supplier

package
v0.0.0-...-e2c201e Latest Latest
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 Go to latest Published: Jan 10, 2023 License: GPL-3.0 Imports: 16 Imported by: 0

Documentation

Index

Constants

View Source 
const (
	PRODUCT_SERVER     = iota
	PRODUCT_RACK       = iota
	PRODUCT_AC         = iota
	PRODUCT_GENERATOR  = iota
	PRODUCT_DECORATION = iota
)
View Source 
const (
	POWERLINE_NONE = iota
	POWERLINE_10K  = iota
	POWERLINE_50K  = iota
	POWERLINE_200K = iota
	POWERLINE_1M   = iota
)
View Source 
const (
	ASSIGNED_UNASSIGNED = 0
	ASSIGNED_PHYSICAL   = 1
	ASSIGNED_VPS        = 2
)
View Source 
const (
	REPUTATION_NB_MONTH = 36
)

Variables

View Source 
var AvailableConfs = []ServerConfType{
	ServerConfType{
		ServerName:     "T1000",
		NbProcessors:   [2]int32{1, 2},
		NbDisks:        [2]int32{1, 2},
		NbSlotRam:      [2]int32{1, 4},
		BackplanePrice: 200,
		ServerSprite:   "tower",
		NbU:            -1,
		Scrap:          false,
	},
	ServerConfType{
		ServerName:     "R100",
		NbProcessors:   [2]int32{1, 2},
		NbDisks:        [2]int32{1, 1},
		NbSlotRam:      [2]int32{1, 2},
		BackplanePrice: 1000,
		ServerSprite:   "server.1u",
		NbU:            1,
		Scrap:          false,
	},
	ServerConfType{
		ServerName:     "R200",
		NbProcessors:   [2]int32{1, 2},
		NbDisks:        [2]int32{1, 4},
		NbSlotRam:      [2]int32{1, 4},
		BackplanePrice: 2000,
		ServerSprite:   "server.2u",
		NbU:            2,
		Scrap:          false,
	},
	ServerConfType{
		ServerName:     "R400",
		NbProcessors:   [2]int32{1, 2},
		NbDisks:        [2]int32{1, 10},
		NbSlotRam:      [2]int32{1, 8},
		BackplanePrice: 3000,
		ServerSprite:   "server.4u",
		NbU:            4,
		Scrap:          false,
	},
	ServerConfType{
		ServerName:     "R600",
		NbProcessors:   [2]int32{2, 4},
		NbDisks:        [2]int32{1, 6},
		NbSlotRam:      [2]int32{1, 8},
		BackplanePrice: 3000,
		ServerSprite:   "server.4u",
		NbU:            4,
		Scrap:          false,
	},
	ServerConfType{
		ServerName:     "B100",
		NbProcessors:   [2]int32{8, 8},
		NbDisks:        [2]int32{8, 8},
		NbSlotRam:      [2]int32{32, 32},
		BackplanePrice: 6000,
		ServerSprite:   "server.blade.8u",
		NbU:            8,
		Scrap:          false,
	},
	ServerConfType{
		ServerName:     "B200",
		NbProcessors:   [2]int32{16, 16},
		NbDisks:        [2]int32{8, 8},
		NbSlotRam:      [2]int32{32, 32},
		BackplanePrice: 8000,
		ServerSprite:   "server.blade.8u",
		NbU:            8,
		Scrap:          false,
	},
	ServerConfType{
		ServerName:     "scrap1U",
		NbProcessors:   [2]int32{0, 0},
		NbDisks:        [2]int32{0, 0},
		NbSlotRam:      [2]int32{0, 0},
		BackplanePrice: 0,
		ServerSprite:   "scrap.1u",
		NbU:            1,
		Scrap:          true,
	},
	ServerConfType{
		ServerName:     "scrap2U",
		NbProcessors:   [2]int32{0, 0},
		NbDisks:        [2]int32{0, 0},
		NbSlotRam:      [2]int32{0, 0},
		BackplanePrice: 0,
		ServerSprite:   "scrap.2u",
		NbU:            2,
		Scrap:          true,
	},
	ServerConfType{
		ServerName:     "scrap4U",
		NbProcessors:   [2]int32{0, 0},
		NbDisks:        [2]int32{0, 0},
		NbSlotRam:      [2]int32{0, 0},
		BackplanePrice: 0,
		ServerSprite:   "scrap.4u",
		NbU:            4,
		Scrap:          true,
	},
	ServerConfType{
		ServerName:     "scrap8U",
		NbProcessors:   [2]int32{0, 0},
		NbDisks:        [2]int32{0, 0},
		NbSlotRam:      [2]int32{0, 0},
		BackplanePrice: 0,
		ServerSprite:   "scrap.8u",
		NbU:            8,
		Scrap:          true,
	},
}
View Source 
var AvailableLocation = map[string]*LocationType{
	"siliconvalley": &LocationType{
		Name:                "Mountain View",
		Metersquareprice:    30,
		Internetfailrate:    0.005,
		Electricityfailrate: 0.010,
		Temperatureaverage:  16.11,
		Electricitycost:     0.1534,
		Taxrate:             0.12,
		Bankinterestrate:    0.03,
		Xmap:                772,
		Ymap:                1431,
	},
	"newyork": &LocationType{
		Name:                "New York",
		Metersquareprice:    26,
		Internetfailrate:    0.003,
		Electricityfailrate: 0.005,
		Temperatureaverage:  12.77,
		Electricitycost:     0.13,
		Taxrate:             0.10,
		Bankinterestrate:    0.03,
		Xmap:                1228,
		Ymap:                1388,
	},
	"london": &LocationType{
		Name:                "London",
		Metersquareprice:    36,
		Internetfailrate:    0.002,
		Electricityfailrate: 0.004,
		Temperatureaverage:  10.4,
		Electricitycost:     0.22,
		Taxrate:             0.19,
		Bankinterestrate:    0.03,
		Xmap:                1933,
		Ymap:                1233,
	},
	"lulea": &LocationType{
		Name:                "Luleå",
		Metersquareprice:    1,
		Internetfailrate:    0.002,
		Electricityfailrate: 0.003,
		Temperatureaverage:  0,
		Electricitycost:     0.0833,
		Taxrate:             0.22,
		Bankinterestrate:    0.03,
		Xmap:                2146,
		Ymap:                1003,
	},
	"shanghai": &LocationType{
		Name:                "Shanghai",
		Metersquareprice:    30,
		Internetfailrate:    0.002,
		Electricityfailrate: 0.003,
		Temperatureaverage:  22,
		Electricitycost:     0.042,
		Taxrate:             0.25,
		Bankinterestrate:    0.04,
		Xmap:                3085,
		Ymap:                1500,
	},
	"sydney": &LocationType{
		Name:                "Sydney",
		Metersquareprice:    28,
		Internetfailrate:    0.002,
		Electricityfailrate: 0.003,
		Temperatureaverage:  23,
		Electricitycost:     0.23,
		Taxrate:             0.29,
		Bankinterestrate:    0.04,
		Xmap:                3369,
		Ymap:                2183,
	},
	"bangalore": &LocationType{
		Name:                "Bangalore",
		Metersquareprice:    3.4,
		Internetfailrate:    0.003,
		Electricityfailrate: 0.004,
		Temperatureaverage:  30,
		Electricitycost:     0.07,
		Taxrate:             0.08,
		Bankinterestrate:    0.04,
		Xmap:                2673,
		Ymap:                1706,
	},
	"moscow": &LocationType{
		Name:                "Moscow",
		Metersquareprice:    11,
		Internetfailrate:    0.003,
		Electricityfailrate: 0.005,
		Temperatureaverage:  9,
		Electricitycost:     0.08,
		Taxrate:             0.20,
		Bankinterestrate:    0.06,
		Xmap:                2294,
		Ymap:                1172,
	},
}
View Source 
var GlobalLocation string

