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// Copyright (c) 2018, Compiler Explorer Authors
// All rights reserved.
//
// Redistribution and use in source and binary forms, with or without
// modification, are permitted provided that the following conditions are met:
//
// * Redistributions of source code must retain the above copyright notice,
// this list of conditions and the following disclaimer.
// * Redistributions in binary form must reproduce the above copyright
// notice, this list of conditions and the following disclaimer in the
// documentation and/or other materials provided with the distribution.
//
// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
// AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
// IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
// ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE
// LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
// SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
// INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
// CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
// ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
// POSSIBILITY OF SUCH DAMAGE.
import {ClientState, ClientStateCompiler, ClientStateConformanceView, ClientStateExecutor} from './clientstate';
export class ClientStateNormalizer {
constructor() {
this.normalized = new ClientState();
this.rootContent = null;
}
fromGoldenLayoutContent(content) {
if (!this.rootContent) this.rootContent = content;
for (const component of content) {
this.fromGoldenLayoutComponent(component);
}
}
setFilterSettingsFromComponent(compiler, component) {
compiler.filters.binary = component.componentState.filters.binary;
compiler.filters.execute = component.componentState.filters.execute;
compiler.filters.labels = component.componentState.filters.labels;
compiler.filters.directives = component.componentState.filters.directives;
compiler.filters.commentOnly = component.componentState.filters.commentOnly;
compiler.filters.trim = component.componentState.filters.trim;
compiler.filters.intel = component.componentState.filters.intel;
compiler.filters.demangle = component.componentState.filters.demangle;
}
findCompilerInGoldenLayout(content, id) {
let result;
for (const component of content) {
if (component.componentName === 'compiler') {
if (component.componentState.id === id) {
return component;
}
} else if (component.content && component.content.length > 0) {
result = this.findCompilerInGoldenLayout(component.content, id);
if (result) break;
}
}
return result;
}
findOrCreateSessionFromEditorOrCompiler(editorId, compilerId) {
let session;
if (editorId) {
session = this.normalized.findOrCreateSession(editorId);
} else {
const glCompiler = this.findCompilerInGoldenLayout(this.rootContent, compilerId);
if (glCompiler) {
if (glCompiler.componentState.source) {
session = this.normalized.findOrCreateSession(glCompiler.componentState.source);
}
}
}
return session;
}
addSpecialOutputToCompiler(compilerId, name, editorId) {
const glCompiler = this.findCompilerInGoldenLayout(this.rootContent, compilerId);
if (glCompiler) {
let compiler;
if (glCompiler.componentState.source) {
const session = this.normalized.findOrCreateSession(glCompiler.componentState.source);
compiler = session.findOrCreateCompiler(compilerId);
} else if (glCompiler.componentState.tree) {
const tree = this.normalized.findOrCreateTree(glCompiler.componentState.tree);
compiler = tree.findOrCreateCompiler(compilerId);
}
compiler.specialoutputs.push(name);
} else if (editorId) {
const session = this.normalized.findOrCreateSession(editorId);
const compiler = session.findOrCreateCompiler(compilerId);
compiler.specialoutputs.push(name);
}
}
addToolToCompiler(compilerId, editorId, toolId, args, stdin) {
const glCompiler = this.findCompilerInGoldenLayout(this.rootContent, compilerId);
if (glCompiler) {
let compiler;
if (glCompiler.componentState.source) {
const session = this.normalized.findOrCreateSession(glCompiler.componentState.source);
compiler = session.findOrCreateCompiler(compilerId);
} else if (glCompiler.componentState.tree) {
const tree = this.normalized.findOrCreateTree(glCompiler.componentState.tree);
