pulumi/Makefile

PROJECT=github.com/marapongo/mu
PROJECT_PKGS=$(shell go list ./... | grep -v /vendor/)

all:
	go test ${PROJECT_PKGS}
	go install ${PROJECT}
	golint ${PROJECT}
	go vet ${PROJECT}
Sketch a `mu build` command and its scaffolding This adds a bunch of general scaffolding and the beginning of a `build` command. The general engineering scaffolding includes: * Glide for dependency management. * A Makefile that runs govet and golint during builds. * Google's Glog library for logging. * Cobra for command line functionality. The Mu-specific scaffolding includes some packages: * mu/pkg/diag: A package for compiler-like diagnostics. It's fairly barebones at the moment, however we can embellish this over time. * mu/pkg/errors: A package containing Mu's predefined set of errors. * mu/pkg/workspace: A package containing workspace-related convenience helpers. in addition to a main entrypoint that simply wires up and invokes the CLI. From there, the mu/cmd package takes over, with the Cobra-defined CLI commands. Finally, the mu/pkg/compiler package actually implements the compiler behavior. Or, it will. For now, it simply parses a JSON or YAML Mufile into the core mu/pkg/api types, and prints out the result. 2016-11-15 20:30:34 +01:00			`PROJECT=github.com/marapongo/mu`
Test packages when making the project 2016-11-16 04:25:06 +01:00			`PROJECT_PKGS=$(shell go list ./... \| grep -v /vendor/)`
Sketch a `mu build` command and its scaffolding This adds a bunch of general scaffolding and the beginning of a `build` command. The general engineering scaffolding includes: * Glide for dependency management. * A Makefile that runs govet and golint during builds. * Google's Glog library for logging. * Cobra for command line functionality. The Mu-specific scaffolding includes some packages: * mu/pkg/diag: A package for compiler-like diagnostics. It's fairly barebones at the moment, however we can embellish this over time. * mu/pkg/errors: A package containing Mu's predefined set of errors. * mu/pkg/workspace: A package containing workspace-related convenience helpers. in addition to a main entrypoint that simply wires up and invokes the CLI. From there, the mu/cmd package takes over, with the Cobra-defined CLI commands. Finally, the mu/pkg/compiler package actually implements the compiler behavior. Or, it will. For now, it simply parses a JSON or YAML Mufile into the core mu/pkg/api types, and prints out the result. 2016-11-15 20:30:34 +01:00
			`all:`
Test packages when making the project 2016-11-16 04:25:06 +01:00			`go test ${PROJECT_PKGS}`
Sketch a `mu build` command and its scaffolding This adds a bunch of general scaffolding and the beginning of a `build` command. The general engineering scaffolding includes: * Glide for dependency management. * A Makefile that runs govet and golint during builds. * Google's Glog library for logging. * Cobra for command line functionality. The Mu-specific scaffolding includes some packages: * mu/pkg/diag: A package for compiler-like diagnostics. It's fairly barebones at the moment, however we can embellish this over time. * mu/pkg/errors: A package containing Mu's predefined set of errors. * mu/pkg/workspace: A package containing workspace-related convenience helpers. in addition to a main entrypoint that simply wires up and invokes the CLI. From there, the mu/cmd package takes over, with the Cobra-defined CLI commands. Finally, the mu/pkg/compiler package actually implements the compiler behavior. Or, it will. For now, it simply parses a JSON or YAML Mufile into the core mu/pkg/api types, and prints out the result. 2016-11-15 20:30:34 +01:00			`go install ${PROJECT}`
			`golint ${PROJECT}`
			`go vet ${PROJECT}`