def test_01(self):
"""Tests 5.2.4.1 Translation limits - 64 nesting levels of conditional inclusion, non-exhaustive."""
myIntRepr = self.retIntRep()
myIncHandler = self.retIncHandler()
print('self._itu size: %d' % len(self._itu.getvalue()))
print('self._itu:\n', self._itu.getvalue())
while 1:
#print 'myIntRepr:', myIntRepr
#print
#print 'myIntRepr:', myIntRepr
myLexer = PpLexer.PpLexer(
'mt.h',
myIncHandler,
preIncFiles=[
io.StringIO(self.retPreIncludeMacros(myIntRepr)),
],
diagnostic=None,
)
myToks = [t for t in myLexer.ppTokens() if not t.isWs()]
#print ' Got:', myToks
expToks = self.retExpTokensNoWs(myIntRepr)
#print ' Expected:', expToks
# TODO: Fix this test
self.assertEqual(expToks, myToks)
myLexer.finalise()
if myIntRepr == 0:
break
myIntRepr -= 1
def testSimpleInclude(self):
"""TestIncludeHandler_UsrSys_MultipleDepth.testSimpleInclude(): Tests multiple depth #include statements that resolve to usr/sys."""
#print
myLexer = PpLexer.PpLexer('src/spam.c', self._incSim)
result = ''.join([t.t for t in myLexer.ppTokens()])
expectedResult = """Content of: system, include, spam.h\n\n\n\n\n"""
self._printDiff(self.stringToTokens(result),
self.stringToTokens(expectedResult))
self.assertEqual(result, expectedResult)
myLexer.finalise()
#print 'FileIncludeGraph:'
#print myLexer.fileIncludeGraphRoot
expGraph = """src/spam.c [0, 0]: True "" ""
000001: #include usr/spam.h
usr/spam.h [0, 0]: True "" "['"spam.h"', 'CP=None', 'usr=usr']"
000001: #include usr/inc/spam.h
usr/inc/spam.h [0, 0]: True "" "['"inc/spam.h"', 'CP=usr']"
000001: #include sys/spam.h
sys/spam.h [0, 0]: True "" "['<spam.h>', 'sys=sys']"
000001: #include sys/inc/spam.h
sys/inc/spam.h [15, 10]: True "" "['<inc/spam.h>', 'sys=sys']\""""
# print('\nFileIncludeGraph:')
# print('Actual:')
# print(str(myLexer.fileIncludeGraphRoot))
# print('Expected:')
# print(str(expGraph))
self.assertEqual(expGraph, str(myLexer.fileIncludeGraphRoot))
def testSimpleInclude_03(self):
"""TestIncludeHandler_UsrSys_Conditional.testSimpleInclude_03(): Tests conditional #include statements."""
preDefMacros = [
u"""#define INC 3
""",
]
myLexer = PpLexer.PpLexer(
'src/spam.c',
self._incSim,
preIncFiles=[StringIO.StringIO(x) for x in preDefMacros],
)
result = ''.join([t.t for t in myLexer.ppTokens()])
expectedResult = """\n\nContent of: system, include, spam.h\n\n\n"""
self._printDiff(self.stringToTokens(result),
self.stringToTokens(expectedResult))
self.assertEqual(result, expectedResult)
myLexer.finalise()
#print 'FileIncludeGraph:'
#print myLexer.fileIncludeGraphRoot
expGraph = """Unnamed Pre-include [7, 4]: True "" ""
src/spam.c [0, 0]: True "" ""
000008: #include sys/inc/spam.h
sys/inc/spam.h [15, 10]: True "(!(INC == 0) && !(INC == 1) && !(INC == 2) && INC == 3)" "['<inc/spam.h>', 'sys=sys']\""""
# print('\nFileIncludeGraph:')
# print('Actual:')
# print(str(myLexer.fileIncludeGraphRoot))
# print('Expected:')
# print(str(expGraph))
self.assertEqual(expGraph, str(myLexer.fileIncludeGraphRoot))
def test_00(self):
"""TestPpLexerCoverage.test_00(): Tests code coverage."""
