# Copyright (c) 2008-2009 Nokia Corporation and/or its subsidiary(-ies).

# All rights reserved.

# This component and the accompanying materials are made available

# under the terms of "Eclipse Public License v1.0"

# which accompanies this distribution, and is available

# at the URL "http://www.eclipse.org/legal/epl-v10.html".

#

# Initial Contributors:

# Nokia Corporation - initial contribution.

#

# Contributors:

#

# Description:

# ne1_tb_restricted_coreldr.mk

# #  NB! LINKBASE :  Code execute address also set coreldr.lnk file 

# #  MUST REFLECT CORELOADER ADDRESS RELOCATION IN BOTH FILES!!

# 

#

# To guarantee there is a slash at the end of EPOCROOT in case there is not.

# This is needed to ensure compatibility with SBSv1. 

TMPROOT:=$(subst \,/,$(EPOCROOT))

EPOCROOT:=$(patsubst %/,%,$(TMPROOT))/

include $(EPOCROOT)epoc32/tools/shell/$(notdir $(basename $(SHELL))).mk

## If any of these macros are changed, then execute "abld clean coreldr" from this directory

## Use this macro if it is required to use the MMU

## if the MMU is not require either comment it out or set it FALSE

USE_MMU := TRUE

# This macro enables benchmarking code. Comment out or set FALSE if not required

#WRITE_TIMINGS := TRUE

# Timer is not implemented for Naviengine. Do not enable!

## This macro causes the page tables to be output. Comment out or set FALSE if not required

## If this option is selected then the MMU code will be enabled

# DUMP_PAGE_TABLES := TRUE

# Page tables cannot be dumped on Naviengine due to the NANDController used. Do not enable!

# This macro enables the MMU enabled version of the coreldr to call RestartAuxiliaryCores

# before it runs the core image.  This function should be defined in the variant, to 

# restart the auxiliary cores, which it should have paused on startup.

RUNS_WITH_SMP := TRUE

# Macro used to enable support for Shadowed Memory Regions feature in loader

# See also varaint\config.inc to enable in bootstrap

SUPPORTS_SMR := TRUE

## Make sure all 3 macros are either TRUE or FALSE

# Enforce USE_MMU if page table is to be dumped

ifeq "$(DUMP_PAGE_TABLES)" "TRUE"

	USE_MMU := TRUE

else

	DUMP_PAGE_TABLES := FALSE

endif

ifneq "$(USE_MMU)" "TRUE"

	USE_MMU := FALSE

endif

ifneq "$(WRITE_TIMINGS)" "TRUE"

	WRITE_TIMINGS := FALSE

endif

ifneq "$(SUPPORTS_SMR)" "TRUE"

	SUPPORTS_SMR := FALSE

endif

#Set the directories; based on calling bld.inf

GENSRCDIR := $(EXTENSION_ROOT)/../../../kernelhwsrv/kerneltest/e32utils/nandboot/coreldr

#Generic drivers

BLSRCDIR := $(EXTENSION_ROOT)/../../../kernelhwsrv/kernel/eka/drivers/unistore2/srca/XSR/UTIL/ONBL2

XSRSRCDIR1 := $(EXTENSION_ROOT)/../../../kernelhwsrv/kernel/eka/drivers/unistore2/srca/XSR/OAM/OSLess

XSRSRCDIR2 := $(EXTENSION_ROOT)/../../../kernelhwsrv/kernel/eka/drivers/unistore2/srca/XSR/LLD/DNandO

#Coreloader ASM...