Functions

func GetKilowattPowerline 

func GetKilowattPowerline(powerline int32) float64

func PriceTrendListSave 

func PriceTrendListSave(pt PriceTrend) string

func ServerDemandParsingNumbers 

func ServerDemandParsingNumbers(m map[string]interface{}) [2]int32

Types

type Actor 

type Actor interface {
	GetInventory() *Inventory
	GetLedger() *accounting.Ledger
	GetName() string // "you" = player
	GetLocation() *LocationType
	GetReputationScore() float64 // 0.0 <= score <= 1.0
	GetOffers() []*ServerOffer
}

Actor -> Player or NPDatacenter

type ActorAbstract 

type ActorAbstract struct {
	// contains filtered or unexported fields
}

func NewActorAbstract 

func NewActorAbstract() *ActorAbstract

func (*ActorAbstract) AddOffer 

func (self *ActorAbstract) AddOffer(offer *ServerOffer)

func (*ActorAbstract) GetInventory 

func (actor *ActorAbstract) GetInventory() *Inventory

GetInventory is part of the Actor interface

func (*ActorAbstract) GetLedger 

func (actor *ActorAbstract) GetLedger() *accounting.Ledger

GetLedger is part of the Actor interface

func (*ActorAbstract) GetLocation 

func (actor *ActorAbstract) GetLocation() *LocationType

func (*ActorAbstract) GetLocationName 

func (actor *ActorAbstract) GetLocationName() string

func (*ActorAbstract) GetName 

func (self *ActorAbstract) GetName() string

func (*ActorAbstract) GetOffers 

func (self *ActorAbstract) GetOffers() []*ServerOffer

func (*ActorAbstract) GetReputationScore 

func (self *ActorAbstract) GetReputationScore() float64

GetReputationScore is part of the Actor interface. 0.0 <= score <= 1.0

func (*ActorAbstract) Init 

func (actor *ActorAbstract) Init(timer *timer.GameTimer, locationname, name string)

func (*ActorAbstract) LoadOffer 

func (self *ActorAbstract) LoadOffer(offer map[string]interface{})

func (*ActorAbstract) RemoveOffer 

func (self *ActorAbstract) RemoveOffer(offer *ServerOffer)

type BannerWidget 

type BannerWidget struct {
	sws.CoreWidget
	// contains filtered or unexported fields
}

ad widget

func NewBannerWidget 

func NewBannerWidget(width, height int32) *BannerWidget

type CartItem 

type CartItem struct {
	Typeitem   int32
	Serverconf *ServerConf // if it is an PRODUCT_SERVER
	Unitprice  float64
	Nb         int32
}

type CartPageItemUi 

type CartPageItemUi struct {
	sws.CoreWidget
	// contains filtered or unexported fields
}

func NewCartPageItemUi 

func NewCartPageItemUi(iconasset, desc string, price float64, qty int32, totalcallback func()) *CartPageItemUi

type CartPageWidget 

type CartPageWidget struct {
	sws.CoreWidget
	// contains filtered or unexported fields
}

