openbcm

Make.local.template (19140B)

---

 # 
 # This license is set out in https://raw.githubusercontent.com/Broadcom-Network-Switching-Software/OpenBCM/master/Legal/LICENSE file.
 # 
 # Copyright 2007-2019 Broadcom Inc. All rights reserved.
 #
 
 # Usage for Make.local.template and Make.local:
 #
 # Make.local.template is checked into the tree, but Make.local is never
 # checked in.  Copy Make.local.template to Make.local, then change
 # Make.local to select the desired compilation options (mostly debugging
 # features).
 #
 # Note on CFGFLAGS usage:
 #
 #   Because CFGFLAGS may be used with other source preprocessing tools,
 #   please limit the values added to CFGFLAGS to -D defines.
 #
 #
 # Table of Contents:
 #
 #     Compiler Related Options
 #     Boot and Debug Related Options
 #     Operational and Policy Options
 #     System Management and Multiple CPU Options
 #     Selective Device Support (Switches and PHYs)
 #     Miscellaneous Options
 #
 
 ################################################################
 #
 # Compiler Related Options
 #
 ################################################################
 
 # Compiling out #ifdef DEBUG code saves about 1.3% on executable size.
 # It is recommended to leave debug enabled when developing applications.
 #DEBUG_IFDEFS=FALSE
 
 # SAL resource usage tracking #ifdef control
 # DEBUG_IFDEFS should also be  TRUE for this switch to take effect.
 #BCM_RESOURCE_USAGE_PROFILE_IFDEFS=TRUE
 
 # Uncomment to build without debug symbols
 #DEBUG_SYMBOLS=FALSE
 
 # Uncomment to add private CFLAGS
 #DEBUG_CFLAGS=
 
 # Uncomment to turn off the optimizer when debugging (recommended)
 #DEBUG_OPTIMIZE=FALSE
 
 # Compiling out assert() saves about 1.1% on executable size,
 # however do so is VERY MUCH discouraged.
 #DEBUG_ASSERTS=FALSE
 
 # Controlling GCC -pedantic flag
 #DEBUG_PEDANTIC=TRUE
 
 # compiler.h overrides, these disable various compiler
 # related features even if the compiler normally supports them
 
 # Enable use of the double for serdes
 #CFGFLAGS += -DSERDES_API_FLOATING_POINT
 
 # Disable use of long long for uint64
 #CFGFLAGS += -DCOMPILER_OVERRIDE_NO_LONGLONG
 
 # Disable use of doubles
 #CFGFLAGS += -DCOMPILER_OVERRIDE_NO_DOUBLE
 
 # Disable inlining of functions
 #CFGFLAGS += -DCOMPILER_OVERRIDE_NO_INLINE
 
 # Disable use of const
 #CFGFLAGS += -DCOMPILER_OVERRIDE_NO_CONST
 
 # Disable use of static functions
 #CFGFLAGS += -DCOMPILER_OVERRIDE_NO_STATIC
 
 # Disable RPC flexible (long) bitmaps.
 # Warning: Disabling this changes the RPC version to 2 and
 # makes systems running this code incompatible with systems
 # running previous versions of BCM RPC code.
 #CFGFLAGS += -DBCM_RPC_PBMP_64
 
 #
 # Define if longs are 64 bits on your compiler;
 # this is typically true ONLY for 64-bit processors.
 #CFGFLAGS += -DLONGS_ARE_64BITS
 
 #
 # Define if pointers are 64 bits on your compiler;
 # this is typically true ONLY for 64-bit processors.
 # NOTE: This support works ONLY under conditions where the
 # upper 32 bits for ALL pointers are ZERO.
 #CFGFLAGS += -DPTRS_ARE_64BITS
 
 
 ################################################################
 #
 # Boot and Debug Related Options
 #
 ################################################################
 
 # Define this to add debug code for RX pool buffer tracking
 #CFGFLAGS += -DBCM_RXP_DEBUG
 
 # Allow debugging of PCI reads/writes (debug +pci)
 #CFGFLAGS += -DSOC_PCI_DEBUG
 
 # Make default debugging settings be 0 (very very quiet)
 #CFGFLAGS += -DNO_DEBUG_OUTPUT_DEFAULT
 
 # Don't use vxMemProbe
 #CFGFLAGS += -DVX_NO_MEM_PROBE
 
 # Allow debugging of Memory Allocation/Deallocation logging
 #CFGFLAGS += -DMEMLOG_SUPPORT
 
 # Enable "Trace" sync for the BSL
 #CFGFLAGS += -DBSL_TRACE_INCLUDE
 
 ################################################################
 ################################################################
 #
 # Operational and Policy Options
 #
 ################################################################
 