SPECSRCDIR := $(EXTENSION_ROOT)/../navienginebsp/ne1_tb/nandboot

#PAM - Platform specific Version

SPECXSRSRCDIR := $(EXTENSION_ROOT)/pam

SPECXSRSRCDIR1 := $(EXTENSION_ROOT)/lld

#Platform Variant includes

VARIANTINC := $(INC_PATH)/ne1_tb

VARIANTINC2 := $(EXTENSION_ROOT)/../navienginebsp/ne1_tb/bootstrap

VARIANTINC3 := $(EXTENSION_ROOT)/../navienginebsp/ne1_tb/nand  $(EXTENSION_ROOT)/../navienginebsp/naviengine_assp  $(INC_PATH)/assp/naviengine/$(MEMMODEL)

#Generic driver file includes

GENINC1 := $(INC_PATH)

GENDRIVERINC := $(INC_PATH)/drivers

GENINC2 := $(INC_PATH)/drivers/unistore2 $(INC_PATH)/memmodel/epoc $(INC_PATH)/kernel  $(INC_PATH)/kernel/arm $(INC_PATH)/nkern $(INC_PATH)/nkern/arm

GENXSRINC := $(EXTENSION_ROOT)/../../../kernelhwsrv/kernel/eka/drivers/unistore2/srca/XSR/INC

GENINCPATH:= $(GENSRCDIR) $(SPECSRCDIR) $(XSRSRCDIR1) $(XSRSRCDIR2) $(SPECXSRSRCDIR) $(SPECXSRSRCDIR1) $(VARIANTINC) $(VARIANTINC2) $(VARIANTINC3) $(GENINC1) $(GENDRIVERINC) $(GENINC2) $(GENINC3) $(GENINC4) $(GENXSRINC)

# Set the source/include/target directories

#epoc32 folder for exported header files

EPOCINCDIR = $(INC_PATH)/ne1_tb

# Build directory (EPOCBLD too long)

BUILDLOC = $(EPOCROOT)epoc32/build/bsp/hwip_nec_naviengine/ne1_tb_restricted/unistore2/nandboot/coreldr/$(PLATFORM_PATH)

# Set the target name

TARGETDIR := $(EPOCROOT)epoc32/release/$(PLATFORM_PATH)

TARGET = $(TARGETDIR)$/$(NAME).bin

TMPTARGET = $(BUILDLOC)$/$(NAME).elf

#Rules

vpath %.s . $(SPECSRCDIR) $(SRCDIR)

vpath %.inc . $(SPECSRCDIR) $(EPOCINCDIR)

vpath %.ginc . $(BUILDLOC)

# from base/e32/include/drivers/...

VHEADERS := nanddevice.h

# the following .inc files get built as part of the process

BUILTINCLUDES := nanddevice.inc config.inc

BUILTINCLUDES2 := nand_plat.inc

ASMSOURCE := coreldrasm.s

GENCPPSOURCE := inflate.cpp

BLCPPSOURCE := ONbl2.cpp

XSRCPPSOURCE1 := OSLessOAM.cpp

SPECXSRCPPSOURCE := pam.cpp

SPECXSRCPPSOURCE1 := pnl.cpp  

XSRLIB := $(EPOCROOT)epoc32/release/armv5/urel/nbl2.lib

ifeq "$(USE_MMU)" "TRUE"

	#generic version found in base/e32utils/nandboot/coreldr/...

	GENASMSOURCE := coreldrmmu.s # only link in the MMU stuff if required

endif

HEADERS := 

SPECHEADERS := nand_plat.h

## Address at which coreloader binary is loaded and then started from

#

# On NaviEngine this number is base of ram + 208MB (permitting 208MB core images)

# this number is pretty arbitrary

# if necessary as long as the corresponding change is also made to

# KCoreLoaderAddress in variant_bootstrap.inc

#

LINKBASE = 0x8D000000

ARMASM_OUT := $(shell armasm 2>&1)

ARMASM_OUT_4 := $(word 4,$(ARMASM_OUT))

# Select the toolchain: ARM RVCT, then GCC

# Use GCC toolchain if no other is available

TOOLVER := GCC

RVCTSTR := $(strip $(findstring RVCT, $(ARMASM_OUT_4)))

ifeq "$(RVCTSTR)" "RVCT"

	TOOLVER := RVCT

	OP := --

	OB := o

endif

# Build up logical TRUE defines

ifeq "$(USE_MMU)" "TRUE"

	ASM_TRUE_MACROS += USE_MMU

endif 

ifeq "$(WRITE_TIMINGS)" "TRUE"

