def _repr_properties(self):
properties = [
(PT_STRING, PT_DESCRIPTION.get(self.p_type, self.p_type)),
(PO_STRING, hex_addr(self.p_offset)),
(PV_STRING, hex_addr(self.p_vaddr)),
(PP_STRING, hex_addr(self.p_paddr)),
(PF_STRING, hex_addr(self.p_filesz)),
(PM_STRING, hex_addr(self.p_memsz)),
(PA_STRING, hex(self.p_align)),
(PFL_STRING, hex_addr(self.p_flags)),
(PF_PERM_STRING, PF_PERM_DESCRIPTION.get(self.f_perm,
self.f_perm)),
(PF_OS_POOL_INDEX_STRING,
PF_OS_POOL_INDEX_DESCRIPTION.get(self.f_os_pool_index,
self.f_os_pool_index)),
(PF_OS_SEGMENT_TYPE_STRING,
PF_OS_SEGMENT_TYPE_DESCRIPTION.get(self.f_os_segment_type,
self.f_os_segment_type)),
(PF_OS_ACCESS_TYPE_STRING,
PF_OS_ACCESS_TYPE_DESCRIPTION.get(self.f_os_access_type,
self.f_os_access_type)),
(PF_OS_PAGE_MODE_STRING,
PF_OS_PAGE_MODE_DESCRIPTION.get(self.f_os_page_mode,
self.f_os_page_mode)),
]
return [(attr, val) for attr, val in properties]
def _repr_properties(self):
properties = [
(PT_STRING, PT_DESCRIPTION.get(self.p_type, self.p_type)),
(PO_STRING, hex_addr(self.p_offset)),
(PV_STRING, hex_addr(self.p_vaddr)),
(PP_STRING, hex_addr(self.p_paddr)),
(PF_STRING, hex_addr(self.p_filesz)),
(PM_STRING, hex_addr(self.p_memsz)),
(PA_STRING, hex(self.p_align)),
(PFL_STRING, hex_addr(self.p_flags)),
(PF_PERM_STRING, PF_PERM_DESCRIPTION.get(self.f_perm, self.f_perm)),
(PF_OS_POOL_INDEX_STRING, PF_OS_POOL_INDEX_DESCRIPTION.get(self.f_os_pool_index, self.f_os_pool_index)),
(PF_OS_SEGMENT_TYPE_STRING, PF_OS_SEGMENT_TYPE_DESCRIPTION.get(self.f_os_segment_type, self.f_os_segment_type)),
(PF_OS_ACCESS_TYPE_STRING, PF_OS_ACCESS_TYPE_DESCRIPTION.get(self.f_os_access_type, self.f_os_access_type)),
(PF_OS_PAGE_MODE_STRING, PF_OS_PAGE_MODE_DESCRIPTION.get(self.f_os_page_mode, self.f_os_page_mode)),
]
return [(attr, val) for attr, val in properties]
def repr_phdrs(phdrs):
retval = TablePrinter()
COLUMN_SNO = 0
COLUMN_TYPE = 1
COLUMN_OFF = 2
COLUMN_VADDR = 3
COLUMN_PADDR = 4
COLUMN_FSIZE = 5
COLUMN_MSIZE = 6
COLUMN_FLAGS = 7
COLUMN_ALIGN = 8
retval.insert_data(0, COLUMN_SNO, 'S.No')
retval.insert_data(0, COLUMN_TYPE, 'Type')
retval.insert_data(0, COLUMN_OFF, 'Offset')
retval.insert_data(0, COLUMN_VADDR, 'VirtAddr')
retval.insert_data(0, COLUMN_PADDR, 'PhysAddr')
retval.insert_data(0, COLUMN_FSIZE, 'FileSize')
retval.insert_data(0, COLUMN_MSIZE, 'MemSize')
retval.insert_data(0, COLUMN_FLAGS, 'Flags')
retval.insert_data(0, COLUMN_ALIGN, 'Align')
stats = [0] * (COLUMN_ALIGN + 1)
for idx, phdr in enumerate(phdrs):
stats[COLUMN_OFF] = phdr.p_offset if phdr.p_offset > stats[COLUMN_OFF] else stats[COLUMN_OFF]
stats[COLUMN_VADDR] = phdr.p_vaddr if phdr.p_vaddr > stats[COLUMN_VADDR] else stats[COLUMN_VADDR]
stats[COLUMN_PADDR] = phdr.p_paddr if phdr.p_paddr > stats[COLUMN_PADDR] else stats[COLUMN_PADDR]
stats[COLUMN_FSIZE] = phdr.p_filesz if phdr.p_filesz > stats[COLUMN_FSIZE] else stats[COLUMN_FSIZE]
stats[COLUMN_MSIZE] = phdr.p_memsz if phdr.p_memsz > stats[COLUMN_MSIZE] else stats[COLUMN_MSIZE]
stats[COLUMN_FLAGS] = phdr.p_flags if phdr.p_flags > stats[COLUMN_FLAGS] else stats[COLUMN_FLAGS]
