def ui_content(self): """Describes the UI this plugin requires This is an ordered list of (path, widget) tuples. """ # Function to expand all "keywords" to the same length aligned = lambda l: l.ljust(13) # Network related widgets, appearing in one row network_widgets = [ ui.KeywordLabel("networking", aligned(_("Networking: "))), ui.Label("networking.bridge", ""), ] action_widgets = [ ui.Button("action.lock", _("Lock")), ui.Button("action.logoff", _("Log Off")), ui.Button("action.restart", _("Restart")), ui.Button("action.poweroff", _("Power Off")) ] widgets = [ui.Header("header[0]", _("System Information"))] if self.model()["managed_by"]: widgets += [ ui.KeywordLabel("managed_by", aligned(_("Managed by: "))) ] widgets += [ ui.KeywordLabel("status", aligned(_("Status: "))), ui.Divider("divider[0]"), ui.Row("row[0]", network_widgets), ui.Label("networking.ip", ""), ui.Divider("divider[1]"), ui.KeywordLabel("logs", aligned(_("Logs: "))), ui.KeywordLabel("libvirt.num_guests", aligned(_("Running VMs: "))), ui.Divider("divider[2]"), ui.Label("support.hint", _("Press F8 for support menu")), ui.Row("row[1]", [ ui.Button("action.hostkey", _("View Host Key")), ui.Button("action.cpu_details", _("View CPU Details")) ]), ui.Button("action.console", "Set Console Path"), ui.Row("row[2]", action_widgets), ] self.widgets.add(widgets) page = ui.Page("page", widgets) page.buttons = [] return page
def ui_content(self): ws = [ui.Header("header[0]", _("Storage Volumes")), ui.KeywordLabel("storage.drive_size", "Drive size: ")] if not self.__enough_free_space(): ws.extend([ui.Notice("space.notice", "Not enough space! Needs at least " "%sMB for installation, %sMB " "available" % (str(self._min_drive_size), self._drive_size))]) if not self._fill: ws.extend([ui.KeywordLabel("storage.free_space", "Remaining Space: ")]) ws.extend([ui.Label("label[0]", "Please enter the sizes for the " + "following partitions in MB"), ui.Checkbox("storage.fill_data", "Fill disk with Data " + "partition", True), ui.Entry("storage.efi_size", _("UEFI/Bios:"), enabled=False), ui.Entry("storage.root_size", _("Root & RootBackup:"), enabled=False), ui.Label("label[1]", _("(2 partitions at %sMB each)") % self.model().get("storage.root_size")), ui.Divider("divider[2]"), ui.Entry("storage.swap_size", _("Swap MB:")), ui.Entry("storage.config_size", _("Config MB:")), ui.Entry("storage.logging_size", _("Logging MB:")), ui.Entry("storage.data_size", _("Data MB:"), enabled=not self._fill), ]) if not self._fill: ws.extend([ui.Label("label[2]", "(-1 fills all free space)")]) self.widgets.add(ws) page = ui.Page("storage", ws) page.buttons = [ui.QuitButton("button.quit", _("Quit")), ui.Button("button.back", _("Back"))] if self.__enough_free_space(): can_continue = self.model() and self.__calculate_free_space() >= 0 page.buttons.extend([ui.SaveButton("button.next", _("Continue"), enabled=can_continue)]) return page
def __init__(self, path="lock.dialog", title="This screen is locked."): super(LockDialog, self).__init__(path, title, []) self.children = [ ui.Header("lock.label[0]", "Enter the admin password to unlock"), ui.KeywordLabel("username", "Username: "******"password", "Password:"******"action.unlock", "Unlock")] self.escape_key = None