#print
myLexer = PpLexer.PpLexer('src/spam.c', self._incSim)
resultTokS = [t for t in myLexer.ppTokens()]
#self.pprintReplacementList(resultTokS)
return
assert (0)
result = ''.join([t.t for t in resultTokS])
expectedResult = """ \n\n \n\nContent of: system, include, spam.h\n\n\n\n\n"""
self._printDiff(self.stringToTokens(result),
self.stringToTokens(expectedResult))
self.assertEqual(result, expectedResult)
myLexer.finalise()
#print 'FileIncludeGraph:'
#print myLexer.fileIncludeGraphRoot
expGraph = """src/spam.c [20, 10]: True ""
000002: #include usr\spam.h
usr\spam.h [0, 0]: True ""
000001: #include usr\inc\spam.h
usr\inc\spam.h [0, 0]: True ""
000001: #include sys\spam.h
sys\spam.h [0, 0]: True ""
000001: #include sys\inc\spam.h
sys\inc\spam.h [15, 10]: True \"\""""
self.assertEqual(expGraph, str(myLexer.fileIncludeGraphRoot))
def testSimpleInclude_01(self):
"""TestIncludeHandler_UsrSys_Conditional.testSimpleInclude_01(): Tests conditional #include statements."""
# Note using comments in the predef
preDefMacros = [
u"""#define INC /* comment */ 1
""",
]
myLexer = PpLexer.PpLexer(
'src/spam.c',
self._incSim,
preIncFiles=[StringIO.StringIO(x) for x in preDefMacros],
)
result = ''.join([t.t for t in myLexer.ppTokens()])
expectedResult = """\n\nContent of: user, include, spam.h\n\n\n"""
self._printDiff(self.stringToTokens(result),
self.stringToTokens(expectedResult))
self.assertEqual(result, expectedResult)
myLexer.finalise()
#print 'FileIncludeGraph:'
#print myLexer.fileIncludeGraphRoot
expGraph = """Unnamed Pre-include [9, 4]: True "" ""
src/spam.c [0, 0]: True "" ""
000004: #include usr/inc/spam.h
usr/inc/spam.h [15, 10]: True "(!(INC == 0) && INC == 1)" "['"inc/spam.h"', 'CP=None', 'usr=usr']\""""
# print('\nFileIncludeGraph:')
# print('Actual:')
# print(str(myLexer.fileIncludeGraphRoot))
# print('Expected:')
# print(str(expGraph))
self.assertEqual(expGraph, str(myLexer.fileIncludeGraphRoot))
def main():
print('Processing:', sys.argv[1])
myH = IncludeHandler.CppIncludeStdOs(
theUsrDirs=[
'../usr',
],
theSysDirs=[
'../sys',
],
)
myLex = PpLexer.PpLexer(sys.argv[1], myH)
tu = ''.join(tok.t for tok in myLex.ppTokens(minWs=True))
print(' Translation Unit '.center(75, '='))
print(tu)
print(' Translation Unit END '.center(75, '='))
print()
print(' File Include Graph '.center(75, '='))
print(repr(myLex.fileIncludeGraphRoot))
print(myLex.fileIncludeGraphRoot)
print(' File Include Graph END '.center(75, '='))
print()
print(' Conditional Compilation Graph '.center(75, '='))
print(myLex.condCompGraph)
print(' Conditional Compilation Graph END '.center(75, '='))
print()
print(' Macro Environment '.center(75, '='))
print(myLex.macroEnvironment)
print(' Macro Environment END '.center(75, '='))
print()
print(' Macro History '.center(75, '='))
print(myLex.macroEnvironment.macroHistory(incEnv=False, onlyRef=False))
print(' Macro History END '.center(75, '='))
def main():
try:
print 'Processing:', sys.argv[1]
myH = IncludeHandler.CppIncludeStdOs(
theUsrDirs=[
'../usr',
],
theSysDirs=[
'../sys',
],
)
myLex = PpLexer.PpLexer(sys.argv[1], myH)
m = hashlib.md5()
for tok in myLex.ppTokens(minWs=True, incCond=False):
m.update(tok.t)
#print tok
#print tok.t,
#print myLex.condState
#print 'Bad File: %s, line %d, col %d' % (myLex.fileName, myLex.lineNum, myLex.colNum)
#print myLex.fileStack
#print
#print myLex.fileIncludeGraphRoot
#print
#print myLex.definedMacros
print
print myLex.macroEnvironment.macroHistory(onlyRef=False)
print
print 'Checksum is: %s' % m.hexdigest()
print
print myLex._tokCountStk
except ExceptionCpip, err:
print 'Ooops: %s' % err
def _processFile(ituName,
incHandler,
stdPredefMacros,
preIncFiles,
showTokens,
dOptions):
"""Process the file."""