for idx in range(COLUMN_ALIGN + 1):
stats[idx] = len(hex(stats[idx]).rstrip('L'))-2
for idx, phdr in enumerate(phdrs):
retval.insert_data(idx+1, COLUMN_SNO, str(idx+1))
retval.insert_data(idx+1, COLUMN_TYPE, PT_DESCRIPTION.get(phdr.p_type, phdr.p_type))
retval.insert_data(idx+1, COLUMN_OFF, hex_addr(phdr.p_offset, stats[COLUMN_OFF]))
retval.insert_data(idx+1, COLUMN_VADDR, hex_addr(phdr.p_vaddr, stats[COLUMN_VADDR]))
retval.insert_data(idx+1, COLUMN_PADDR, hex_addr(phdr.p_paddr, stats[COLUMN_PADDR]))
retval.insert_data(idx+1, COLUMN_FSIZE, hex_addr(phdr.p_filesz, stats[COLUMN_FSIZE]))
retval.insert_data(idx+1, COLUMN_MSIZE, hex_addr(phdr.p_memsz, stats[COLUMN_MSIZE]))
retval.insert_data(idx+1, COLUMN_FLAGS, hex_addr(phdr.p_flags, stats[COLUMN_FLAGS]))
retval.insert_data(idx+1, COLUMN_ALIGN, hex(phdr.p_align), justify=retval.LEFT)
return retval.get_data()
def repr_phdrs(phdrs):
retval = TablePrinter()
COLUMN_SNO = 0
COLUMN_TYPE = 1
COLUMN_OFF = 2
COLUMN_VADDR = 3
COLUMN_PADDR = 4
COLUMN_FSIZE = 5
COLUMN_MSIZE = 6
COLUMN_FLAGS = 7
COLUMN_ALIGN = 8
retval.insert_data(0, COLUMN_SNO, 'S.No')
retval.insert_data(0, COLUMN_TYPE, 'Type')
retval.insert_data(0, COLUMN_OFF, 'Offset')
retval.insert_data(0, COLUMN_VADDR, 'VirtAddr')
retval.insert_data(0, COLUMN_PADDR, 'PhysAddr')
retval.insert_data(0, COLUMN_FSIZE, 'FileSize')
retval.insert_data(0, COLUMN_MSIZE, 'MemSize')
retval.insert_data(0, COLUMN_FLAGS, 'Flags')
retval.insert_data(0, COLUMN_ALIGN, 'Align')
stats = [0] * (COLUMN_ALIGN + 1)
for idx, phdr in enumerate(phdrs):
stats[COLUMN_OFF] = phdr.p_offset if phdr.p_offset > stats[COLUMN_OFF] else stats[COLUMN_OFF]
stats[COLUMN_VADDR] = phdr.p_vaddr if phdr.p_vaddr > stats[COLUMN_VADDR] else stats[COLUMN_VADDR]
stats[COLUMN_PADDR] = phdr.p_paddr if phdr.p_paddr > stats[COLUMN_PADDR] else stats[COLUMN_PADDR]
stats[COLUMN_FSIZE] = phdr.p_filesz if phdr.p_filesz > stats[COLUMN_FSIZE] else stats[COLUMN_FSIZE]
stats[COLUMN_MSIZE] = phdr.p_memsz if phdr.p_memsz > stats[COLUMN_MSIZE] else stats[COLUMN_MSIZE]
stats[COLUMN_FLAGS] = phdr.p_flags if phdr.p_flags > stats[COLUMN_FLAGS] else stats[COLUMN_FLAGS]
for idx in range(COLUMN_ALIGN + 1):
stats[idx] = len(hex(stats[idx]).rstrip('L'))-2
for idx, phdr in enumerate(phdrs):
retval.insert_data(idx+1, COLUMN_SNO, str(idx+1))
retval.insert_data(idx+1, COLUMN_TYPE, PT_DESCRIPTION.get(phdr.p_type, phdr.p_type))
retval.insert_data(idx+1, COLUMN_OFF, hex_addr(phdr.p_offset, stats[COLUMN_OFF]))
retval.insert_data(idx+1, COLUMN_VADDR, hex_addr(phdr.p_vaddr, stats[COLUMN_VADDR]))
retval.insert_data(idx+1, COLUMN_PADDR, hex_addr(phdr.p_paddr, stats[COLUMN_PADDR]))
retval.insert_data(idx+1, COLUMN_FSIZE, hex_addr(phdr.p_filesz, stats[COLUMN_FSIZE]))
retval.insert_data(idx+1, COLUMN_MSIZE, hex_addr(phdr.p_memsz, stats[COLUMN_MSIZE]))
retval.insert_data(idx+1, COLUMN_FLAGS, hex_addr(phdr.p_flags, stats[COLUMN_FLAGS]))
retval.insert_data(idx+1, COLUMN_ALIGN, hex(phdr.p_align), justify=retval.LEFT)
return retval.get_data()