 # VLAN policy control:
 #	NO_DEFAULT_ETHER	do not init ether ports into vlan 1
 #	NO_DEFAULT_CPU		do not init cpu ports into vlan 1
 #	NO_DEFAULT_SPI_SUBPORT	do not init spi subports into vlan 1
 #	NO_AUTO_STACK		do not init stack/HG ports into created vlans
 #CFGFLAGS += -DBCM_VLAN_NO_DEFAULT_ETHER
 #CFGFLAGS += -DBCM_VLAN_NO_DEFAULT_CPU
 #CFGFLAGS += -DBCM_VLAN_NO_DEFAULT_SPI_SUBPORT
 #CFGFLAGS += -DBCM_VLAN_NO_AUTO_STACK
 
 # VLAN multicast flood Policy Control:
 # BCM_VLAN_MCAST_FLOOD_ALL      Flood all multicast packets to the VLAN
 # BCM_VLAN_MCAST_FLOOD_UNKNOWN  Flood unknown multicast packets to the vlan
 # BCM_VLAN_MCAST_FLOOD_NONE     Forward multicast packets with known
 #                               destination addresses to the appropriate ports.
 #                               All packets destined to an unknown multicast
 #                               address are dropped.
 #CFGFLAGS += -DBCM_MCAST_FLOOD_DEFAULT=BCM_VLAN_MCAST_FLOOD_ALL
 #CFGFLAGS += -DBCM_MCAST_FLOOD_DEFAULT=BCM_VLAN_MCAST_FLOOD_UNKNOWN
 #CFGFLAGS += -DBCM_MCAST_FLOOD_DEFAULT=BCM_VLAN_MCAST_FLOOD_NONE
 
 #Port Enable/Disable Policy control:
 #       PORT_DEFAULT_DISABLE       disable ports during switch initialization
 #CFGFLAGS += -DBCM_PORT_DEFAULT_DISABLE
 
 # sal thread priority override (this value used for all threads if defined)
 #CFGFLAGS += -DSAL_THREAD_PRIORITY=255
 
 # disable printing of thread name in messages
 #CFGFLAGS += -DSAL_THREAD_NAME_PRINT_DISABLE
 
 # disable runtime reading of flash config.bcm file (even if !NO_FILEIO)
 #CFGFLAGS += -DSAL_CONFIG_FILE_DISABLE
 
 # Ensure minimum required pthread stack size is satisfied
 # CFGFLAGS += -DSAL_THREAD_STACK_MIN=<stack_min>
 
 # disable all Application SAL dependencies
 #NO_SAL_APPL=1
 
 
 # Prevent scheduling in SPL locks when interrupt code is run as a thread.
 # This option should not be necessary if all locks are implemented correctly,
 # however, some locks may still rely on the assumption that scheduling does
 # not occur when interrupts are disabled. If you experience any locking
 # problems in e.g. Linux User Mode, try enabling this option.
 # Please note that turning on this option will reduce performance by an
 # estimated 5 to 10 %.
 #CFGFLAGS += -DSAL_SPL_NO_PREEMPT
 
 # disable mapping of higig cosq when mapping priority to cosq
 # (use identity mapping instead : map prio0->cos0, prio1->cos1, ... , prio7->cos7)
 #CFGFLAGS += -DBCM_COSQ_HIGIG_MAP_DISABLE
 
 # Enable ukernel debugging module
 #CFGFLAGS += -DSOC_UKERNEL_DEBUG
 
 
 ################################################################
 #
 # System Management and Multiple CPU Options
 #
 ################################################################
 
 # Turn on BCMX inclusion
 #     INCLUDE_BCMX for any support
 #INCLUDE_BCMX=1
 
 # Telekinesis suite applications for CPU to CPU communication and discovery
 #     CPUDB:         Simple CPU data base manager
 #     CPUTRANS:      CPU to CPU communication mechanisms
 #     DISCOVER:      Simple discovery; will also include CPUTRANS
 #     STKTASK:       Stack manager application
 #
 #CFGFLAGS += -DINCLUDE_LIB_CPUDB
 #CFGFLAGS += -DINCLUDE_LIB_CPUTRANS
 #CFGFLAGS += -DINCLUDE_LIB_DISCOVER
 #CFGFLAGS += -DINCLUDE_LIB_STKTASK
 
 # Option for discovery to use the application-data field in routing
 # packets for Board-ID and CPU base flag information.
 #CFGFLAGS += -DDISCOVER_APP_DATA_BOARDID
 
