Merge 10c6862735 into 85db007ff5

Fixes #14241, Fixes #13922: Update the CableRender

docs/release-notes/version-3.7.md

@@ -2,6 +2,13 @@
 
 ## v3.7.7 (FUTURE)
 
+### Bug Fixes
+
+* [#13712](https://github.com/netbox-community/netbox/issues/13712) - Fix row highlighting for device interface list display
+* [#13806](https://github.com/netbox-community/netbox/issues/13806) - Fix "mark" button tooltip on button activation for device interface list display
+* [#13922](https://github.com/netbox-community/netbox/issues/13922) - Fix SVG drawing error on multiple termination trace with multiple devices
+* [#14241](https://github.com/netbox-community/netbox/issues/14241) - Fix random interface swap when performing cable trace with multiple termination
+
 ---
 
 ## v3.7.6 (2024-04-22)

netbox/dcim/choices.py

@@ -399,6 +399,10 @@ class PowerPortTypeChoices(ChoiceSet):
     TYPE_USB_MICRO_AB = 'usb-micro-ab'
     TYPE_USB_3_B = 'usb-3-b'
     TYPE_USB_3_MICROB = 'usb-3-micro-b'
+    # Molex
+    TYPE_MOLEX_MICRO_FIT_1X2 = 'molex-micro-fit-1x2'
+    TYPE_MOLEX_MICRO_FIT_2X2 = 'molex-micro-fit-2x2'
+    TYPE_MOLEX_MICRO_FIT_2X4 = 'molex-micro-fit-2x4'
     # Direct current (DC)
     TYPE_DC = 'dc-terminal'
     # Proprietary
@@ -520,6 +524,11 @@ class PowerPortTypeChoices(ChoiceSet):
             (TYPE_USB_3_B, 'USB 3.0 Type B'),
             (TYPE_USB_3_MICROB, 'USB 3.0 Micro B'),
         )),
+        ('Molex', (
+            (TYPE_MOLEX_MICRO_FIT_1X2, 'Molex Micro-Fit 1x2'),
+            (TYPE_MOLEX_MICRO_FIT_2X2, 'Molex Micro-Fit 2x2'),
+            (TYPE_MOLEX_MICRO_FIT_2X4, 'Molex Micro-Fit 2x4'),
+        )),
         ('DC', (
             (TYPE_DC, 'DC Terminal'),
         )),
@@ -635,6 +644,10 @@ class PowerOutletTypeChoices(ChoiceSet):
     TYPE_USB_A = 'usb-a'
     TYPE_USB_MICROB = 'usb-micro-b'
     TYPE_USB_C = 'usb-c'
+    # Molex
+    TYPE_MOLEX_MICRO_FIT_1X2 = 'molex-micro-fit-1x2'
+    TYPE_MOLEX_MICRO_FIT_2X2 = 'molex-micro-fit-2x2'
+    TYPE_MOLEX_MICRO_FIT_2X4 = 'molex-micro-fit-2x4'
     # Direct current (DC)
     TYPE_DC = 'dc-terminal'
     # Proprietary
@@ -749,6 +762,11 @@ class PowerOutletTypeChoices(ChoiceSet):
             (TYPE_USB_MICROB, 'USB Micro B'),
             (TYPE_USB_C, 'USB Type C'),
         )),
+        ('Molex', (
+            (TYPE_MOLEX_MICRO_FIT_1X2, 'Molex Micro-Fit 1x2'),
+            (TYPE_MOLEX_MICRO_FIT_2X2, 'Molex Micro-Fit 2x2'),
+            (TYPE_MOLEX_MICRO_FIT_2X4, 'Molex Micro-Fit 2x4'),
+        )),
         ('DC', (
             (TYPE_DC, 'DC Terminal'),
         )),

netbox/dcim/svg/cables.py

@@ -8,17 +8,16 @@ from django.conf import settings
 from dcim.constants import CABLE_TRACE_SVG_DEFAULT_WIDTH
 from utilities.utils import foreground_color
 
-
 __all__ = (
     'CableTraceSVG',
 )
 