Cart page

the cart inventory is stored into the GlobalInventory object

func NewCartPageWidget 

func NewCartPageWidget(width, height int32) *CartPageWidget

func (*CartPageWidget) AddItem 

func (self *CartPageWidget) AddItem(productitem int32, conf *ServerConf, unitprice float64, nb int32)

func (*CartPageWidget) DeleteItem 

func (self *CartPageWidget) DeleteItem(cartitem *CartItem)

func (*CartPageWidget) Reset 

func (self *CartPageWidget) Reset()

func (*CartPageWidget) SetBuyCallback 

func (self *CartPageWidget) SetBuyCallback(callback func())

func (*CartPageWidget) SetGame 

func (self *CartPageWidget) SetGame(inventory *Inventory)

type CriteriaFilter 

type CriteriaFilter interface {
	Filter(offers []*ServerOffer) []*ServerOffer
}

func NewFilterDisk 

func NewFilterDisk(i map[string]interface{}) CriteriaFilter

func NewFilterNbcores 

func NewFilterNbcores(i map[string]interface{}) CriteriaFilter

func NewFilterPrice 

func NewFilterPrice(i map[string]interface{}) CriteriaFilter

func NewFilterRam 

func NewFilterRam(i map[string]interface{}) CriteriaFilter

func ServerDemandParsingFilters 

func ServerDemandParsingFilters(m map[string]interface{}) []CriteriaFilter

type CriteriaFilterDisk 

type CriteriaFilterDisk struct {
	Disksize int32
}

func (*CriteriaFilterDisk) Filter 

func (self *CriteriaFilterDisk) Filter(offers []*ServerOffer) []*ServerOffer

type CriteriaFilterNbcores 

type CriteriaFilterNbcores struct {
	Nbcores int32
}

func (*CriteriaFilterNbcores) Filter 

func (self *CriteriaFilterNbcores) Filter(offers []*ServerOffer) []*ServerOffer

type CriteriaFilterPrice 

type CriteriaFilterPrice struct {
	Price float64
}

func (*CriteriaFilterPrice) Filter 

func (self *CriteriaFilterPrice) Filter(offers []*ServerOffer) []*ServerOffer

type CriteriaFilterRam 

type CriteriaFilterRam struct {
	Ramsize int32
}

func (*CriteriaFilterRam) Filter 

func (self *CriteriaFilterRam) Filter(offers []*ServerOffer) []*ServerOffer

type DemandInstance 

type DemandInstance struct {
	Template *DemandTemplate
	Nb       map[string]int32 // number of instance per specs
}

func (*DemandInstance) FindOffer 

func (self *DemandInstance) FindOffer(actors []Actor, now time.Time) (*ServerBundle, Actor)

we should check across the inventory of different competitors 

and from these inventory checks across all the offers

func (*DemandInstance) ToString 

func (self *DemandInstance) ToString() string

type DemandTemplate 

type DemandTemplate struct {
	Specs         map[string]*ServerDemandTemplate
	Beginningdate time.Time
	Howoften      int32   // per year
	Renewalfactor float64 // per year
}

func DemandParsing 

func DemandParsing(j map[string]interface{}) *DemandTemplate

DemandParsing parse a complete demand template such as 

 {
		"specs": {
			"app": {
				"filters": {
					"diskfilter": { "mindisk": 40}
				},
				"priorities": {
					"price": 2,
					"disk": 1,
					"network":1,
					"reputation":1,
					"captive":2
				},
				"numbers": { "low": 1, "high": 1}
			},
			"db": {
				"filters": {
					"diskfilter": { "mindisk": 40}
				},
				"priorities": {
					"disk": 1,
					"network":1,
					"reputation":1
				},
				"numbers": { "low": 1, "high": 1}
			}
		},
		"beginningdate": "1996-12-01",
		"howoften": 40
	}

func DemandTemplateAssetLoad 

func DemandTemplateAssetLoad(assetname string) *DemandTemplate

func (*DemandTemplate) InstanciateDemand 

func (self *DemandTemplate) InstanciateDemand() *DemandInstance

this function is called every "howoften" per year

type HardwareServerPool 

type HardwareServerPool struct {
	Name string
	// contains filtered or unexported fields
}

func NewHardwareServerPool 

func NewHardwareServerPool(name string) *HardwareServerPool

func (*HardwareServerPool) AddPoolSubscriber 

func (self *HardwareServerPool) AddPoolSubscriber(subscriber PoolSubscriber)

func (*HardwareServerPool) Allocate 

func (self *HardwareServerPool) Allocate(nbcores, ramsize, disksize int32, vt bool) *InventoryItem

func (*HardwareServerPool) GetName 

func (self *HardwareServerPool) GetName() string

func (*HardwareServerPool) HowManyFit 

func (self *HardwareServerPool) HowManyFit(nbcores, ramsize, disksize int32, vt bool) int32

func (*HardwareServerPool) IsAllocated 

func (self *HardwareServerPool) IsAllocated(item *InventoryItem) bool

func (*HardwareServerPool) IsInside 

func (self *HardwareServerPool) IsInside(item *InventoryItem) bool

func (*HardwareServerPool) IsVps 

func (self *HardwareServerPool) IsVps() bool

func (*HardwareServerPool) Release 

func (self *HardwareServerPool) Release(item *InventoryItem, nbcores, ramsize, disksize int32)

func (*HardwareServerPool) RemovePoolSubscriber 

func (self *HardwareServerPool) RemovePoolSubscriber(subscriber PoolSubscriber)

type Inventory 

type Inventory struct {
	Cart  []*CartItem
	Items map[int32]*InventoryItem
	// contains filtered or unexported fields
}

Inventory structure owns the inventory of - InventoryItems: servers, AC, rack, generator - pools

func NewInventory 

func NewInventory(globaltimer *timer.GameTimer) *Inventory

func (*Inventory) AddInventoryPoolSubscriber 

func (self *Inventory) AddInventoryPoolSubscriber(subscriber InventoryPoolSubscriber)

func (*Inventory) AddInventorySubscriber 

func (self *Inventory) AddInventorySubscriber(subscriber InventorySubscriber)

func (*Inventory) AddPool 

func (self *Inventory) AddPool(pool ServerPool)

func (*Inventory) AddPowerStatSubscriber 

func (self *Inventory) AddPowerStatSubscriber(subscriber InventoryPowerChangeSubscriber)

func (*Inventory) AddServerBundle 

func (self *Inventory) AddServerBundle(bundle *ServerBundle)

func (*Inventory) AssignPool 

func (self *Inventory) AssignPool(item *InventoryItem, pool ServerPool)

func (*Inventory) BuyCart 

func (self *Inventory) BuyCart(buydate time.Time) []*InventoryItem

func (*Inventory) ComputeGlobalPower 

func (self *Inventory) ComputeGlobalPower()

