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https://github.com/drasko/codezero.git
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270 lines
11 KiB
Python
270 lines
11 KiB
Python
#! /usr/bin/env python2.6
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# -*- mode: python; coding: utf-8; -*-
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import os, sys, shelve, shutil, re
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from projpaths import *
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from lib import *
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class Container:
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def __init__(self, id):
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self.dirname = None
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self.name = None
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self.type = None
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self.id = id
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self.pager_lma = 0
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self.pager_vma = 0
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self.pager_size = 0
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self.pager_task_region_start = 0
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self.pager_task_region_end = 0
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self.pager_shm_region_start = 0
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self.pager_shm_region_end = 0
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self.pager_utcb_region_start = 0
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self.pager_utcb_region_end = 0
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self.linux_zreladdr = 0
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self.linux_page_offset = 0
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self.linux_phys_offset = 0
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self.linux_rootfs_address = 0
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self.linux_mapsize = 0
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self.physmem = {}
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self.physmem["START"] = {}
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self.physmem["END"] = {}
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self.virtmem = {}
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self.virtmem["START"] = {}
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self.virtmem["END"] = {}
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self.virt_regions = 0
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self.phys_regions = 0
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def print_self(self):
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print '\nContainer %d' % self.id
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print 'Container type: %s' % self.type
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print 'Container Name: %s' % self.name
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print 'Container Pager lma: %s' % conv_hex(self.pager_lma)
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print 'Container Pager vma: %s' % conv_hex(self.pager_vma)
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print 'Container Pager shm region start: %s' % conv_hex(self.pager_shm_region_start)
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print 'Container Pager shm region end: %s' % conv_hex(self.pager_shm_region_end)
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print 'Container Pager task region start: %s' % conv_hex(self.pager_task_region_start)
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print 'Container Pager task region end: %s' % conv_hex(self.pager_task_region_end)
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print 'Container Pager utcb region start: %s' % conv_hex(self.pager_utcb_region_start)
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print 'Container Pager utcb region end: %s' % conv_hex(self.pager_utcb_region_end)
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print 'Container Pager size: %s' % conv_hex(self.pager_size)
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print 'Container Virtual regions: %s' % self.virt_regions
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print 'Container Physical regions: %s' % self.phys_regions
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class configuration:
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def __init__(self):
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# Mapping between platform selected and gcc flags for it
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self.cpu_to_gcc_flag = (['PB926', 'arm926ej-s'],
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['PBA8', 'cortex-a8'],
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['PB11MPCORE', 'mpcore'],
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['PB1136', 'arm1136jf-s'],
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['PB1176', 'arm1176jz-s'],)
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# Mapping between the processor architecture and toolchain
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self.toolchain_kernel = (['ARM', 'arm-none-eabi-'],)
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self.toolchain_user = (['ARM', 'arm-none-linux-gnueabi-'],)
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self.arch = None
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self.subarch = None
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self.platform = None
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self.cpu = None
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self.gcc_cpu_flag = None
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self.user_toolchain = None
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self.kernel_toolchain = None
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self.all = []
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self.containers = []
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self.ncontainers = 0
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# Get all name value symbols
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def get_all(self, name, val):
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self.all.append([name, val])
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# Convert line to name value pair, if possible
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def line_to_name_value(self, line):
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parts = line.split()
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if len(parts) > 0:
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if parts[0] == "#define":
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return parts[1], parts[2]
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return None
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# Extract architecture from a name value pair
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# And based on this define the toolchains to be used
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def get_arch(self, name, val):
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if name[:len("CONFIG_ARCH_")] == "CONFIG_ARCH_":
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parts = name.split("_", 3)
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self.arch = parts[2].lower()
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for i in self.toolchain_kernel:
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if i[0] == parts[2]:
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self.kernel_toolchain = i[1]
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for i in self.toolchain_user:
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if i[0] == parts[2]:
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self.user_toolchain = i[1]
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# Extract subarch from a name value pair
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def get_subarch(self, name, val):
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if name[:len("CONFIG_SUBARCH_")] == "CONFIG_SUBARCH_":
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parts = name.split("_", 3)
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self.subarch = parts[2].lower()
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# Extract platform from a name value pair
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def get_platform(self, name, val):
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if name[:len("CONFIG_PLATFORM_")] == "CONFIG_PLATFORM_":
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parts = name.split("_", 3)
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self.platform = parts[2].lower()
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for cputype, cpuflag in self.cpu_to_gcc_flag:
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if parts[2] == cputype:
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self.gcc_cpu_flag = cpuflag
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# Extract cpu from a name value pair
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def get_cpu(self, name, val):
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if name[:len("CONFIG_CPU_")] == "CONFIG_CPU_":
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parts = name.split("_", 3)
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self.cpu = parts[2].lower()
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# Extract number of containers
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def get_ncontainers(self, name, val):
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if name[:len("CONFIG_CONTAINERS")] == "CONFIG_CONTAINERS":
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self.ncontainers = int(val)
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# TODO: Carry this over to Container() as static method???
