diff options
Diffstat (limited to 'fconfig.py')
| -rw-r--r-- | fconfig.py | 1042 |
1 files changed, 521 insertions, 521 deletions
@@ -35,19 +35,19 @@ - Methods Find and FindNext enable to search by name an tree Node. Fconfig is a generic caller for a tree access. This enable to change the type of supported tree XML, - LDAP or others, without having to update the evenja kernel. - + LDAP or others, without having to update the evenja kernel. + *@author Fabian Padilla */""" __all__ = ["Fconfig"] try: - import libxml2 + import libxml2 except: - print "libxml2 not available ... aborting !!" - import sys - sys.exit(1) + print "libxml2 not available ... aborting !!" + import sys + sys.exit(1) from flist import Flist from fstringhash import FstringHash @@ -55,532 +55,532 @@ import returncodes as RC import evenjastrings as ES class Fconfig(FstringHash): - """ This class gives you the ability to walk around and through an XML document. - This document can be created from sratch, read from a file, completed and modified, and so on. - You can also execute some research queries... Everything seems to be safe /~\/~\.""" - - def __init__(self): - FstringHash.__init__(self) # force contrustor - self.fileName = None # yeah, this is it ! - self.doc = None # the document - self.root = None # the root node - self.firstCurrent = None # the first node of the tree - self.current = None # the current node - self.stackCurrent = Flist() # a stack used to push and pop self.current - - def __str__(self): - return "\t"+FstringHash.__str__(self) +\ - " Fconfig - File : "+str(self.fileName)+\ - " - Current_Name : "+str(self.getName())+\ - " - Current_Content : "+str(self.getContent())+"\n" - - def startXml(self, param): - """/** Read an XML tree, param may be a file name or an xmlNode. */""" - if isinstance(param,str): - # a filename is given, parse this file - self.fileName = param - try: - self.doc = libxml2.parseFile(param) - except: - return RC.RET_CANNOTACCESS - param = self.doc.children - # a node is given or we have one now - if not isinstance(param,libxml2.xmlNode): - return RC.RET_CANNOTACCESS - self.root = param.doc.children - self.firstCurrent = param - self.current = param - if self.gotoChildren() != RC.RET_OK: - return RC.RET_NOTEXIST - # find <evenja_name> tag and put it's content in our FstringHash - if self.Find(ES.XML_NAME, False) != RC.RET_OK: - return RC.RET_NONAME - string = self.getContent() - if string == RC.RET_NONODESELECTED: # don't need this ... - return RC.RET_NONAME - self.setString(string) - self.resetCurrent() - return RC.RET_OK - - def startNewXml(self, fileName = None): - """/** Create a new XML tree. */""" - if fileName: - self.fileName = fileName - else: - self.fileName = None - try: - self.doc = libxml2.newDoc(ES.XML_VERSION) - self.doc.newChild(None, ES.XML_XML, None) - except: - return RC.RET_CANNOTCREATE - self.root = self.doc.children - self.firstCurrent = self.root - self.current = self.root - self.setString(ES.TXT_NEW) - return RC.RET_OK - - def endXml(self): - """/** Close the XML tree. Save it if a file name exists. */""" - if self.doc and self.fileName: - if self.doc.saveFile(self.fileName) == -1: - return RC.RET_CANNOTEND - if self.doc: - self.doc.freeDoc() - self.doc = None - self.root = None - self.firstCurrent = None - self.current = None - self.fileName = None - return RC.RET_OK - - def getCurrent(self): - """/** Get the current node. */""" - return self.current - + """ This class gives you the ability to walk around and through an XML document. + This document can be created from sratch, read from a file, completed and modified, and so on. + You can also execute some research queries... Everything seems to be safe /~\/~\.""" + + def __init__(self): + FstringHash.__init__(self) # force contrustor + self.fileName = None # yeah, this is it ! + self.doc = None # the document + self.root = None # the root node + self.firstCurrent = None # the first node of the tree + self.current = None # the current node + self.stackCurrent = Flist() # a stack used to push and pop self.current + + def __str__(self): + return "\t"+FstringHash.