def ui_content(self): # Update the status on a page refresh self._model["hosted_engine.status"] = self.__get_vm_status() network_up = NodeNetwork().is_configured() ws = [ui.Header("header[0]", "Hosted Engine Setup")] if network_up: ws.extend([ui.KeywordLabel("hosted_engine.enabled", ("Hosted Engine: "))]) else: ws.extend([ui.Notice("network.notice", "Networking is not " + "configured please configure it before " + "setting up hosted engine")]) if self._configured(): ws.extend([ui.Divider("divider[0]"), ui.KeywordLabel("hosted_engine.vm", ("Engine VM: ")), ui.KeywordLabel("hosted_engine.status", ("Engine Status: ")), ui.Button("button.status", "Hosted Engine VM status"), ui.Button("button.maintenance", "Set Hosted Engine maintenance")]) if network_up: ws.extend([ui.Divider("divider.button"), ui.Button("button.dialog", "Deploy Hosted Engine")]) if self._show_progressbar: if "progress" in self._model: ws.append(ui.ProgressBar("download.progress", int(self._model["progress"]))) else: ws.append(ui.ProgressBar("download.progress", 0)) ws.append(ui.KeywordLabel("download.status", "")) page = ui.Page("page", ws) page.buttons = [] self.widgets.add(page) return page
def ui_content(self): ws = [ ui.Header("header[0]", _("Storage Volumes")), ui.KeywordLabel("storage.drive_size", "Drive size: ") ] if not self._fill: ws.extend( [ui.KeywordLabel("storage.free_space", "Remaining Space: ")]) ws.extend([ ui.Label( "label[0]", "Please enter the sizes for the " + "following partitions in MB"), ui.Checkbox("storage.fill_data", "Fill disk with Data " + "partition", True), ui.Entry("storage.efi_size", _("UEFI/Bios:"), enabled=False), ui.Entry("storage.root_size", _("Root & RootBackup:"), enabled=False), ui.Label( "label[1]", _("(2 partitions at %sMB each)") % self.model().get("storage.efi_size")), ui.Divider("divider[2]"), ui.Entry("storage.swap_size", _("Swap:")), ui.Entry("storage.config_size", _("Config:")), ui.Entry("storage.logging_size", _("Logging:")), ui.Entry("storage.data_size", _("Data:"), enabled=not self._fill), ]) if not self._fill: ws.extend([ui.Label("label[2]", "(-1 fills all free space)")]) self.widgets.add(ws) page = ui.Page("storage", ws) page.buttons = [ ui.QuitButton("button.quit", _("Quit")), ui.Button("button.back", _("Back")), ui.SaveButton("button.next", _("Continue")) ] return page
def _build_lock_dialog(self): widgets = [ ui.Header("lock.label[0]", "Enter the admin password to unlock"), ui.KeywordLabel("username", "Username: "******"password", "Password:"******"lock.dialog", "This screen is locked.", widgets) page.buttons = [ui.Button("action.unlock", "Unlock")] page.escape_key = None return page
def ui_content(self): ws = [ ui.Header("header[0]", "IPMI"), ui.KeywordLabel("ipmi.enabled", "IPMI Enabled: ") ] if Ipmi().check_status(): ws.extend([ ui.Divider("divider[0]"), ui.Header("header[1]", "Fan Status:"), ui.Table("ipmi_output", "", "Fan status", Ipmi().fan_status()) ]) page = ui.Page("page", ws) page.buttons = [] self.widgets.add(ws) return page
def ui_content(self): profiles = [(profile, profile) for profile in tuned.get_available_profiles()] ws = [ ui.Header("header", "tuned Configuration"), ui.Label( "label", "Choose the tuned profile you would " + "like to apply to this system."), ui.Divider("divider[0]"), ui.KeywordLabel("tuned.profile", "Current Active Profile: "), ui.Table("tuned.profile", "", "Available tuned Profiles", profiles), ] page = ui.Page("page", ws) self.widgets.add(page) return page