 # Optionally override list of included dispatch modules
 # Note: including RPC automatically includes the Telekinesis suite libs
 # ESW is the enterprise platforms.
 #DISPATCH_LIST = RPC ESW ASYNC
 
 # Define to have end-to-end flow control enabled on boards that
 # support it
 #CFGFLAGS += -DBCM_BOARD_AUTO_E2E
 
 # Define the following to support per-CPU transmit pointers.
 # This allows the TX setup and send functions to be defined on a
 # per-CPU basis, allowing mixed in-band and out-of-band communication.
 #CFGFLAGS += -DBCM_C2C_TRANSPORT_SWITCHING
 
 # Options for ATP performance optmization.
 # If this is defined, callback function can be used to free packet buffer.
 # This will result in better ATP performance.
 #CFGFLAGS += -DBCM_RPC_ATP_TX_CALLBACK
 
 # Options for feature list (INCLUDE_XXX)
 # If FEATURE_LIST is defined, it is a list of features to include.
 # See Make.config for the default feature list.
 #
 # Avaliable features:
 #
 #     BCMX
 #     BCMX_DIAG
 #     CHASSIS
 #     CUSTOMER
 #     DRIVERS
 #     EDITLINE
 #     I2C
 #     L3
 #     MEM_SCAN
 #     ATPTRANS_SOCKET
 #     TELNET
 #     TEST
 #     ACL
 #     RCPU
 #     KNET - Linux user mode kernel network support
 #     BCM_SAL_PROFILE - make available an API to track SAL usage.
 #     CINT - Include the C Interpreter in the diagnostic shell. 
 #            Please note this cannot be used in Linux kernel mode. 
 #     C_UNIT - Include the C unit testing framework.  If CINT is also included
 #              then hooks will be provided for use from it.
 #     PHY_SYM_DBG - PHY GUI MDIO read/write support. Socket interface
 #                   to PHY GUI for Symbolic debugging.
 #     APIMODE - call SDK API functions from shell, requires CINT
 #     DUNE_UI - dune legacy user interface. For debug only. Tested
 #               on linux-user-gto-2.6 only.
 #     KBP   -   include nlm2(11K)/nlm3(12K) KBP support
 #     BHH   -   Include Support for BHH Application (MPLS-TP OAM based on Y.1731) 
 #               using BTE on select devices.
 #     FLOWTRACKER   -   Include Support for Flowtracker Application using BTE on 
 #                       select devices.
 #     GDPLL   -   Include Support for GDPLL on select devices.
 #     AVS   - Include AVS support
 #     MPLS_LM_DM - Include Support for MPLS LM/DM Application (based on RFC 6374)
 #                  using BTE on select devices.
 #     ETH_LM_DM - Include Support for Ethernet LM/DM Application 
 #                   (ETH-OAM based on Y.1731) using BTE on select devices.
 #     UC_ULINK - Include Support for maintaining port link status on BTE 
 #     OAM_FAULTS_MULTI_GET - Include support for faults_get for multiple endpoints
 #                            through single API
 #     CCM   - Include support for CCM Application using BTE on select devices
 #     TCB   - Include support for Transient Capture Buffer Application 
 #     PSTATS - Include support for Packetized Statistic Application 
 #     IFA    - Include Support for In-band flow analyzer Embedded Application
 #     TELEMETRY - Includes Support for Telemetry embedded applications
 #     INT    - Include Support for INT Turnaround Embedded Application
 #     SUM    - Include Support for Switch Utilization Monitor Embedded Application
 #FEATURE_LIST=ATPTRANS_SOCKET BCMX_DIAG L3 I2C BCMX MEM_SCAN EDITLINE \
 #    CUSTOMER TELNET DRIVERS CHASSIS TEST ACL RCPU BCM_SAL_PROFILE CINT \
 #    PTP CES FCMAP BOARD KNET REGEX MACSEC APIMODE BFD KBP AVS TCB PSTATS
 
 ###############################################################
 #              KBP supported devices
 #
 #Enable this for 11K device support
 #KBP_DEVICE = KBP_11K
 #
 #Enable this for 12K device support
 #KBP_DEVICE = KBP_ALG
 #
 ###############################################################
 
 ################################################################
 #
 # Selective Device Support (Switches and PHYs)
 #
 ################################################################
 
 # Multiple Chip Support
 #
 # By default, the driver supports all Strata switch and fabric chips
 # included in this software release.  It checks device IDs at runtime
 # to run the correct driver modules.
 #
 # To save space, the driver can be compiled to support just a subset of
 # the chips.  To do this, uncomment the line for BCM_PTL_SPT (partial
 # support) and uncomment one line for each chip to support.
 #
 # Note that there are a lot more chips than drivers.
 # For example, the BCM5615 driver is also used for BCM5625 and BCM5645.
 #
 
