T
_ZNSt9exceptionD2Ev T
_ZSt18uncaught_exceptionv T
_ZSt9terminatev T
_ZTIDd D 8
_ZTIDe D 8
_ZTIDf D 8
_ZTIDi D 8
_ZTIDn D 8
_ZTIDs D 8
_ZTIN10__cxxabiv115__forced_unwindE D 8
_ZTIN10__cxxabiv116__enum_type_infoE D 12
_ZTIN10__cxxabiv117__class_type_infoE D 12
_ZTIN10__cxxabiv117__pbase_type_infoE D 12
_ZTIN10__cxxabiv119__foreign_exceptionE D 8
_ZTIN10__cxxabiv119__pointer_type_infoE D 12
_ZTIN10__cxxabiv120__function_type_infoE D 12
_ZTIN10__cxxabiv120__si_class_type_infoE D 12
_ZTIN10__cxxabiv121__vmi_class_type_infoE D 12
_ZTIN10__cxxabiv123__fundamental_type_infoE D 12
_ZTIN6Genode11Sliced_heapE D 12
_ZTIN6Genode14Rpc_entrypointE D 2
_ZTIN6Genode14Rpc_entrypointE D 32
_ZTIN6Genode14Signal_contextE D 8
_ZTIN6Genode14Timeout_threadE D 2
_ZTIN6Genode14Timeout_threadE D 32
_ZTIN6Genode17Region_map_clientE D 12
_ZTIN6Genode17Rm_session_clientE D 12
_ZTIN6Genode18Allocator_avl_baseE D 12
_ZTIN6Genode4HeapE D 12
_ZTIN6Genode4SlabE D 12
_ZTIN6Genode5AlarmE D 8
_ZTIN6Genode5Child14Initial_threadE D 12
_ZTIN6Genode5ChildE D 2
_ZTIN6Genode5ChildE D 40
_ZTIN6Genode6OutputE D 8
_ZTIN6Genode6ThreadE D 8
_ZTIN6Genode7ConsoleE D 8
_ZTIPDd D 16
_ZTIPDe D 16
_ZTIPDf D 16
_ZTIPDi D 16
_ZTIPDn D 16
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_ZTIPKDd D 16
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_ZTIPKDf D 16
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_ZTIPKDn D 16
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_ZTIPKa D 16
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_ZTIPKj D 16
_ZTIPKl D 16
_ZTIPKm D 16
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_ZTIPKt D 16
_ZTIPKx D 16
_ZTIPKy D 16
_ZTIPVKa D 16
_ZTIPVKb D 16
_ZTIPVKc D 16
_ZTIPVKd D 16
_ZTIPVKe D 16
_ZTIPVKf D 16
_ZTIPVKh D 16
_ZTIPVKi D 16
_ZTIPVKj D 16
_ZTIPVKl D 16
_ZTIPVKm D 16
_ZTIPVKs D 16
_ZTIPVKt D 16
_ZTIPVKx D 16
_ZTIPVKy D 16
_ZTIPVa D 16
_ZTIPVb D 16
_ZTIPVc D 16
_ZTIPVd D 16
_ZTIPVe D 16
_ZTIPVf D 16
_ZTIPVh D 16
_ZTIPVi D 16
_ZTIPVj D 16
_ZTIPVl D 16
_ZTIPVm D 16
_ZTIPVs D 16
_ZTIPVt D 16
_ZTIPVx D 16
_ZTIPVy D 16
_ZTIPa D 16
_ZTIPb D 16
_ZTIPc D 16
_ZTIPd D 16
_ZTIPe D 16
_ZTIPf D 16
_ZTIPh D 16
_ZTIPi D 16
_ZTIPj D 16
_ZTIPl D 16
_ZTIPm D 16
_ZTIPs D 16
_ZTIPt D 16
_ZTIPx D 16
_ZTIPy D 16
_ZTISt10bad_typeid D 12
_ZTISt13bad_exception D 12
_ZTISt16bad_array_length D 12
_ZTISt20bad_array_new_length D 12
_ZTISt8bad_cast D 12
_ZTISt9bad_alloc D 12
_ZTISt9exception D 8
_ZTISt9type_info D 8
_ZTIa D 8
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_ZTIi D 8
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_ZTIm D 8
_ZTIs D 8
_ZTIt D 8
_ZTIx D 8
_ZTIy D 8
_ZTSN10__cxxabiv115__forced_unwindE R
_ZTSN10__cxxabiv116__enum_type_infoE R
_ZTSN10__cxxabiv117__class_type_infoE R
_ZTSN10__cxxabiv117__pbase_type_infoE R
_ZTSN10__cxxabiv119__foreign_exceptionE R
_ZTSN10__cxxabiv119__pointer_type_infoE R
_ZTSN10__cxxabiv120__function_type_infoE R
_ZTSN10__cxxabiv120__si_class_type_infoE R
_ZTSN10__cxxabiv121__vmi_class_type_infoE R
_ZTSN10__cxxabiv123__fundamental_type_infoE R
