EURO U21 Qualification Group D stats & predictions

Last Weekend's Matches

The recent matches have been nothing short of spectacular, with goals galore and unexpected upsets. Team A secured a narrow victory against Team B, thanks to a last-minute goal that sent fans into a frenzy. Meanwhile, Team C's dominant performance against Team D showcased their potential to be dark horses in this competition.

Key Players to Watch

• Player X (Team A): A defensive stalwart whose leadership on the field is unmatched.
• Player Y (Team B): An attacking maestro known for his dazzling dribbles and precise finishes.
• Player Z (Team C): A speedy winger whose pace and agility make him a constant threat to defenses.
• Player W (Team D): A versatile midfielder capable of controlling the tempo of the game.

Tactical Insights

Coaches have been experimenting with various formations to gain an edge over their rivals. Team A's switch to a 3-5-2 formation has provided them with greater defensive solidity, while Team B's fluid attacking play has been enhanced by their use of overlapping full-backs.

Betting Trends

Betting experts have been closely analyzing the odds and trends in Group D. Recent fluctuations in betting markets suggest that Team C is gaining momentum as a strong contender for qualification. However, Team A's consistent performance keeps them at the top of many punters' lists.

Expert Predictions

• Prediction 1: Experts predict that Team A will continue their winning streak, securing their spot in the final tournament with relative ease.
• Prediction 2: Team B is expected to bounce back from recent setbacks with a series of strong performances, challenging for second place.
• Prediction 3: An upset is on the cards as Team C is predicted to cause major upsets, potentially knocking out one of the top favorites.
• Prediction 4: Team D's balanced approach could see them sneak into the top two spots if they maintain consistency and capitalize on their opponents' weaknesses.

Betting Tips

• Favoring underdogs can yield high returns, especially when teams like Team C are peaking at the right time.
• Over/under goals bets are popular in this group due to the attacking nature of several teams.
• Live betting offers opportunities to capitalize on in-game developments and momentum shifts.

Upcoming Clashes

The next set of matches promises even more excitement as teams vie for crucial points. Here are some key fixtures to look out for:

• Matchday X: Team A vs. Team C: This clash is anticipated to be a tactical battle, with both teams looking to assert their dominance early on.
• Matchday Y: Team B vs. Team D: Known for their attacking prowess, both teams are expected to provide an entertaining spectacle filled with goals.
• Matchday Z: Team A vs. Team D: A test of endurance and strategy as both teams aim to solidify their positions in the group standings.
• Matchday W: Team B vs. Team C: An intriguing matchup where both sides will look to exploit each other's weaknesses while showcasing their strengths.

Tactical Breakdowns

Analyzing past performances provides valuable insights into how these teams might approach upcoming fixtures:

• Team A's Defensive Strategy: Known for their compact defensive setup, they often rely on quick transitions to catch opponents off guard.
• Team B's Attacking Formations: Utilizing wide players effectively allows them to stretch defenses and create scoring opportunities through crosses and cutbacks.
• Team C's Physical Approach: Their physicality can unsettle opponents, forcing errors that they can capitalize on with swift counter-attacks.
• Team D's Midfield Dominance: Controlling possession through midfield superiority gives them control over games, dictating tempo and rhythm as needed.jbarham/terraform-provider-nuage<|file_sep|>/nuage/resource_nuage_network_domain.go package nuage import ( "github.com/hashicorp/terraform/helper/schema" ) func resourceNuageNetworkDomain() *schema.Resource { return &schema.Resource{ Create: resourceNuageNetworkDomainCreate, Read: resourceNuageNetworkDomainRead, Update: resourceNuageNetworkDomainUpdate, Delete: resourceNuageNetworkDomainDelete, Schema: map[string]*schema.Schema{ "parent_id": &schema.Schema{ Type: schema.TypeString, Optional: true, Default: "0", }, "name": &schema.Schema{ Type: schema.TypeString, Required: true, }, "comment": &schema.Schema{ Type: schema.TypeString, Optional: true, Default: "", }, "enabled": &schema.Schema{ Type: schema.TypeBool, Optional: true, Default: false, }, "dhcp_enabled": &schema.Schema{ Type: schema.TypeBool, Optional: true, Default: false, }, "route_mode": &schema.Schema{ Type: schema.TypeString, Optional: true, Default: "Static", ValidateFunc: func(v interface{}, k string) (ws []string, errors []error) { switch v.(string) { case "Static", "Dynamic": return default: errors = append(errors, fmt.Errorf("%q must be Static or Dynamic", k)) } return }, }, "static_routes": &schema.Schema{ Type: schema.TypeList, Optional: true, Elem: &schema.Resource{ Schema: map[string]*schema.Schema{ "next_hop": &schema.Schema{ Type: schema.TypeString, Optional: true, Default: "", }, "network": &schema.Schema{ Type: schema.TypeString, Optional: true, Default: "", }, }, }, }, "network_domain_id": &schema.Schema{ Type: schema.TypeString, Optional: true, ReadOnly: true, }, "nuage_network_domain_id": &schema.Schema{ Type: schema.TypeString, Optional: true, ReadOnly: true, }, "nuage_vsd_managed": &schema.Schema{ Type: schema.TypeBool, Optional: true, ReadOnly: true, }, "nuage_vsd_managed_by_terraform": &schema.Schema{ Type: schema.TypeBool, Optional: true, DefaultFunc: func() (interface{}, error) { return false, nil }, }, "nuage_subnet_ids": &schema.Schema{ Type: schema.TypeSet, Optional: true, ElemType: schema.TypeString, // Set: // schema.HashStringFromInt64(), // Schema: // map[string]*schema.Schema{ // NameFieldLabel: // requiredStringSchema(), // DescriptionFieldLabel: // stringSchema(), // }, }, // Metadata: // map[string]interface{}{ // networkDomainMetadataLabel: // true, // networkDomainMetadataNsdIdLabel: // true, // networkDomainMetadataNsIdLabel: // true, // networkDomainMetadataDhcpEnabledLabel: // true, // networkDomainMetadataRouteModeLabel: // true, // networkDomainMetadataStaticRoutesLabel: // true, // }, Metadata: map[string]interface{}{ networkDomainMetadataNsdIdLabel: false, networkDomainMetadataNsIdLabel: false, networkDomainMetadataDhcpEnabledLabel: false, networkDomainMetadataRouteModeLabel: false, networkDomainMetadataStaticRoutesLabel: false, }, TerraformMetadataFields: []string{ networkDomainTerraformMetadataNsdIdFieldLabel, networkDomainTerraformMetadataNsIdFieldLabel, networkDomainTerraformMetadataDhcpEnabledFieldLabel, networkDomainTerraformMetadataRouteModeFieldLabel, networkDomainTerraformMetadataStaticRoutesFieldLabel, }, TerraformManagedFields: []string{ "nuage_subnet_ids", }, }, } } func resourceNuageNetworkDomainCreate(d *schema.ResourceData, meta interface{}) error { client := meta.(*NutanixClient) domainName := d.Get("name").(string) comment := d.Get("comment").(string) parentID := d.Get("parent_id").(string) isEnabled := d.Get("enabled").(bool) isDHCPEnabled := d.Get("dhcp_enabled").(bool) routeMode := d.Get("route_mode").(string) var staticRoutes []map[string]interface{} if v, ok := d.GetOk("static_routes"); ok { staticRoutes = v.(*schema.Set).List() log.Printf("[DEBUG] Static routes specified - %v", staticRoutes) if len(staticRoutes) == 0 { log.Printf("[DEBUG] No static routes specified") } else { log.Printf("[DEBUG] Specified static routes:") for _, route := range staticRoutes { log.Printf("[DEBUG] - %v", route) } } // Check that each route has all required fields specified if len(staticRoutes) > 0 { for _, route := range staticRoutes { if _, ok := route["network"].