myLexer = PpLexer.PpLexer(
ituName,
incHandler,
preIncFiles=preIncFiles,
stdPredefMacros=stdPredefMacros,
)
tokenS = [tok for tok in myLexer.ppTokens(incWs=True, minWs=True, condLevel=0)]
if 'D' in dOptions or len(dOptions) == 0:
print(' Translation unit '.center(75, '-'))
for tok in tokenS:
if showTokens:
print(tok)
else:
print(tok.t, end='')
print(' END: Translation unit '.center(75, '-'))
if 'M' in dOptions or 'D' in dOptions or 'N' in dOptions:
print(' Macros '.center(75, '-'))
if 'N' in dOptions:
for m in sorted(myLexer.macroEnvironment.macros()):
print(m)
else:
print(myLexer.macroEnvironment)
print(' END: Macros '.center(75, '-'))
def test_00(self):
"""Test the time taken to process a 'real' code in test/PerfRealCode."""
for aName in os.listdir(self.REAL_PATH):
sys.stderr.write('\n')
sys.stderr.write("Testing '%s' " % aName)
myPath = os.path.join(self.REAL_PATH, aName)
mySize = os.path.getsize(myPath)
if sys.version_info.major == 2 and aName in ('doxygen.cpp',
'util.cpp'):
# Under 2.7 this fails with Unicode EOL for some reason so just skip it:
#
# doxygen.cpp:
# ExceptionCppDiagnosticUndefined: Can not evaluate constant expression
# "!defined(_WIN32) || defined(__CYGWIN__)\u000D", error:
# Evaluation of " (1) or (0)0 " gives error:
# invalid syntax (<string>, line 1) at line=93, col=1 of file
# "cpip/tests/integration/core/PerfRealCode/doxygen.cpp"
#
# util.cpp:
# ExceptionCppDiagnosticUndefined: Can not evaluate constant expression
# "0\u000D", error: Evaluation of " 0\u000D " gives error:
# unexpected character after line continuation character
# (<string>, line 1) at line=2510, col=1 of file
# "cpip/tests/integration/core/PerfRealCode/util.cpp"
continue
myLexer = PpLexer.PpLexer(
myPath,
CppIncludeStdOs([], []),
preIncFiles=[],
diagnostic=None,
)
myToks, myTime = self.runLex(myLexer)
sys.stderr.write(' %0.1f kB/S ' % (mySize / (1024 * myTime)))
def simpleLexWithContent(self, theContent):
return PpLexer.PpLexer(
'mt.h',
CppIncludeStringIO([], [], theContent, {}),
preIncFiles=[],
diagnostic=None,
)
def test_00(self):
"""CPIP core code coverage test."""