GetGlobalPower list all machines on the map and compute - the power machines consumes (positive number) - the power generator can sustain (positive number) normaly called by Inventory only

func (*Inventory) DecommissionServer 

func (self *Inventory) DecommissionServer(item *InventoryItem, smoothly bool) bool

DecommissionServer try to relocate an offer on a given item to other servers. return true decomission was possible

func (*Inventory) DiscardItem 

func (self *Inventory) DiscardItem(item *InventoryItem) bool

to discard an item, it must not be placed or be a scrap item

func (*Inventory) GeneratePowerlineOutage 

func (self *Inventory) GeneratePowerlineOutage(probability float64) bool

PowerlineOutage is called everyday to see if we have an electricity outage return true if outage

func (*Inventory) GetDefaultPhysicalPool 

func (self *Inventory) GetDefaultPhysicalPool() ServerPool

func (*Inventory) GetDefaultPoolAllocation 

func (self *Inventory) GetDefaultPoolAllocation() int32

func (*Inventory) GetDefaultVpsPool 

func (self *Inventory) GetDefaultVpsPool() ServerPool

func (*Inventory) GetGlobalPower 

func (self *Inventory) GetGlobalPower() (consumption, generation, cooler float64)

GetGlobalPower allow to get the current consumption and generator capacity

func (*Inventory) GetHotspotValue 

func (self *Inventory) GetHotspotValue(y, x int32) float64

GetHotspotValue allow to get the heat map for each tile It returns the amount of wH

func (*Inventory) GetMonthlyPowerlinesPrice 

func (self *Inventory) GetMonthlyPowerlinesPrice() float64

func (*Inventory) GetPools 

func (self *Inventory) GetPools() []ServerPool

func (*Inventory) GetPowerlines 

func (self *Inventory) GetPowerlines() [3]int32

GetPowerlines is used to collect the current situation

func (*Inventory) GetServerBundlePerItem 

func (self *Inventory) GetServerBundlePerItem(item *InventoryItem) *ServerBundle

func (*Inventory) GetServerBundles 

func (self *Inventory) GetServerBundles() []*ServerBundle

func (*Inventory) InstallItem 

func (self *Inventory) InstallItem(item *InventoryItem, x, y, z int32) bool

func (*Inventory) Load 

func (self *Inventory) Load(conf map[string]interface{})

func (*Inventory) LoadItem 

func (self *Inventory) LoadItem(product map[string]interface{})

func (*Inventory) RemoveInventorySubscriber 

func (self *Inventory) RemoveInventorySubscriber(subscriber InventorySubscriber)

func (*Inventory) RemovePool 

func (self *Inventory) RemovePool(pool ServerPool)

func (*Inventory) RemovePowerChangeSubscriber 

func (self *Inventory) RemovePowerChangeSubscriber(subscriber InventoryPowerChangeSubscriber)

func (*Inventory) RemoveServerBundle 

func (self *Inventory) RemoveServerBundle(bundle *ServerBundle)

func (*Inventory) Save 

func (self *Inventory) Save() string

func (*Inventory) ScrapItem 

func (self *Inventory) ScrapItem(item *InventoryItem)

ScrapItem replace a given item by a scrap part: - it decomission the server - transform the server into a scrap part

func (*Inventory) SetDefaultPoolAllocation 

func (self *Inventory) SetDefaultPoolAllocation(poolallocation int32)

func (*Inventory) SetPowerline 

func (self *Inventory) SetPowerline(index, power int32)

ChangePowerline is used to adjust one of the 3 main power line arrival power = [POWERLINE_NONE,POWERLINE_10K,POWERLINE_100K,POWERLINE_1M,POWERLINE_10M] we call subscribers systematically

func (*Inventory) UninstallItem 

func (self *Inventory) UninstallItem(item *InventoryItem)

type InventoryItem 

type InventoryItem struct {
	Id               int32
	Typeitem         int32
	Serverconf       *ServerConf // if it is a PRODUCT_SERVER
	Buydate          time.Time   // for the amortizement
	Deliverydate     time.Time   // to know when to show it
	Xplaced, Yplaced int32       // -1 if not placed (yet)
	Zplaced          int32       //only for racking servers
	Pool             ServerPool

	//allocation
	Coresallocated int32
	Ramallocated   int32 // in Mo
	Diskallocated  int32 // in Mo
}

InventoryItem is used: - to know what we have (immobilization) - where it is situated (rack) - which customer it is linked to

func (*InventoryItem) GetSprite 

func (self *InventoryItem) GetSprite() string

func (*InventoryItem) HasArrived 

func (self *InventoryItem) HasArrived(t time.Time) bool

HasArrived(time) is an helper method to know if a bough item arrived in the datacenter i.e. InnventoryItem.Deliverydate <= now

func (*InventoryItem) IsPlaced 

func (self *InventoryItem) IsPlaced() bool

IsPlaced() is an helper method to know if a given item is on the map (in a rack or placed)

func (*InventoryItem) Save 

func (self *InventoryItem) Save() string

func (*InventoryItem) ShortDescription 

func (self *InventoryItem) ShortDescription(condensed bool) string

type InventoryPoolSubscriber 

type InventoryPoolSubscriber interface {
	PoolCreate(ServerPool)
	PoolRemove(ServerPool)
}

type InventoryPowerChangeSubscriber 

type InventoryPowerChangeSubscriber interface {
	PowerChange(time time.Time, consumed, generated, delivered, cooler float64)
}