def ui_content(self): """Describes the UI this plugin requires This is an ordered list of (path, widget) tuples. """ kbd = utils.system.Keyboard() ws = [ui.Header("header", _("Keyboard Layout Selection")), ui.Label("label", _("Choose the Keyboard Layout you would ") + _("like to apply to this system.")), ui.Divider("divider[0]"), ui.KeywordLabel("keyboard.layout_name", _("Current Active ") + _("Keyboard Layout: ")), ui.Table("keyboard.layout", "", _("Available Keyboard Layouts"), kbd.available_layouts(), kbd.get_current()), ] page = ui.Page("page", ws) page.buttons = [ui.SaveButton("page.save", _("Save"))] self.widgets.add(page) return page
def ui_content(self): align = lambda l: l.ljust(16) if not self._model: self._build_model() ws = [ ui.Header("header[0]", _("Confirm disk selections")), ui.Notice("notice[0]", _("The data on these disks will " "be erased!")), ui.KeywordLabel("boot.header", _("Boot device")), DiskDetails("boot.device.current", self, self._model["boot.device.current"]) ] if self._storage_tagged(self._model["boot.device.current"]): ws.extend([ ui.Notice("boot.notice", _("Boot device may be part " "of a storage domain!")) ]) ws.extend([ui.KeywordLabel("install.header", "Install devices")]) for i in range(len(self._model["installation.devices"])): ws.extend([ DiskDetails("installation.device[%s]" % i, self, self._model["installation.devices"][i]) ]) if self._storage_tagged(self._model["installation.devices"][i]): ws.extend([ ui.Notice( "installation.notice[%s]" % i, _("This device may be part of a storage " "domain!")) ]) ws.extend([ ui.Divider("divider[0]"), ui.KeywordLabel("storage.volumes", _("Volume sizes")) ]) intuples = lambda lst, n: [lst[x:x + n] for x in range(0, len(lst), n)] for xs in intuples( sorted(k for k in self._model.keys() if k.startswith("storage.")), 2): chi = [] for x in xs: chi.append( ui.KeywordLabel( x, _( align( x.replace("_", " ").replace( "storage.", "").title() + ":")))) row = ui.Row("row[%s]" % xs, chi) ws.append(row) if int(self._model["storage.data_size"]) < (50 * 1024): ws.extend([ ui.Divider("divider.he"), ui.Notice( "notice.he", "The size of the data volume is " "not large enough to use the Engine " "Appliance, must be at least 50GB (51200MB)") ]) page = ui.Page("confirmation", ws) page.buttons = [ ui.QuitButton("button.quit", _("Quit")), ui.Button("button.back", _("Back")), ui.SaveButton("button.next", _("Confirm")) ] self.widgets.add(page) return page
def __init__(self, plugin, ifname): super(NicDetailsDialog, self).__init__("dialog.nic", "NIC Details: %s" % ifname, []) self.plugin = plugin # Populate model with nic specific informations self.logger.debug("Building NIC details dialog for %s" % ifname) nic = utils.network.NodeNetwork().nics()[ifname] model = defaults.Network().retrieve() ip6model = defaults.IPv6().retrieve() m_layout = defaults.NetworkLayout().retrieve() self.logger.debug("nic: %s" % nic) self.logger.debug("model: %s" % model) self.logger.debug("ip6model: %s" % ip6model) is_primary_interface = model["iface"] == ifname if not is_primary_interface: # The config contains the information for the primary ifnamee, # because this ifnamee is not the primaryifnameme we clear the # config model = dict((k, "") for k in model.keys()) ipaddr, netmask, gateway, vlanid = (model["ipaddr"], model["netmask"], model["gateway"], model["vlanid"]) ip6addr, ip6netmask, ip6gateway, ip6bootproto = (ip6model["ipaddr"], ip6model["netmask"], ip6model["gateway"], ip6model["bootproto"]) bootproto = model["bootproto"] if model["bootproto"] == "dhcp": if nic.exists(): routes = utils.network.Routes() gateway = routes.default() ipaddr, netmask = nic.ipv4_address().items() vlanid = ",".join(nic.vlanids()) else: if ipaddr: bootproto = "static" link_status_txt = ("Connected" if nic.has_link() else "Disconnected") vendor_txt = nic.vendor[:24] if nic.vendor else "" self.plugin._model_extra.update({ "dialog.nic.driver": nic.driver, "dialog.nic.vendor": vendor_txt, "dialog.nic.link_status": link_status_txt, "dialog.nic.hwaddress": nic.hwaddr, "dialog.nic.ipv4.bootproto": bootproto, "dialog.nic.ipv4.address": ipaddr, "dialog.nic.ipv4.netmask": netmask, "dialog.nic.ipv4.gateway": gateway, "dialog.nic.ipv6.bootproto": ip6bootproto, "dialog.nic.ipv6.address": ip6addr, "dialog.nic.ipv6.netmask": ip6netmask, "dialog.nic.ipv6.gateway": ip6gateway, "dialog.nic.vlanid": vlanid, "dialog.nic.layout_bridged": m_layout["layout"] == "bridged", }) self.logger.debug("model: %s" % self.plugin.model()) padd = lambda l: l.ljust(12) ws = [ ui.Row("dialog.nic._row[0]", [ ui.KeywordLabel("dialog.nic.driver", padd("Driver: ")), ui.KeywordLabel("dialog.nic.vendor", padd("Vendor: ")), ]), ui.Row("dialog.nic._row[2]", [ ui.KeywordLabel("dialog.nic.link_status", padd("Link Status: ")), ui.KeywordLabel("dialog.nic.hwaddress", padd("MAC Address: ")), ]), ui.Divider("dialog.nic._divider[0]"), ui.Label("dialog.nic.ipv4._header", "IPv4 Settings"), ui.Options("dialog.nic.ipv4.bootproto", "Bootprotocol: ", [("none", "Disabled"), ("dhcp", "DHCP"), ("static", "Static")]), ui.Row("dialog.nic._row[4]", [ ui.Entry("dialog.nic.ipv4.address", padd("IP Address: ")), ui.Entry("dialog.nic.ipv4.netmask", padd(" Netmask: ")) ]), ui.Row("dialog.nic._row[5]", [ ui.Entry("dialog.nic.ipv4.gateway", padd("Gateway: ")), ui.Label("dummy[0]", "") ]), ui.Divider("dialog.nic._divider[1]"), ui.Label("dialog.nic.ipv6._header", "IPv6 Settings"), ui.Options("dialog.nic.ipv6.bootproto", "Bootprotocol: ", [("none", "Disabled"), ("auto", "Auto"), ("dhcp", "DHCP"), ("static", "Static")]), ui.Row("dialog.nic._row[6]", [ ui.Entry("dialog.nic.ipv6.address", padd("IP Address: ")), ui.Entry("dialog.nic.ipv6.netmask", padd(" Prefix Length: ")) ]), ui.Row("dialog.nic._row[7]", [ ui.Entry("dialog.nic.ipv6.gateway", padd("Gateway: ")), ui.Label("dummy[1]", "") ]), ui.Divider("dialog.nic._divider[2]"), ui.Row("dialog.nic._row[8]", [ ui.Entry("dialog.nic.vlanid", padd("VLAN ID: ")), ui.Label("dummy[2]", "") ]), ui.Divider("dialog.nic._divider[3]"), ui.Checkbox("dialog.nic.layout_bridged", "Use Bridge: "), ui.Divider("dialog.nic._divider[4]"), ui.Button("dialog.nic.identify", "Flash Lights to Identify"), ] self.plugin.widgets.add(ws) self.children = ws self.buttons = [ ui.SaveButton("dialog.nic.save", "Save"), ui.CloseButton("dialog.nic.close", "Close") ] self.plugin._nic_details_group.enabled(False) self.plugin.widgets["dialog.nic.vlanid"].enabled(True) self.plugin.widgets["dialog.nic.layout_bridged"].enabled(True)