__str__(self) +\ + " Fconfig - File : "+str(self.fileName)+\ + " - Current_Name : "+str(self.getName())+\ + " - Current_Content : "+str(self.getContent())+"\n" + + def startXml(self, param): + """/** Read an XML tree, param may be a file name or an xmlNode. */""" + if isinstance(param,str): + # a filename is given, parse this file + self.fileName = param + try: + self.doc = libxml2.parseFile(param) + except: + return RC.RET_CANNOTACCESS + param = self.doc.children + # a node is given or we have one now + if not isinstance(param,libxml2.xmlNode): + return RC.RET_CANNOTACCESS + self.root = param.doc.children + self.firstCurrent = param + self.current = param + if self.gotoChildren() != RC.RET_OK: + return RC.RET_NOTEXIST + # find <evenja_name> tag and put it's content in our FstringHash + if self.Find(ES.XML_NAME, False) != RC.RET_OK: + return RC.RET_NONAME + string = self.getContent() + if string == RC.RET_NONODESELECTED: # don't need this ... + return RC.RET_NONAME + self.setString(string) + self.resetCurrent() + return RC.RET_OK + + def startNewXml(self, fileName = None): + """/** Create a new XML tree. */""" + if fileName: + self.fileName = fileName + else: + self.fileName = None + try: + self.doc = libxml2.newDoc(ES.XML_VERSION) + self.doc.newChild(None, ES.XML_XML, None) + except: + return RC.RET_CANNOTCREATE + self.root = self.doc.children + self.firstCurrent = self.root + self.current = self.root + self.setString(ES.TXT_NEW) + return RC.RET_OK + + def endXml(self): + """/** Close the XML tree. Save it if a file name exists. */""" + if self.doc and self.fileName: + if self.doc.saveFile(self.fileName) == -1: + return RC.RET_CANNOTEND + if self.doc: + self.doc.freeDoc() + self.doc = None + self.root = None + self.firstCurrent = None + self.current = None + self.fileName = None + return RC.RET_OK + + def getCurrent(self): + """/** Get the current node. */""" + return self.current + # WALKING METHODS - def resetCurrent(self, fromRoot = False): - """/** Set current node to the root one if fromRoot, otherwise to the first one. */""" - if fromRoot: - self.current = self.root - else: - self.current = self.firstCurrent - - def gotoFirst(self): - """/** Go to the first node of the current branch. */""" - if not self.current: - return RC.RET_NONODESELECTED - self.current = self.current.parent.children - if self.current.type != "element": - return self.gotoNext() - return RC.RET_OK - - def gotoLast(self): - """/** Go to the last node of the current branch. */""" - if not self.current: - return RC.RET_NONODESELECTED - self.current = self.current.parent.last - if self.current.type != "element": - return self.gotoPrev() - return RC.RET_OK - - def gotoNext(self): - """/** Go to the next node of the current branch. */""" - if not self.current: - return RC.RET_NONODESELECTED - if not self.current.next: - return RC.RET_NOTEXIST - node = self.current.next - while node.type != "element" and node.next: # walk 'till you find - node = node.next - if node.type == "element": - self.current = node - return RC.RET_OK - return RC.RET_NOTEXIST - - def gotoPrev(self): - """/** Go to the previous node of the current branch. */""" - if not self.current: - return RC.RET_NONODESELECTED - if not self.current.prev: - return RC.RET_NOTEXIST - node = self.current.prev - while node.type != "element" and node.prev: # walk 'till you find - node = node.prev - if node.type == "element": - self.current = node - return RC.RET_OK - return RC.RET_NOTEXIST - - def gotoChildren(self): - """/** Go to the children node of the current node. */""" - if not self.current: - return RC.RET_NONODESELECTED - if not self.current.children: - return RC.RET_NOTEXIST - tmp = self.current - self.current = self.current.children - if self.current.type == "element": - return RC.RET_OK - ret = self.gotoNext() - if ret == RC.RET_NOTEXIST: - self.current = tmp - return ret - - def gotoParent(self): - """/** Go to the parent node of the current node. */""" - if not self.current: - return RC.RET_NONODESELECTED - if not self.current.parent: - return RC.RET_NOTEXIST - tmp = self.current - self.current = self.current.parent - if self.current.type == "element": - return RC.RET_OK - ret = self.gotoPrev() - if ret == RC.RET_NOTEXIST: - self.current = tmp - return ret - - def Search(self, name, subTree = True): - """/** Find a name, with or without tree recusivity, using preorder path. - self.current is saved from not_found case */""" - if not self.current: - return RC.RET_NONODESELECTED - bkp = self.current # save self.current - while True: - if self.getName() == name: - return RC.RET_OK - if subTree and self.current.children: # maybe deeper ?? - if self.gotoChildren() == RC.RET_OK: - if self.Search(name,subTree) == RC.RET_OK: - return RC.RET_OK - else: - self.gotoParent() - if RC.RET_OK !