InventoryPowerChangeSubscriber interface is used to know when the comsumption or the number of generators have changed

type InventorySubscriber 

type InventorySubscriber interface {
	ItemInTransit(*InventoryItem)
	ItemInStock(*InventoryItem)
	ItemRemoveFromStock(*InventoryItem)
	ItemInstalled(*InventoryItem)
	ItemUninstalled(*InventoryItem)
	ItemChangedPool(*InventoryItem)
}

The lifecycle of an InventoryItem is item is created -> ItemInTransit item arrived -> ItemInStock item is installed/racked -> ItemRemovedFromStock + ItemInstalled item is uninstall/unracked -> ItemUninstalled + ItemInStock

type LocationType 

type LocationType struct {
	Name                string
	Metersquareprice    float64 // renting price per month
	Internetfailrate    float64 // per day
	Electricityfailrate float64 // per day
	Temperatureaverage  float64 // in may?
	Electricitycost     float64 // per kwh
	Taxrate             float64
	Bankinterestrate    float64 // per year
	Xmap                int32   // x worldmap
	Ymap                int32   // y worldmap
}

type PoolManagementFilter 

type PoolManagementFilter struct {
	// contains filtered or unexported fields
}

type PoolManagementLineWidget 

type PoolManagementLineWidget struct {
	sws.CoreWidget
	Checkbox *sws.CheckboxWidget
	// contains filtered or unexported fields
}

func NewPoolManagementLineWidget 

func NewPoolManagementLineWidget(item *InventoryItem) *PoolManagementLineWidget

func (*PoolManagementLineWidget) AddChild 

func (self *PoolManagementLineWidget) AddChild(child sws.Widget)

func (*PoolManagementLineWidget) MousePressDown 

func (self *PoolManagementLineWidget) MousePressDown(x, y int32, button uint8)

func (*PoolManagementLineWidget) MousePressUp 

func (self *PoolManagementLineWidget) MousePressUp(x, y int32, button uint8)

func (*PoolManagementLineWidget) UpdateBgColor 

func (self *PoolManagementLineWidget) UpdateBgColor()

Update the bg color depending on the pool the item belongs to

func (*PoolManagementLineWidget) UpdateStatus 

func (self *PoolManagementLineWidget) UpdateStatus()

type PoolManagementWidget 

type PoolManagementWidget struct {
	sws.CoreWidget
	// contains filtered or unexported fields
}

func NewPoolManagementWidget 

func NewPoolManagementWidget(root *sws.RootWidget) *PoolManagementWidget

func (*PoolManagementWidget) InventoryItemAdd 

func (self *PoolManagementWidget) InventoryItemAdd(*InventoryItem)

is part of PoolSubscriber interface

func (*PoolManagementWidget) InventoryItemAllocate 

func (self *PoolManagementWidget) InventoryItemAllocate(item *InventoryItem)

InventoryItemAllocate is part of PoolSubscriber interface

func (*PoolManagementWidget) InventoryItemRelease 

func (self *PoolManagementWidget) InventoryItemRelease(item *InventoryItem)

InventoryItemRelease is part of PoolSubscriber interface

func (*PoolManagementWidget) InventoryItemRemove 

func (self *PoolManagementWidget) InventoryItemRemove(*InventoryItem)

InventoryItemRemove is part of PoolSubscriber interface

func (*PoolManagementWidget) ItemChangedPool 

func (self *PoolManagementWidget) ItemChangedPool(*InventoryItem)

func (*PoolManagementWidget) ItemInStock 

func (self *PoolManagementWidget) ItemInStock(item *InventoryItem)

func (*PoolManagementWidget) ItemInTransit 

func (self *PoolManagementWidget) ItemInTransit(*InventoryItem)

InventorySubscriber interface

func (*PoolManagementWidget) ItemInstalled 

func (self *PoolManagementWidget) ItemInstalled(item *InventoryItem)

func (*PoolManagementWidget) ItemRemoveFromStock 

func (self *PoolManagementWidget) ItemRemoveFromStock(item *InventoryItem)

func (*PoolManagementWidget) ItemUninstalled 

func (self *PoolManagementWidget) ItemUninstalled(item *InventoryItem)

func (*PoolManagementWidget) Resize 

func (self *PoolManagementWidget) Resize(width, height int32)

func (*PoolManagementWidget) Search 

func (self *PoolManagementWidget) Search(search string)

func (*PoolManagementWidget) SelectLine 

func (self *PoolManagementWidget) SelectLine(line *PoolManagementLineWidget, selected bool)

select the line, update action buttons to show

func (*PoolManagementWidget) SetGame 

func (self *PoolManagementWidget) SetGame(inventory *Inventory, currenttime time.Time)

type PoolSubscriber 

type PoolSubscriber interface {
	InventoryItemAdd(*InventoryItem)
	InventoryItemRemove(*InventoryItem)
	InventoryItemAllocate(*InventoryItem)
	InventoryItemRelease(*InventoryItem)
}

type PriceTrend 

type PriceTrend struct {
	Trend PriceTrendList
	Noise PriceTrendList
}

func PriceTrendListLoad 

func PriceTrendListLoad(noise []interface{}, trend []PriceTrendItem) PriceTrend

func (*PriceTrend) CurrentValue 

func (self *PriceTrend) CurrentValue(now time.Time) float64

function to compute the price+noise for a given date

type PriceTrendItem 

type PriceTrendItem struct {
	Pit   time.Time
	Value float64
}

Other type of trend: price trends (+noise):

- cpu price / core + noise.

- disk price / Go + noise.