-
 OFFSET = 0.5
 PADDING = 10
 LINE_HEIGHT = 20
 FANOUT_HEIGHT = 35
 FANOUT_LEG_HEIGHT = 15
+CABLE_HEIGHT = 4 * LINE_HEIGHT + FANOUT_HEIGHT + FANOUT_LEG_HEIGHT
 
 
 class Node(Hyperlink):
@@ -84,31 +83,38 @@ class Connector(Group):
         labels: Iterable of text labels
     """
 
-    def __init__(self, start, url, color, labels=[], description=[], **extra):
+    def __init__(self, start, url, color, wireless, labels=[], description=[], end=None, text_offset=0, **extra):
-        super().__init__(class_='connector', **extra)
+        super().__init__(class_="connector", **extra)
 
         self.start = start
         self.height = PADDING * 2 + LINE_HEIGHT * len(labels) + PADDING * 2
-        self.end = (start[0], start[1] + self.height)
+        # Allow to specify end-position or auto-calculate
+        self.end = end if end else (start[0], start[1] + self.height)
         self.color = color or '000000'
 
-        # Draw a "shadow" line to give the cable a border
+        if wireless:
-        cable_shadow = Line(start=self.start, end=self.end, class_='cable-shadow')
+            # Draw the cable
-        self.add(cable_shadow)
+            cable = Line(start=self.start, end=self.end, class_="wireless-link")
+            self.add(cable)
+        else:
+            # Draw a "shadow" line to give the cable a border
+            cable_shadow = Line(start=self.start, end=self.end, class_='cable-shadow')
+            self.add(cable_shadow)
 
-        # Draw the cable
+            # Draw the cable
-        cable = Line(start=self.start, end=self.end, style=f'stroke: #{self.color}')
+            cable = Line(start=self.start, end=self.end, style=f'stroke: #{self.color}')
-        self.add(cable)
+            self.add(cable)
 
         # Add link
         link = Hyperlink(href=url, target='_parent')
 
         # Add text label(s)
-        cursor = start[1]
+        cursor = start[1] + text_offset
-        cursor += PADDING * 2
+        cursor += PADDING * 2 + LINE_HEIGHT * 2
+        x_coord = (start[0] + end[0]) / 2 + PADDING
         for i, label in enumerate(labels):
             cursor += LINE_HEIGHT
-            text_coords = (start[0] + PADDING * 2, cursor - LINE_HEIGHT / 2)
+            text_coords = (x_coord, cursor - LINE_HEIGHT / 2)
             text = Text(label, insert=text_coords, class_='bold' if not i else [])
             link.add(text)
         if len(description) > 0:
@@ -190,8 +196,9 @@ class CableTraceSVG:
 
     def draw_parent_objects(self, obj_list):
         """
-        Draw a set of parent objects.
+        Draw a set of parent objects (eg hosts, switched, patchpanels) and return all created nodes
         """
+        objects = []
         width = self.width / len(obj_list)
         for i, obj in enumerate(obj_list):
             node = Node(
@@ -199,23 +206,26 @@ class CableTraceSVG:
                 width=width,
                 url=f'{self.base_url}{obj.get_absolute_url()}',
                 color=self._get_color(obj),
-                labels=self._get_labels(obj)
+                labels=self._get_labels(obj),
+                object=obj
             )
+            objects.append(node)
             self.parent_objects.append(node)
             if i + 1 == len(obj_list):
                 self.cursor += node.box['height']
+        return objects
 