 #BCM_PTL_SPT = 1
 
 #BCM_5675_A0 = 1
 #BCM_56102_A0 = 1
 #BCM_56112_A0 = 1
 #BCM_56304_B0 = 1
 #BCM_56314_A0 = 1
 #BCM_56504_A0 = 1
 #BCM_56504_B0 = 1
 #BCM_56514_A0 = 1
 #BCM_56624_A0 = 1
 #BCM_56624_B0 = 1
 #BCM_56680_A0 = 1
 #BCM_56680_B0 = 1
 #BCM_56580_A0 = 1
 #BCM_56700_A0 = 1
 #BCM_56800_A0 = 1
 #BCM_56218_A0 = 1
 #BCM_56224_A0 = 1
 #BCM_56224_B0 = 1
 #BCM_56725_A0 = 1
 #BCM_56820_A0 = 1
 #BCM_53314_A0 = 1
 #BCM_53324_A0 = 1
 #BCM_56634_A0 = 1
 #BCM_56634_B0 = 1
 #BCM_56524_A0 = 1
 #BCM_56524_B0 = 1
 #BCM_56685_A0 = 1
 #BCM_56685_B0 = 1
 #BCM_56334_A0 = 1
 #BCM_56334_B0 = 1
 #BCM_56840_A0 = 1
 #BCM_56840_B0 = 1
 #BCM_56850_A0 = 1
 #BCM_56142_A0 = 1
 #BCM_56150_A0 = 1
 #BCM_56836_A0 = 1
 #BCM_56640_A0 = 1
 #BCM_56440_A0 = 1
 #BCM_56440_B0 = 1
 #BCM_56450_A0 = 1
 #BCM_56150_A0 = 1
 #BCM_53400_A0 = 1
 #BCM_56160_A0 = 1
 #BCM_53570_A0 = 1
 #BCM_53570_B0 = 1
 #BCM_53540_A0 = 1
 #BCM_56960_A0 = 1
 #BCM_56965_A0 = 1
 #BCM_56980_A0 = 1
 #BCM_56860_A0 = 1
 #BCM_56560_A0 = 1
 #BCM_56260_A0 = 1
 #BCM_56260_B0 = 1
 #BCM_56870_A0 = 1
 #BCM_56370_A0 = 1
 #BCM_56770_A0 = 1
 #BCM_56560_B0 = 1
 #BCM_56670_A0 = 1
 #BCM_56670_B0 = 1
 #BCM_56270_A0 = 1
 #BCM_56670_B0 = 1
 #BCM_56970_A0 = 1
 
 # Options for multiple PHY support
 # If BCM_PHY_LIST is defined, it is a list of PHYs to include.
 # The default is to include all of them.
 # If none of them should be included specify BCM_PHY_LIST=EMPTY
 #BCM_PHY_LIST=522X 54XX 5464 5421S 5482 54616 54680 54680E 52681E 54880E 54682 54684 54640 54640E 54880 SERDES SIMUL 8703 8705 8706 8072 8040 8481 8750 8729 84740 84756 84328 8806X EMPTY
 
 # Support for phy simulation
 #CFGFLAGS += -DINCLUDE_PHY_SIMUL
 #CFGFLAGS += -DSIM_ALL_PHYS        # All phys use simulation driver
 #CFGFLAGS += -DSIM_CMIC_LINK_STAT  # Get link status from CMIC register
 
 # Support for BOARD library
 # if BOARD_LIST is defined, it is a list of Board drivers to include.
 # The default is to include all board drivers appropriate for the devices
 # included in the build. If none of them should be included specify
 # BOARD_LIST=EMPTY.
 #BOARD_LIST=GENERIC
 
 # Support for event logging
 #CFGFLAGS += -DINCLUDE_SHARED_EVLOG
 
 # Support for BCM API port translation
 #CFGFLAGS += -DINCLUDE_BCM_API_XLATE_PORT
 
 # Support for callback error checks and abort in traverse api's
 #CFGFLAGS += -DBCM_CB_ABORT_ON_ERR
 ################################################################
 #
 # Misc Options
 #
 ################################################################
 #CFGFLAGS += -DSOC_MEM_L3_DEFIP_WAR
 
 # Compile out Register/Table descriptive strings to generate a
 # compact image
 #CFGFLAGS +=-DSOC_NO_NAMES
 #CFGFLAGS +=-DSOC_NO_ALIAS
 #CFGFLAGS +=-DSOC_NO_DESC
 
