KaneAI - World’s First E2E Software Testing Agent.Book a Demo Join TestMu Conference

How to use _clear_node method in dbt-osmosis

Best Python code snippet using dbt-osmosis_python

binarytree.py

Source:binarytree.py

...155                if parent._leftchild is self:  # Set parent's child ref to None156                    parent._leftchild = None157                elif parent._rightchild is self:158                    parent._rightchild = None159            self._clear_node()  # Clear the current node160        elif not self._rightchild:161            leftchild = self._leftchild162            self._element = leftchild._element  # Move item from left to self163            if leftchild._leftchild:  # Link leftchild's leftchild to self164                self._leftchild = leftchild._leftchild165                leftchild._leftchild._parent = self166            else:167                self._leftchild = None168            if leftchild._rightchild:  # Link leftchild's rightchild to self169                self._rightchild = leftchild._rightchild170                leftchild._rightchild._parent = self171            else:172                self._rightchild = None173            leftchild._clear_node()  # Clear the node that was removed174        else:175            rightchild = self._rightchild176            self._element = rightchild._element177            if rightchild._leftchild:178                rightchild._leftchild._parent = self179                self._leftchild = rightchild._leftchild180            else:181                self._leftchild = None182            if rightchild._rightchild:183                rightchild._rightchild._parent = self184                self._rightchild = rightchild._rightchild185            else:186                self._rightchild = None187            rightchild._clear_node()  # Clear the node that was removed188        if parent:189            parent._rebalance()190        return original_item191    def _rebalance(self):192        """Check if the node needs rebalancing.193        Update the height of the current node and, if necessary, rebalance194        the tree, maintaining BST properties.195        """196        prev_height = self._height  # Save current height for comparison later197        self._height = self.height()  # Update the height of the node198        if self._unbalanced():199            if self.full():200                if self._leftchild._height > self._rightchild._height:201                    self._restructure_leftchild()  # If left causes unbalance202                else:203                    self._restructure_rightchild()204            elif self._leftchild and not self._rightchild:205                self._restructure_leftchild()206            else:207                self._restructure_rightchild()208            if self._parent:209                self._parent._rebalance()  # Rebalance the node's parent210        elif self._height != prev_height and self._parent:211            self._parent._rebalance()  # Rebalance parent if height changed212    def _restructure_leftchild(self):213        """Restructure the leftchild, doing a double rotation if necessary."""214        left = self._leftchild215        if left.full():  # If left has both children216            if left._rightchild._height > left._leftchild._height:217                left._rotate_rightchild()  # Double rotate if right unbalanced218        elif left._rightchild and not left._leftchild:219            left._rotate_rightchild()220        self._rotate_leftchild()221    def _restructure_rightchild(self):222        """Restructure the rightchild, doing a double rotation if necessary."""223        right = self._rightchild224        if right.full():  # If right has both children225            if right._leftchild._height > right._rightchild._height:226                right._rotate_leftchild()  # Double rotate if left unbalanced227        elif right._leftchild and not right._rightchild:228            right._rotate_leftchild()229        self._rotate_rightchild()230    def _rotate_leftchild(self):231        """Rotate the leftchild into the node."""232        left = self._leftchild233        self_item = self._element  # Save current item in self234        self._element = left._element  # Move item from leftchild into self235        left._element = self_item  # Move item from self into leftchild236        if left._leftchild:  # Link to self if left has leftchild237            self._leftchild = left._leftchild238            left._leftchild._parent = self  # Update parent link239        else:240            self._leftchild = None241        if left._rightchild:  # Move rightchild into leftchild242            left._leftchild = left._rightchild243        else:244            left._leftchild = None245        if self._rightchild:   # If self had a rightchild246            left._rightchild = self._rightchild  # Link to the other node247            self._rightchild._parent = left  # Update parent link248        else:249            left._rightchild = None250        self._rightchild = left   # Now link the rotated node to self251        self._height = self.height()  # Self changed position, update height252        left._height = left.height()253    def _rotate_rightchild(self):254        """Rotate the rightchild into the node."""255        right = self._rightchild256        self_item = self._element257        self._element = right._element258        right._element = self_item259        if right._rightchild:260            self._rightchild = right._rightchild261            right._rightchild._parent = self262        else:263            self._rightchild = None264        if right._leftchild:265            right._rightchild = right._leftchild266        else:267            right._rightchild = None268        if self._leftchild:269            right._leftchild = self._leftchild270            self._leftchild._parent = right271        else:272            right._leftchild = None273        self._leftchild = right274        self._height = self.height()275        right._height = right.height()276    def _unbalanced(self):277        """Check if the node is unbalanced.278        Returns:279            True if the difference between the heights of the node's children280            is greater that or equal to 2, False otherwise281        """282        if self.internal():283            if self.full():284                if abs(self._leftchild._height-self._rightchild._height) >= 2:285                    return True286            elif self._leftchild and not self._rightchild:287                if self._leftchild._height >= 2:288                    return True289            elif self._rightchild._height >= 2:290                return True291        return False292    def _clear_node(self):293        """Set all attributes in node to None."""294        self._element = None295        self._parent = None296        self._leftchild = None297        self._rightchild = None...