- ram price / Go + noise.

type PriceTrendList 

type PriceTrendList []PriceTrendItem

func (PriceTrendList) Len 

func (self PriceTrendList) Len() int

func (PriceTrendList) Less 

func (self PriceTrendList) Less(i, j int) bool

func (PriceTrendList) Sort 

func (self PriceTrendList) Sort()

func (PriceTrendList) Swap 

func (self PriceTrendList) Swap(i, j int)

type PriorityAbstract 

type PriorityAbstract struct {
	// contains filtered or unexported fields
}

PriorityAbstract is a base class for PriorityPrice, PriorityDisk, PriorityRam, ...

type PriorityDisk 

type PriorityDisk struct {
	PriorityAbstract
}

func (*PriorityDisk) Score 

func (self *PriorityDisk) Score(offer []*ServerOffer, points *map[*ServerOffer]float64)

type PriorityNbcores 

type PriorityNbcores struct {
	PriorityAbstract
}

func (*PriorityNbcores) Score 

func (self *PriorityNbcores) Score(offer []*ServerOffer, points *map[*ServerOffer]float64)

type PriorityPoint 

type PriorityPoint interface {
	// point = the bigger, the better
	Score(offer []*ServerOffer, points *map[*ServerOffer]float64)
}

func NewPriorityDisk 

func NewPriorityDisk(value int32) PriorityPoint

func NewPriorityNbcores 

func NewPriorityNbcores(value int32) PriorityPoint

func NewPriorityPrice 

func NewPriorityPrice(value int32) PriorityPoint

func NewPriorityRam 

func NewPriorityRam(value int32) PriorityPoint

func NewPriorityReputation 

func NewPriorityReputation(value int32) PriorityPoint

func ServerDemandParsingPriorities 

func ServerDemandParsingPriorities(m map[string]interface{}) []PriorityPoint

type PriorityPrice 

type PriorityPrice struct {
	PriorityAbstract
}

func (*PriorityPrice) Score 

func (self *PriorityPrice) Score(offer []*ServerOffer, points *map[*ServerOffer]float64)

type PriorityRam 

type PriorityRam struct {
	PriorityAbstract
}

func (*PriorityRam) Score 

func (self *PriorityRam) Score(offer []*ServerOffer, points *map[*ServerOffer]float64)

type PriorityReputation 

type PriorityReputation struct {
	PriorityAbstract
}

func (*PriorityReputation) Score 

func (self *PriorityReputation) Score(offer []*ServerOffer, points *map[*ServerOffer]float64)

type Reputation 

type Reputation struct {
	// contains filtered or unexported fields
}

Reputation stores all positive and negative "review" and create a [0-1] score. we forget what is older than REPUTATION_NB_MONTH It means the score is only based on the last 36 months

func NewReputation 

func NewReputation() *Reputation

func (*Reputation) AddReputationSubscriber 

func (self *Reputation) AddReputationSubscriber(subscriber ReputationSubscriber)

func (*Reputation) GetScore 

func (self *Reputation) GetScore() float64

func (*Reputation) Load 

func (self *Reputation) Load(data map[string]interface{})

func (*Reputation) RecordNegativePoint 

func (self *Reputation) RecordNegativePoint(time time.Time)

func (*Reputation) RecordPositivePoint 

func (self *Reputation) RecordPositivePoint(time time.Time)

func (*Reputation) RemoveReputationSubscriber 

func (self *Reputation) RemoveReputationSubscriber(subscriber ReputationSubscriber)

func (*Reputation) Save 

func (self *Reputation) Save() string

type ReputationSubscriber 

type ReputationSubscriber interface {
	NewReputationScore(t time.Time, score float64)
}

ReputationSubscriber is mainly used by the MainStatsWidget

type ServerBundle 

type ServerBundle struct {
	Contracts   []*ServerContract
	Renewalrate float64
	Date        time.Time
}

func (*ServerBundle) PayMontlyFee 

func (self *ServerBundle) PayMontlyFee(ledger *accounting.Ledger, t time.Time)

func (*ServerBundle) Save 

func (self *ServerBundle) Save() string

type ServerConf 

type ServerConf struct {
	NbProcessors int32 //chosen
	NbCore       int32 // depend on the current trend
	VtSupport    bool  // depend on the current trend
	NbDisks      int32 // chosen
	NbSlotRam    int32 // chosen
	DiskSize     int32 // 3 options: Trend.Disksize: 1,1/2,1/4
	RamSize      int32 // 4 options: Trend.Ramsize: 1,1/2,1/4,1/8
	ConfType     *ServerConfType
}

based on the different type of chassis available and the vendor(s) options, the final server conf will have these caracteristics

func (*ServerConf) PowerConsumption 

func (self *ServerConf) PowerConsumption() float64

PowerConsumption return the Wh consumption

func (*ServerConf) Price 

func (self *ServerConf) Price(trend *Trend, now time.Time) float64

type ServerConfType 

type ServerConfType struct {
	ServerName     string
	NbProcessors   [2]int32
	NbDisks        [2]int32
	NbSlotRam      [2]int32
	BackplanePrice float64
	ServerSprite   string
	NbU            int32
	Scrap          bool
}

func GetServerConfTypeByName 

func GetServerConfTypeByName(name string) *ServerConfType

type ServerContract 

type ServerContract struct {
	Item      *InventoryItem
	OfferName string
	Vps       bool
	Nbcores   int32
	Ramsize   int32
	Disksize  int32
	Vt        bool    // only for non vps offer
	Price     float64 // per month
}

func (*ServerContract) Save 

func (self *ServerContract) Save() string

type ServerDemandTemplate 

type ServerDemandTemplate struct {
	Filters []CriteriaFilter
	// contains filtered or unexported fields
}

json: demand: { 

"spec":{
 "app": {
   filters: {
     diskfilter: { mindisk: 40 // Go
     }
   },
   priorities: [ {"price": 2}, {"disk": 1}, {"network":1}, {"image":1},{"captive":2} ]
   numbers: { low: 1, high: 4} // randomly?
   },
 "db": ...
},