compiler = tree.findOrCreateCompiler(compilerId);
}
compiler.tools.push({
id: toolId,
args: args,
stdin: stdin,
});
}
}
fromGoldenLayoutComponent(component) {
if (component.componentName === 'tree') {
const tree = this.normalized.findOrCreateTree(component.componentState.id);
tree.fromJsonData(component.componentState);
} else if (component.componentName === 'codeEditor') {
const session = this.normalized.findOrCreateSession(component.componentState.id);
session.language = component.componentState.lang;
session.source = component.componentState.source;
if (component.componentState.filename) session.filename = component.componentState.filename;
} else if (component.componentName === 'compiler') {
let compiler;
if (component.componentState.id) {
if (component.componentState.source) {
const session = this.normalized.findOrCreateSession(component.componentState.source);
compiler = session.findOrCreateCompiler(component.componentState.id);
} else if (component.componentState.tree) {
const tree = this.normalized.findOrCreateTree(component.componentState.tree);
compiler = tree.findOrCreateCompiler(component.componentState.id);
} else {
return;
}
} else {
compiler = new ClientStateCompiler();
if (component.componentState.source) {
const session = this.normalized.findOrCreateSession(component.componentState.source);
session.compilers.push(compiler);
this.normalized.numberCompilersIfNeeded(session, this.normalized.getNextCompilerId());
} else if (component.componentState.tree) {
const tree = this.normalized.findOrCreateTree(component.componentState.tree);
tree.compilers.push(compiler);
} else {
return;
}
}
compiler.id = component.componentState.compiler;
compiler.options = component.componentState.options;
compiler.libs = component.componentState.libs;
this.setFilterSettingsFromComponent(compiler, component);
} else if (component.componentName === 'executor') {
const executor = new ClientStateExecutor();
executor.compiler.id = component.componentState.compiler;
executor.compiler.options = component.componentState.options;
executor.compiler.libs = component.componentState.libs;
executor.compilerVisible = component.componentState.compilationPanelShown;
executor.compilerOutputVisible = component.componentState.compilerOutShown;
executor.arguments = component.componentState.execArgs;
executor.argumentsVisible = component.componentState.argsPanelShown;
executor.stdin = component.componentState.execStdin;
executor.stdinVisible = component.componentState.stdinPanelShown;
if (component.componentState.wrap) executor.wrap = true;
if (component.componentState.source) {
const session = this.normalized.findOrCreateSession(component.componentState.source);
session.executors.push(executor);
} else if (component.componentState.tree) {
const tree = this.normalized.findOrCreateTree(component.componentState.tree);
tree.executors.push(executor);
}
} else if (component.componentName === 'ast') {
this.addSpecialOutputToCompiler(component.componentState.id, 'ast', component.componentState.editorid);
} else if (component.componentName === 'opt') {
this.addSpecialOutputToCompiler(component.componentState.id, 'opt', component.componentState.editorid);
} else if (component.componentName === 'cfg') {
this.addSpecialOutputToCompiler(component.componentState.id, 'cfg', component.componentState.editorid);
} else if (component.componentName === 'gccdump') {
this.addSpecialOutputToCompiler(
component.componentState._compilerid,
'gccdump',
component.componentState._editorid,
);
} else if (component.componentName === 'output') {
this.addSpecialOutputToCompiler(
component.componentState.compiler,
'compilerOutput',
component.componentState.editor,
);
} else if (component.componentName === 'conformance') {
const session = this.normalized.findOrCreateSession(component.componentState.editorid);
session.conformanceview = new ClientStateConformanceView(component.componentState);
} else if (component.componentName === 'tool') {
this.addToolToCompiler(
component.componentState.compiler,
component.componentState.editor,
component.componentState.toolId,
component.componentState.args,
component.componentState.stdin,
);