myLexer = PpLexer.PpLexer(
'mt.h',
CppIncludeStringIO([], [], '', {}),
)
myToks = [t for t in myLexer.ppTokens()]
self.assertEqual([], myToks)
myLexer.finalise()
def main():
print('Processing:', sys.argv[1])
myH = IncludeHandler.CppIncludeStdOs(
theUsrDirs=['../usr',],
theSysDirs=['../sys',],
)
myLex = PpLexer.PpLexer(sys.argv[1], myH)
tu = ''.join(tok.t for tok in myLex.ppTokens(minWs=True))
print(repr(myLex.fileIncludeGraphRoot))
def main():
print('Processing:', sys.argv[1])
myH = IncludeHandler.CppIncludeStdOs(
theUsrDirs=[
'proj/usr',
],
theSysDirs=[
'proj/sys',
],
)
myLex = PpLexer.PpLexer(sys.argv[1], myH)
def main():
print('Processing:', sys.argv[1])
myH = IncludeHandler.CppIncludeStdOs(
theUsrDirs=[
'proj/usr',
],
theSysDirs=[
'proj/sys',
],
)
myLex = PpLexer.PpLexer(sys.argv[1], myH)
for tok in myLex.ppTokens():
print(tok.t, end=' ')
def test_00(self):
"""Tests 5.2.4.1 Translation limits - 8 nesting levels of conditional inclusion, no predefines."""
myLexer = PpLexer.PpLexer(
'mt.h',
self.retIncHandler(),
preIncFiles=[
io.StringIO(u'#define SPAM(x,y) x+y\n#define EGGS SPAM\n'),
],
diagnostic=None,
)
myToks = [t for t in myLexer.ppTokens() if not t.isWs()]
self.assertEqual(self.retExpTokensNoWs(0), myToks)
myLexer.finalise()
def testSimpleInclude(self):
"""TestIncludeHandlerMacro_Simple.testSimpleInclude(): Tests multiple #include statements that resolve to usr/sys when expanded."""
myLexer = PpLexer.PpLexer('src/spam.c', self._incSim)
result = ''.join([t.t for t in myLexer.ppTokens()])
expectedResult = """
Content of: user, spam.h
"""
#print ' Actual:\n%s' % result
#print 'Expected:\n%s' % expectedResult
self._printDiff(self.stringToTokens(result),
self.stringToTokens(expectedResult))
self.assertEqual(result, expectedResult)
myLexer.finalise()
def test_00(self):
"""Test the time taken to process a 'real' code in test/PerfRealCode."""
for aName in os.listdir(self.REAL_PATH):
sys.stderr.write('\n')
sys.stderr.write("Testing '%s' " % aName)
myPath = os.path.join(self.REAL_PATH, aName)
mySize = os.path.getsize(myPath)
myLexer = PpLexer.PpLexer(
myPath,
CppIncludeStdOs([],[]),
preIncFiles=[],
diagnostic=None,
)
myToks, myTime = self.runLex(myLexer)
sys.stderr.write(' %0.1f kB/S ' % (mySize/(1024*myTime)))
def main():
print('Processing:', sys.argv[1])
myH = IncludeHandler.CppIncludeStdOs(
theUsrDirs=[
'../usr',
],
theSysDirs=[
'../sys',
],
)
myLex = PpLexer.PpLexer(sys.argv[1], myH)
tu = ''.join(tok.t for tok in myLex.ppTokens(minWs=True))
myVis = FileIncludeGraph.FigVisitorTree(MyVisitorTreeNode)
myLex.fileIncludeGraphRoot.acceptVisitor(myVis)
myTree = myVis.tree()
print(myTree)
def testSimpleInclude(self):
"""TestIncludeHandler_UsrSys_MacroFunction.testSimpleInclude(): Tests multiple #include statements with function-like macros."""
myLexer = PpLexer.PpLexer('src/spam.c', self._incSim)
result = ''.join([t.t for t in myLexer.ppTokens()])
expectedResult = """
Content of: user, spam.h
Content of: user, include, spam.h
\n\n
Content of: system, spam.h
Content of: system, include, spam.h
\n"""
#print ' Actual:\n%s' % result
#print 'Expected:\n%s' % expectedResult
self._printDiff(self.stringToTokens(result),
self.stringToTokens(expectedResult))
self.assertEqual(result, expectedResult)
myLexer.finalise()
def preProcessForIncludes(theItu, incUsr, incSys, theDefineS, preIncS,
keepGoing, ignorePragma):
"""Pre-process a file for included files."""