=self.gotoNext(): # maybe further ?? - self.current = bkp # recover self.current - return RC.RET_NOTFOUND - - def Find(self, name, subTree = True): - """/** Find a name from th etop of the tree, with or without tree recusivity. */""" - ret = self.gotoFirst() - if ret != RC.RET_OK: - return ret - return self.Search(name,subTree) - - def FindNext(self, name, subTree = True): - """/** Find next name, with or without tree recusivity. */""" - ret = self.gotoNext() - if ret != RC.RET_OK: - return ret - return self.Search(name,subTree) - + def resetCurrent(self, fromRoot = False): + """/** Set current node to the root one if fromRoot, otherwise to the first one. */""" + if fromRoot: + self.current = self.root + else: + self.current = self.firstCurrent + + def gotoFirst(self): + """/** Go to the first node of the current branch. */""" + if not self.current: + return RC.RET_NONODESELECTED + self.current = self.current.parent.children + if self.current.type != "element": + return self.gotoNext() + return RC.RET_OK + + def gotoLast(self): + """/** Go to the last node of the current branch. */""" + if not self.current: + return RC.RET_NONODESELECTED + self.current = self.current.parent.last + if self.current.type != "element": + return self.gotoPrev() + return RC.RET_OK + + def gotoNext(self): + """/** Go to the next node of the current branch. */""" + if not self.current: + return RC.RET_NONODESELECTED + if not self.current.next: + return RC.RET_NOTEXIST + node = self.current.next + while node.type != "element" and node.next: # walk 'till you find + node = node.next + if node.type == "element": + self.current = node + return RC.RET_OK + return RC.RET_NOTEXIST + + def gotoPrev(self): + """/** Go to the previous node of the current branch. */""" + if not self.current: + return RC.RET_NONODESELECTED + if not self.current.prev: + return RC.RET_NOTEXIST + node = self.current.prev + while node.type != "element" and node.prev: # walk 'till you find + node = node.prev + if node.type == "element": + self.current = node + return RC.RET_OK + return RC.RET_NOTEXIST + + def gotoChildren(self): + """/** Go to the children node of the current node. */""" + if not self.current: + return RC.RET_NONODESELECTED + if not self.current.children: + return RC.RET_NOTEXIST + tmp = self.current + self.current = self.current.children + if self.current.type == "element": + return RC.RET_OK + ret = self.gotoNext() + if ret == RC.RET_NOTEXIST: + self.current = tmp + return ret + + def gotoParent(self): + """/** Go to the parent node of the current node. */""" + if not self.current: + return RC.RET_NONODESELECTED + if not self.current.parent: + return RC.RET_NOTEXIST + tmp = self.current + self.current = self.current.parent + if self.current.type == "element": + return RC.RET_OK + ret = self.gotoPrev() + if ret == RC.RET_NOTEXIST: + self.current = tmp + return ret + + def Search(self, name, subTree = True): + """/** Find a name, with or without tree recusivity, using preorder path. + self.current is saved from not_found case */""" + if not self.current: + return RC.RET_NONODESELECTED + bkp = self.current # save self.current + while True: + if self.getName() == name: + return RC.RET_OK + if subTree and self.current.children: # maybe deeper ?? + if self.gotoChildren() == RC.RET_OK: + if self.Search(name,subTree) == RC.RET_OK: + return RC.RET_OK + else: + self.gotoParent() + if RC.RET_OK !=self.gotoNext(): # maybe further ?? + self.current = bkp # recover self.current + return RC.RET_NOTFOUND + + def Find(self, name, subTree = True): + """/** Find a name from th etop of the tree, with or without tree recusivity. */""" + ret = self.gotoFirst() + if ret != RC.RET_OK: + return ret + return self.Search(name,subTree) + + def FindNext(self, name, subTree = True): + """/** Find next name, with or without tree recusivity. */""" + ret = self.gotoNext() + if ret != RC.RET_OK: + return ret + return self.Search(name,subTree) + # RETRIEVE INFORMATIONS - def getName(self): - """/** Get the Name of the current Node. */""" - if self.current: - return self.current.name - return RC.RET_NONODESELECTED - - def setName(self, name): - """/** Set the Name of the current Node. */""" - if not self.current: - return RC.RET_NONODESELECTED - self.current.setName(name) - return RC.RET_OK - - def getContent(self): - """/** Get the Content of the current Node. */""" - if not self.current: - return RC.RET_NONODESELECTED - currentA = self.current.children - if currentA: - return currentA.content - return ES.TXT_NULL - - def setContent(self, content): - """/** Set the Content of the current Node. */""" - if not self.current: - return RC.RET_NONODESELECTED - if content <> None: - self.current.setContent(content) - else: - self.current.setContent(ES.TXT_NULL) - return RC.RET_OK + def getName(self): + """/** Get the Name of the current Node. */""" + if