} else if (component.content) {
this.fromGoldenLayoutContent(component.content);
}
this.fixFilesInTrees();
}
fixFilesInTrees() {
for (const tree of this.normalized.trees) {
tree.files = tree.files.filter(file => file.isIncluded);
for (const file of tree.files) {
if (file.editorId) {
const session = this.normalized.findSessionById(file.editorId);
if (session) {
file.content = session.source;
file.filename = session.filename;
}
}
}
}
}
fromGoldenLayout(globj) {
this.rootContent = globj.content;
if (globj.content) {
this.fromGoldenLayoutContent(globj.content);
}
}
}
class GoldenLayoutComponents {
createSourceComponent(session, customSessionId) {
const editor = {
type: 'component',
componentName: 'codeEditor',
componentState: {
id: customSessionId ? customSessionId : session.id,
source: session.source,
lang: session.language,
},
isClosable: true,
reorderEnabled: true,
};
if (session.filename) {
editor.title = session.filename;
editor.componentState.filename = session.filename;
}
return editor;
}
createTreeComponent(tree, customTreeId) {
const treeComponent = {
type: 'component',
componentName: 'tree',
componentState: {
id: tree.id,
cmakeArgs: tree.cmakeArgs,
customOutputFilename: tree.customOutputFilename,
isCMakeProject: tree.isCMakeProject,
compilerLanguageId: tree.compilerLanguageId,
files: tree.files,
newFileId: tree.newFileId,
},
isClosable: true,
reorderEnabled: true,
};
if (customTreeId) {
treeComponent.componentState.id = customTreeId;
}
return treeComponent;
}
createAstComponent(session, compilerIndex, customSessionId) {
return {
type: 'component',
componentName: 'ast',
componentState: {
id: compilerIndex,
editorid: customSessionId ? customSessionId : session ? session.id : undefined,
},
isClosable: true,
reorderEnabled: true,
};
}
createOptComponent(session, compilerIndex, customSessionId) {
return {
type: 'component',
componentName: 'opt',
componentState: {
id: compilerIndex,
editorid: customSessionId ? customSessionId : session ? session.id : undefined,
},
isClosable: true,
reorderEnabled: true,
};
}
createCfgComponent(session, compilerIndex, customSessionId) {
return {
type: 'component',
componentName: 'opt',
componentState: {
id: compilerIndex,
editorid: customSessionId ? customSessionId : session ? session.id : undefined,
options: {
navigation: false,
physics: false,
},
},
isClosable: true,
reorderEnabled: true,
};
}
createGccDumpComponent(session, compilerIndex, customSessionId) {
return {
type: 'component',
componentName: 'gccdump',
componentState: {
_compilerid: compilerIndex,
_editorid: customSessionId ? customSessionId : session ? session.id : undefined,
},
isClosable: true,
reorderEnabled: true,
};
}
createCompilerOutComponent(session, compilerIndex, customSessionId) {
return {
type: 'component',
componentName: 'output',
componentState: {
compiler: compilerIndex,
editor: customSessionId ? customSessionId : session ? session.id : undefined,
wrap: false,
fontScale: 14,
},
isClosable: true,
reorderEnabled: true,
};
}
createToolComponent(session, compilerIndex, toolId, args, stdin, customSessionId) {
return {
type: 'component',
componentName: 'tool',
componentState: {
editor: customSessionId ? customSessionId : session ? session.id : undefined,
compiler: compilerIndex,
toolId: toolId,
args: args,
stdin: stdin,
},
isClosable: true,
reorderEnabled: true,
};
}
createConformanceViewComponent(session, conformanceview, customSessionId) {
return {
type: 'component',
componentName: 'conformance',
componentState: {
editorid: customSessionId ? customSessionId : session.id,
langId: session.language,
compilers: [],
libs: conformanceview.libs,
},
isClosable: true,
reorderEnabled: true,
};
}
copyCompilerFilters(filters) {
return {...filters};
}
createCompilerComponent(session, compiler, customSessionId, idxCompiler) {
return {
type: 'component',
componentName: 'compiler',
componentState: {
id: idxCompiler,
compiler: compiler.id,
source: customSessionId ? customSessionId : session.id,
options: compiler.options,
filters: this.copyCompilerFilters(compiler.filters),
libs: compiler.libs,
lang: session.language,
},
isClosable: true,
reorderEnabled: true,
};
}
