: could not get vulnerability data: Get "https://storage.googleapis.com/go-vulndb/index/modules.json.gz": read tcp [fddf:3978:feb1:d745::c001]:53682->[2607:f8b0:4001:c32::cf]:443: read: connection reset by peer

mind

package

v0.0.0-...-d13aec0 Latest Latest Go to latest Published: Mar 2, 2024 License: MIT Imports: 8 Imported by: 0

Details

Valid go.mod file

The Go module system was introduced in Go 1.11 and is the official dependency management solution for Go.
Redistributable license

Redistributable licenses place minimal restrictions on how software can be used, modified, and redistributed.
Tagged version

Modules with tagged versions give importers more predictable builds.
Stable version

When a project reaches major version v1 it is considered stable.
Learn more about best practices

Repository

github.com/DeepThought7777/MassAI

Links

Open Source Insights

Documentation ¶

Index ¶

Constants
func Act(brain *Brain)
type Brain
- func LoadBrain(storagePath, brainName string) (*Brain, error)
- func NewBrain(basePath, name string) Brain
type Entity
- func NewEntity(entityID string, bytesInput, bytesOutput int) *Entity
type Linkup
- func NewLinkup(brain *Brain, nervecount int, name string) Linkup
- func (l *Linkup) Sense(brain *Brain)
type LinkupConsole
- func NewLinkupConsole(brain *Brain, name string) LinkupConsole
- func (c *LinkupConsole) StartLinkup()
type Neuron
- func NewNeuron(brain Brain) *Neuron

Constants ¶

View Source

const FiringLimit = 7777

View Source

const ResidualCharge = -111

Variables ¶

This section is empty.

Functions ¶

func Act ¶

func Act(brain *Brain)

Types ¶

type Brain ¶

type Brain struct {
	BrainName   string            `json:"brain_name"`   // Unique name to be used for the brain
	StoragePath string            `json:"storage_path"` // The folder the data needs to be put in
	Linkups     map[string]Linkup `json:"linkups"`      // The set of Linkups for this brain
	// contains filtered or unexported fields
}

Brain contains all information that relates to the brain as a whole.

func LoadBrain ¶

func LoadBrain(storagePath, brainName string) (*Brain, error)

func NewBrain ¶

func NewBrain(basePath, name string) Brain

NewBrain creates a new Brain structure, and returns it (not a reference).

func (*Brain) AddNeuron ¶

func (b *Brain) AddNeuron(neuron *Neuron)

func (*Brain) DeleteNeuron ¶

func (b *Brain) DeleteNeuron(guid string)

func (*Brain) GetNeuron ¶

func (b *Brain) GetNeuron(ID string) *Neuron

GetNeuron returns a reference to a Neuron if it is In the loaded map, or a nil reference otherwise.

func (*Brain) GetNeuronIfLoaded ¶

func (b *Brain) GetNeuronIfLoaded(ID string) *Neuron

GetNeuronIfLoaded returns a reference to a Neuron if it is In the loaded map, or a nil reference otherwise.

func (*Brain) GetStorageFolder ¶

func (b *Brain) GetStorageFolder(baseFolder string) string

func (*Brain) LoadAllLinkupNeurons ¶

func (b *Brain) LoadAllLinkupNeurons()

func (*Brain) LoadLinkupNeurons ¶

func (b *Brain) LoadLinkupNeurons(linkupName string)

func (*Brain) LoadNeuron ¶

func (b *Brain) LoadNeuron(neuronName string) (*Neuron, error)

func (*Brain) LoadedSize ¶

func (b *Brain) LoadedSize() int

LoadedSize returns the size of the map containing the Neurons loaded In memory.

func (*Brain) QueueForCharging ¶

func (b *Brain) QueueForCharging(neuron *Neuron)

func (*Brain) QueueForFiring ¶

func (b *Brain) QueueForFiring(neuron *Neuron)

func (*Brain) StoreBrain ¶

func (b *Brain) StoreBrain() error

func (*Brain) StoreNeuron ¶

func (b *Brain) StoreNeuron(neuron *Neuron) error

func (*Brain) UnQueueFromCharging ¶

func (b *Brain) UnQueueFromCharging() *Neuron

func (*Brain) UnQueueFromFiring ¶

func (b *Brain) UnQueueFromFiring() *Neuron

type Entity ¶

type Entity struct {
	ID           string
	BytesInput   int
	BytesOutput  int
	IsConnected  bool
	Base64Input  string
	Base64Output string
}

func NewEntity ¶

func NewEntity(entityID string, bytesInput, bytesOutput int) *Entity

type Linkup ¶

type Linkup struct {
	Name   string   `json:"linkupname"` // Unique ID
	Nerves []string `json:"nerve_ids"`  // The pre-assigned set of Neurons
	Dirty  bool     `json:"dirty"`      // is the Linkup not synced to disk?
	// contains filtered or unexported fields
}

Linkup contains all information that relates to a single Linkup to an input/output device.

func NewLinkup ¶

func NewLinkup(brain *Brain, nervecount int, name string) Linkup

NewLinkup returns a new Linkup properly initialized

func (*Linkup) Sense ¶

func (l *Linkup) Sense(brain *Brain)

type LinkupConsole ¶

type LinkupConsole struct {
	Linkup // the connected Linkup module
}

Linkup contains all information that relates to a single Linkup to an input/output device.

func NewLinkupConsole ¶

func NewLinkupConsole(brain *Brain, name string) LinkupConsole

NewLinkupConsole returns a new Linkup properly initialized

func (*LinkupConsole) StartLinkup ¶

func (c *LinkupConsole) StartLinkup()

type Neuron ¶

type Neuron struct {
	Name   string         `json:"brain_name"` // Unique ID
	In     map[string]int `json:"in"`         // IDs of incoming Neurons
	Out    map[string]int `json:"out"`        // IDs of outgoing Neurons
	Charge int            `json:"charge"`     // the charge level
	Dirty  bool           `json:"dirty"`      // is the neuron not synced to disk?
}

Neuron contains all information that relates to a single neuron In the brain.

func NewNeuron ¶

func NewNeuron(brain Brain) *Neuron

NewNeuron returns a new neuron properly initialized

func (*Neuron) Accumulate ¶

func (n *Neuron) Accumulate(brain *Brain)

func (*Neuron) AddNeuronIn ¶

func (n *Neuron) AddNeuronIn(neuron *Neuron)

AddNeuronIn adds a neuron to the

func (*Neuron) AddNeuronOut ¶

func (n *Neuron) AddNeuronOut(neuron *Neuron)

func (*Neuron) Distribute ¶

func (n *Neuron) Distribute(b *Brain)

func (*Neuron) GetFirstIn ¶

func (n *Neuron) GetFirstIn() string

func (*Neuron) GetFirstOut ¶

func (n *Neuron) GetFirstOut() string

Source Files ¶

View all Source files

?	: This menu
/	: Search site
f or F	: Jump to
y or Y	: Canonical URL