-    def draw_terminations(self, terminations):
+    def draw_object_terminations(self, terminations, offset_x, width):
         """
-        Draw a row of terminating objects (e.g. interfaces), all of which are attached to the same end of a cable.
+        Draw all terminations belonging to an object with specified offset and width
+        Return all created nodes and their maximum height
         """
-        nodes = []
         nodes_height = 0
-        width = self.width / len(terminations)
+        nodes = []
-
+        # Sort them by name to make renders more readable
-        for i, term in enumerate(terminations):
+        for i, term in enumerate(sorted(terminations, key=lambda x: x.name)):
             node = Node(
-                position=(i * width, self.cursor),
+                position=(offset_x + i * width, self.cursor),
                 width=width,
                 url=f'{self.base_url}{term.get_absolute_url()}',
                 color=self._get_color(term),
@@ -225,133 +235,89 @@ class CableTraceSVG:
             )
             nodes_height = max(nodes_height, node.box['height'])
             nodes.append(node)
+        return nodes, nodes_height
+
+    def draw_terminations(self, terminations, parent_object_nodes):
+        """
+        Draw a row of terminating objects (e.g. interfaces) and return all created nodes
+        Attach them to previously created parent objects
+        """
+        nodes = []
+        nodes_height = 0
+
+        # Draw terminations for each parent object
+        for parent in parent_object_nodes:
+            parent_terms = [term for term in terminations if term.parent_object == parent.object]
+
+            # Width and offset(position) for each termination box
+            width = parent.box['width'] / len(parent_terms)
+            offset_x = parent.box['x']
+
+            result, nodes_height = self.draw_object_terminations(parent_terms, offset_x, width)
+            nodes.extend(result)
 
         self.cursor += nodes_height
         self.terminations.extend(nodes)
 
         return nodes
 
-    def draw_fanin(self, node, connector):
+    def draw_far_objects(self, obj_list, terminations):
-        points = (
-            node.bottom_center,
-            (node.bottom_center[0], node.bottom_center[1] + FANOUT_LEG_HEIGHT),
-            connector.start,
-        )
-        self.connectors.extend((
-            Polyline(points=points, class_='cable-shadow'),
-            Polyline(points=points, style=f'stroke: #{connector.color}'),
-        ))
-
-    def draw_fanout(self, node, connector):
-        points = (
-            connector.end,
-            (node.top_center[0], node.top_center[1] - FANOUT_LEG_HEIGHT),
-            node.top_center,
-        )
-        self.connectors.extend((
-            Polyline(points=points, class_='cable-shadow'),
-            Polyline(points=points, style=f'stroke: #{connector.color}'),
-        ))
-
-    def draw_cable(self, cable, terminations, cable_count=0):
         """
-        Draw a single cable.  Terminations and cable count are passed for determining position and padding
+        Draw the far-end objects and its terminations and return all created nodes
-
-        :param cable: The cable to draw
-        :param terminations: List of terminations to build positioning data off of
-        :param cable_count: Count of all cables on this layer for determining whether to collapse description into a
-                            tooltip.
         """
+        # Make sure elements are sorted by name for readability
+        objects = sorted(obj_list, key=lambda x: x.name)
+        width = self.width / len(objects)
 
-        # If the cable count is higher than 2, collapse the description into a tooltip
+        # Max-height of created terminations
-        if cable_count > 2:
+        terms_height = 0
-            # Use the cable __str__ function to denote the cable
+        term_nodes = []
-            labels = [f'{cable}']
 
-            # Include the label and the status description in the tooltip
+        # Draw the terminations by per object first
-            description = [
+        for i, obj in enumerate(objects):
-                f'Cable {cable}',
+            obj_terms = [term for term in terminations if term.parent_object == obj]
-                cable.get_status_display()
+            obj_pos = i * width
-            ]
+            result, result_nodes_height = self.draw_object_terminations(obj_terms, obj_pos, width / len(obj_terms))
 
-            if cable.type:
+            terms_height = max(terms_height, result_nodes_height)
-                # Include the cable type in the tooltip
+            term_nodes.extend(result)
-                description.append(cable.get_type_display())
-            if cable.length is not None and cable.length_unit:
-                # Include the cable length in the tooltip
-                description.append(f'{cable.length} {cable.get_length_unit_display()}')
-        else:
-            labels = [
-                f'Cable {cable}',
-                cable.get_status_display()
-            ]
-            description = []
-            if cable.type:
-                labels.append(cable.get_type_display())
-            if cable.length is not None and cable.length_unit:
-                # Include the cable length in the tooltip
-                labels.append(f'{cable.length} {cable.get_length_unit_display()}')
 