myIncH = IncludeHandler.CppIncludeStdOs(
theUsrDirs=incUsr or [],
theSysDirs=incSys or [],
)
myPreIncFiles = []
# Add macros in psuedo pre-include
if theDefineS:
myStr = '\n'.join(
['#define ' + ' '.join(d.split('=')) for d in theDefineS]) + '\n'
myPreIncFiles = [
io.StringIO(myStr),
]
myPreIncFiles.extend([open(f) for f in preIncS])
myDiag = None
if keepGoing:
myDiag = CppDiagnostic.PreprocessDiagnosticKeepGoing()
myPh = None
if ignorePragma:
myPh = PragmaHandler.PragmaHandlerNull()
# Create the lexer.
myLexer = PpLexer.PpLexer(
theItu,
myIncH,
preIncFiles=myPreIncFiles,
diagnostic=myDiag,
pragmaHandler=myPh,
)
logging.info('Preprocessing TU: %s' % theItu)
for t in myLexer.ppTokens():
pass
logging.info('Preprocessing TU done.')
retVal = retIncludedFileSet(myLexer)
# Remove any artificial files
try:
retVal.remove(PpLexer.UNNAMED_FILE_NAME)
except KeyError:
pass
return retVal
def tree_codes(file_name):
report = []
#print('Processing:', )
myH = IncludeHandler.CppIncludeStdOs(
theUsrDirs=[
'proj/usr',
],
theSysDirs=[
'proj/sys',
],
)
myLex = PpLexer.PpLexer(file_name, myH)
stack = []
for tok in myLex.ppTokens():
if tok.t == '\n':
code = ("".join(stack))
if re.match(r'^\s+$', code):
pass
else:
if code:
# macro name
# class name
# class of node
# arguments?
#print "CODE(%s)"% code;
m = re.match(r'DEFTREECODE\((\w+),\"(\w+)",(\w+),(\d)\)',
code)
report.append(m.groups())
stack = []
else:
if tok.t == ' ':
pass
elif re.match(r'^[\s\n\t]*$', tok.t):
pass
else:
#print "TOK(%s)" % tok.t
stack.append(tok.t)
return report
def main():
print('Processing:', sys.argv[1])
myH = IncludeHandler.CppIncludeStdOs(
theUsrDirs=[
'../usr',
],
theSysDirs=[
'../sys',
],
)
myLex = PpLexer.PpLexer(sys.argv[1], myH)
for tok in myLex.ppTokens(minWs=True):
# print(tok.t, end=' ')
# print(myLex.condState)
# print(myLex.fileStack)
# print(myLex.fileLineCol)
print(myLex.macroEnvironment)
print(' File Include Graph '.center(75, '='))
print(myLex.fileIncludeGraphRoot)
print(' File Include Graph END '.center(75, '='))
print(' Macro Environment '.center(75, '='))
print(myLex.macroEnvironment)
print(' Macro Environment END '.center(75, '='))
def preprocessFileToOutput(ituPath, outDir, jobSpec):
"""Preprocess a single file. May raise ExceptionCpip (or worse!).
Returns a PpProcessResult(ituPath, indexPath, tuIndexFileName(ituPath))."""
assert os.path.isfile(ituPath)
logging.info('preprocessFileToOutput(): %s' % ituPath)
if not os.path.exists(outDir):
try:
os.makedirs(outDir)
except OSError:
pass
myItuToHtmlFileSet = set()
# Create the lexer.
myLexer = PpLexer.PpLexer(ituPath,
jobSpec.incHandler,
preIncFiles=jobSpec.preIncFiles,
diagnostic=jobSpec.diagnostic,
pragmaHandler=jobSpec.pragmaHandler,
stdPredefMacros=jobSpec.preDefMacros,
gccExtensions=jobSpec.gccExtensions)
myDestFile = os.path.join(outDir, tuFileName(ituPath))
logging.info('TU in HTML:')
logging.info(' %s', myDestFile)
myTokCntr, mySetItuLines = Tu2Html.processTuToHtml(
myLexer,
myDestFile,
ituPath,
jobSpec.conditionalLevel,
tuIndexFileName(ituPath), # Path back to the index
incItuAnchors=True,
)
logging.info('preprocessFileToOutput(): Processing TU done.')