_ZTSN6Genode11Sliced_heapE R
_ZTSN6Genode14Rpc_entrypointE R
_ZTSN6Genode14Signal_contextE R
_ZTSN6Genode14Timeout_threadE R
_ZTSN6Genode17Region_map_clientE R
_ZTSN6Genode17Rm_session_clientE R
_ZTSN6Genode18Allocator_avl_baseE R
_ZTSN6Genode4HeapE R
_ZTSN6Genode4SlabE R
_ZTSN6Genode5AlarmE R
_ZTSN6Genode5Child14Initial_threadE R
_ZTSN6Genode5ChildE R
_ZTSN6Genode6OutputE R
_ZTSN6Genode6ThreadE R
_ZTSN6Genode7ConsoleE R
_ZTSSt10bad_typeid R
_ZTSSt13bad_exception R
_ZTSSt16bad_array_length R
_ZTSSt20bad_array_new_length R
_ZTSSt8bad_cast R
_ZTSSt9bad_alloc R
_ZTSSt9exception R
_ZTSSt9type_info R
_ZTVN10__cxxabiv115__forced_unwindE D 1
_ZTVN10__cxxabiv115__forced_unwindE D 20
_ZTVN10__cxxabiv116__enum_type_infoE D 2
_ZTVN10__cxxabiv116__enum_type_infoE D 32
_ZTVN10__cxxabiv117__class_type_infoE D 2
_ZTVN10__cxxabiv117__class_type_infoE D 44
_ZTVN10__cxxabiv117__pbase_type_infoE D 2
_ZTVN10__cxxabiv117__pbase_type_infoE D 36
_ZTVN10__cxxabiv119__foreign_exceptionE D 1
_ZTVN10__cxxabiv119__foreign_exceptionE D 20
_ZTVN10__cxxabiv119__pointer_type_infoE D 2
_ZTVN10__cxxabiv119__pointer_type_infoE D 36
_ZTVN10__cxxabiv120__function_type_infoE D 2
_ZTVN10__cxxabiv120__function_type_infoE D 32
_ZTVN10__cxxabiv120__si_class_type_infoE D 2
_ZTVN10__cxxabiv120__si_class_type_infoE D 44
_ZTVN10__cxxabiv121__vmi_class_type_infoE D 2
_ZTVN10__cxxabiv121__vmi_class_type_infoE D 44
_ZTVN10__cxxabiv123__fundamental_type_infoE D 2
_ZTVN10__cxxabiv123__fundamental_type_infoE D 32
_ZTVN6Genode11Sliced_heapE D 2
_ZTVN6Genode11Sliced_heapE D 36
_ZTVN6Genode14Rpc_entrypointE D 1
_ZTVN6Genode14Rpc_entrypointE D 24
_ZTVN6Genode14Signal_contextE D 1
_ZTVN6Genode14Signal_contextE D 16
_ZTVN6Genode14Timeout_threadE D 1
_ZTVN6Genode14Timeout_threadE D 24
_ZTVN6Genode17Region_map_clientE D 1
_ZTVN6Genode17Region_map_clientE D 28
_ZTVN6Genode17Rm_session_clientE D 1
_ZTVN6Genode17Rm_session_clientE D 24
_ZTVN6Genode18Allocator_avl_baseE D 4
_ZTVN6Genode18Allocator_avl_baseE D 64
_ZTVN6Genode4HeapE D 2
_ZTVN6Genode4HeapE D 36
_ZTVN6Genode4SlabE D 2
_ZTVN6Genode4SlabE D 36
_ZTVN6Genode5AlarmE D 1
_ZTVN6Genode5AlarmE D 20
_ZTVN6Genode5Child14Initial_threadE D 1
_ZTVN6Genode5Child14Initial_threadE D 16
_ZTVN6Genode5ChildE D 11
_ZTVN6Genode5ChildE D 188
_ZTVN6Genode6OutputE D 1
_ZTVN6Genode6OutputE D 16
_ZTVN6Genode6ThreadE D 1
_ZTVN6Genode6ThreadE D 24
_ZTVN6Genode7ConsoleE D 1
_ZTVN6Genode7ConsoleE D 24
_ZTVSt10bad_typeid D 1
_ZTVSt10bad_typeid D 20
_ZTVSt13bad_exception D 1
_ZTVSt13bad_exception D 20
_ZTVSt16bad_array_length D 1
_ZTVSt16bad_array_length D 20
_ZTVSt20bad_array_new_length D 1
_ZTVSt20bad_array_new_length D 20
_ZTVSt8bad_cast D 1
_ZTVSt8bad_cast D 20
_ZTVSt9bad_alloc D 1
_ZTVSt9bad_alloc D 20
_ZTVSt9exception D 1
_ZTVSt9exception D 20
_ZTVSt9type_info D 2
_ZTVSt9type_info D 32
_ZZN6Genode18Allocator_avl_base5BlockC4EmmbE10num_blocks V
_ZdlPv W
_ZdlPvPN6Genode11DeallocatorE T
_ZdlPvPN6Genode9AllocatorE W
_ZdlPvRN6Genode11DeallocatorE T
_ZdlPvRN6Genode9AllocatorE W
_ZnajPN6Genode9AllocatorE T
