562 lines
17 KiB
Go
562 lines
17 KiB
Go
// Copyright 2016-2020, Pulumi Corporation.
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//
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// Licensed under the Apache License, Version 2.0 (the "License");
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// you may not use this file except in compliance with the License.
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// You may obtain a copy of the License at
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//
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// http://www.apache.org/licenses/LICENSE-2.0
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//
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// Unless required by applicable law or agreed to in writing, software
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// distributed under the License is distributed on an "AS IS" BASIS,
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// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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// See the License for the specific language governing permissions and
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// limitations under the License.
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package dotnet
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import (
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"bytes"
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"fmt"
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"io"
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"strings"
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"github.com/hashicorp/hcl/v2"
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"github.com/pulumi/pulumi/pkg/v3/codegen"
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"github.com/pulumi/pulumi/pkg/v3/codegen/hcl2"
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"github.com/pulumi/pulumi/pkg/v3/codegen/hcl2/model"
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"github.com/pulumi/pulumi/pkg/v3/codegen/hcl2/model/format"
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"github.com/pulumi/pulumi/pkg/v3/codegen/hcl2/syntax"
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"github.com/pulumi/pulumi/pkg/v3/codegen/schema"
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"github.com/pulumi/pulumi/sdk/v3/go/common/util/contract"
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)
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type generator struct {
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// The formatter to use when generating code.
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*format.Formatter
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program *hcl2.Program
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// C# namespace map per package.
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namespaces map[string]map[string]string
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// C# codegen compatibility mode per package.
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compatibilities map[string]string
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// A function to convert tokens to module names per package (utilizes the `moduleFormat` setting internally).
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tokenToModules map[string]func(x string) string
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// Type names per invoke function token.
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functionArgs map[string]string
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// Whether awaits are needed, and therefore an async Initialize method should be declared.
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asyncInit bool
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configCreated bool
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diagnostics hcl.Diagnostics
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}
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const pulumiPackage = "pulumi"
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func GenerateProgram(program *hcl2.Program) (map[string][]byte, hcl.Diagnostics, error) {
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// Linearize the nodes into an order appropriate for procedural code generation.
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nodes := hcl2.Linearize(program)
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// Import C#-specific schema info.
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namespaces := make(map[string]map[string]string)
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compatibilities := make(map[string]string)
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tokenToModules := make(map[string]func(x string) string)
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functionArgs := make(map[string]string)
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for _, p := range program.Packages() {
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if err := p.ImportLanguages(map[string]schema.Language{"csharp": Importer}); err != nil {
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return make(map[string][]byte), nil, err
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}
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csharpInfo := p.Language["csharp"].(CSharpPackageInfo)
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packageNamespaces := csharpInfo.Namespaces
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namespaces[p.Name] = packageNamespaces
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compatibilities[p.Name] = csharpInfo.Compatibility
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tokenToModules[p.Name] = p.TokenToModule
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for _, f := range p.Functions {
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if f.Inputs != nil {
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functionArgs[f.Inputs.Token] = f.Token
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}
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}
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}
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g := &generator{
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program: program,
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namespaces: namespaces,
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compatibilities: compatibilities,
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tokenToModules: tokenToModules,
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functionArgs: functionArgs,
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}
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g.Formatter = format.NewFormatter(g)
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for _, n := range nodes {
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if r, ok := n.(*hcl2.Resource); ok && requiresAsyncInit(r) {
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g.asyncInit = true
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break
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}
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}
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var index bytes.Buffer
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g.genPreamble(&index, program)
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g.Indented(func() {
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// Emit async Initialize if needed
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if g.asyncInit {
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g.genInitialize(&index, nodes)
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}
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g.Indented(func() {
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for _, n := range nodes {
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g.genNode(&index, n)
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}
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})
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})
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g.genPostamble(&index, nodes)
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files := map[string][]byte{
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"MyStack.cs": index.Bytes(),
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}
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return files, g.diagnostics, nil
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}
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// genTrivia generates the list of trivia associated with a given token.
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func (g *generator) genTrivia(w io.Writer, token syntax.Token) {
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for _, t := range token.LeadingTrivia {
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if c, ok := t.(syntax.Comment); ok {
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g.genComment(w, c)
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}
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}
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for _, t := range token.TrailingTrivia {
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if c, ok := t.(syntax.Comment); ok {
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g.genComment(w, c)
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}
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}
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}
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// genComment generates a comment into the output.
