Test your AI Agents with the all-new Agent to Agent Testing Platform.Learn More

How to use add_elt method in fMBT

Best Python code snippet using fMBT_python

whiteboard.py

Source:whiteboard.py

...24            # dict topics: keys are topics (strings) and values are ClientDialogSystems25            self.topics = dict()26            # dict subscribers: keys are subscribers (ClientDialogSystems) and values are topics (strings)27            self.subscribers = dict()28    def add_elt(self, key, value, d_txt):29        """30        Adds value to a dictionary (given by t_txt) at key31        :param key:32        :param value:33        :param d_txt:34        :return: 1 success / -1 error code35        """36        d = self.subscribers if d_txt == "subscriber" else self.topics37        if key not in d.keys():38            d[key] = list()39        if value in d[key]:40            return -141        d[key].append(value)42        return 143    def remove_elt(self, key, value, d_txt):44        """45        Same as add_elt but to remove the value.46        """47        d = self.subscribers if d_txt == "subscriber" else self.topics48        if key in d.keys():49            if value in d[key]:50                d[key].remove(value)51                if len(d[key]) == 0:52                    del d[key]53                return 154        # print("IN remove_elt in whiboard.py, Could not unsubscribe")55        # print(key)56        # print(value)57        # print(d_txt)58        # print(d)59        return -160    def add_subscriber_to_topic(self, subscriber, topic):61        return self.add_elt(topic, subscriber, "topic")62    def add_topic_to_subscriber(self, subscriber, topic):63        return self.add_elt(subscriber, topic, "subscriber")64    def remove_subscriber_from_topic(self, subscriber, topic):65        return self.remove_elt(topic, subscriber, "topic")66    def remove_topic_from_subscriber(self, subscriber, topic):67        return self.remove_elt(subscriber, topic, "subscriber")68    def subscribe(self, subscriber, topic):69        v = self.add_subscriber_to_topic(subscriber, topic) + self.add_topic_to_subscriber(subscriber, topic)70        # if v != 2:71        #     log.warning("%s already subscribed to %s." % (subscriber.name, topic))72    def unsubscribe(self, subscriber, topic):73        v = self.remove_subscriber_from_topic(subscriber, topic) + self.remove_topic_from_subscriber(subscriber, topic)74        # if v != 2:75        #     log.warning("ERR, %s not subscribed to %s." % (subscriber.name, topic))76    def get_subscribers(self, topic):77        if topic in self.topics.keys():...

fonctions.py

Source:fonctions.py

...93#print(f"reverse {reverse(l.premier)}")94print(f"reverse2 {reverse2(l.premier)}")95print(l)96l2 = Liste()97l2.add_elt(0)98l2.add_elt(1)99l2.add_elt(1)100l2.add_elt(1)101l2.add_elt(3)102l2.add_elt(4)103l2.add_elt(4)104l2.add_elt(7)105l2.add_elt(7)106l2.add_elt(7)107l2.add_elt(8)108print(l2)...

dxfloader.py

Source:dxfloader.py

1import numpy as np2import ezdxf, sys, os3from pathgenerator import *4class DXFLoader():5    def load(filename):6        dwg = ezdxf.readfile(filename)7        msp = dwg.modelspace()8        item_list = list()9        vertex = list()10        for line in msp.query('LINE'):11            item_list.append(Line(line.dxf.start, line.dxf.end))12            vertex += [line.dxf.start, line.dxf.end]13        for arc in msp.query('ARC'):14            item = Arc(arc.dxf.center, arc.dxf.radius, arc.dxf.start_angle * math.pi / 180, arc.dxf.end_angle * math.pi / 180, True)15            vertex += [item.start, item.end]16            item_list.append(item)17        for polyline in msp.query('LWPOLYLINE'):18            # (x, y, [start_width, [end_width, [bulge]]])19            # TODO handle bulge20            points = polyline.get_points()21            prev_p = points[0]22            for p in points[1:]:23                item_list.append(Line(prev_p[:2], p[:2]))24                prev_p = p25            vertex += [points[0][:2], points[-1][:2]]26        if not item_list:27            raise Exception('Path is empty')28        if len(item_list) == 1:29            pass30        else:31            edge_list = np.empty((0,2), int)32            for n in range(len(vertex)):33                for m in range(n+1, len(vertex)):34                    if(abs(vertex[n][0] - vertex[m][0]) < epsilon and abs(vertex[n][1] - vertex[m][1]) < epsilon):35                        edge_list = np.vstack((edge_list, np.array((n,m))))36            degree = np.bincount(edge_list.flatten()).max()37            if degree > 2:38                raise Exception("Graph is not a path")39        path_gen = PathGenerator(item_list.pop(0))40        add_elt = True41        while add_elt:42            add_elt = False43            for n,i in enumerate(item_list):44                try:45                    path_gen.append(i)46                    item_list.pop(n)47                    add_elt = True48                    break49                except Exception:50                    pass51        path_gen.reverse()52        add_elt = True53        while add_elt:54            add_elt = False55            for n,i in enumerate(item_list):56                try:57                    path_gen.append(i)58                    item_list.pop(n)59                    add_elt = True60                    break61                except Exception:62                    pass63        if len(item_list) > 0:64            raise Exception("Non-connected graph")...

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.