-        # If there is only one termination, center on that termination
+        # Update cursor and draw the objects
-        # Otherwise average the center across the terminations
+        self.cursor += terms_height
-        if len(terminations) == 1:
+        self.terminations.extend(term_nodes)
-            center = terminations[0].bottom_center[0]
+        object_nodes = self.draw_parent_objects(objects)
-        else:
-            # Get a list of termination centers
-            termination_centers = [term.bottom_center[0] for term in terminations]
-            # Average the centers
-            center = sum(termination_centers) / len(termination_centers)
 
-        # Create the connector
+        return object_nodes, term_nodes
-        connector = Connector(
-            start=(center, self.cursor),
-            color=cable.color or '000000',
-            url=f'{self.base_url}{cable.get_absolute_url()}',
-            labels=labels,
-            description=description
-        )
 
-        # Set the cursor position
+    def draw_fanin(self, target, terminations, color):
-        self.cursor += connector.height
-
-        return connector
-
-    def draw_wirelesslink(self, wirelesslink):
         """
-        Draw a line with labels representing a WirelessLink.
+        Draw the fan-in-lines from each of the terminations to the targetpoint
         """
-        group = Group(class_='connector')
+        for term in terminations:
+            points = (
+                term.bottom_center,
+                (term.bottom_center[0], term.bottom_center[1] + FANOUT_LEG_HEIGHT),
+                target,
+            )
+            self.connectors.extend((
+                Polyline(points=points, class_='cable-shadow'),
+                Polyline(points=points, style=f'stroke: #{color}'),
+            ))
 
-        labels = [
+    def draw_fanout(self, start, terminations, color):
-            f'Wireless link {wirelesslink}',
+        """
-            wirelesslink.get_status_display()
+        Draw the fan-out-lines from the startpoint to each of the terminations
-        ]
+        """
-        if wirelesslink.ssid:
+        for term in terminations:
-            labels.append(wirelesslink.ssid)
+            points = (
-
+                term.top_center,
-        # Draw the wireless link
+                (term.top_center[0], term.top_center[1] - FANOUT_LEG_HEIGHT),
-        start = (OFFSET + self.center, self.cursor)
+                start,
-        height = PADDING * 2 + LINE_HEIGHT * len(labels) + PADDING * 2
+            )
-        end = (start[0], start[1] + height)
+            self.connectors.extend((
-        line = Line(start=start, end=end, class_='wireless-link')
+                Polyline(points=points, class_='cable-shadow'),
-        group.add(line)
+                Polyline(points=points, style=f'stroke: #{color}'),
-
+            ))
-        self.cursor += PADDING * 2
-
-        # Add link
-        link = Hyperlink(href=f'{self.base_url}{wirelesslink.get_absolute_url()}', target='_parent')
-
-        # Add text label(s)
-        for i, label in enumerate(labels):
-            self.cursor += LINE_HEIGHT
-            text_coords = (self.center + PADDING * 2, self.cursor - LINE_HEIGHT / 2)
-            text = Text(label, insert=text_coords, class_='bold' if not i else [])
-            link.add(text)
-
-        group.add(link)
-        self.cursor += PADDING * 2
-
-        return group
 
     def draw_attachment(self):
         """
@@ -378,86 +344,99 @@ class CableTraceSVG:
 
         traced_path = self.origin.trace()
 
+        parent_object_nodes = []
         # Iterate through each (terms, cable, terms) segment in the path
         for i, segment in enumerate(traced_path):
             near_ends, links, far_ends = segment
 
-            # Near end parent
+            # This is segment number one.
             if i == 0:
                 # If this is the first segment, draw the originating termination's parent object
-                self.draw_parent_objects(set(end.parent_object for end in near_ends))
+                parent_object_nodes = self.draw_parent_objects(set(end.parent_object for end in near_ends))
+            # Else: No need to draw parent objects (parent objects are drawn in last "round" as the far-end!)
 