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func (g *generator) genComment(w io.Writer, comment syntax.Comment) {
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for _, l := range comment.Lines {
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g.Fgenf(w, "%s//%s\n", g.Indent, l)
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}
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}
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// genPreamble generates using statements, class definition and constructor.
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func (g *generator) genPreamble(w io.Writer, program *hcl2.Program) {
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// Accumulate other using statements for the various providers and packages. Don't emit them yet, as we need
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// to sort them later on.
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systemUsings := codegen.NewStringSet()
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pulumiUsings := codegen.NewStringSet()
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for _, n := range program.Nodes {
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if r, isResource := n.(*hcl2.Resource); isResource {
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pkg, _, _, _ := r.DecomposeToken()
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if pkg != pulumiPackage {
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namespace := namespaceName(g.namespaces[pkg], pkg)
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pulumiUsings.Add(fmt.Sprintf("%s = Pulumi.%[1]s", namespace))
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}
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if r.Options != nil && r.Options.Range != nil {
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systemUsings.Add("System.Collections.Generic")
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}
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}
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diags := n.VisitExpressions(nil, func(n model.Expression) (model.Expression, hcl.Diagnostics) {
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if call, ok := n.(*model.FunctionCallExpression); ok {
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for _, i := range g.genFunctionUsings(call) {
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if strings.HasPrefix(i, "System") {
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systemUsings.Add(i)
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} else {
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pulumiUsings.Add(i)
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}
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}
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}
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if _, ok := n.(*model.SplatExpression); ok {
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systemUsings.Add("System.Linq")
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}
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return n, nil
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})
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contract.Assert(len(diags) == 0)
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}
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if g.asyncInit {
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systemUsings.Add("System.Threading.Tasks")
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}
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for _, pkg := range systemUsings.SortedValues() {
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g.Fprintf(w, "using %v;\n", pkg)
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}
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g.Fprintln(w, `using Pulumi;`)
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for _, pkg := range pulumiUsings.SortedValues() {
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g.Fprintf(w, "using %v;\n", pkg)
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}
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g.Fprint(w, "\n")
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// Emit Stack class signature
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g.Fprint(w, "class MyStack : Stack\n")
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g.Fprint(w, "{\n")
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g.Fprint(w, " public MyStack()\n")
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g.Fprint(w, " {\n")
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}
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// genInitialize generates the declaration and the call to the async Initialize method, and also fills stack
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// outputs from the initialization result.
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func (g *generator) genInitialize(w io.Writer, nodes []hcl2.Node) {
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g.Indented(func() {
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g.Fgenf(w, "%svar dict = Output.Create(Initialize());\n", g.Indent)
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for _, n := range nodes {
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switch n := n.(type) {
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case *hcl2.OutputVariable:
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g.Fprintf(w, "%sthis.%s = dict.Apply(dict => dict[\"%s\"]);\n", g.Indent,
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propertyName(n.Name()), makeValidIdentifier(n.Name()))
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}
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}
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})
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g.Fgenf(w, "%s}\n\n", g.Indent)
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g.Fgenf(w, "%sprivate async Task<IDictionary<string, Output<string>>> Initialize()\n", g.Indent)
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g.Fgenf(w, "%s{\n", g.Indent)
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}
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// genPostamble closes the method and the class and declares stack output statements.
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func (g *generator) genPostamble(w io.Writer, nodes []hcl2.Node) {
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g.Indented(func() {
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// Return outputs from Initialize if needed
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if g.asyncInit {
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// Emit stack output dictionary
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g.Indented(func() {
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g.Fprintf(w, "\n%sreturn new Dictionary<string, Output<string>>\n%[1]s{\n", g.Indent)
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g.Indented(func() {
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for _, n := range nodes {
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switch n := n.(type) {
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case *hcl2.OutputVariable:
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g.Fgenf(w, "%s{ \"%s\", %[2]s },\n", g.Indent, n.Name())
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}
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}
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})
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g.Fprintf(w, "%s};\n", g.Indent)
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})
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}
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// Close class constructor or Initialize
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g.Fprintf(w, "%s}\n\n", g.Indent)
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// Emit stack output properties
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for _, n := range nodes {
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switch n := n.(type) {
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case *hcl2.OutputVariable:
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g.genOutputProperty(w, n)
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}
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}
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})
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g.Fprint(w, "}\n")
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}
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func (g *generator) genNode(w io.Writer, n hcl2.Node) {
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switch n := n.(type) {
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case *hcl2.Resource:
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g.genResource(w, n)
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case *hcl2.ConfigVariable:
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g.genConfigVariable(w, n)
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case *hcl2.LocalVariable:
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g.genLocalVariable(w, n)
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case *hcl2.OutputVariable:
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g.genOutputAssignment(w, n)
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}
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}
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// requiresAsyncInit returns true if the program requires awaits in the code, and therefore an asynchronous
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// method must be declared.