def __init__(self, plugin, iface): super(NicDetailsDialog, self).__init__("dialog.nic", "NIC Details: %s" % iface, []) self.plugin = plugin # Populate model with nic specific informations self.logger.debug("Building NIC details dialog for %s" % iface) self.logger.debug("Getting informations for NIC details page") live = utils.network.node_nics()[iface] cfg = defaults.Network().retrieve() self.logger.debug("live: %s" % live) self.logger.debug("cfg: %s" % cfg) # The primary interface of this Node: node_bridge_slave = config.network.node_bridge_slave() if node_bridge_slave != iface: # The config contains the information for the primary iface, # because this iface is not the primary iface we clear the config cfg = {k: "" for k in cfg.keys()} ipaddr, netmask, gateway, vlanid = (cfg["ipaddr"], cfg["netmask"], cfg["gateway"], cfg["vlanid"]) bridge_nic = utils.network.NIC(live["bridge"]) if cfg["bootproto"] == "dhcp": if bridge_nic.exists(): routes = utils.network.Routes() ipaddr, netmask = bridge_nic.ipv4_address().items() gateway = routes.default() vlanid = bridge_nic.vlanid() else: self.logger.warning("Bridge assigned but couldn't gather " + "live info: %s" % bridge_nic) self.plugin._model_extra.update({ "dialog.nic.iface": live["name"], "dialog.nic.driver": live["driver"], "dialog.nic.protocol": live["bootproto"] or "N/A", "dialog.nic.vendor": live["vendor"], "dialog.nic.link_status": "Connected" if live["link_detected"] else "Disconnected", "dialog.nic.hwaddress": live["hwaddr"], "dialog.nic.ipv4.bootproto": cfg["bootproto"], "dialog.nic.ipv4.address": ipaddr, "dialog.nic.ipv4.netmask": netmask, "dialog.nic.ipv4.gateway": gateway, "dialog.nic.vlanid": vlanid, }) self.logger.debug("model: %s" % self.plugin.model()) padd = lambda l: l.ljust(14) ws = [ ui.Row("dialog.nic._row[0]", [ ui.KeywordLabel("dialog.nic.iface", padd("Interface: ")), ui.KeywordLabel("dialog.nic.driver", padd("Driver: ")), ]), ui.Row("dialog.nic._row[1]", [ ui.KeywordLabel("dialog.nic.protocol", padd("Protocol: ")), ui.KeywordLabel("dialog.nic.vendor", padd("Vendor: ")), ]), ui.Row("dialog.nic._row[2]", [ ui.KeywordLabel("dialog.nic.link_status", padd("Link Status: ")), ui.KeywordLabel("dialog.nic.hwaddress", padd("MAC Address: ")), ]), ui.Divider("dialog.nic._divider[0]"), ui.Header("dialog.nic.ipv4._header", "IPv4 Settings"), ui.Options("dialog.nic.ipv4.bootproto", "Bootprotocol: ", [("none", "Disabled"), ("dhcp", "DHCP"), ("static", "Static")]), ui.Entry("dialog.nic.ipv4.address", padd("IP Address: ")), ui.Entry("dialog.nic.ipv4.netmask", padd("Netmask: ")), ui.Entry("dialog.nic.ipv4.gateway", padd("Gateway: ")), ui.Divider("dialog.nic._divider[1]"), ui.Entry("dialog.nic.vlanid", padd("VLAN ID: ")), ] self.plugin.widgets.add(ws) self.children = ws self.buttons = [ ui.SaveButton("dialog.nic.save", "Save"), ui.CloseButton("dialog.nic.close", "Close"), ] self.plugin._nic_details_group.enabled(False)
def __init__(self, plugin, ifname): super(NicDetailsDialog, self).__init__("dialog.nic", "NIC Details: %s" % ifname, []) self.plugin = plugin # Populate model with nic specific informations self.logger.debug("Building NIC details dialog for %s" % ifname) nic = utils.network.NodeNetwork().nics()[ifname] model = defaults.Network().retrieve() ip6model = defaults.IPv6().retrieve() self.logger.debug("nic: %s" % nic) self.logger.debug("model: %s" % model) self.logger.debug("ip6model: %s" % ip6model) is_primary_interface = model["iface"] == ifname link_status_txt = ("Connected" if nic.has_link() else "Disconnected") vendor_txt = nic.vendor[:24] if nic.vendor else "" self.plugin._model_extra.update({ "dialog.nic.driver": nic.driver, "dialog.nic.vendor": vendor_txt, "dialog.nic.link_status": link_status_txt, "dialog.nic.hwaddress": nic.hwaddr, }) if isinstance(nic, network.BondedNIC): self.plugin._model_extra.update({ "dialog.nic.bond_mode": nic.mode, "dialog.nic.bond_slaves": " ".join(nic.slaves) }) bootproto = model["bootproto"] ipaddr = model["ipaddr"] netmask = model["netmask"] gateway = model["gateway"] vlanid = model["vlanid"] if model["bootproto"] == "dhcp": if nic.exists(): routes = utils.network.Routes() gateway = routes.default() ipaddr, netmask = nic.ipv4_address().items() vlanid = ",".join(nic.vlanids()) else: if ipaddr: bootproto = "static" nicfields = { "dialog.nic.ipv4.bootproto": bootproto, "dialog.nic.ipv4.address": ipaddr, "dialog.nic.ipv4.netmask": netmask, "dialog.nic.ipv4.gateway": gateway, "dialog.nic.ipv6.bootproto": ip6model["bootproto"], "dialog.nic.ipv6.address": ip6model["ipaddr"], "dialog.nic.ipv6.netmask": ip6model["netmask"], "dialog.nic.ipv6.gateway": ip6model["gateway"], "dialog.nic.vlanid": vlanid, } self.plugin._model_extra.update(nicfields) if not is_primary_interface: # Unset all NIC fields. Because their values are only relevant # for the primary interface self.plugin._model_extra.update(dict.fromkeys(nicfields.keys())) self.logger.debug("model: %s" % self.plugin.model()) padd = lambda l: l.ljust(12) ws = [ ui.Row("dialog.nic._row[0]", [ ui.KeywordLabel("dialog.nic.driver", padd(_("Driver: "))), ui.KeywordLabel("dialog.nic.vendor", padd(_("Vendor: "))), ]), ui.Row("dialog.nic._row[2]", [ ui.KeywordLabel("dialog.nic.link_status", padd("Link Status: ")), ui.KeywordLabel("dialog.nic.hwaddress", padd("MAC Address: ")), ]) ] if isinstance(nic, network.BondedNIC): ws += [ ui.Row("dialog.nic._row[3]", [ ui.KeywordLabel("dialog.nic.bond_mode", _("Bond Mode: ")), ui.KeywordLabel("dialog.nic.bond_slaves", _("Bond Slaves: ")) ]) ] ws += [ ui.Divider("dialog.nic._divider[0]"), ui.Label("dialog.nic.ipv4._header", _("IPv4 Settings")), ui.Options("dialog.nic.ipv4.bootproto", "Bootprotocol: ", [("none", _("Disabled")), ("dhcp", _("DHCP")), ("static", _("Static"))]), ui.Row("dialog.nic._row[4]", [ ui.Entry("dialog.nic.ipv4.address", padd(_("IP Address: "))), ui.Entry("dialog.nic.ipv4.netmask", padd(_(" Netmask: "))) ]), ui.Row("dialog.nic._row[5]", [ ui.Entry("dialog.nic.ipv4.gateway", padd(_("Gateway: "))), ui.Label("dummy[0]", "") ]), ui.Divider("dialog.nic._divider[1]"), ui.Label("dialog.nic.ipv6._header", _("IPv6 Settings")), ui.Options("dialog.nic.ipv6.bootproto", "Bootprotocol: ", [("none", _("Disabled")), ("auto", _("Auto")), ("dhcp", _("DHCP")), ("static", _("Static"))]), ui.Row("dialog.nic._row[6]", [ ui.Entry("dialog.nic.ipv6.address", padd(_("IP Address: "))), ui.Entry("dialog.nic.ipv6.netmask", padd( _(" Prefix Length: "))) ]), ui.Row("dialog.nic._row[7]", [ ui.Entry("dialog.nic.ipv6.gateway", padd(_("Gateway: "))), ui.Label("dummy[1]", "") ]), ui.Divider("dialog.nic._divider[2]"), ui.Row("dialog.nic._row[8]", [ ui.Entry("dialog.nic.vlanid", padd(_("VLAN ID: "))), ui.Label("dummy[2]", "") ]), ui.Divider("dialog.nic._divider[3]"), ui.Divider("dialog.nic._divider[4]"), ui.Button("dialog.nic.identify", _("Flash Lights to Identify")) ] self.plugin.widgets.add(ws) self.children = ws self.plugin._nic_details_group.enabled(False) if isinstance(nic, network.BridgedNIC): self.buttons = [ui.CloseButton("dialog.nic.close", _("Close"))] else: self.plugin.widgets["dialog.nic.vlanid"].enabled(True) self.buttons = [ ui.SaveButton("dialog.nic.save", _("Save")), ui.CloseButton("dialog.nic.close", _("Close")) ]