createCompilerComponentForTree(tree, compiler, customTreeId, idxCompiler) {
return {
type: 'component',
componentName: 'compiler',
componentState: {
id: idxCompiler,
compiler: compiler.id,
source: undefined,
tree: customTreeId ? customTreeId : tree.id,
options: compiler.options,
filters: this.copyCompilerFilters(compiler.filters),
libs: compiler.libs,
lang: tree.compilerLanguageId,
},
isClosable: true,
reorderEnabled: true,
};
}
createExecutorComponent(session, executor, customSessionId) {
return {
type: 'component',
componentName: 'executor',
componentState: {
compiler: executor.compiler.id,
source: customSessionId ? customSessionId : session.id,
options: executor.compiler.options,
execArgs: executor.arguments,
execStdin: executor.stdin,
libs: executor.compiler.libs,
lang: session.language,
compilationPanelShown: executor.compilerVisible,
compilerOutShown: executor.compilerOutputVisible,
argsPanelShown: executor.argumentsVisible,
stdinPanelShown: executor.stdinVisible,
wrap: executor.wrap,
},
isClosable: true,
reorderEnabled: true,
};
}
createExecutorComponentForTree(tree, executor, customTreeId) {
return {
type: 'component',
componentName: 'executor',
componentState: {
compiler: executor.compiler.id,
source: undefined,
tree: customTreeId ? customTreeId : tree.id,
options: executor.compiler.options,
execArgs: executor.arguments,
execStdin: executor.stdin,
libs: executor.compiler.libs,
lang: tree.compilerLanguageId,
compilationPanelShown: executor.compilerVisible,
compilerOutShown: executor.compilerOutputVisible,
argsPanelShown: executor.argumentsVisible,
stdinPanelShown: executor.stdinVisible,
wrap: executor.wrap,
},
isClosable: true,
reorderEnabled: true,
};
}
createDiffComponent(left, right) {
return {
type: 'component',
componentName: 'diff',
componentState: {
lhs: left,
rhs: right,
lhsdifftype: 0,
rhsdifftype: 0,
fontScale: 14,
},
};
}
createSpecialOutputComponent(viewtype, session, idxCompiler, customSessionId) {
let component = null;
if (viewtype === 'ast') {
component = this.createAstComponent(session, idxCompiler + 1, customSessionId);
} else if (viewtype === 'opt') {
component = this.createOptComponent(session, idxCompiler + 1, customSessionId);
} else if (viewtype === 'cfg') {
component = this.createCfgComponent(session, idxCompiler + 1, customSessionId);
} else if (viewtype === 'gccdump') {
component = this.createGccDumpComponent(session, idxCompiler + 1, customSessionId);
} else if (viewtype === 'compilerOutput') {
component = this.createCompilerOutComponent(session, idxCompiler + 1, customSessionId);
}
return component;
}
createSpecialOutputComponentForTreeCompiler(viewtype, idxCompiler) {
let component = null;
if (viewtype === 'ast') {
component = this.createAstComponent(null, idxCompiler + 1, false);
} else if (viewtype === 'opt') {
component = this.createOptComponent(null, idxCompiler + 1, false);
} else if (viewtype === 'cfg') {
component = this.createCfgComponent(null, idxCompiler + 1, false);
} else if (viewtype === 'gccdump') {
component = this.createGccDumpComponent(null, idxCompiler + 1, false);
} else if (viewtype === 'compilerOutput') {
component = this.createCompilerOutComponent(null, idxCompiler + 1, false);
}
return component;
}
createToolComponentForTreeCompiler(tree, compilerIndex, toolId, args, stdin, customTreeId) {
return {
type: 'component',
componentName: 'tool',
componentState: {
tree: customTreeId ? customTreeId : tree ? tree.id : undefined,
compiler: compilerIndex,
toolId: toolId,
args: args,
stdin: stdin,
},
isClosable: true,
reorderEnabled: true,
};
}
}
export class ClientStateGoldenifier extends GoldenLayoutComponents {
constructor() {
super();
this.golden = {};
}
newEmptyStack(width) {
return {
type: 'stack',
width: width,
content: [],
};
}
newStackWithOneComponent(width, component) {
return {
type: 'stack',
width: width,
content: [component],
};
}
newTreeFromTree(tree, width) {
return this.newStackWithOneComponent(width, this.createTreeComponent(tree));
}
newSourceStackFromSession(session, width) {
return this.newStackWithOneComponent(width, this.createSourceComponent(session));
}
newAstStackFromCompiler(session, compilerIndex, width) {