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func requiresAsyncInit(r *hcl2.Resource) bool {
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if r.Options == nil || r.Options.Range == nil {
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return false
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}
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return model.ContainsPromises(r.Options.Range.Type())
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}
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// resourceTypeName computes the C# class name for the given resource.
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func (g *generator) resourceTypeName(r *hcl2.Resource) string {
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// Compute the resource type from the Pulumi type token.
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pkg, module, member, diags := r.DecomposeToken()
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contract.Assert(len(diags) == 0)
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if pkg == pulumiPackage && module == "providers" {
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pkg, module, member = member, "", "Provider"
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}
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namespaces := g.namespaces[pkg]
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rootNamespace := namespaceName(namespaces, pkg)
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namespace := namespaceName(namespaces, module)
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if namespace != "" {
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namespace = "." + namespace
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}
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qualifiedMemberName := fmt.Sprintf("%s%s.%s", rootNamespace, namespace, Title(member))
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return qualifiedMemberName
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}
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// resourceArgsTypeName computes the C# arguments class name for the given resource.
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func (g *generator) resourceArgsTypeName(r *hcl2.Resource) string {
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// Compute the resource type from the Pulumi type token.
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pkg, module, member, diags := r.DecomposeToken()
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contract.Assert(len(diags) == 0)
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if pkg == pulumiPackage && module == "providers" {
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pkg, module, member = member, "", "Provider"
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}
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namespaces := g.namespaces[pkg]
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rootNamespace := namespaceName(namespaces, pkg)
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namespace := namespaceName(namespaces, module)
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if g.compatibilities[pkg] == "kubernetes20" {
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namespace = fmt.Sprintf("Types.Inputs.%s", namespace)
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}
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if namespace != "" {
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namespace = "." + namespace
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}
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return fmt.Sprintf("%s%s.%sArgs", rootNamespace, namespace, Title(member))
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}
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// functionName computes the C# namespace and class name for the given function token.
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func (g *generator) functionName(tokenArg model.Expression) (string, string) {
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token := tokenArg.(*model.TemplateExpression).Parts[0].(*model.LiteralValueExpression).Value.AsString()
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tokenRange := tokenArg.SyntaxNode().Range()
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// Compute the resource type from the Pulumi type token.
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pkg, module, member, diags := hcl2.DecomposeToken(token, tokenRange)
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contract.Assert(len(diags) == 0)
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namespaces := g.namespaces[pkg]
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rootNamespace := namespaceName(namespaces, pkg)
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namespace := namespaceName(namespaces, module)
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if namespace != "" {
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namespace = "." + namespace
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}
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return rootNamespace, fmt.Sprintf("%s%s.%s", rootNamespace, namespace, Title(member))
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}
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// argumentTypeName computes the C# argument class name for the given expression and model type.
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func (g *generator) argumentTypeName(expr model.Expression, destType model.Type) string {
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schemaType, ok := hcl2.GetSchemaForType(destType.(model.Type))
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if !ok {
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return ""
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}
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objType, ok := schemaType.(*schema.ObjectType)
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if !ok {
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return ""
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}
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token := objType.Token
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tokenRange := expr.SyntaxNode().Range()
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qualifier := "Inputs"
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if f, ok := g.functionArgs[token]; ok {
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token = f
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qualifier = ""
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}
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pkg, _, member, diags := hcl2.DecomposeToken(token, tokenRange)
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contract.Assert(len(diags) == 0)
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module := g.tokenToModules[pkg](token)
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namespaces := g.namespaces[pkg]
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rootNamespace := namespaceName(namespaces, pkg)
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namespace := namespaceName(namespaces, module)
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if strings.ToLower(namespace) == "index" {
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namespace = ""
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}
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if namespace != "" {
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namespace = "." + namespace
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}
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if g.compatibilities[pkg] == "kubernetes20" {
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namespace = ".Types.Inputs" + namespace
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} else if qualifier != "" {
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namespace = namespace + "." + qualifier
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}
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member = member + "Args"
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return fmt.Sprintf("%s%s.%s", rootNamespace, namespace, Title(member))
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}
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// makeResourceName returns the expression that should be emitted for a resource's "name" parameter given its base name
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// and the count variable name, if any.