 # Reload/WarmBoot Support
 #
 #CFGFLAGS += -DBCM_WARM_BOOT_SUPPORT
 #
 # Need this for validation using SOC scripts; Will move to tcl 
 # someday
 #CFGFLAGS += -DBCM_WARM_BOOT_SUPPORT_SW_DUMP
 #
 # Adds a CRC check on scache buffer: Calculate when saving,
 # and verify when loading.
 # When doing ISSU, both source and destination versions should either have
 # this flag enabled or disabled.
 #CFGFLAGS += -DSCACHE_CRC_CHECK
 
 # Use software byte-swap when primary internal iProc CPU is run
 # in big-endian mode. Intended for use with little-endian iProc firmware
 # images when the primary internal iProc CPU is run in big-endian mode.
 # In this case we cannot use hardware byte-swap, because it affects both
 # the primary internal CPU (big endian) and the firmware CPU (little endian).
 #CFGFLAGS += -DCMIC_SOFT_BYTE_SWAP
 
 ################################################################
 #
 # Enable Easy Reload Support
 #
 ################################################################
 #CFGFLAGS += -DBCM_EASY_RELOAD_SUPPORT
 # For validation purposes
 #CFGFLAGS += -DBCM_EASY_RELOAD_SUPPORT_SW_DUMP
 
 # Software Trunk failover Support
 #
 #CFGFLAGS += -DBCM_TRUNK_FAILOVER_SUPPORT
 
 ################################################################
 #
 # Override default VXWORKS thread options to make set 
 # VX_UNBREAKABLE flag in task creation.
 #
 ################################################################
 #CFGFLAGS += -DVX_THREAD_OPT_UNBREAKABLE
 
 
 ################################################################
 #
 # Use default priority for BDE interrupt thread.
 #
 ################################################################
 #CFGFLAGS += -DSAL_BDE_THREAD_PRIO_DEFAULT
 
 ################################################################
 #
 # Use cached DMA memory when mapping kernel DMA memory to user
 # mode. Should only be enabled on cache-coherent platforms.
 #
 ################################################################
 #CFGFLAGS += -DSAL_BDE_USE_CACHED_DMA_MEM
 
 ################################################################
 #
 # Take the spl lock upon entering an ISR
 #
 ################################################################
 #CFGFLAGS += -DSAL_SPL_LOCK_ON_IRQ
 
 ################################################################
 #
 # Silently ignore NULL pointer free in sal_free API
 # Default behaviour is to assert if a NULL pointer is passed to sal_free
 #
 ################################################################
 #CFGFLAGS += -DSAL_FREE_NULL_IGNORE
 
 ################################################################
 # For historical reasons the PCI probe function skips device 12
 # by default to prevent a system hang on certain platforms.
 # Set this value to zero to probe all PCI devices.
 ################################################################
 #CFGFLAGS += -DOVERRIDE_PCI_SKIP_DEV_MASK=0
 
 ################################################################
 # Override max devices supported by PLI BDE
 ################################################################
 #CFGFLAGS += -DPLI_MAX_DEVICES
 
 ################################################################
 # Track BCM API calls to avoid deinitialization while calls active
 # This will incur a small time penalty for each BCM API call
 ################################################################
 #CFGFLAGS += -DBCM_CONTROL_API_TRACKING
 
 ################################################################
 # Override default retry time for detach to wait for executing
 # APIs to complete.
 ################################################################
 #CFGFLAGS += -DBCM_DETACH_POLL_INTERVAL_USECS_DEFAULT=100000
 #CFGFLAGS += -DBCM_DETACH_NUM_RETRIES_DEFAULT=3000
 
 ################################################################
 # Disable the RX module initialization
 ################################################################
 #CFGFLAGS += -DBCM_RX_DISABLE
 
 ################################################################
 # Enable TX callback in interrupt thread
 ################################################################
 #CFGFLAGS += -DTX_CB_INTR
 
 ################################################################
 # When sal_sem_take wait for semaphore, system will use 
 # monotonic time instead of real time to computer how long 
 # one thread has been waiting. 
 ################################################################
 #CFGFLAGS += BCM_MONOTONIC_TIME
 
 ################################################################
 # Enable multiple SDK-based applications to run on top of a 
 # single BDE (see $SDK/doc/multi-instance.txt for more 
 # information).
 ################################################################
 #CFGFLAGS += -DBCM_INSTANCE_SUPPORT
 
 ################################################################
 #
 # Disable SW dumps routines from compilation.
 # SW dumps are enabled by default in SDK.
 #
 ################################################################
 #CFGFLAGS += -DBCM_SW_STATE_DUMP_DISABLE