"beginningdate": "2000-12-01" // when this demand begins to appear "howoften": 40 // /par an (modulo la courbe de penetration du marché?) "renewalfactorperyear": 0.7 // sur 1 } }

type ServerOffer 

type ServerOffer struct {
	Active   bool
	Name     string
	Actor    Actor
	Pool     ServerPool
	Vps      bool
	Nbcores  int32
	Ramsize  int32
	Disksize int32
	Vt       bool    // only for non vps offer
	Price    float64 // per month

}

func (*ServerOffer) Allocate 

func (self *ServerOffer) Allocate() *InventoryItem

func (*ServerOffer) Release 

func (self *ServerOffer) Release(item *InventoryItem)

func (*ServerOffer) Save 

func (self *ServerOffer) Save() string

type ServerPageBladeWidget 

type ServerPageBladeWidget struct {
	sws.CoreWidget
	// contains filtered or unexported fields
}

Page Shop>>Explore>>Blade servers

func NewServerPageBladeWidget 

func NewServerPageBladeWidget(width, height int32) *ServerPageBladeWidget

func (*ServerPageBladeWidget) SetConfigureBlade1Callback 

func (self *ServerPageBladeWidget) SetConfigureBlade1Callback(callback func())

func (*ServerPageBladeWidget) SetConfigureBlade2Callback 

func (self *ServerPageBladeWidget) SetConfigureBlade2Callback(callback func())

type ServerPageConfigureWidget 

type ServerPageConfigureWidget struct {
	sws.CoreWidget
	// contains filtered or unexported fields
}

Page Shop>>Explore>>xxx servers>>Configure

func NewServerPageConfigureWidget 

func NewServerPageConfigureWidget(width, height int32) *ServerPageConfigureWidget

func (*ServerPageConfigureWidget) GetConf 

func (self *ServerPageConfigureWidget) GetConf() *ServerConf

func (*ServerPageConfigureWidget) GetNbUnit 

func (self *ServerPageConfigureWidget) GetNbUnit() int32

func (*ServerPageConfigureWidget) GetProductType 

func (self *ServerPageConfigureWidget) GetProductType() int32

func (*ServerPageConfigureWidget) GetUnitPrice 

func (self *ServerPageConfigureWidget) GetUnitPrice() float64

func (*ServerPageConfigureWidget) SetAddCartCallback 

func (self *ServerPageConfigureWidget) SetAddCartCallback(callback func())

func (*ServerPageConfigureWidget) SetConfType 

func (self *ServerPageConfigureWidget) SetConfType(trend *Trend, conftypename string, today time.Time)

func (*ServerPageConfigureWidget) SetGame 

func (self *ServerPageConfigureWidget) SetGame(trend *Trend)

type ServerPageExploreWidget 

type ServerPageExploreWidget struct {
	sws.CoreWidget
	// contains filtered or unexported fields
}

Page Shop>>Explore

func NewServerPageExploreWidget 

func NewServerPageExploreWidget(width, height int32) *ServerPageExploreWidget

func (*ServerPageExploreWidget) SetAcCallback 

func (self *ServerPageExploreWidget) SetAcCallback(callback func())

func (*ServerPageExploreWidget) SetBladeCallback 

func (self *ServerPageExploreWidget) SetBladeCallback(callback func())

func (*ServerPageExploreWidget) SetGeneratorCallback 

func (self *ServerPageExploreWidget) SetGeneratorCallback(callback func())

func (*ServerPageExploreWidget) SetRackCallback 

func (self *ServerPageExploreWidget) SetRackCallback(callback func())

func (*ServerPageExploreWidget) SetRackServerCallback 

func (self *ServerPageExploreWidget) SetRackServerCallback(callback func())

func (*ServerPageExploreWidget) SetTowerCallback 

func (self *ServerPageExploreWidget) SetTowerCallback(callback func())

type ServerPageRackWidget 

type ServerPageRackWidget struct {
	sws.CoreWidget
	// contains filtered or unexported fields
}

Page Shop>>Explore>>Rack servers

func NewServerPageRackWidget 

func NewServerPageRackWidget(width, height int32) *ServerPageRackWidget

func (*ServerPageRackWidget) SetConfigureRack1Callback 

func (self *ServerPageRackWidget) SetConfigureRack1Callback(callback func())

func (*ServerPageRackWidget) SetConfigureRack2Callback 

func (self *ServerPageRackWidget) SetConfigureRack2Callback(callback func())

func (*ServerPageRackWidget) SetConfigureRack4Callback 

func (self *ServerPageRackWidget) SetConfigureRack4Callback(callback func())

func (*ServerPageRackWidget) SetConfigureRack6Callback 

func (self *ServerPageRackWidget) SetConfigureRack6Callback(callback func())

type ServerPageTowerWidget 

type ServerPageTowerWidget struct {
	sws.CoreWidget
	// contains filtered or unexported fields
}

Page Shop>>Explore>>Tower servers

func NewServerPageTowerWidget 

func NewServerPageTowerWidget(width, height int32) *ServerPageTowerWidget

func (*ServerPageTowerWidget) SetConfigureTower1Callback 

func (self *ServerPageTowerWidget) SetConfigureTower1Callback(callback func())

type ServerPageWidget 

type ServerPageWidget struct {
	sws.CoreWidget
	// contains filtered or unexported fields
}