myFileCountMap = retFileCountMap(myLexer)
# Write out the HTML for each source file
for aSrc in sorted(myFileCountMap.keys()):
myItuToHtmlFileSet.add(aSrc)
# Now output state
# Conditional compilation graph
if 'C' in jobSpec.dumpList:
_dumpCondCompGraph(myLexer)
# File include graph
if 'I' in jobSpec.dumpList:
_dumpIncludeGraph(myLexer)
# List files encountered
if 'F' in jobSpec.dumpList:
_dumpFileCount(myFileCountMap)
# Token count
if 'T' in jobSpec.dumpList:
_dumpTokenCount(myTokCntr)
# Macro environment
if 'M' in jobSpec.dumpList:
_dumpMacroEnv(myLexer)
if 'R' in jobSpec.dumpList:
_dumpMacroEnvDot(myLexer)
# Macro environment and history
# outPath = os.path.join(outDir, macroHistoryFileName(ituPath))
logging.info('Macro history to:')
logging.info(' %s', outDir)
myMacroRefMap, macroHistoryIndexName = MacroHistoryHtml.processMacroHistoryToHtml(
myLexer,
outDir,
ituPath,
tuIndexFileName(ituPath),
)
# Write Include graph in SVG
outPath = os.path.join(outDir, includeGraphFileNameSVG(ituPath))
logging.info('Include graph (SVG) to:')
logging.info(' %s', outPath)
IncGraphSVGBase.processIncGraphToSvg(
myLexer,
outPath,
IncGraphSVG.SVGTreeNodeMain,
'left',
'+',
)
# Write Include graph in Text
logging.info('Writing include graph (TEXT) to:')
logging.info(' %s', outPath)
writeIncludeGraphAsText(outDir, ituPath, myLexer)
# Include graph as a dot file
if jobSpec.includeDOT:
logging.info('Writing include graph (DOT) to:')
logging.info(' %s', outPath)
hasIncGraphDot = writeIncludeGraphAsDot(outDir, ituPath, myLexer)
else:
hasIncGraphDot = False
# Write Conditional compilation graph in HTML
outPath = os.path.join(outDir, includeGraphFileNameCcg(ituPath))
logging.info('Conditional compilation graph in HTML:')
logging.info(' %s', outPath)
CppCondGraphToHtml.processCppCondGrphToHtml(
myLexer,
outPath,
'Conditional Compilation Graph',
tuIndexFileName(ituPath),
)
# This is an index for the TU
writeTuIndexHtml(outDir, ituPath, myLexer, myFileCountMap, myTokCntr,
hasIncGraphDot, macroHistoryIndexName)
logging.info('Done: %s', ituPath)
# Write ITU HTML i.e. HTMLise the original files
# Create a CppCondGraphVisitorConditionalLines
myCcgvcl = CppCond.CppCondGraphVisitorConditionalLines()
myLexer.condCompGraph.visit(myCcgvcl)
for aSrc in sorted(myItuToHtmlFileSet):
try:
# Could be 'Unnamed Pre-include'
if aSrc != PpLexer.UNNAMED_FILE_NAME:
logging.info('ITU in HTML: .../%s', os.path.basename(aSrc))
ItuToHtml.ItuToHtml(
aSrc,
outDir,
keepGoing=jobSpec.keepGoing,
macroRefMap=myMacroRefMap,
cppCondMap=myCcgvcl,
ituToTuLineSet=mySetItuLines if aSrc == ituPath else None,
)
except ItuToHtml.ExceptionItuToHTML as err:
logging.error('Can not write ITU "%s" to HTML: %s', aSrc, str(err))
indexPath = writeIndexHtml([
ituPath,
], outDir, jobSpec)
logging.info('preprocessFileToOutput(): %s DONE' % ituPath)