self.current: + return self.current.name + return RC.RET_NONODESELECTED + + def setName(self, name): + """/** Set the Name of the current Node. */""" + if not self.current: + return RC.RET_NONODESELECTED + self.current.setName(name) + return RC.RET_OK + + def getContent(self): + """/** Get the Content of the current Node. */""" + if not self.current: + return RC.RET_NONODESELECTED + currentA = self.current.children + if currentA: + return currentA.content + return ES.TXT_NULL + + def setContent(self, content): + """/** Set the Content of the current Node. */""" + if not self.current: + return RC.RET_NONODESELECTED + if content <> None: + self.current.setContent(content) + else: + self.current.setContent(ES.TXT_NULL) + return RC.RET_OK # CREATE ADN DELETE NODES - def addChildren(self, name, content = None): - """/** Create a new node (the current node is the parent). */""" - if not self.current: - return RC.RET_NONODESELECTED - self.current.newChild(None,name,content) - if self.doc and not self.root: - self.root = self.doc.children - self.firstCurrent = self.root - self.current = self.root - return RC.RET_OK - - def removeCurrent(self): - """/** Remove the current node (recursively). - After remove operation, goto the previous node if exists or to the next, or the parent*/""" - str = self.getName() - if str == RC.RET_NONODESELECTED or str is None: - return RC.RET_NONODESELECTED - if str.upper() == ES.XML_XML.upper(): # TzurTcH - case insensitive should be ok - return RC.RET_OK - toRemove = self.current - if self.current.prev: - self.gotoPrev() - elif self.current.next: - self.gotoNext() - elif self.current.parent: - self.gotoParent() - # maybe it will empty this tree ... - if self.root == toRemove or self.firstCurrent == toRemove or self.root.doc.children == toRemove: - self.root = None - self.firstCurrent = None - self.current = None - toRemove.unlinkNode() - toRemove.freeNode() - return RC.RET_OK + def addChildren(self, name, content = None): + """/** Create a new node (the current node is the parent). */""" + if not self.current: + return RC.RET_NONODESELECTED + self.current.newChild(None,name,content) + if self.doc and not self.root: + self.root = self.doc.children + self.firstCurrent = self.root + self.current = self.root + return RC.RET_OK + + def removeCurrent(self): + """/** Remove the current node (recursively). + After remove operation, goto the previous node if exists or to the next, or the parent*/""" + str = self.getName() + if str == RC.RET_NONODESELECTED or str is None: + return RC.RET_NONODESELECTED + if str.upper() == ES.XML_XML.upper(): # TzurTcH - case insensitive should be ok + return RC.RET_OK + toRemove = self.current + if self.current.prev: + self.gotoPrev() + elif self.current.next: + self.gotoNext() + elif self.current.parent: + self.gotoParent() + # maybe it will empty this tree ... + if self.root == toRemove or self.firstCurrent == toRemove or self.root.doc.children == toRemove: + self.root = None + self.firstCurrent = None + self.current = None + toRemove.unlinkNode() + toRemove.freeNode() + return RC.RET_OK # STACK MEMORY CAPABILITIES - def pushCurrent(self): - """/** Push the Current position to the stack. */""" - self.stackCurrent.add(self.current) + def pushCurrent(self): + """/** Push the Current position to the stack. */""" + self.stackCurrent.add(self.current) + + def popCurrent(self): + """/** Pop the Current position from the stack. */""" + if self.stackCurrent.getCount(): + self.current = self.stackCurrent.removeStack() - def popCurrent(self): - """/** Pop the Current position from the stack. */""" - if self.stackCurrent.getCount(): - self.current = self.stackCurrent.removeStack() - if __name__ == '__main__': - import unittest - from evenjastrings import * - - conf = Fconfig() - - class FconfigTestCase(unittest.TestCase): - - def test1FileName(self): - self.assertEquals(conf.startXml( "testezlog.xml"),RC.RET_OK) - self.assertEquals(conf.endXml(),RC.RET_OK) - - def test2NewTree(self): - self.assertEquals(conf.startNewXml(),RC.RET_OK) - self.assertEquals(conf.endXml(),RC.RET_OK) - self.assertEquals(conf.startNewXml( "testezlog_addnode.xml"),RC.RET_OK) - self.assertEquals(conf.endXml(),RC.RET_OK) - - def test3StartNode(self): - self.assertEquals(conf.startXml( "testezlog.xml"),RC.RET_OK) - conf1 = Fconfig() - conf1.startXml( conf.getCurrent()) - conf1.gotoChildren() - self.assertEquals(ES.XML_NAME.upper(),conf1.getName().upper()) - conf1.endXml() - self.assertEquals(conf.endXml(),RC.RET_OK) - - def