def collect_rootprogram_element(parsed, ignore_name, namespace, image, machine, bootinfo, pools):
"""Handle an Iguana Server Compound Object"""
# Find the tag
root_program_el = parsed.find_child("rootprogram")
assert(root_program_el is not None)
# New namespace for objects living in the root program's PD.
rp_namespace = namespace.add_namespace('rootprogram')
pd = weaver.bootinfo.RootServerPD('rootserver', rp_namespace,
image, machine, pools)
# Declare the default memory pools.
def_virtpool = getattr(root_program_el, "virtpool", None)
def_physpool = getattr(root_program_el, "physpool", None)
def_pager = getattr(root_program_el, "pager", None)
def_direct = getattr(root_program_el, "direct", None)
bootinfo.set_system_default_attrs(def_virtpool,
def_physpool,
image,
def_pager,
def_direct)
elf = UnpreparedElfFile(filename=root_program_el.file)
if elf.elf_type != ET_EXEC:
raise MergeError, "All the merged ELF files must be of EXEC type."
# Record the entry point of the root program so that the kernel
# can start it.
image.kconfig.set_rootserver_entry(elf.entry_point)
pd.set_default_pools(image, bootinfo)
# Collect the object environment
env = collect_environment_element(root_program_el.find_child('environment'),
rp_namespace, machine, pools, image, bootinfo)
segment_els = root_program_el.find_children("segment")
collect_elf_segments(elf,
image.ROOT_PROGRAM,
segment_els,
root_program_el.file,
rp_namespace,
image,
machine,
pools)
# Record any patches being made to the program.
patch_els = root_program_el.find_children("patch")
for p in getattr(RootProgram_el, "extra_patches", []):
addr = get_symbol(elf, p[0], True)
if addr == None:
continue
addr = int(addr[0])+ int(p[1])
new_patch = Patch_el(address=hex(addr), bytes=p[2], value=p[3])
patch_els.append(new_patch)
collect_patches(elf, patch_els, root_program_el.file, image)
for extension_el in root_program_el.find_children("extension"):
if not ignore_name.match(extension_el.name):
collect_extension_element(extension_el,
pd,
rp_namespace,
elf,
image,
machine,
bootinfo,
pools)
# Collect the main thread. The root program can only have one
# thread, so this call chiefly is used to collect information
# about the stack.
#
# The stack is not set up as a memsection, so it is not put in the
# object environment.
thread = collect_thread(elf, root_program_el, ignore_name, rp_namespace,
image, machine, pools,
entry = elf.entry_point,
name = 'rootprogram',
namespace_thread_name = "main")
pd.add_thread(thread)
# Collect the heap. Is there no element, create a fake one for
# the collection code to use.
#
# The heap is not set up as a memsection, so it is not put in the
# object environment.
heap_el = root_program_el.find_child('heap')
if heap_el is None:
heap_el = ParsedElement('heap')
heap_ms = collect_memsection_element(heap_el, ignore_name,
rp_namespace, image, machine,
pools)
pd.attach_heap(heap_ms)
image.add_group(0, [heap_ms.get_ms()])
pd.add_environment(env)
bootinfo.add_rootserver_pd(pd)
def collect_rootprogram_element(parsed, ignore_name, namespace, image, machine,
bootinfo, pools):
"""Handle an Iguana Server Compound Object"""
# Find the tag
root_program_el = parsed.find_child("rootprogram")
assert (root_program_el is not None)
# New namespace for objects living in the root program's PD.
rp_namespace = namespace.add_namespace('rootprogram')
pd = weaver.bootinfo.RootServerPD('rootserver', rp_namespace, image,
machine, pools)
# Declare the default memory pools.
def_virtpool = getattr(root_program_el, "virtpool", None)
def_physpool = getattr(root_program_el, "physpool", None)
def_pager = getattr(root_program_el, "pager", None)
def_direct = getattr(root_program_el, "direct", None)
bootinfo.set_system_default_attrs(def_virtpool, def_physpool, image,
def_pager, def_direct)
elf = UnpreparedElfFile(filename=root_program_el.file)
if elf.elf_type != ET_EXEC:
raise MergeError, "All the merged ELF files must be of EXEC type."
# Record the entry point of the root program so that the kernel
# can start it.
image.kconfig.set_rootserver_entry(elf.entry_point)
pd.set_default_pools(image, bootinfo)
# Collect the object environment
env = collect_environment_element(
root_program_el.find_child('environment'), rp_namespace, machine,
pools, image, bootinfo)
segment_els = root_program_el.find_children("segment")
collect_elf_segments(elf, image.ROOT_PROGRAM, segment_els,
root_program_el.file, rp_namespace, image, machine,
pools)
# Record any patches being made to the program.
patch_els = root_program_el.find_children("patch")
for p in getattr(RootProgram_el, "extra_patches", []):
addr = get_symbol(elf, p[0], True)
if addr == None:
continue
addr = int(addr[0]) + int(p[1])
new_patch = Patch_el(address=hex(addr), bytes=p[2], value=p[3])
patch_els.append(new_patch)
collect_patches(elf, patch_els, root_program_el.file, image)
for extension_el in root_program_el.find_children("extension"):
if not ignore_name.match(extension_el.name):
collect_extension_element(extension_el, pd, rp_namespace, elf,
image, machine, bootinfo, pools)
# Collect the main thread. The root program can only have one
# thread, so this call chiefly is used to collect information
# about the stack.
#
# The stack is not set up as a memsection, so it is not put in the
# object environment.
thread = collect_thread(elf,
root_program_el,
ignore_name,
rp_namespace,
image,
machine,
pools,
entry=elf.entry_point,
name='rootprogram',
namespace_thread_name="main")
pd.add_thread(thread)
# Collect the heap. Is there no element, create a fake one for
# the collection code to use.
#
# The heap is not set up as a memsection, so it is not put in the
# object environment.
heap_el = root_program_el.find_child('heap')
if heap_el is None:
heap_el = ParsedElement('heap')
heap_ms = collect_memsection_element(heap_el, ignore_name, rp_namespace,
image, machine, pools)
pd.attach_heap(heap_ms)
image.add_group(0, [heap_ms.get_ms()])
pd.add_environment(env)
bootinfo.add_rootserver_pd(pd)
