Mercurial > lcfOS
view test/testbintools.py @ 389:2ec730e45ea1
Added check for recursive struct
author | Windel Bouwman |
---|---|
date | Fri, 16 May 2014 12:29:31 +0200 |
parents | d056b552d3f4 |
children |
line wrap: on
line source
import unittest import sys import io from ppci.target.arm.token import ArmToken from ppci.linker import Linker from ppci.objectfile import ObjectFile, serialize, deserialize, load_object from ppci import CompilerError from ppci.tasks import TaskRunner, TaskError from ppci.buildtasks import EmptyTask from ppci.buildfunctions import link from ppci import layout class TaskTestCase(unittest.TestCase): @unittest.skip('api change') def testCircular(self): t1 = EmptyTask('t1') t2 = EmptyTask('t2') t1.add_dependency(t2) with self.assertRaises(TaskError): t2.add_dependency(t1) @unittest.skip('api change') def testCircularDeeper(self): t1 = EmptyTask('t1') t2 = EmptyTask('t2') t3 = EmptyTask('t3') t1.add_dependency(t2) t2.add_dependency(t3) with self.assertRaises(TaskError): t3.add_dependency(t1) @unittest.skip('api change') def testSort(self): t1 = EmptyTask('t1') t2 = EmptyTask('t2') runner = TaskRunner() t1.add_dependency(t2) runner.add_task(t1) runner.add_task(t2) runner.run_tasks() class TokenTestCase(unittest.TestCase): def testSetBits(self): at = ArmToken() at[2:4] = 0b11 self.assertEqual(0xc, at.bit_value) def testSetBits(self): at = ArmToken() at[4:8] = 0b1100 self.assertEqual(0xc0, at.bit_value) class LinkerTestCase(unittest.TestCase): def testUndefinedReference(self): o1 = ObjectFile() o1.get_section('.text') o1.add_relocation('undefined_sym', 0, 'rel8', '.text') o2 = ObjectFile() with self.assertRaises(CompilerError): o3 = link([o1, o2], layout.Layout(), 'arm') def testDuplicateSymbol(self): o1 = ObjectFile() o1.get_section('.text') o1.add_symbol('a', 0, '.text') o2 = ObjectFile() o2.get_section('.text') o2.add_symbol('a', 0, '.text') with self.assertRaises(CompilerError): o3 = link([o1, o2], layout.Layout(), 'arm') def testRel8Relocation(self): o1 = ObjectFile() o1.get_section('.text').add_data(bytes([0]*100)) o1.add_relocation('a', 0, 'rel8', '.text') o2 = ObjectFile() o2.get_section('.text').add_data(bytes([0]*100)) o2.add_symbol('a', 24, '.text') o3 = link([o1, o2], layout.Layout(), 'arm') def testSymbolValues(self): o1 = ObjectFile() o1.get_section('.text').add_data(bytes([0]*108)) o1.add_symbol('b', 24, '.text') o2 = ObjectFile() o2.get_section('.text').add_data(bytes([0]*100)) o2.add_symbol('a', 2, '.text') o3 = link([o1, o2], layout.Layout(), 'arm') self.assertEqual(110, o3.find_symbol('a').value) self.assertEqual(24, o3.find_symbol('b').value) self.assertEqual(208, o3.get_section('.text').Size) def testMemoryLayout(self): spec = """ MEMORY flash LOCATION=0x08000000 SIZE=0x3000 { SECTION(code) } MEMORY flash LOCATION=0x20000000 SIZE=0x3000 { SECTION(data) } """ memory_layout = layout.load_layout(io.StringIO(spec)) o1 = ObjectFile() o1.get_section('code').add_data(bytes([0]*108)) o1.add_symbol('b', 24, 'code') o2 = ObjectFile() o2.get_section('code').add_data(bytes([0]*100)) o2.get_section('data').add_data(bytes([0]*100)) o2.add_symbol('a', 2, 'data') o2.add_symbol('c', 2, 'code') o3 = link([o1, o2], memory_layout, 'arm') self.assertEqual(0x20000000+2, o3.get_symbol_value('a')) self.assertEqual(0x08000000+24, o3.get_symbol_value('b')) self.assertEqual(0x08000000+110, o3.get_symbol_value('c')) self.assertEqual(208, o3.get_section('code').Size) self.assertEqual(100, o3.get_section('data').Size) class ObjectFileTestCase(unittest.TestCase): def makeTwins(self): o1 = ObjectFile() o2 = ObjectFile() o2.get_section('code').add_data(bytes(range(55))) o1.get_section('code').add_data(bytes(range(55))) o1.add_relocation('A', 0x2, 'imm12_dumm', 'code') o2.add_relocation('A', 0x2, 'imm12_dumm', 'code') o1.add_symbol('A2', 0x90, 'code') o2.add_symbol('A2', 0x90, 'code') o1.add_symbol('A3', 0x90, 'code') o2.add_symbol('A3', 0x90, 'code') return o1, o2 def testEquality(self): o1, o2 = self.makeTwins() self.assertEqual(o1, o2) def testSaveAndLoad(self): o1, o2 = self.makeTwins() f1 = io.StringIO() o1.save(f1) f2 = io.StringIO(f1.getvalue()) o3 = load_object(f2) self.assertEqual(o3, o1) def testSerialization(self): o1, o2 = self.makeTwins() o3 = deserialize(serialize(o1)) self.assertEqual(o3, o1) class LayoutFileTestCase(unittest.TestCase): def testLayout1(self): spec = """ MEMORY flash LOCATION=0x1000 SIZE=0x3000 { SECTION(code) ALIGN(4) } """ layout1 = layout.load_layout(io.StringIO(spec)) layout2 = layout.Layout() m = layout.Memory('flash') m.location = 0x1000 m.size = 0x3000 m.add_input(layout.Section('code')) m.add_input(layout.Align(4)) layout2.add_memory(m) self.assertEqual(layout2, layout1) if __name__ == '__main__': unittest.main() sys.exit()