# Generate FPGA Array Data
## run_tool -name {GENERATEPROGRAMMINGDATA} 
run_tool_wrapper "run_tool -name {GENERATEPROGRAMMINGDATA}"

# Configure and generate Design Initialization Data and Memories
# The following can be configured:
#   - Design initialization source - sNVM/uPROM/SPI-Flash
#   - sNVM user clients
#   - uPROM user clients
#   - Fabric RAM initialization content
#   - SPI-Flash user clients
# Examples TBD
#
# Example for configuring user snvm clients 
# Note that if using relative path, the path to the mem file specified in the SNVM.cfg file is relative to the libero *.prjx file. So please adjust the path according to the project location and where the SNVM.cfg and mem files are located. 
#configure_snvm -cfg_file {../snvm/SNVM.cfg} 

## run_tool -name {DEV_MEM_INIT} 
run_tool_wrapper "run_tool -name {DEV_MEM_INIT} "

configure_ram -cfg_file {./src/cfg/RAM.cfg}
configure_snvm -cfg_file {./src/cfg/SNVM.cfg} 
configure_design_initialization_data -second_stage_start_address {0x00000000} -third_stage_uprom_start_address {0x00000000} -third_stage_snvm_start_address {0x00000000} -third_stage_spi_start_address {0x00000400} -third_stage_spi_type {SPIFLASH_BINDING_DEFAULT} -third_stage_spi_clock_divider {6} -init_timeout 128 
generate_design_initialization_data 
configure_spiflash -cfg_file {./src/cfg/spiflash.cfg} 
generate_design_initialization_data
    
# Configure and generate programming file data
configure_tool \
         -name {GENERATEPROGRAMMINGFILE} \
         -params {program_fabric:true} \
         -params {program_security:false} \
         -params {program_snvm:true} \
         -params {sanitize_snvm:false} 
run_tool_wrapper "run_tool -name GENERATEPROGRAMMINGFILE"
puts "Programming file generated successfully\n"
    
# Export bitstream file
export_bitstream_file \
	-file_name {top} \
	-export_dir ${PrjLocation}/designer/top/export \
	-format {STP} \
	-for_ihp 0 \
	-limit_SVF_file_size 0 \
	-limit_SVF_file_by_max_filesize_or_vectors {} \
	-svf_max_filesize {} \
	-svf_max_vectors {} \
	-master_file 0 \
	-master_file_components {} \
	-encrypted_uek1_file 0 \
	-encrypted_uek1_file_components {} \
	-encrypted_uek2_file 0 \
	-encrypted_uek2_file_components {} \
	-trusted_facility_file 1 \
	-trusted_facility_file_components {FABRIC SNVM} \
	-zeroization_likenew_action 0 \
	-zeroization_unrecoverable_action 0 \
	-master_backlevel_bypass 0 \
	-uek1_backlevel_bypass 0 \
	-uek2_backlevel_bypass 0 \
	-master_include_plaintext_passkey 0 \
	-uek1_include_plaintext_passkey 0 \
	-uek2_include_plaintext_passkey 0 \
	-sanitize_snvm 0 
puts "Exported bit stream successfully\n"

# Export Programming Job
# Programming job files can be imported in FlasPro Express standalone for programming the device
export_prog_job \
    -job_file_name {top} \
    -export_dir ${PrjLocation}/designer/top/export \
    -bitstream_file_type {TRUSTED_FACILITY} \
    -bitstream_file_components {FABRIC SNVM} \
    -program_design 1 \
    -program_spi_flash 1 \
	-zeroization_likenew_action 0 \
    -zeroization_unrecoverable_action 0 \
    -include_plaintext_passkey 0 \
	-design_bitstream_format {PPD} \
    -prog_optional_procedures {} \
    -skip_recommended_procedures {} \
    -sanitize_snvm 0 
	
puts "Exported job file successfully\n"

## run_tool -name {GENERATE_SPI_FLASH_IMAGE} 
run_tool_wrapper "run_tool -name {GENERATE_SPI_FLASH_IMAGE}"
puts "SPI Flash image generated successfully\n"

export_spiflash_image -file_name {top} -export_dir ${PrjLocation}/designer/top/export
puts "Exported SPI Flash image successfully\n"

puts "Full design flow passed execution\n"