Page Shop

func NewServerPageWidget 

func NewServerPageWidget(width, height int32) *ServerPageWidget

func (*ServerPageWidget) SetAcCallback 

func (self *ServerPageWidget) SetAcCallback(callback func())

func (*ServerPageWidget) SetBladeCallback 

func (self *ServerPageWidget) SetBladeCallback(callback func())

func (*ServerPageWidget) SetGeneratorCallback 

func (self *ServerPageWidget) SetGeneratorCallback(callback func())

func (*ServerPageWidget) SetRackCallback 

func (self *ServerPageWidget) SetRackCallback(callback func())

func (*ServerPageWidget) SetRackServerCallback 

func (self *ServerPageWidget) SetRackServerCallback(callback func())

func (*ServerPageWidget) SetTowerCallback 

func (self *ServerPageWidget) SetTowerCallback(callback func())

type ServerPool 

type ServerPool interface {
	GetName() string

	IsInside(item *InventoryItem) bool

	Allocate(nbcores, ramsize, disksize int32, vt bool) *InventoryItem
	IsAllocated(item *InventoryItem) bool
	Release(item *InventoryItem, nbcores, ramsize, disksize int32)
	IsVps() bool
	HowManyFit(nbcores, ramsize, disksize int32, vt bool) int32
	AddPoolSubscriber(subscriber PoolSubscriber)
	RemovePoolSubscriber(subscriber PoolSubscriber)
	// contains filtered or unexported methods
}

type SortedOffer 

type SortedOffer struct {
	// contains filtered or unexported fields
}

helper structure for PriortyPoint objects

type SortedOffers 

type SortedOffers []*SortedOffer

func (SortedOffers) Len 

func (s SortedOffers) Len() int

func (SortedOffers) Less 

func (s SortedOffers) Less(i, j int) bool

func (SortedOffers) Swap 

func (s SortedOffers) Swap(i, j int)

type TrackPageItemUi 

type TrackPageItemUi struct {
	sws.CoreWidget
	// contains filtered or unexported fields
}

func NewTrackPageItemUi 

func NewTrackPageItemUi(asseticon, desc string, deliveryDate time.Time) *TrackPageItemUi

type TrackPageWidget 

type TrackPageWidget struct {
	sws.CoreWidget
	// contains filtered or unexported fields
}

Track page

the track inventory is stored into the GlobalInventory object

func NewTrackPageWidget 

func NewTrackPageWidget(width, height int32) *TrackPageWidget

func (*TrackPageWidget) ItemChangedPool 

func (self *TrackPageWidget) ItemChangedPool(*InventoryItem)

func (*TrackPageWidget) ItemInStock 

func (self *TrackPageWidget) ItemInStock(item *InventoryItem)

func (*TrackPageWidget) ItemInTransit 

func (self *TrackPageWidget) ItemInTransit(item *InventoryItem)

func (*TrackPageWidget) ItemInstalled 

func (self *TrackPageWidget) ItemInstalled(*InventoryItem)

func (*TrackPageWidget) ItemRemoveFromStock 

func (self *TrackPageWidget) ItemRemoveFromStock(*InventoryItem)

func (*TrackPageWidget) ItemUninstalled 

func (self *TrackPageWidget) ItemUninstalled(*InventoryItem)

func (*TrackPageWidget) SetGame 

func (self *TrackPageWidget) SetGame(inventory *Inventory, currenttime time.Time)

type Trend 

type Trend struct {
	Corepercpu TrendList
	Vt         TrendList
	Disksize   TrendList
	Ramsize    TrendList

	Cpuprice  PriceTrend
	Diskprice PriceTrend
	Ramprice  PriceTrend
}

global structure to store all the trends

func NewTrend 

func NewTrend() *Trend

func (*Trend) Init 

func (self *Trend) Init(publishservice timer.EventPublisherService, timer *timer.GameTimer)

func (*Trend) Load 

func (self *Trend) Load(json map[string]interface{}, publishservice timer.EventPublisherService, timer *timer.GameTimer)

func (Trend) Save 

func (self Trend) Save() string

type TrendItem 

type TrendItem struct {
	Pit       time.Time
	Value     int32
	ShortDesc string
	LongDesc  string
}

We will have different trends to follow:

- number of cores/CPU.

- vt.

- disk size / plateau.

- ram size / slot.

type TrendList 

type TrendList []TrendItem

func (TrendList) CurrentValue 

func (self TrendList) CurrentValue(now time.Time) int32

func (TrendList) Len 

func (self TrendList) Len() int

func (TrendList) Less 

func (self TrendList) Less(i, j int) bool

func (TrendList) Sort 

func (self TrendList) Sort()

func (TrendList) Swap 

func (self TrendList) Swap(i, j int)

type VpsServerPool 

type VpsServerPool struct {
	Name string
	// contains filtered or unexported fields
}

func NewVpsServerPool 

func NewVpsServerPool(name string, cpuoverallocation, ramoverallocation float64) *VpsServerPool

func (*VpsServerPool) AddPoolSubscriber 

func (self *VpsServerPool) AddPoolSubscriber(subscriber PoolSubscriber)

func (*VpsServerPool) Allocate 

func (self *VpsServerPool) Allocate(nbcores, ramsize, disksize int32, vt bool) *InventoryItem

func (*VpsServerPool) GetName 

func (self *VpsServerPool) GetName() string

func (*VpsServerPool) HowManyFit 

func (self *VpsServerPool) HowManyFit(nbcores, ramsize, disksize int32, vt bool) int32

func (*VpsServerPool) IsAllocated 

func (self *VpsServerPool) IsAllocated(item *InventoryItem) bool

func (*VpsServerPool) IsInside 

func (self *VpsServerPool) IsInside(item *InventoryItem) bool

func (*VpsServerPool) IsVps 

func (self *VpsServerPool) IsVps() bool

func (*VpsServerPool) Release 

func (self *VpsServerPool) Release(item *InventoryItem, nbcores, ramsize, disksize int32)

func (*VpsServerPool) RemovePoolSubscriber 

func (self *VpsServerPool) RemovePoolSubscriber(subscriber PoolSubscriber)

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