	ASM_TRUE_MACROS += WRITE_TIMINGS

endif 

ifeq "$(SUPPORTS_SMR)" "TRUE"

	ASM_TRUE_MACROS += SUPPORTS_SMR

endif 

ifeq "$(DUMP_PAGE_TABLES)" "TRUE"

	ASM_TRUE_MACROS += DUMP_PAGE_TABLES

endif 

ifeq "$(RUNS_WITH_SMP)" "TRUE"

	ASM_TRUE_MACROS += RUNS_WITH_SMP

endif

# Build up logical FALSE defines

ifeq "$(USE_MMU)" "FALSE"

	ASM_FALSE_MACROS += USE_MMU

endif 

ifeq "$(WRITE_TIMINGS)" "FALSE"

	ASM_FALSE_MACROS += WRITE_TIMINGS

endif

ifeq "$(SUPPORTS_SMR)" "FALSE"

	ASM_FALSE_MACROS += SUPPORTS_SMR

endif 

ifeq "$(DUMP_PAGE_TABLES)" "FALSE"

	ASM_FALSE_MACROS += DUMP_PAGE_TABLES

endif 

#Arm RVCT tools

ifeq "$(TOOLVER)" "RVCT"

ASM_TRUE_MACROS += USE_CXSF

ASM := armasm

LINK := armlink

FROMELF := fromelf

CPP := armcc

OBJEXT := o

INCEXT := inc

ARMCCFLAGS := --arm -c -Otime --cpp

ARMCCFLAGS := $(ARMCCFLAGS) $(foreach dir,$(GENINCPATH),$(join -I, $(dir)))

ARMCCFLAGS := $(ARMCCFLAGS) -DEKA2

ARMCCFLAGS := $(ARMCCFLAGS) -DXSR_NBL2 -DREAL_TARGET -DDEFERED_CHK -DSYMBIAN_SUPPORT_UNISTORE2

ifeq "$(SUPPORTS_SMR)" "TRUE"

    ARMCCFLAGS := $(ARMCCFLAGS) -DSUPPORTS_SMR

endif    

	ARMCCFLAGS := $(ARMCCFLAGS) --preinclude $(EPOCROOT)epoc32/include/rvct/rvct.h

	ifeq "$(CFG)" "UDEB"

	ARMCCFLAGS := $(ARMCCFLAGS) -D_DEBUG

	endif

ASM_TRUE_MACRO_CMD := $(foreach macro,$(ASM_TRUE_MACROS),$(OP)predefine "$(macro) SETL {TRUE}")

ASM_FALSE_MACRO_CMD := $(foreach macro,$(ASM_FALSE_MACROS),$(OP)predefine "$(macro) SETL {FALSE}")

ASM_LINKBASE_MACRO := $(OP)predefine "_LINKBASE_ SETA $(LINKBASE)"

AFLAGS := -g $(OP)keep $(ASM_TRUE_MACRO_CMD) $(ASM_FALSE_MACRO_CMD) $(ASM_LINKBASE_MACRO) -I$(BUILDLOC) $(foreach dir,$(GENINCPATH),$(join -I, $(dir)))

LFLAGS := $(OP)entry BootEntry $(OP)ro-base $(LINKBASE) $(OP)FIRST BootEntry $(OP)map

SYMOPT := $(OP)symdefs

ASMTYP := ARMASM

LINKFILE :=

define do_compile

$(CPP) $(ARMCCFLAGS) $< -o $@

endef

define do_h2inc

perl -S $(EPOCROOT)epoc32/tools/h2inc.pl $< $@ ARMASM

endef

define do_asm

$(ASM) $(AFLAGS) -$(OB) $@ $(OP)LIST $(join $(basename $@),.lst) $<

endef

define do_link

$(LINK) $(LFLAGS) -$(OB) $@ $(FULLOBJECTS)

endef

define do_strip

$(FROMELF) $(OP)bin $(OP)output $@ $<

endef

endif

#Header processing

FULLHEADERS := $(addprefix $(GENSRCDIR)/,$(HEADERS))

FULLSPECHEADERS := $(addprefix $(VARIANTINC)/,$(SPECHEADERS))