-            # Near end termination(s)
+            near_terminations = self.draw_terminations(near_ends, parent_object_nodes)
-            terminations = self.draw_terminations(near_ends)
+            self.cursor += CABLE_HEIGHT
 
             # Connector (a Cable or WirelessLink)
             if links:
-                link_cables = {}
-                fanin = False
-                fanout = False
 
-                # Determine if we have fanins or fanouts
+                parent_object_nodes, far_terminations = self.draw_far_objects(set(end.parent_object for end in far_ends), far_ends)
-                if len(near_ends) > len(set(links)):
+                for cable in links:
-                    self.cursor += FANOUT_HEIGHT
+                    # Fill in labels and description with all available data
-                    fanin = True
+                    description = [
-                if len(far_ends) > len(set(links)):
+                        f"Link {cable}",
-                    fanout = True
+                        cable.get_status_display()
-                cursor = self.cursor
+                    ]
-                for link in links:
+                    near = []
-                    # Cable
+                    far = []
-                    if type(link) is Cable and not link_cables.get(link.pk):
+                    color = '000000'
-                        # Reset cursor
+                    if cable.description:
-                        self.cursor = cursor
+                        description.append(f"{cable.description}")
-                        # Generate a list of terminations connected to this cable
+                    if isinstance(cable, Cable):
-                        near_end_link_terminations = [term for term in terminations if term.object.cable == link]
+                        labels = [f"{cable}"] if len(links) > 2 else [f"Cable {cable}", cable.get_status_display()]
-                        # Draw the cable
+                        if cable.type:
-                        cable = self.draw_cable(link, near_end_link_terminations, cable_count=len(links))
+                            description.append(cable.get_type_display())
-                        # Add cable to the list of cables
+                        if cable.length and cable.length_unit:
-                        link_cables.update({link.pk: cable})
+                            description.append(f"{cable.length} {cable.get_length_unit_display()}")
-                        # Add cable to drawing
+                        color = cable.color or '000000'
-                        self.connectors.append(cable)
 
-                        # Draw fan-ins
+                        # Collect all connected nodes to this cable
-                        if len(near_ends) > 1 and fanin:
+                        near = [term for term in near_terminations if term.object in cable.a_terminations]
-                            for term in terminations:
+                        far = [term for term in far_terminations if term.object in cable.b_terminations]
-                                if term.object.cable == link:
+                        if not (near and far):
-                                    self.draw_fanin(term, cable)
+                            # a and b terminations may be swapped
+                            near = [term for term in near_terminations if term.object in cable.b_terminations]
+                            far = [term for term in far_terminations if term.object in cable.a_terminations]
+                    elif isinstance(cable, WirelessLink):
+                        labels = [f"{cable}"] if len(links) > 2 else [f"Wireless {cable}", cable.get_status_display()]
+                        if cable.ssid:
+                            description.append(f"{cable.ssid}")
+                        near = [term for term in near_terminations if term.object == cable.interface_a]
+                        far = [term for term in far_terminations if term.object == cable.interface_b]
+                        if not (near and far):
+                            # a and b terminations may be swapped
+                            near = [term for term in near_terminations if term.object == cable.interface_b]
+                            far = [term for term in far_terminations if term.object == cable.interface_a]
 
-                    # WirelessLink
+                    # Select most-probable start and end position
-                    elif type(link) is WirelessLink:
+                    start = near[0].bottom_center
-                        wirelesslink = self.draw_wirelesslink(link)
+                    end = far[0].top_center
-                        self.connectors.append(wirelesslink)
+                    text_offset = 0
 
-                # Far end termination(s)
+                    if len(near) > 1:
-                if len(far_ends) > 1:
+                        # Handle Fan-In - change start position to be directly below start
-                    if fanout:
+                        start = (end[0], start[1] + FANOUT_HEIGHT + FANOUT_LEG_HEIGHT)
-                        self.cursor += FANOUT_HEIGHT
+                        self.draw_fanin(start, near, color)
-                        terminations = self.draw_terminations(far_ends)
+                        text_offset -= FANOUT_HEIGHT + FANOUT_LEG_HEIGHT
-                        for term in terminations:
+                    elif len(far) > 1:
-                            if hasattr(term.object, 'cable') and link_cables.get(term.object.cable.pk):
+                        # Handle Fan-Out - change end position to be directly above end
-                                self.draw_fanout(term, link_cables.get(term.object.cable.pk))
+                        end = (start[0], end[1] - FANOUT_HEIGHT - FANOUT_LEG_HEIGHT)
-                    else:
+                        self.draw_fanout(end, far, color)
-                        self.draw_terminations(far_ends)
+                        text_offset -= FANOUT_HEIGHT
-                elif far_ends:
-                    self.draw_terminations(far_ends)
-                else:
-                    # Link is not connected to anything
-                    break
 
