def gen_major_header(self,tracer_dump):
self.update_major_header(tracer_dump)
major_header = Mem(2);
self.avp_handle.write("\t// START OF Program & Data\n")
tracer.total_size = tracer.major_header_size
for key in tracer.MAJOR_HEADER:
mem_addr = "%04x"%(tracer.MAJOR_HEADER[key]["position"]*4)
if mem_addr in major_header.mem_lines:
major_header.check_mem_line(mem_addr, tracer.MAJOR_HEADER[key]["offset"],tracer.MAJOR_HEADER[key]["size"],tracer.MAJOR_HEADER[key]["value"],tracer.MAJOR_HEADER[key]["DOC"])
else:
major_header.add_mem_line(mem_addr, tracer.MAJOR_HEADER[key]["offset"],tracer.MAJOR_HEADER[key]["size"],tracer.MAJOR_HEADER[key]["value"],tracer.MAJOR_HEADER[key]["DOC"])
for key in sorted(major_header.mem_lines):
self.avp_handle.write("\tmem\t0x00%s%s\t0x%s\n"%(self.__replay_addr_h,key,major_header.mem_lines[key]["value"]))
del(major_header)
def gen_sub_headers(self,subhdr,replay_addr):
sub_hdr = Mem(2);
for key in subhdr:
if eq(key,"hdr_size") or eq(key,"offset"):
continue
else:
mem_addr = "%04x"%(subhdr[key]["position"]*4 + tracer.total_size)
if mem_addr in sub_hdr.mem_lines:
sub_hdr.check_mem_line(mem_addr,subhdr[key]["offset"],subhdr[key]["size"],subhdr[key]["value"],subhdr[key]["DOC"])
else:
sub_hdr.add_mem_line(mem_addr,subhdr[key]["offset"],subhdr[key]["size"],subhdr[key]["value"],subhdr[key]["DOC"])
for key in sorted(sub_hdr.mem_lines):
self.avp_handle.write("\tmem\t0x00%s%s\t0x%s\n"%(replay_addr,key,sub_hdr.mem_lines[key]["value"]))
del(sub_hdr)
def gen_major_header_type2(self,tracer_dump,replay_addr):
if not tracer_dump["occur"]:
return
self.update_major_header_type2(tracer_dump)
major_header = Mem(2);
self.avp_handle.write("\t// TRACER DUMP TYPE 2\n")
tracer.total_size = tracer.major_header_size
for key in tracer.MAJOR_HEADER_type2:
mem_addr = "%04x"%(tracer.MAJOR_HEADER_type2[key]["position"]*4)
if mem_addr in major_header.mem_lines:
major_header.check_mem_line(mem_addr, tracer.MAJOR_HEADER_type2[key]["offset"],tracer.MAJOR_HEADER_type2[key]["size"],tracer.MAJOR_HEADER_type2[key]["value"],tracer.MAJOR_HEADER_type2[key]["DOC"])
else:
major_header.add_mem_line(mem_addr, tracer.MAJOR_HEADER_type2[key]["offset"],tracer.MAJOR_HEADER_type2[key]["size"],tracer.MAJOR_HEADER_type2[key]["value"],tracer.MAJOR_HEADER_type2[key]["DOC"])
for key in sorted(major_header.mem_lines):
self.avp_handle.write("\tmem\t0x00%s%s\t0x%s\n"%(replay_addr,key,major_header.mem_lines[key]["value"]))
del(major_header)
def gen_prologs(self,prolog):
avp_prolog = Mem(2);
for key in prolog:
if eq(key,"prolog_size") or eq(key,"offset"):
continue
else:
mem_addr = "%04x"%(prolog[key]["position"]*4 + tracer.total_size)
if mem_addr in avp_prolog.mem_lines:
#prolog[key]["value"]= self.adjust_data(prolog[key]["size"],prolog[key]["value"])
avp_prolog.check_mem_line(mem_addr,prolog[key]["offset"],prolog[key]["size"],prolog[key]["value"],prolog[key]["DOC"])
else:
avp_prolog.add_mem_line(mem_addr,prolog[key]["offset"],prolog[key]["size"],prolog[key]["value"],prolog[key]["DOC"])
for key in sorted(avp_prolog.mem_lines):
self.avp_handle.write("\tmem\t0x00%s%s\t0x%s\n"%(self.__replay_addr_h,key,avp_prolog.mem_lines[key]["value"]))
del(avp_prolog)