mirror of https://github.com/opencv/opencv.git
Open Source Computer Vision Library
https://opencv.org/
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185 lines
7.0 KiB
185 lines
7.0 KiB
15 years ago
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#!/usr/bin/env python
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"""
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Usage: check_doc.py > log.txt
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The script parses different opencv modules
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(that are described by instances of class Comp below) and
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checks for typical errors in headers and docs, for consistence and for completeness.
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Due to its simplicity, it falsely reports some bugs, that should be
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just ignored.
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"""
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import sys, os, re, glob
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comps = []
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class Comp:
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def __init__(self,comp_name):
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self.name = comp_name
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cxcore = Comp('cxcore')
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cxcore.header_path = '../cxcore/include'
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cxcore.headers = ['cxcore.h','cxtypes.h']
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cxcore.ext_macro = 'CVAPI'
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cxcore.inline_macro = 'CV_INLINE'
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cxcore.func_prefix = 'cv'
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cxcore.doc_path = '../docs/ref'
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cxcore.docs = ['opencvref_cxcore.htm']
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comps.append(cxcore)
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cv = Comp('cv')
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cv.header_path = '../cv/include'
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cv.headers = ['cv.h','cvtypes.h']
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cv.ext_macro = 'CVAPI'
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cv.inline_macro = 'CV_INLINE'
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cv.func_prefix = 'cv'
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cv.doc_path = '../docs/ref'
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cv.docs = ['opencvref_cv.htm']
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comps.append(cv)
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highgui = Comp('highgui')
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highgui.header_path = '../otherlibs/highgui'
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highgui.headers = ['highgui.h']
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highgui.ext_macro = 'CVAPI'
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highgui.inline_macro = 'CV_INLINE'
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highgui.func_prefix = 'cv'
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highgui.doc_path = '../docs/ref'
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highgui.docs = ['opencvref_highgui.htm']
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comps.append(highgui)
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def normalize_decl(decl):
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decl = re.sub( r'^\((.+?)\)', r'\1', decl)
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decl = re.sub( r' CV_DEFAULT\((.+?)\)(,|( *\);))', r'=\1\2', decl)
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decl = re.sub( r'\);', r' );', decl )
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decl = re.sub( r'\(', r'( ', decl )
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decl = re.sub( r'/\*.+?\*/', r'', decl )
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decl = re.sub( r'\binline\b', r'', decl )
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decl = re.sub( r' +', r' ', decl )
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decl = re.sub( r' ?= ?', r'=', decl )
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return decl.strip()
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def print_report(filename, line_no, msg):
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print '%s(%d): %s' % (filename,line_no,msg)
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for comp in comps:
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print "==================================================="
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print 'Checking %s...' % (comp.name,)
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header_path = comp.header_path
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func_list = {}
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if not header_path.endswith('/') and not header_path.endswith('\\'):
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header_path += '/'
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for header_glob in comp.headers:
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glob_expr = header_path + header_glob
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for header in glob.glob(glob_expr):
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f = open(header,'r')
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func_name = ""
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mode = line_no = 0 # mode - outside func declaration (0) or inside (1)
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for l in f.xreadlines():
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line_no += 1
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ll = ""
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#if re.findall(r'\b([abd-z]|([c][a-uw-z]))[a-z]*[A-Z]', l):
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# print_report(header,line_no,"Bad-style identifier:\n\t"+l)
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if mode == 0:
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if l.startswith(comp.ext_macro):
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ll = l[len(comp.ext_macro):]
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decl = ""
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mode = 1
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elif l.startswith(comp.inline_macro):
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temp_func_name = re.findall( r'^.+?\b(' + comp.func_prefix + '\w+)', l )
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if temp_func_name and temp_func_name[0] != func_name:
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ll = l[len(comp.inline_macro):]
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decl = ""
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mode = 1
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else:
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ll = l
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if ll:
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decl += ll.rstrip('\n') + ' '
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if ll.find(';') >= 0:
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mode = 0
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decl = normalize_decl(decl)
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func_name = re.findall( r'^.+?\b(' + comp.func_prefix + '\w+)', decl )[0]
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if func_list.get(func_name,[]):
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print_report(header,line_no,"Duplicated declaration of " + \
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func_name + "... ignored")
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else:
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func_list[func_name] = [decl,header,line_no,0]
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else:
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mode = 1
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f.close()
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doc_path = comp.doc_path
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if not doc_path.endswith('/') and not doc_path.endswith('\\'):
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doc_path += '/'
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blurb_re = re.compile( r'^<p class="Blurb"' )
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for doc_glob in comp.docs:
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glob_expr = doc_path + doc_glob
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for doc in glob.glob(glob_expr):
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f = open(doc, 'r')
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mode = line_no = 0 # mode - 0 outside function declaration, 2 - inside,
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# 1 transitional state ('cause <pre> is used not only
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# for declaring functions)
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for l in f.xreadlines():
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line_no += 1
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#if re.findall(r'\b([abd-z]|([c][a-uw-z]))[a-z]*[A-Z]', l):
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# print_report(doc,line_no,"Bad-style identifier:\n\t" + l)
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if mode == 0:
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if blurb_re.match(l):
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mode = 1
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elif mode == 1:
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if l.endswith('<pre>\n'):
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mode = 2
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decl = ""
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elif mode == 2:
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if l.startswith('</pre>'):
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mode = 0
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if decl.find('CV_DEFAULT') >= 0:
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print_report(doc,line_no,'CV_DEFAULT is used in documentation')
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decl = normalize_decl(decl)
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decl_list = decl.split(';')
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for decl in decl_list:
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decl = decl.strip()
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if decl:
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decl = decl + ';'
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#print '***', decl
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func_name = re.findall( r'^.+?\b(' + comp.func_prefix + '\w+)\(', decl )
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if not func_name: continue
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func_name = func_name[0]
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decl_info = func_list.get(func_name,[])
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if decl_info:
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if decl_info[3] == 0:
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if decl_info[0] != decl:
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print_report(doc,line_no,'Incorrect documentation on ' + func_name + ':')
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print ' hdr: ' + decl_info[0]
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print ' doc: ' + decl
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decl_info[3] = 1
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else:
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print_report(doc,line_no,'Duplicated documentation on ' + func_name)
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else:
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print_report(doc,line_no,'The function '+func_name+' is not declared')
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elif not l.startswith('#define'):
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decl += l.rstrip('\n')
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f.close()
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print "---------------------------------------------------"
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keys = func_list.keys()
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undocumented_funcs = []
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for k in keys:
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decl_info = func_list[k]
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if decl_info[3] == 0:
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undocumented_funcs.append((decl_info[1],decl_info[2],k))
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undocumented_funcs.sort()
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for decl_info in undocumented_funcs:
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print_report(decl_info[0],decl_info[1],'Undocumented function '+decl_info[2])
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