(string); !ok || route["network"].(string) == "" { return fmt.Errorf("Network not specified in static route %v", route) } if _, ok := route["next_hop"].(string); !ok || route["next_hop"].(string) == "" { return fmt.Errorf("Next hop not specified in static route %v", route) } } } // If no routes were specified then use default value if len(staticRoutes) == 0 { log.Printf("[DEBUG] Setting default values for empty static_routes list") staticRoutes = []map[string]interface{}{{"network":"0.0.0.0/0","next_hop":"192.168.1.1"}} } log.Printf("[DEBUG] Converting static routes into map") // Convert into map structure convertedStaticRoutes := make([]map[string]string, len(staticRoutes)) i := int(0) for _, route := range staticRoutes { convertedStaticRoute := make(map[string]string) convertedStaticRoute["network"] = route["network"].(string) convertedStaticRoute["nextHop"] = route["next_hop"].(string) convertedStaticRoutes[i] = convertedStaticRoute i +=1 } log.Printf("[DEBUG] Converted static routes:") for _, route := range convertedStaticRoutes { log.Printf("[DEBUG] - %v", route) } d.Set(networkDomainTerraformMetadataDhcpEnabledFieldLabel, isDHCPEnabled) d.Set(networkDomainTerraformMetadataRouteModeFieldLabel, routeMode) if len(staticRoutes) >0 { d.Set(networkDomainTerraformMetadataStaticRoutesFieldLabel, convertedStaticRoutes) } nuageSubnetsIdsSet := d.Get("nuage_subnet_ids").(*schema.Set).List() nuageSubnetsIdsStringSet := make([]string,len(nuageSubnetsIdsSet)) i:=0 for _, nuageSubnetIdString := range nuageSubnetsIdsSet { nuageSubnetsIdsStringSet[i]=nuageSubnetIdString.(string) i+=1 } subnetIDsList := nuageSubnetsIdsStringSet log.Printf("[DEBUG] Creating Network Domain...") domainID,err:=client.CreateNetworkDomain(domainName,parentID,isEnabled,isDHCPEnabled,routeMode,"","","",staticRoutes,"","",subnetIDsList) if err!=nil { return err } log.Printf("[DEBUG] Created Network Domain...") // Set ID field d.SetId(domainID) } } func resourceNuageNetworkDomainRead(d *schema.ResourceData, meta interface{}) error { client:=meta.(*NutanixClient) log.Printf("[DEBUG] Reading Network Domain...") domainID:=d.Id() log.Printf("[DEBUG] Network Domain ID - %v",domainID) domain,err:=client.ReadNetworkDomain(domainID) if err!=nil { return err } if domain==nil { return fmt.Errorf("Could not find Network Domain with ID %v",domainID) } log.Printf("[DEBUG] Read Network Domain...") d.Set("parent_id",domain.ParentID) d.Set("name",domain.Name) d.Set("comment",domain.Comment) d.Set("enabled",domain.IsEnabled) d.Set("dhcp_enabled",domain.DHCPEnabled) d.Set("route_mode",domain.RouteMode) if domain.StaticRoutes!=nil { staticRouteMapList:=make([]map[string]string,len(domain.StaticRoutes)) i:=int(0) for _,staticRouteMap:=range domain.StaticRoutes { staticRouteMapList[i]=make(map[string]string) staticRouteMapList[i]["network"]=staticRouteMap.Network staticRouteMapList[i]["next_hop"]=staticRouteMap.NextHop i+=1 } d.Set("static_routes",staticRouteMapList) } d.Set(networkDomainTerraformMetadataDhcpEnabledFieldLabel,domain.DHCPEnabled) d.Set(networkDomainTerraformMetadataRouteModeFieldLabel,domain.RouteMode) if domain.StaticRoutes!=nil { d.Set(networkDomainTerraformMetadataStaticRoutesFieldLabel,domain.StaticRoutes) } subnetIDsList:=make([]string,len(domain.SubnetIDs)) i:=int(0) for _,subnetID:=range domain.SubnetIDs { subnetIDsList[i]=subnetID i+=1 } d.Set("nuage_subnet_ids",&schema.HashString{subnetIDsList}) return nil } func resourceNuageNetworkDomainUpdate(d *schema.ResourceData,m interface{}) error { client:=m.(*NutanixClient) domainID:=d.Id() oldParentID:=d.GetChange(nuagedomainParentId).(string) newParentID:=d.Get(nuagedomainParentId).(string) oldName:=d.GetChange(nuagedomainName).(string) newName:=d.Get(nuagedomainName).(string) oldComment:=d.GetChange(nuagedomainComment).(string) newComment:=d.Get(nuagedomainComment).(string) oldIsEnabled:=d.GetChange(nuagedomainIsEnabled).(bool) newIsEnabled:=d.Get(nuagedomainIsEnabled).(bool) oldIsDHCPEnabled:=d.GetChange(nuagedomaidhcpenabled).(bool) newIsDHCPEnabled:=d.Get(nuagedomaidhcpenabled).(bool) oldRouteMode:=d.GetChange(nuagedomairoutemode).(string) newRouteMode:=d.Get(nuagedomairoutemode).(string) oldStaticRoutes,dynamicOldStaticRoutes,errOldStaticroutes:=GetResourceDataChange(d,nuagedomastaticroutes) newStaticRoutes,dynamicNewStaticroutes,errNewStaticroutes:=GetResourceDataValue(d,nuagedomastaticroutes) if oldParentID!=""||oldName!=""||oldComment!=""||oldIsEnabled!=""||oldIsDHCPEnabled!=""||oldRouteMode!=""||oldStaticRoutes!=nil { log.Printf("[DEBUG] Updating Network Domain...") if errOldStaticroutes!=nil { return