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func (g *generator) makeResourceName(baseName, count string) string {
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if count == "" {
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return fmt.Sprintf(`"%s"`, baseName)
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}
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return fmt.Sprintf("$\"%s-{%s}\"", baseName, count)
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}
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func (g *generator) genResourceOptions(opts *hcl2.ResourceOptions) string {
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if opts == nil {
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return ""
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}
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var result bytes.Buffer
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appendOption := func(name string, value model.Expression) {
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if result.Len() == 0 {
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_, err := fmt.Fprintf(&result, ", new CustomResourceOptions\n%s{", g.Indent)
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g.Indent += " "
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contract.IgnoreError(err)
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}
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g.Fgenf(&result, "\n%s%s = %v,", g.Indent, name, g.lowerExpression(value, value.Type()))
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}
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if opts.Parent != nil {
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appendOption("Parent", opts.Parent)
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}
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if opts.Provider != nil {
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appendOption("Provider", opts.Provider)
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}
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if opts.DependsOn != nil {
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appendOption("DependsOn", opts.DependsOn)
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}
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if opts.Protect != nil {
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appendOption("Protect", opts.Protect)
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}
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if opts.IgnoreChanges != nil {
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appendOption("IgnoreChanges", opts.IgnoreChanges)
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}
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if result.Len() != 0 {
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g.Indent = g.Indent[:len(g.Indent)-4]
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_, err := fmt.Fprintf(&result, "\n%s}", g.Indent)
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contract.IgnoreError(err)
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}
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return result.String()
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}
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// genResource handles the generation of instantiations of non-builtin resources.
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func (g *generator) genResource(w io.Writer, r *hcl2.Resource) {
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qualifiedMemberName := g.resourceTypeName(r)
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argsName := g.resourceArgsTypeName(r)
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// Add conversions to input properties
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for _, input := range r.Inputs {
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destType, diagnostics := r.InputType.Traverse(hcl.TraverseAttr{Name: input.Name})
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g.diagnostics = append(g.diagnostics, diagnostics...)
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input.Value = g.lowerExpression(input.Value, destType.(model.Type))
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}
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name := r.Name()
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variableName := makeValidIdentifier(name)
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g.genTrivia(w, r.Definition.Tokens.GetType(""))
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for _, l := range r.Definition.Tokens.GetLabels(nil) {
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g.genTrivia(w, l)
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}
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g.genTrivia(w, r.Definition.Tokens.GetOpenBrace())
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instantiate := func(resName string) {
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g.Fgenf(w, "new %s(%s, new %s\n", qualifiedMemberName, resName, argsName)
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g.Fgenf(w, "%s{\n", g.Indent)
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g.Indented(func() {
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for _, attr := range r.Inputs {
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g.Fgenf(w, "%s%s =", g.Indent, propertyName(attr.Name))
