build

Documentation

Index

• type ConfigInstaller
  • func (s *ConfigInstaller) Start() error
• type Vsop87Encoder
  • func (s *Vsop87Encoder) Start() error
• type WebEncoder
  • func (s *WebEncoder) Start() error
• type YbscEncoder
  • func (s *YbscEncoder) Start() error

Types

type ConfigInstaller

type ConfigInstaller struct {
	Encoder *core.Encoder `kernel:"inject"`
	Build   *core.Build   `kernel:"inject"`
}

func (*ConfigInstaller) Start

func (s *ConfigInstaller) Start() error

type Vsop87Encoder

type Vsop87Encoder struct {
	Encoder *core.Encoder `kernel:"inject"`
	Build   *core.Build   `kernel:"inject"`
}

Vsop87Encoder takes the compressed VSOP87 files and installs them uncompressed into the build.

The data are the VSOP87B.* files (there's 8) from Vizier http://cdsarc.u-strasbg.fr/viz-bin/cat/VI/81#/browse

func (*Vsop87Encoder) Start

func (s *Vsop87Encoder) Start() error

type WebEncoder

type WebEncoder struct {
	Encoder *core.Encoder `kernel:"inject"`
	Build   *core.Build   `kernel:"inject"`
}

WebEncoder simply installs the web content into the distribution

func (*WebEncoder) Start

func (s *WebEncoder) Start() error

type YbscEncoder

type YbscEncoder struct {
	Encoder *core.Encoder `kernel:"inject"`
	Build   *core.Build   `kernel:"inject"`
	Source  *string       `kernel:"flag,bsc5,Encode bsc5.dat"`
}

YbscEncoder takes the raw Yale Bright Star Catalogue and created the bsc5.bin binary.

You can download bsc5.dat.gz from Harvard University http://tdc-www.harvard.edu/catalogs/bsc5.html

func (*YbscEncoder) Start

func (s *YbscEncoder) Start() error