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def get_container_parameter(self, id, param, val):
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if param[:len("PAGER_LMA")] == "PAGER_LMA":
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self.containers[id].pager_lma = int(val, 0)
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elif param[:len("PAGER_VMA")] == "PAGER_VMA":
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self.containers[id].pager_vma = int(val, 0)
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elif param[:len("PAGER_UTCB_START")] == "PAGER_UTCB_START":
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self.containers[id].pager_utcb_region_start = int(val, 0)
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elif param[:len("PAGER_UTCB_END")] == "PAGER_UTCB_END":
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self.containers[id].pager_utcb_region_end = int(val, 0)
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elif param[:len("PAGER_SHM_START")] == "PAGER_SHM_START":
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self.containers[id].pager_shm_region_start = int(val, 0)
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elif param[:len("PAGER_SHM_END")] == "PAGER_SHM_END":
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self.containers[id].pager_shm_region_end = int(val, 0)
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elif param[:len("PAGER_TASK_START")] == "PAGER_TASK_START":
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self.containers[id].pager_task_region_start = int(val, 0)
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elif param[:len("PAGER_TASK_END")] == "PAGER_TASK_END":
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self.containers[id].pager_task_region_end = int(val, 0)
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elif param[:len("PAGER_MAPSIZE")] == "PAGER_MAPSIZE":
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self.containers[id].pager_size = int(val, 0)
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elif param[:len("LINUX_MAPSIZE")] == "LINUX_MAPSIZE":
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self.containers[id].linux_mapsize = int(val, 0)
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elif param[:len("LINUX_PAGE_OFFSET")] == "LINUX_PAGE_OFFSET":
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self.containers[id].linux_page_offset = int(val, 0)
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self.containers[id].pager_vma += int(val, 0)
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elif param[:len("LINUX_PHYS_OFFSET")] == "LINUX_PHYS_OFFSET":
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self.containers[id].linux_phys_offset = int(val, 0)
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self.containers[id].pager_lma += int(val, 0)
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elif param[:len("LINUX_ZRELADDR")] == "LINUX_ZRELADDR":
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self.containers[id].linux_zreladdr = int(val, 0)
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elif param[:len("LINUX_ROOTFS_ADDRESS")] == "LINUX_ROOTFS_ADDRESS":
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self.containers[id].linux_rootfs_address += int(val, 0)
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elif re.match(r"(VIRT|PHYS){1}([0-9]){1}(_){1}(START|END){1}", param):
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matchobj = re.match(r"(VIRT|PHYS){1}([0-9]){1}(_){1}(START|END){1}", param)
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virtphys, regionidstr, discard1, startend = matchobj.groups()
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regionid = int(regionidstr)
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if virtphys == "VIRT":
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self.containers[id].virtmem[startend][regionid] = val
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if regionid + 1 > self.containers[id].virt_regions:
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self.containers[id].virt_regions = regionid + 1
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if virtphys == "PHYS":
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self.containers[id].physmem[startend][regionid] = val
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if regionid + 1 > self.containers[id].phys_regions:
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self.containers[id].phys_regions = regionid + 1
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elif param[:len("OPT_NAME")] == "OPT_NAME":
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dirname = val[1:-1].lower()
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self.containers[id].dirname = dirname
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self.containers[id].name = dirname
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else:
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param1, param2 = param.split("_", 1)
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if param1 == "TYPE":
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if param2 == "LINUX":
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self.containers[id].type = "linux"
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elif param2 == "POSIX":
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self.containers[id].type = "posix"
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elif param2 == "BARE":
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self.containers[id].type = "bare"
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elif param2 == "TEST":
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self.containers[id].type = "test"
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# Extract parameters for containers
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def get_container_parameters(self, name, val):
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matchobj = re.match(r"(CONFIG_CONT){1}([0-9]){1}(\w+)", name)
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if not matchobj:
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return None
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prefix, idstr, param = matchobj.groups()
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id = int(idstr)
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# Create and add new container if this id was not seen
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self.check_add_container(id)
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# Get rid of '_' in front
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param = param[1:]
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# Check and store info on this parameter
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self.get_container_parameter(id, param, val)
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#self.containers_print(self.containers)
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# Used for sorting container members,
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# with this we are sure containers are sorted by id value
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@staticmethod
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def compare_containers(cont, cont2):
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if cont.id < cont2.id:
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return -1
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if cont.id == cont2.id:
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print "compare_containers: Error, containers have same id."
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exit(1)
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if cont.id > cont2.id:
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return 1
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def check_add_container(self, id):
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for cont in self.containers:
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if id == cont.id:
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return
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# If symbol to describe number of containers
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# Has already been visited, use that number
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# as an extra checking.
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if self.ncontainers > 0:
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# Sometimes unwanted symbols slip through
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if id >= self.ncontainers:
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return
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container = Container(id)
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self.containers.append(container)
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# Make sure elements in order for indexed accessing
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self.containers.sort(self.compare_containers)
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def config_print(self):
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print 'Configuration\n'
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print '-------------\n'
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print 'Arch: %s, %s' % (self.arch, self.subarch)
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print 'Platform: %s' % self.platform
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print 'Symbols:\n %s' % self.all
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print 'Containers: %d' % self.ncontainers
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self.containers_print()
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def containers_print(self):
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for c in self.containers:
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c.print_self()
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def configuration_save(config):
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if not os.path.exists(CONFIG_SHELVE_DIR):
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os.mkdir(CONFIG_SHELVE_DIR)
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config_shelve = shelve.open(CONFIG_SHELVE)
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config_shelve["configuration"] = config
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config_shelve["arch"] = config.arch
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config_shelve["subarch"] = config.subarch
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config_shelve["platform"] = config.platform
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config_shelve["cpu"] = config.cpu
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config_shelve["all_symbols"] = config.all
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config_shelve.close()
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def configuration_retrieve():
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# Get configuration information
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config_shelve = shelve.open(CONFIG_SHELVE)
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config = config_shelve["configuration"]
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return config
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