test4Node(self): - self.assertEquals(conf.startXml( "testezlog.xml"),RC.RET_OK) - conf.gotoChildren() - self.assertEquals(ES.XML_NAME, conf.getName()) - self.assertEquals("TEST00", conf.getContent()) - conf.gotoNext() - self.assertEquals(ES.XML_ROOM, conf.getName()) - conf.gotoChildren() - self.assertEquals(ES.XML_NAME, conf.getName()) - self.assertEquals("Room1", conf.getContent()) - conf.gotoNext() - self.assertEquals(ES.XML_DOC, conf.getName()) - self.assertEquals("FirstRoom", conf.getContent()) - conf.gotoNext() - conf.gotoPrev() - self.assertEquals(ES.XML_DOC, conf.getName()) - self.assertEquals("FirstRoom", conf.getContent()) - conf.gotoPrev() - conf.gotoNext() - self.assertEquals(ES.XML_DOC, conf.getName()) - self.assertEquals("FirstRoom", conf.getContent()) - self.assertEquals(conf.endXml(),RC.RET_OK) - - def test5ParentChildren(self): - self.assertEquals(conf.startXml( "testezlog.xml"),RC.RET_OK) - self.assertEquals(ES.XML_XML.upper(), conf.getName().upper()) - self.assertEquals(conf.gotoChildren(),RC.RET_OK) - - self.assertEquals(ES.XML_NAME, conf.getName()) - self.assertEquals("TEST00", conf.getContent()) - self.assertEquals(conf.gotoChildren(),RC.RET_NOTEXIST) - self.assertEquals(ES.XML_NAME, conf.getName()) - self.assertEquals("TEST00", conf.getContent()) - - self.assertEquals(conf.gotoParent(),RC.RET_OK) - self.assertEquals(ES.XML_XML.upper(), conf.getName().upper()) - self.assertEquals(conf.gotoParent(),RC.RET_NOTEXIST) - - conf.resetCurrent() - self.assertEquals(conf.gotoChildren(),RC.RET_OK) - self.assertEquals(ES.XML_NAME, conf.getName()) - self.assertEquals(conf.endXml(),RC.RET_OK) - - def test6FirstLast(self): - self.assertEquals(conf.startXml( "testezlog.xml"),RC.RET_OK) - conf.gotoChildren() - conf.gotoNext() - conf.gotoChildren() - conf.gotoLast() - self.assertEquals(ES.XML_CONF, conf.getName()) - self.assertEquals(conf.gotoNext(),RC.RET_NOTEXIST) - conf.gotoFirst() - self.assertEquals(ES.XML_NAME, conf.getName()) - self.assertEquals(conf.gotoPrev(),RC.RET_NOTEXIST) - conf.gotoNext() - self.assertEquals(ES.XML_DOC, conf.getName()) - self.assertEquals(conf.endXml(),RC.RET_OK) - - def test7Find(self): - self.assertEquals(conf.startXml( "testezlog.xml"),RC.RET_OK) - if conf.Find(ES.XML_NAME): - self.assertEquals(ES.XML_NAME, conf.getName()) - self.assertEquals("Room1", conf.getContent()) - conf.pushCurrent() - conf.FindNext(ES.XML_DOC) - self.assertEquals(ES.XML_DOC, conf.getName()) - self.assertEquals("FirstRoom", conf.getContent()) - conf.popCurrent() - conf.FindNext(ES.XML_DOC, false) - self.assertEquals(conf.Find(ES.TXT_NULL),RC.RET_NOTFOUND) - self.assertEquals(conf.endXml(),RC.RET_OK) - - def test8NewNode(self): - self.assertEquals(conf.startNewXml( "testezlog_addnode.xml"),RC.RET_OK) - conf.addChildren( ES.XML_NAME, "Room1") - conf.addChildren( ES.XML_DOC, "FirstRoom") - conf.addChildren( ES.XML_CONF, "REMOVETEST") - - conf.gotoChildren() - conf.gotoLast() - self.assertEquals(ES.XML_CONF, conf.getName()) - conf.removeCurrent() - self.assertEquals(ES.XML_DOC, conf.getName()) - self.assertEquals("FirstRoom", conf.getContent()) - - conf.gotoParent() # XML - self.assertEquals(ES.XML_XML, conf.getName()) - conf.addChildren(ES.XML_CONF, "REMOVETEST") - conf.gotoChildren() - conf.gotoLast() - conf.gotoPrev() - self.assertEquals(ES.XML_DOC, conf.getName()) - self.assertEquals("FirstRoom", conf.getContent()) - conf.removeCurrent() - self.assertEquals(ES.XML_NAME, conf.getName()) - self.assertEquals("Room1", conf.getContent()) - - conf.gotoParent() - conf.addChildren(ES.XML_DOC, "FirstRoom") - conf.gotoChildren() - conf.removeCurrent() - self.assertEquals(ES.XML_CONF, conf.getName()) - self.assertEquals("REMOVETEST", conf.getContent()) - - self.assertEquals(conf.endXml(),RC.RET_OK) - - def testBigBuild(self): - """TzurTcH's test suite""" - self.assertEquals(conf.startNewXml( "DEEP.xml"),RC.RET_OK) - self.assertEquals(conf.getName(),XML_XML) - self.assertEquals(conf.addChildren( ES.XML_NAME, "Room1"),RC.RET_OK) - self.assertEquals(conf.addChildren( ES.XML_NAME, "Room2"),RC.RET_OK) - self.assertEquals(conf.addChildren( ES.XML_NAME, "Room3"),RC.RET_OK) - self.assertEquals(conf.addChildren( ES.XML_NAME, "Room4"),RC.RET_OK) - self.assertEquals(conf.addChildren( ES.XML_NAME, "Room5"),RC.RET_OK) - self.assertEquals(conf.gotoChildren(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room1") - - self.assertEquals(conf.gotoLast(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room5") - self.assertEquals(conf.gotoLast(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room5") - - self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_5"),RC.RET_OK) - self.assertEquals(conf.gotoNext(),RC.RET_NOTEXIST) - self.assertEquals(conf.getContent(),"Room5") - - self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_5_two"),RC.RET_OK) - self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_5_three"),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room5") - - self.assertEquals(conf.gotoFirst(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room1") - self.assertEquals(conf.gotoFirst(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room1") - self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_1"),RC.RET_OK) - self.assertEquals(conf.gotoPrev(),RC.RET_NOTEXIST) - self.assertEquals(conf.getContent(),"Room1") - - self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_1_two"),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room1") - self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_1_three"),RC.RET_OK) - - self.assertEquals(conf.gotoNext(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room2") - self.assertEquals(conf.gotoNext(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room3") - self.assertEquals(conf.gotoNext(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room4") - self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_4"),RC.RET_OK) - self.assertEquals(conf.gotoPrev(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room3") - self.assertEquals(conf.gotoPrev(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room2") - self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_2"),RC.RET_OK) - self.assertEquals(conf.gotoNext(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room3") - - self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_3"),RC.RET_OK) - self.assertEquals(conf.addChildren( "SEARCH", "child_of_3_two"),RC.RET_OK) - - conf.pushCurrent() - self.assertEquals(conf.getContent(),"Room3") - conf.resetCurrent(False) - self.assertEquals(conf.getName(),XML_XML) - self.assertEquals(conf.Find("SEARCH"),RC.RET_OK) - conf.popCurrent() - - self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_3_three"),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room3") - self.assertEquals(conf.gotoChildren(),RC.RET_OK) - self.assertEquals(conf.getContent(),"child_of_3") - self.assertEquals(conf.gotoLast(),RC.RET_OK) - self.assertEquals(conf.getContent(),"child_of_3_three") - self.assertEquals(conf.gotoChildren(),RC.RET_NOTEXIST) - self.assertEquals(conf.getContent(),"child_of_3_three") - - self.assertEquals(conf.gotoParent(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room3") - self.assertEquals(conf.gotoParent(),RC.RET_OK) - self.assertEquals(conf.gotoChildren(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room1") - - self.assertEquals(conf.gotoParent(),RC.RET_OK) - self.assertEquals(conf.getName(),ES.XML_XML) - self.assertEquals(conf.gotoParent(),RC.RET_NOTEXIST) - self.assertEquals(conf.gotoParent(),RC.RET_NOTEXIST) - self.assertEquals(conf.getName(),ES.XML_XML) - self.assertEquals(conf.removeCurrent(),RC.RET_OK) - - self.assertEquals(conf.gotoChildren(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room1") - self.assertEquals(conf.gotoChildren(),RC.RET_OK) - self.assertEquals(conf.getContent(),"child_of_1") - self.assertEquals(conf.gotoParent(),RC.RET_OK) - self.assertEquals(conf.removeCurrent(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room2") - self.assertEquals(conf.Find("NOTHING"),RC.RET_NOTFOUND) - self.assertEquals(conf.getContent(),"Room2") - self.assertEquals(conf.FindNext("NOTHING"),RC.RET_NOTFOUND) - self.assertEquals(conf.getContent(),"Room3") - - self.assertEquals(conf.gotoPrev(),RC.RET_OK) - self.assertEquals(conf.FindNext("SEARCH"),RC.RET_OK) - self.assertEquals(conf.getContent(),"child_of_3_two") - self.assertEquals(conf.gotoParent(),RC.RET_OK) - self.assertEquals(conf.FindNext("SEARCH"),RC.RET_NOTFOUND) - self.assertEquals(conf.getContent(),"Room4") - self.assertEquals(conf.getName(),ES.XML_NAME) - self.assertEquals(conf.gotoNext(),RC.RET_OK) - self.assertEquals(conf.getContent(),"Room5") - - self.assertEquals(conf.gotoParent(),RC.RET_OK) - self.assertEquals(conf.getName(),XML_XML) - self.assertEquals(conf.endXml(),RC.RET_OK) - - - unittest.main() + import unittest + from evenjastrings import * + + conf = Fconfig() + + class FconfigTestCase(unittest.TestCase): + + def test1FileName(self): + self.assertEquals(conf.startXml( "testezlog.xml"),RC.RET_OK) + self.assertEquals(conf.endXml(),RC.RET_OK) + + def test2NewTree(self): + self.assertEquals(conf.startNewXml(),RC.RET_OK) + self.assertEquals(conf.endXml(),RC.RET_OK) + self.assertEquals(conf.startNewXml( "testezlog_addnode.xml"),RC.RET_OK) + self.assertEquals(conf.endXml(),RC.RET_OK) + + def