# Return the path to the ITU and to the index.html path for consolidation
# by the caller - to be used in multiprocessing.
return PpProcessResult(ituPath, indexPath, tuIndexFileName(ituPath))
def test_00(self):
_pathsUsr = [
os.path.join('usr'),
os.path.join('usr', 'inc'),
]
_pathsSys = [
os.path.join('sys'),
os.path.join('sys', 'inc'),
]
_initialTuContents = u"""Include usr/spam:
#include "spam.h"
Include usr/inc/eggs:
#include "inc/eggs.h"
Include sys/chips:
#include <chips.h>
Include sys/inc/beans:
#include <inc/beans.h>
"""
_incFileMap = {
os.path.join('usr', 'spam.h'):
u"""Content of: user, spam.h
""",
os.path.join('usr', 'inc', 'eggs.h'):
u"""Content of: user, include, eggs.h
Which is much bigger.""",
os.path.join('sys', 'chips.h'):
u"""chips.h
""",
os.path.join('sys', 'inc', 'beans.h'):
u"""Content of: system, include, beans.h
Which is very big, 1, def, 345,
and loads of other things.
""",
}
_incSim = CppIncludeStringIO(
_pathsUsr,
_pathsSys,
_initialTuContents,
_incFileMap,
)
_incSim.validateCpStack()
self.assertEqual([], _incSim.cpStack)
self.assertEqual(0, _incSim.cpStackSize)
myLexer = PpLexer.PpLexer('src/spam.c', _incSim)
result = ''.join([t.t for t in myLexer.ppTokens()])
# print('Result:')
# print(result)
expectedResult = """Include usr/spam:
Content of: user, spam.h
Include usr/inc/eggs:
Content of: user, include, eggs.h
Which is much bigger.
Include sys/chips:
chips.h
Include sys/inc/beans:
Content of: system, include, beans.h
Which is very big, 1, def, 345,
and loads of other things.
"""
self.assertEqual(result, expectedResult)
myLexer.finalise()
myFigr = myLexer.fileIncludeGraphRoot
# print('FileIncludeGraph:')
# print(myFigr)
# WARN: excape \b (two places on last two lines
expGraph = """src/spam.c [32, 24]: True "" ""
000002: #include usr/spam.h
usr/spam.h [12, 8]: True "" "['"spam.h"', 'CP=None', 'usr=usr']"
000004: #include usr/inc/eggs.h
usr/inc/eggs.h [23, 15]: True "" "['"inc/eggs.h"', 'CP=None', 'usr=usr']"
000006: #include sys/chips.h
sys/chips.h [4, 3]: True "" "['<chips.h>', 'sys=sys']"
000008: #include sys/inc/beans.h
sys/inc/beans.h [44, 27]: True "" "['<inc/beans.h>', 'sys=sys']\""""
# print('Exp FileIncludeGraph:')
# print(expGraph)
# self.maxDiff = None
#for i, c in enumerate(str(myFigr)):
# if c != expGraph[i]:
# print '[%d] %s != %s' % (i, c, expGraph[i])
self.assertEqual(expGraph, str(myFigr))
# print()
# myFigr.dumpGraph()
self.assertEqual(expGraph, str(myFigr))
# Now visit the graph
myVis = FileIncludeGraph.FigVisitorTree(IncGraphSVG.SVGTreeNodeMain)
myFigr.acceptVisitor(myVis)
# Tree is now a graph of IncGraphSVG.SVGTreeNode
myIgs = myVis.tree()
# print()
# print('myIgs')
#print myIgs
# myIgs.dumpToStream()
# print()
# Create a plot configuration
myTpt = TreePlotTransform.TreePlotTransform(myIgs.plotCanvas, 'left',
'+')
mySvg = io.StringIO()
myIgs.plotToFileObj(mySvg, myTpt)
# print()
# print(mySvg.getvalue())
for aPos in myTpt.genRootPos():
for aDir in myTpt.genSweepDir():
aTpt = TreePlotTransform.TreePlotTransform(
myIgs.plotCanvas, aPos, aDir)
mySvg = io.StringIO()
myIgs.plotToFileObj(mySvg, aTpt)