FULLVHEADERS := $(addprefix $(GENDRIVERINC)/,$(VHEADERS))

FULLBUILTINCLUDES := $(addprefix $(BUILDLOC)/,$(BUILTINCLUDES))

$(FULLBUILTINCLUDES) : $(FULLVHEADERS)

	$(do_h2inc)

FULLVHEADERS2 := $(addprefix $(VARIANTINC)/,$(SPECHEADERS))

FULLBUILTINCLUDES2 := $(addprefix $(BUILDLOC)/,$(BUILTINCLUDES2))

$(FULLBUILTINCLUDES2) : $(FULLVHEADERS2)

	$(do_h2inc)

#object names

GENCPPOBJECTS := $(foreach f,$(GENCPPSOURCE),$(basename $(f)).$(OBJEXT))

FULLGENCPPOBJECTS := $(addprefix $(BUILDLOC)/,$(GENCPPOBJECTS))

BLCPPOBJECTS := $(foreach f,$(BLCPPSOURCE),$(basename $(f)).$(OBJEXT))

FULLBLCPPOBJECTS := $(addprefix $(BUILDLOC)/,$(BLCPPOBJECTS))

XSRCPPOBJECTS1 := $(foreach f,$(XSRCPPSOURCE1),$(basename $(f)).$(OBJEXT))

FULLXSRCPPOBJECTS1 := $(addprefix $(BUILDLOC)/,$(XSRCPPOBJECTS1))

SPECXSRCPPOBJECTS := $(foreach f,$(SPECXSRCPPSOURCE),$(basename $(f)).$(OBJEXT))

FULLSPECXSRCPPOBJECTS := $(addprefix $(BUILDLOC)/,$(SPECXSRCPPOBJECTS))

SPECXSRCPPOBJECTS1 := $(foreach f,$(SPECXSRCPPSOURCE1),$(basename $(f)).$(OBJEXT))

FULLSPECXSRCPPOBJECTS1 := $(addprefix $(BUILDLOC)/,$(SPECXSRCPPOBJECTS1))

ASMOBJECTS := $(foreach f,$(ASMSOURCE),$(basename $(f)).$(OBJEXT))

FULLASMOBJECTS := $(addprefix $(BUILDLOC)/,$(ASMOBJECTS))

GENASMOBJECTS := $(foreach f,$(GENASMSOURCE),$(basename $(f)).$(OBJEXT))

FULLGENASMOBJECTS := $(addprefix $(BUILDLOC)/,$(GENASMOBJECTS))

FULLOBJECTS := $(FULLASMOBJECTS) $(FULLGENASMOBJECTS) $(FULLGENCPPOBJECTS) $(FULLBLCPPOBJECTS) $(FULLXSRCPPOBJECTS1) $(FULLSPECXSRCPPOBJECTS) $(FULLSPECXSRCPPOBJECTS1) $(XSRLIB)

ifdef PROCESS_INCLUDES

GCCSRC := $(addprefix $(BUILDLOC)/,$(SRC))

#Creation of headers

FULLINCLUDES := $(foreach f,$(INCLUDES),$(basename $(f)).$(INCEXT))

FULLINCLUDES := $(addprefix $(BUILDLOC)/,$(FULLINCLUDES))

$(FULLINCLUDES) : $(BUILDLOC)/%.$(INCEXT) : %.inc

	$(do_includes)

FULLBLDINCLUDES := $(foreach f,$(BLDINCLUDES),$(basename $(f)).$(INCEXT))

FULLBLDINCLUDES := $(addprefix $(BUILDLOC)/,$(FULLBLDINCLUDES))

$(FULLBLDINCLUDES) : $(BUILDLOC)/%.$(INCEXT) : %.inc

	$(do_includes)

FULLPLATINCLUDES := $(foreach f,$(PLATINCLUDES),$(basename $(f)).$(INCEXT))

FULLPLATINCLUDES := $(addprefix $(BUILDLOC)/,$(FULLPLATINCLUDES))

$(FULLPLATINCLUDES) : $(BUILDLOC)/%.$(INCEXT) : %.inc

	$(do_includes)