test3StartNode(self): + self.assertEquals(conf.startXml( "testezlog.xml"),RC.RET_OK) + conf1 = Fconfig() + conf1.startXml( conf.getCurrent()) + conf1.gotoChildren() + self.assertEquals(ES.XML_NAME.upper(),conf1.getName().upper()) + conf1.endXml() + self.assertEquals(conf.endXml(),RC.RET_OK) + + def test4Node(self): + self.assertEquals(conf.startXml( "testezlog.xml"),RC.RET_OK) + conf.gotoChildren() + self.assertEquals(ES.XML_NAME, conf.getName()) + self.assertEquals("TEST00", conf.getContent()) + conf.gotoNext() + self.assertEquals(ES.XML_ROOM, conf.getName()) + conf.gotoChildren() + self.assertEquals(ES.XML_NAME, conf.getName()) + self.assertEquals("Room1", conf.getContent()) + conf.gotoNext() + self.assertEquals(ES.XML_DOC, conf.getName()) + self.assertEquals("FirstRoom", conf.getContent()) + conf.gotoNext() + conf.gotoPrev() + self.assertEquals(ES.XML_DOC, conf.getName()) + self.assertEquals("FirstRoom", conf.getContent()) + conf.gotoPrev() + conf.gotoNext() + self.assertEquals(ES.XML_DOC, conf.getName()) + self.assertEquals("FirstRoom", conf.getContent()) + self.assertEquals(conf.endXml(),RC.RET_OK) + + def test5ParentChildren(self): + self.assertEquals(conf.startXml( "testezlog.xml"),RC.RET_OK) + self.assertEquals(ES.XML_XML.upper(), conf.getName().upper()) + self.assertEquals(conf.gotoChildren(),RC.RET_OK) + + self.assertEquals(ES.XML_NAME, conf.getName()) + self.assertEquals("TEST00", conf.getContent()) + self.assertEquals(conf.gotoChildren(),RC.RET_NOTEXIST) + self.assertEquals(ES.XML_NAME, conf.getName()) + self.assertEquals("TEST00", conf.getContent()) + + self.assertEquals(conf.gotoParent(),RC.RET_OK) + self.assertEquals(ES.XML_XML.upper(), conf.getName().upper()) + self.assertEquals(conf.gotoParent(),RC.RET_NOTEXIST) + + conf.resetCurrent() + self.assertEquals(conf.gotoChildren(),RC.RET_OK) + self.assertEquals(ES.XML_NAME, conf.getName()) + self.assertEquals(conf.endXml(),RC.RET_OK) + + def test6FirstLast(self): + self.assertEquals(conf.startXml( "testezlog.xml"),RC.RET_OK) + conf.gotoChildren() + conf.gotoNext() + conf.gotoChildren() + conf.gotoLast() + self.assertEquals(ES.XML_CONF, conf.getName()) + self.assertEquals(conf.gotoNext(),RC.RET_NOTEXIST) + conf.gotoFirst() + self.assertEquals(ES.XML_NAME, conf.getName()) + self.assertEquals(conf.gotoPrev(),RC.RET_NOTEXIST) + conf.gotoNext() + self.assertEquals(ES.XML_DOC, conf.getName()) + self.assertEquals(conf.endXml(),RC.RET_OK) + + def test7Find(self): + self.assertEquals(conf.startXml( "testezlog.xml"),RC.RET_OK) + if conf.Find(ES.XML_NAME): + self.assertEquals(ES.XML_NAME, conf.getName()) + self.assertEquals("Room1", conf.getContent()) + conf.pushCurrent() + conf.FindNext(ES.XML_DOC) + self.assertEquals(ES.XML_DOC, conf.getName()) + self.assertEquals("FirstRoom", conf.getContent()) + conf.popCurrent() + conf.FindNext(ES.XML_DOC, false) + self.assertEquals(conf.Find(ES.TXT_NULL),RC.RET_NOTFOUND) + self.assertEquals(conf.endXml(),RC.RET_OK) + + def test8NewNode(self): + self.assertEquals(conf.startNewXml( "testezlog_addnode.xml"),RC.RET_OK) + conf.addChildren( ES.XML_NAME, "Room1") + conf.addChildren( ES.XML_DOC, "FirstRoom") + conf.addChildren( ES.XML_CONF, "REMOVETEST") + + conf.gotoChildren() + conf.gotoLast() + self.assertEquals(ES.XML_CONF, conf.getName()) + conf.removeCurrent() + self.assertEquals(ES.XML_DOC, conf.getName()) + self.assertEquals("FirstRoom", conf.getContent()) + + conf.gotoParent() # XML + self.assertEquals(ES.XML_XML, conf.getName()) + conf.addChildren(ES.XML_CONF, "REMOVETEST") + conf.gotoChildren() + conf.gotoLast() + conf.gotoPrev() + self.assertEquals(ES.XML_DOC, conf.getName()) + self.assertEquals("FirstRoom", conf.getContent()) + conf.removeCurrent() + self.assertEquals(ES.XML_NAME, conf.getName()) + self.assertEquals("Room1", conf.getContent()) + + conf.gotoParent() + conf.addChildren(ES.XML_DOC, "FirstRoom") + conf.gotoChildren() + conf.removeCurrent() + self.assertEquals(ES.XML_CONF, conf.getName()) + self.assertEquals("REMOVETEST", conf.getContent()) + + self.assertEquals(conf.endXml(),RC.RET_OK) + + def testBigBuild(self): + """TzurTcH's test