-                # Far end parent
+                    # Create the connector
-                parent_objects = set(end.parent_object for end in far_ends)
+                    connector = Connector(
-                self.draw_parent_objects(parent_objects)
+                        start=start,
+                        end=end,
+                        color=color,
+                        wireless=isinstance(cable, WirelessLink),
+                        url=f'{self.base_url}{cable.get_absolute_url()}',
+                        text_offset=text_offset,
+                        labels=labels,
+                        description=description
+                    )
+                    self.connectors.append(connector)
 
             # Render a far-end object not connected via a link (e.g. a ProviderNetwork or Site associated with
             # a CircuitTermination)
             elif far_ends:
-
                 # Attachment
                 attachment = self.draw_attachment()
                 self.connectors.append(attachment)
 
                 # Object
-                self.draw_parent_objects(far_ends)
+                parent_object_nodes = self.draw_parent_objects(far_ends)
 
         # Determine drawing size
         self.drawing = svgwrite.Drawing(

netbox/dcim/tables/devices.py

@@ -51,34 +51,6 @@ def get_cabletermination_row_class(record):
     return ''
 
 
-def get_interface_row_class(record):
-    if not record.enabled:
-        return 'danger'
-    elif record.is_virtual:
-        return 'primary'
-    return get_cabletermination_row_class(record)
-
-
-def get_interface_state_attribute(record):
-    """
-    Get interface enabled state as string to attach to <tr/> DOM element.
-    """
-    if record.enabled:
-        return 'enabled'
-    else:
-        return 'disabled'
-
-
-def get_interface_connected_attribute(record):
-    """
-    Get interface disconnected state as string to attach to <tr/> DOM element.
-    """
-    if record.mark_connected or record.cable:
-        return 'connected'
-    else:
-        return 'disconnected'
-
-
 #
 # Device roles
 #
@@ -706,11 +678,12 @@ class DeviceInterfaceTable(InterfaceTable):
             'cable', 'connection',
         )
         row_attrs = {
-            'class': get_interface_row_class,
             'data-name': lambda record: record.name,
-            'data-enabled': get_interface_state_attribute,
+            'data-enabled': lambda record: "enabled" if record.enabled else "disabled",
-            'data-type': lambda record: record.type,
+            'data-virtual': lambda record: "true" if record.is_virtual else "false",
-            'data-connected': get_interface_connected_attribute
+            'data-mark-connected': lambda record: "true" if record.mark_connected else "false",
+            'data-cable-status': lambda record: record.cable.status if record.cable else "",
+            'data-type': lambda record: record.type
         }
 
 

netbox/project-static/src/buttons/connectionToggle.ts

@@ -7,10 +7,10 @@ import { isTruthy, apiPatch, hasError, getElements } from '../util';
  *
  * @param element Connection Toggle Button Element
  */
-function toggleConnection(element: HTMLButtonElement): void {
+function setConnectionStatus(element: HTMLButtonElement, status: string): void {
+  // Get the button's row to change its data-cable-status attribute
+  const row = element.parentElement?.parentElement as HTMLTableRowElement;
   const url = element.getAttribute('data-url');
-  const connected = element.classList.contains('connected');
-  const status = connected ? 'planned' : 'connected';
 