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g.Fgenf(w, " %.v,\n", attr.Value)
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}
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})
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g.Fgenf(w, "%s}%s)", g.Indent, g.genResourceOptions(r.Options))
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}
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if r.Options != nil && r.Options.Range != nil {
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rangeType := model.ResolveOutputs(r.Options.Range.Type())
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rangeExpr := g.lowerExpression(r.Options.Range, rangeType)
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g.Fgenf(w, "%svar %s = new List<%s>();\n", g.Indent, variableName, qualifiedMemberName)
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resKey := "Key"
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if model.InputType(model.NumberType).ConversionFrom(rangeExpr.Type()) != model.NoConversion {
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g.Fgenf(w, "%sfor (var rangeIndex = 0; rangeIndex < %.12o; rangeIndex++)\n", g.Indent, rangeExpr)
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g.Fgenf(w, "%s{\n", g.Indent)
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g.Fgenf(w, "%s var range = new { Value = rangeIndex };\n", g.Indent)
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resKey = "Value"
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} else {
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rangeExpr := &model.FunctionCallExpression{
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Name: "entries",
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Args: []model.Expression{rangeExpr},
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}
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g.Fgenf(w, "%sforeach (var range in %.v)\n", g.Indent, rangeExpr)
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g.Fgenf(w, "%s{\n", g.Indent)
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}
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resName := g.makeResourceName(name, "range."+resKey)
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g.Indented(func() {
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g.Fgenf(w, "%s%s.Add(", g.Indent, variableName)
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instantiate(resName)
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g.Fgenf(w, ");\n")
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})
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g.Fgenf(w, "%s}\n", g.Indent)
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} else {
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g.Fgenf(w, "%svar %s = ", g.Indent, variableName)
|
|
instantiate(g.makeResourceName(name, ""))
|
|
g.Fgenf(w, ";\n")
|
|
}
|
|
|
|
g.genTrivia(w, r.Definition.Tokens.GetCloseBrace())
|
|
}
|
|
|
|
func (g *generator) genConfigVariable(w io.Writer, v *hcl2.ConfigVariable) {
|
|
if !g.configCreated {
|
|
g.Fprintf(w, "%svar config = new Config();\n", g.Indent)
|
|
g.configCreated = true
|
|
}
|
|
|
|
getType := "Object<dynamic>"
|
|
switch v.Type() {
|
|
case model.StringType:
|
|
getType = ""
|
|
case model.NumberType, model.IntType:
|
|
getType = "Number"
|
|
case model.BoolType:
|
|
getType = "Boolean"
|
|
}
|
|
|
|
getOrRequire := "Get"
|
|
if v.DefaultValue == nil {
|
|
getOrRequire = "Require"
|
|
}
|
|
|
|
if v.DefaultValue != nil {
|
|
typ := v.DefaultValue.Type()
|
|
if _, ok := typ.(*model.PromiseType); ok {
|
|
g.Fgenf(w, "%[1]svar %[2]s = Output.Create(config.%[3]s%[4]s(\"%[2]s\"))", g.Indent, v.Name(), getOrRequire, getType)
|
|
} else {
|
|
g.Fgenf(w, "%[1]svar %[2]s = config.%[3]s%[4]s(\"%[2]s\")", g.Indent, v.Name(), getOrRequire, getType)
|
|
}
|
|
expr := g.lowerExpression(v.DefaultValue, v.DefaultValue.Type())
|
|
g.Fgenf(w, " ?? %.v", expr)
|
|
} else {
|
|
g.Fgenf(w, "%[1]svar %[2]s = config.%[3]s%[4]s(\"%[2]s\")", g.Indent, v.Name(), getOrRequire, getType)
|
|
}
|
|
g.Fgenf(w, ";\n")
|
|
}
|
|
|
|
func (g *generator) genLocalVariable(w io.Writer, v *hcl2.LocalVariable) {
|
|
// TODO(pdg): trivia
|
|
expr := g.lowerExpression(v.Definition.Value, v.Type())
|
|
g.Fgenf(w, "%svar %s = %.3v;\n", g.Indent, makeValidIdentifier(v.Name()), expr)
|
|
}
|
|
|
|
func (g *generator) genOutputAssignment(w io.Writer, v *hcl2.OutputVariable) {
|
|
if g.asyncInit {
|
|
g.Fgenf(w, "%svar %s", g.Indent, makeValidIdentifier(v.Name()))
|
|
} else {
|
|
g.Fgenf(w, "%sthis.%s", g.Indent, propertyName(v.Name()))
|
|
}
|
|
g.Fgenf(w, " = %.3v;\n", g.lowerExpression(v.Value, v.Type()))
|
|
}
|
|
|
|
func (g *generator) genOutputProperty(w io.Writer, v *hcl2.OutputVariable) {
|
|
// TODO(pdg): trivia
|
|
g.Fgenf(w, "%s[Output(\"%s\")]\n", g.Indent, v.Name())
|
|
// TODO(msh): derive the element type of the Output from the type of its value.
|
|
g.Fgenf(w, "%spublic Output<string> %s { get; set; }\n", g.Indent, propertyName(v.Name()))
|
|
}
|
|
|
|
func (g *generator) genNYI(w io.Writer, reason string, vs ...interface{}) {
|
|
message := fmt.Sprintf("not yet implemented: %s", fmt.Sprintf(reason, vs...))
|
|
g.diagnostics = append(g.diagnostics, &hcl.Diagnostic{
|
|
Severity: hcl.DiagError,
|
|
Summary: message,
|
|
Detail: message,
|
|
})
|
|
g.Fgenf(w, "\"TODO: %s\"", fmt.Sprintf(reason, vs...))
|
|
}
|