suite""" + self.assertEquals(conf.startNewXml( "DEEP.xml"),RC.RET_OK) + self.assertEquals(conf.getName(),XML_XML) + self.assertEquals(conf.addChildren( ES.XML_NAME, "Room1"),RC.RET_OK) + self.assertEquals(conf.addChildren( ES.XML_NAME, "Room2"),RC.RET_OK) + self.assertEquals(conf.addChildren( ES.XML_NAME, "Room3"),RC.RET_OK) + self.assertEquals(conf.addChildren( ES.XML_NAME, "Room4"),RC.RET_OK) + self.assertEquals(conf.addChildren( ES.XML_NAME, "Room5"),RC.RET_OK) + self.assertEquals(conf.gotoChildren(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room1") + + self.assertEquals(conf.gotoLast(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room5") + self.assertEquals(conf.gotoLast(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room5") + + self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_5"),RC.RET_OK) + self.assertEquals(conf.gotoNext(),RC.RET_NOTEXIST) + self.assertEquals(conf.getContent(),"Room5") + + self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_5_two"),RC.RET_OK) + self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_5_three"),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room5") + + self.assertEquals(conf.gotoFirst(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room1") + self.assertEquals(conf.gotoFirst(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room1") + self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_1"),RC.RET_OK) + self.assertEquals(conf.gotoPrev(),RC.RET_NOTEXIST) + self.assertEquals(conf.getContent(),"Room1") + + self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_1_two"),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room1") + self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_1_three"),RC.RET_OK) + + self.assertEquals(conf.gotoNext(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room2") + self.assertEquals(conf.gotoNext(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room3") + self.assertEquals(conf.gotoNext(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room4") + self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_4"),RC.RET_OK) + self.assertEquals(conf.gotoPrev(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room3") + self.assertEquals(conf.gotoPrev(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room2") + self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_2"),RC.RET_OK) + self.assertEquals(conf.gotoNext(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room3") + + self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_3"),RC.RET_OK) + self.assertEquals(conf.addChildren( "SEARCH", "child_of_3_two"),RC.RET_OK) + + conf.pushCurrent() + self.assertEquals(conf.getContent(),"Room3") + conf.resetCurrent(False) + self.assertEquals(conf.getName(),XML_XML) + self.assertEquals(conf.Find("SEARCH"),RC.RET_OK) + conf.popCurrent() + + self.assertEquals(conf.addChildren( ES.XML_DOC, "child_of_3_three"),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room3") + self.assertEquals(conf.gotoChildren(),RC.RET_OK) + self.assertEquals(conf.getContent(),"child_of_3") + self.assertEquals(conf.gotoLast(),RC.RET_OK) + self.assertEquals(conf.getContent(),"child_of_3_three") + self.assertEquals(conf.gotoChildren(),RC.RET_NOTEXIST) + self.assertEquals(conf.getContent(),"child_of_3_three") + + self.assertEquals(conf.gotoParent(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room3") + self.assertEquals(conf.gotoParent(),RC.RET_OK) + self.assertEquals(conf.gotoChildren(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room1") + + self.assertEquals(conf.gotoParent(),RC.RET_OK) + self.assertEquals(conf.getName(),ES.XML_XML) + self.assertEquals(conf.gotoParent(),RC.RET_NOTEXIST) + self.assertEquals(conf.gotoParent(),RC.RET_NOTEXIST) + self.assertEquals(conf.getName(),ES.XML_XML) + self.assertEquals(conf.removeCurrent(),RC.RET_OK) + + self.assertEquals(conf.gotoChildren(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room1") + self.assertEquals(conf.gotoChildren(),RC.RET_OK) + self.assertEquals(conf.getContent(),"child_of_1") + self.assertEquals(conf.gotoParent(),RC.RET_OK) + self.assertEquals(conf.removeCurrent(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room2") + self.assertEquals(conf.Find("NOTHING"),RC.RET_NOTFOUND) + self.assertEquals(conf.getContent(),"Room2") + self.assertEquals(conf.FindNext("NOTHING"),RC.RET_NOTFOUND) + self.assertEquals(conf.getContent(),"Room3") + + self.assertEquals(conf.gotoPrev(),RC.RET_OK) + self.assertEquals(conf.FindNext("SEARCH"),RC.RET_OK) + self.assertEquals(conf.getContent(),"child_of_3_two") + self.assertEquals(conf.gotoParent(),RC.RET_OK) + self.assertEquals(conf.FindNext("SEARCH"),RC.RET_NOTFOUND) + self.assertEquals(conf.getContent(),"Room4") + self.assertEquals(conf.getName(),ES.XML_NAME) + self.assertEquals(conf.gotoNext(),RC.RET_OK) + self.assertEquals(conf.getContent(),"Room5") + + self.assertEquals(conf.gotoParent(),RC.RET_OK) + self.assertEquals(conf.getName(),XML_XML) + self.assertEquals(conf.endXml(),RC.RET_OK) + + + unittest.main() |