FULLGENINCLUDES := $(foreach f,$(GENINCLUDES),$(basename $(f)).$(INCEXT))

FULLGENINCLUDES := $(addprefix $(BUILDLOC)/,$(FULLGENINCLUDES))

$(FULLGENINCLUDES) : $(BUILDLOC)/%.$(INCEXT) : %.inc

	$(do_includes)

else

FULLINCLUDES:= $(addprefix $(SPECSRCDIR)/,$(INCLUDES))

FULLPLATINCLUDES:= $(addprefix $(PLATSRCDIR)/,$(PLATINCLUDES))

FULLGENINCLUDES:= $(addprefix $(GENSRCDIR)/,$(GENINCLUDES))

FULLBLDINCLUDES:= $(addprefix $(H2BLDDIR)/,$(BLDINCLUDES))

#Arm RVCT specifics here

endif

#Link

$(TMPTARGET) : $(FULLOBJECTS)

	$(do_link)

#strip

$(TARGET) : $(TMPTARGET)

	$(do_strip)

#CPP objects

$(FULLGENCPPOBJECTS) : $(BUILDLOC)/%.$(OBJEXT) : $(GENSRCDIR)/%.cpp $(FULLHEADERS) $(FULLSPECHEADERS)

	$(do_compile)

$(FULLBLCPPOBJECTS) : $(BUILDLOC)/%.$(OBJEXT) : $(BLSRCDIR)/%.cpp $(FULLHEADERS) $(FULLSPECHEADERS)

	$(do_compile)

$(FULLXSRCPPOBJECTS1) : $(BUILDLOC)/%.$(OBJEXT) : $(XSRSRCDIR1)/%.cpp $(FULLHEADERS) $(FULLSPECHEADERS)

	$(do_compile)

$(FULLSPECXSRCPPOBJECTS) : $(BUILDLOC)/%.$(OBJEXT) : $(SPECXSRSRCDIR)/%.cpp $(FULLHEADERS) $(FULLSPECHEADERS)

	$(do_compile)

$(FULLSPECXSRCPPOBJECTS1) : $(BUILDLOC)/%.$(OBJEXT) : $(SPECXSRSRCDIR1)/%.cpp $(FULLHEADERS) $(FULLSPECHEADERS)

	$(do_compile)

#Asm objects

$(FULLGENASMOBJECTS) : $(BUILDLOC)/%.$(OBJEXT) : $(GENSRCDIR)/$(GENASMSOURCE) $(FULLINCLUDES) $(FULLBUILTINCLUDES) $(FULLBUILTINCLUDES2) $(FULLBUILTINCLUDES3) $(FULLDRIVERINCLUDES) $(FULLARMINCLUDES) $(FULLBLDINCLUDES) $(FULLGENINCLUDES) $(FULLPLATINCLUDES)

	$(do_asm)

$(FULLASMOBJECTS) : $(BUILDLOC)/%.$(OBJEXT) : $(SPECSRCDIR)/$(ASMSOURCE) $(FULLINCLUDES) $(FULLBUILTINCLUDES) $(FULLBUILTINCLUDES2) $(FULLBLDINCLUDES) $(FULLGENINCLUDES) $(FULLPLATINCLUDES)

	$(do_asm)

# make the work directories

$(TARGETDIR) :

	$(call ifnotexistd,"$(TARGETDIR)")

$(BUILDLOC) :

	$(call ifnotexistd,"$(BUILDLOC)")

MAKMAKE :

	echo Nothing to do

FREEZE :

	echo Nothing to do

LIB :

	echo Nothing to do

CLEANLIB :

	echo Nothing to do

RESOURCE :

	echo Nothing to do

FINAL :

	echo Nothing to do

BLD SAVESPACE : $(TARGETDIR) $(BUILDLOC) $(TARGET)

	@echo BLD

RELEASABLES :

	@echo "$(TARGET)"

CLEAN :

	-$(ERASE) $(call slash2generic,"$(TARGET)")

	-$(ERASE) $(call slash2generic,"$(BUILDLOC)/*.*")