Bootdesc building working

tools/pyelf/readelf.py

@@ -58,71 +58,6 @@ def main():
         print "Afterburn:"
         for burn in burns:
             print " ", burn
-    if options.lma_boundary:
-       paddr_first = 0
-       paddr_start = 0
-       paddr_end = 0
-       for pheader in elffile.pheaders:
-           x = pheader.ai
-	   if str(x.p_type) != "LOAD":
-	   	continue
-           # First time assign the first p_paddr.
-	   if paddr_first == 0:
-	       paddr_first = 1
-	       paddr_start = x.p_paddr.value
-	   # Then if new paddr is lesser, reassign start.
-	   if paddr_start > x.p_paddr.value:
-	   	paddr_start = x.p_paddr.value
-           # If end of segment is greater, reassign end.
-	   if paddr_end < x.p_paddr + x.p_memsz:
-	   	paddr_end = x.p_paddr + x.p_memsz
-       rest, image_name = path.split(args[0])
-       if image_name[-4] == ".":
-           image_name = image_name[:-4]
-       print image_name
-       if hex(paddr_start)[-1] == "L":
-           print "image_start " + hex(paddr_start)[:-1]
-       else:
-       	    print "image_start " + hex(paddr_start)
-       if hex(paddr_end)[-1] == "L":
-            print "image_end " + hex(paddr_end)[:-1]
-       else:
-            print "image_end " + hex(paddr_end)
-
-    if options.ffpage:
-        paddr_max = 0
-	p_align = 0
-        for pheader in elffile.pheaders:
-        	x = pheader.ai
-		if str(x.p_type) == "LOAD":
-			paddr = x.p_paddr + x.p_memsz
-			p_align = x.p_align
-			if paddr > paddr_max:
-				paddr_max = paddr
-
-	print "/*\n" + \
-	      " * The next free p_align'ed LMA base address\n" + \
-	      " *\n" + \
-	      " * p_align = " + hex(p_align.value) + "\n" + \
-	      " *\n" + \
-	      " * Recap from ELF spec: p_align: Loadable process segments must have\n" + \
-	      " * congruent values for p_vaddr and p_offset, modulo the page size. \n" + \
-	      " * This member gives the value to which the segments are aligned in \n" + \
-	      " * memory and in the file. Values 0 and 1 mean that no alignment is \n" + \
-	      " * required. Otherwise, p_align should be a positive, integral power\n" + \
-	      " * of 2, and p_addr should equal p_offset, modulo p_align. \n" + \
-	      " * This essentially means next available address must be aligned at\n" + \
-	      " * p_align, rather than the page_size, which one (well, I) would \n" + \
-	      " * normally expect. \n" + \
-	      " */\n"
-	paddr_aligned = paddr_max & ~(p_align.value - 1)
-	if paddr_max & (p_align.value - 1):
-		paddr_aligned += p_align.value
-	if hex(paddr_aligned)[-1] == "L":
-		print "physical_base = " + hex(paddr_aligned)[:-1] + ";"
-	else:
-		print "physical_base = " + hex(paddr_aligned) + ";"
-
 
 if __name__ == "__main__":
     main()