   if (isTruthy(url)) {
     apiPatch(url, { status }).then(res => {
@@ -19,34 +19,18 @@ function toggleConnection(element: HTMLButtonElement): void {
         createToast('danger', 'Error', res.error).show();
         return;
       } else {
-        // Get the button's row to change its styles.
+        // Update cable status in DOM
-        const row = element.parentElement?.parentElement as HTMLTableRowElement;
+        row.setAttribute('data-cable-status', status);
-        // Get the button's icon to change its CSS class.
-        const icon = element.querySelector('i.mdi, span.mdi') as HTMLSpanElement;
-        if (connected) {
-          row.classList.remove('success');
-          row.classList.add('info');
-          element.classList.remove('connected', 'btn-warning');
-          element.classList.add('btn-info');
-          element.title = 'Mark Installed';
-          icon.classList.remove('mdi-lan-disconnect');
-          icon.classList.add('mdi-lan-connect');
-        } else {
-          row.classList.remove('info');
-          row.classList.add('success');
-          element.classList.remove('btn-success');
-          element.classList.add('connected', 'btn-warning');
-          element.title = 'Mark Installed';
-          icon.classList.remove('mdi-lan-connect');
-          icon.classList.add('mdi-lan-disconnect');
-        }
       }
     });
   }
 }
 
 export function initConnectionToggle(): void {
-  for (const element of getElements<HTMLButtonElement>('button.cable-toggle')) {
+  for (const element of getElements<HTMLButtonElement>('button.mark-planned')) {
-    element.addEventListener('click', () => toggleConnection(element));
+    element.addEventListener('click', () => setConnectionStatus(element, 'planned'));
+  }
+  for (const element of getElements<HTMLButtonElement>('button.mark-installed')) {
+    element.addEventListener('click', () => setConnectionStatus(element, 'connected'));
   }
 }

netbox/project-static/styles/netbox.scss

@@ -1075,4 +1075,41 @@ html {
       display: none;
     }
   }
-}
+  
+  // Apply row colours to interface lists
+  &[data-netbox-url-name='device_interfaces'] {
+    tr[data-cable-status=connected] {
+      background-color: rgba(map.get($theme-colors, "green"), 0.15);
+    }
+  
+    tr[data-cable-status=planned] {
+      background-color: rgba(map.get($theme-colors, "blue"), 0.15);
+    }
+  
+    tr[data-cable-status=decommissioning] {
+      background-color: rgba(map.get($theme-colors, "yellow"), 0.15);
+    }
+  
+    tr[data-mark-connected=true] {
+      background-color: rgba(map.get($theme-colors, "success"), 0.15);
+    }
+  
+    tr[data-virtual=true] {
+      background-color: rgba(map.get($theme-colors, "primary"), 0.15);
+    }
+  
+    tr[data-enabled=disabled] {
+      background-color: rgba(map.get($theme-colors, "danger"), 0.15);
+    }
+  
+    // Only show the correct button depending on the cable status
+    tr[data-cable-status=connected] button.mark-installed {
+      display: none;
+    }
+  
+    tr:not([data-cable-status=connected]) button.mark-planned {
+      display: none;
+    }
+  
+  }
+}

netbox/templates/dcim/inc/cable_toggle_buttons.html

@@ -1,12 +1,9 @@
 {% load i18n %}
 {% if perms.dcim.change_cable %}
-    {% if cable.status == 'connected' %}
+    <button type="button" class="btn btn-warning btn-sm mark-planned" title="{% trans "Mark Planned" %}" data-url="{% url 'dcim-api:cable-detail' pk=cable.pk %}">
-        <button type="button" class="btn btn-warning btn-sm cable-toggle connected" title="{% trans "Mark Planned" %}" data-url="{% url 'dcim-api:cable-detail' pk=cable.pk %}">
+    <i class="mdi mdi-lan-disconnect" aria-hidden="true"></i>
-            <i class="mdi mdi-lan-disconnect" aria-hidden="true"></i>
+    </button>
-        </button>
+    <button type="button" class="btn btn-info btn-sm mark-installed" title="{% trans "Mark Installed" %}" data-url="{% url 'dcim-api:cable-detail' pk=cable.pk %}">
-    {% else %}
+    <i class="mdi mdi-lan-connect" aria-hidden="true"></i>
-        <button type="button" class="btn btn-info btn-sm cable-toggle" title="{% trans "Mark Installed" %}" data-url="{% url 'dcim-api:cable-detail' pk=cable.pk %}">
+    </button>
-            <i class="mdi mdi-lan-connect" aria-hidden="true"></i>
-        </button>
-    {% endif %}
 {% endif %}