node_view.py

Source:node_view.py

...84        self._tree.collexp(self._node_id)85    def _set_loading_mode(self):86        node = self._tree.node(self._node_id)87        data = node["data"]88        self._clear_node()89        # label title90        label_title = tk.Label(self._body, name="label_info_title",91                               text="{}: ".format(data["name"]))92        #label_title.pack(side=tk.LEFT, padx=0)93        label_title.grid(column=0, row=0, sticky="w", padx=0)94        # label info95        label_info = tk.Label(self._body, text="Loading...")96        #label_info.pack(side=tk.LEFT, padx=0)97        label_info.grid(column=1, row=0, sticky="w", padx=0)98    def _clear_node(self):99        for child in self._body.winfo_children():100            child.destroy()101    def _set_description_layout(self, data):102        self._clear_node()103        # title104        text = self._tree.node(self._node_id)["data"]["name"]105        label_title = tk.Label(self._body, name="label_info_title", text=text)106        label_title.grid(column=0, row=0, sticky="w")107        # description108        text = data["description"]109        text = "- No description -" if text is None else text110        entry_description = tk.Entry(self._body, name="entry_repo_description",111                                     width=70)112        entry_description.insert(0, text)113        entry_description.config(state="readonly")114        entry_description.grid(column=0, row=1, sticky="w")115        # creation date116        text = "Created on {} UTC".format(data["created_at"])117        label_date = tk.Label(self._body, text=text)118        label_date.grid(column=0, row=2, sticky="w")119        # stargazers/subscribers120        stargazers_count = data["stargazers_count"]121        subscribers_count = data["subscribers_count"]122        suffix_str_stargazers = "s" if stargazers_count > 1 else ""123        suffix_str_subscribers = "s" if subscribers_count > 1 else ""124        text = "{} Stargazer{} and {} Subscriber{}".format(stargazers_count,125                                                           suffix_str_stargazers,126                                                           subscribers_count,127                                                           suffix_str_subscribers)128        label_stargazers = tk.Label(self._body, name="label_counts",129                                    text=text)130        label_stargazers.grid(column=0, row=3, sticky="w")131        # button refresh132        button_refresh = tk.Button(self._body, name="button_refresh",133                                   text="Refresh", command=self.populate)134        button_refresh.grid(column=0, row=4, sticky="w", pady=5)135    def _set_latest_release_layout(self, data):136        self._clear_node()137        # title138        text = self._tree.node(self._node_id)["data"]["name"]139        label_title = tk.Label(self._body, name="label_info_title", text=text)140        label_title.grid(column=0, row=0, sticky="w")141        # name142        text = "Tag name: {}".format(data["tag_name"])143        label_name = tk.Label(self._body, text=text)144        label_name.grid(column=0, row=1, sticky="w")145        # creation date146        text = "Published on {} UTC".format(data["published_at"])147        label_date = tk.Label(self._body, text=text)148        label_date.grid(column=0, row=2, sticky="w")149        # downloads150        downloads_count = data["downloads_count"]151        suffix_str_downloads = "s" if downloads_count > 1 else ""152        text = "{} Download{}".format(downloads_count, suffix_str_downloads)153        label_downloads = tk.Label(self._body, name="label_counts",154                                   text=text)155        label_downloads.grid(column=0, row=3, sticky="w")156        # button refresh157        button_refresh = tk.Button(self._body,158                                   name="button_refresh",159                                   text="Refresh", command=self.populate)160        button_refresh.grid(column=0, row=4, sticky="w", pady=5)161    def _set_total_downloads_layout(self, data):162        self._clear_node()163        # title164        text = self._tree.node(self._node_id)["data"]["name"]165        label_title = tk.Label(self._body, name="label_info_title", text=text)166        label_title.grid(column=0, row=0, sticky="w")167        # name168        suffix_str_downloads = "s" if data > 1 else ""169        text = "{} Download{}".format(data, suffix_str_downloads)170        label_downloads = tk.Label(self._body, name="label_counts",171                                   text=text)172        label_downloads.grid(column=0, row=1, sticky="w")173        # button refresh174        button_refresh = tk.Button(self._body, name="button_refresh",175                                   text="Refresh", command=self.populate)176        button_refresh.grid(column=0, row=2, sticky="w", pady=5)177    def _set_failure_layout(self, datatype, status_code, status_text):178        self._clear_node()179        name = self._tree.node(self._node_id)["data"]["name"]180        # frame181        frame_title = tk.Frame(self._body)182        frame_title.grid(column=0, row=0, sticky="w")183        # label title failure184        label_title = tk.Label(frame_title, name="label_info_title",185                               text="{}: ".format(name))186        label_title.pack(side=tk.LEFT, padx=0)187        # label info188        label_info = tk.Label(frame_title, name="label_error",189                              text=status_text)190        label_info.pack(side=tk.LEFT, padx=0)191        # button192        button_retry = tk.Button(self._body, name="button_retry",...

priberam.py

Source:priberam.py

...89        return res90    def _parse(self, xml):91        root = ET.fromstring(xml)92        word = root[3][0][0][0].text93        def _clear_node(n):94            n.attrib = {}95            n._children = []96            n.text = ''97        map(_clear_node, root.findall('.//*[@class="varpb"]'))98        map(_clear_node, root.findall('.//*[@class="dAO"]'))99        for n in root.findall('.//*[@style]'):100            if 'visibility:hidden' in n.attrib['style']:101                _clear_node(n)102        t = ''103        tag = ''104        for c in root[3][0][1:]:105            if c.tag == 'span':106                if len(c) > 0:107                    t += '_%s_\n' % c[0].attrib.get('title')108            elif c.tag == 'div':109                if c.text:110                    t += '%s\n' % c.text.strip()111                else:112                    prefix = ''113                    tail = ''114                    for d in c:115                        if tail:...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.