_ZnajRN6Genode9AllocatorE T
_ZnamPN6Genode9AllocatorE T
_ZnamRN6Genode9AllocatorE T
_ZnwjPN6Genode9AllocatorE T
_ZnwjRN6Genode9AllocatorE T
_ZnwmPN6Genode9AllocatorE T
_ZnwmRN6Genode9AllocatorE T
__aeabi_atexit T
__aeabi_unwind_cpp_pr0 T
__aeabi_unwind_cpp_pr1 T
__cxa_allocate_dependent_exception T
__cxa_allocate_exception T
__cxa_atexit T
__cxa_bad_cast T
__cxa_bad_typeid T
__cxa_begin_catch T
__cxa_begin_cleanup T
__cxa_call_terminate T
__cxa_call_unexpected T
__cxa_current_exception_type T
__cxa_demangle T
__cxa_end_catch T
__cxa_end_cleanup T
__cxa_finalize T
__cxa_free_dependent_exception T
__cxa_free_exception T
__cxa_get_exception_ptr T
__cxa_get_globals T
__cxa_get_globals_fast T
__cxa_guard_abort T
__cxa_guard_acquire T
__cxa_guard_release T
__cxa_pure_virtual T
__cxa_rethrow T
__cxa_throw T
__cxa_throw_bad_array_length T
__cxa_throw_bad_array_new_length T
__cxa_type_match T
__dynamic_cast T
__gxx_personality_v0 T
dl_iterate_phdr T
dl_unwind_find_exidx T
genode_argc D 4
genode_argv D 8
Generalize ABI mechanism to shared objects This patch make the ABI mechanism available to shared libraries other than Genode's dynamic linker. It thereby allows us to introduce intermediate ABIs at the granularity of shared libraries. This is useful for slow-moving ABIs such as the libc's interface but it will also become handy for the package management. To implement the feature, the build system had to be streamlined a bit. In particular, archive dependencies and shared-lib dependencies are now handled separately, and the global list of 'SHARED_LIBS' is no more. Now, the variable with the same name holds the per-target list of shared libraries used by the target.
2016-12-29 18:27:45 +01:00
genode_envp B 4
lx_environ B 4
Genode application binary interface (ABI) This patch decouples the kernel-specific implementation of the dynamic linker from its kernel-agnostic binary interface. The name of the kernel-specific dynamic linker binary now corresponds to the kernel, e.g., 'ld-linux.lib.so' or 'ld-nova.lib.so'. Applications are no longer linked directly against a concrete instance of the dynamic linker but against a shallow stub called 'ld.lib.so'. This stub contains nothing but the symbols provided by the dynamic linker. It thereby represents the Genode ABI. At system-integration time, the kernel-specific run/boot_dir back ends integrate the matching the kernel-specific variant of the dynamic linker as 'ld.lib.so' into the boot image. The ABI symbol file for the dynamic linker is located at 'base/lib/symbols/ld'. It contains the joint ABI of all supported architectures. The new utility 'tool/abi_symbols' eases the creation of such an ABI symbol file for a given shared library. Its result should be manually inspected and edited as needed. The patch removes the 'syscall' library from 'base_libs.mk' to avoid polluting the kernel-agnostic ABI with kernel-specific interfaces. Issue #2190 Issue #2195
2016-12-09 23:09:17 +01:00
memcpy W
memmove W
memset W
stdout_reconnect T
stdout_write T
wait_for_continue T