return this.newStackWithOneComponent(width, this.createAstComponent(session, compilerIndex));
}
newOptStackFromCompiler(session, compilerIndex, width) {
return this.newStackWithOneComponent(width, this.createOptComponent(session, compilerIndex));
}
newCfgStackFromCompiler(session, compilerIndex, width) {
return this.newStackWithOneComponent(width, this.createCfgComponent(session, compilerIndex));
}
newGccDumpStackFromCompiler(session, compilerIndex, width) {
return this.newStackWithOneComponent(width, this.createGccDumpComponent(session, compilerIndex));
}
newCompilerOutStackFromCompiler(session, compilerIndex, width) {
return this.newStackWithOneComponent(width, this.createCompilerOutComponent(session, compilerIndex));
}
newToolStackFromCompiler(session, compilerIndex, toolId, args, stdin, width) {
return this.newStackWithOneComponent(
width,
this.createToolComponent(session, compilerIndex, toolId, args, stdin),
);
}
newConformanceViewStack(session, width, conformanceview) {
const stack = this.newStackWithOneComponent(
width,
this.createConformanceViewComponent(session, conformanceview),
);
for (const compiler of conformanceview.compilers) {
const compjson = {
compilerId: compiler.id,
options: compiler.options,
};
stack.content[0].componentState.compilers.push(compjson);
}
return stack;
}
newCompilerStackFromSession(session, compiler, width) {
return this.newStackWithOneComponent(
width,
this.createCompilerComponent(session, compiler, false, compiler._internalId),
);
}
newExecutorStackFromSession(session, executor, width) {
return this.newStackWithOneComponent(width, this.createExecutorComponent(session, executor));
}
createSourceContentArray(state, left, right) {
if (left.session === right.session) {
return [this.createPresentationModeComponents(state.sessions[left.session], 1, 100)];
} else {
return [
this.createPresentationModeComponents(state.sessions[left.session], 1),
this.createPresentationModeComponents(state.sessions[right.session], 2),
];
}
}
getPresentationModeEmptyLayout() {
return {
settings: {
hasHeaders: true,
constrainDragToContainer: false,
reorderEnabled: true,
selectionEnabled: false,
popoutWholeStack: false,
blockedPopoutsThrowError: true,
closePopoutsOnUnload: true,
showPopoutIcon: false,
showMaximiseIcon: true,
showCloseIcon: false,
responsiveMode: 'onload',
tabOverlapAllowance: 0,
reorderOnTabMenuClick: true,
tabControlOffset: 10,
},
dimensions: {
borderWidth: 5,
borderGrabWidth: 15,
minItemHeight: 10,
minItemWidth: 10,
headerHeight: 20,
dragProxyWidth: 300,
dragProxyHeight: 200,
},
labels: {
close: 'close',
maximise: 'maximise',
minimise: 'minimise',
popout: 'open in new window',
popin: 'pop in',
tabDropdown: 'additional tabs',
},
content: [
{
type: 'column',
content: [],
},
],
};
}
getPresentationModeLayoutForSource(state, left) {
const gl = this.getPresentationModeEmptyLayout();
gl.content[0].content = [
{
type: 'column',
width: 100,
content: this.createSourceContentArray(state, left, left),
},
];
return gl;
}
closeAllEditors(tree) {
for (const file of tree.files) {
file.editorId = -1;
file.isOpen = false;
}
}
getPresentationModeLayoutForTree(state, left) {
const gl = this.getPresentationModeEmptyLayout();
const tree = state.trees[left.tree];
const customTreeId = 1;
this.closeAllEditors(tree);
gl.content[0].content = [
{
type: 'column',
width: 100,
content: [
{
type: 'row',
height: 50,
content: [this.createTreeComponent(tree, customTreeId)],
},
{
type: 'row',
height: 50,
content: [
{
type: 'stack',
width: 100,
content: [],
},
],
},
],
},
];
let stack = gl.content[0].content[0].content[1].content[0];
for (let idxCompiler = 0; idxCompiler < tree.compilers.length; idxCompiler++) {
const compiler = tree.compilers[idxCompiler];
stack.content.push(this.createCompilerComponentForTree(tree, compiler, customTreeId, idxCompiler + 1));
for (const viewtype of compiler.specialoutputs) {
stack.content.push(this.createSpecialOutputComponentForTreeCompiler(viewtype, idxCompiler));
}
for (const tool of compiler.tools) {
stack.content.push(
this.createToolComponentForTreeCompiler(tree, idxCompiler + 1, tool.id, tool.args, tool.stdin),
);
}
}
for (let idxExecutor = 0; idxExecutor < tree.executors.length; idxExecutor++) {
stack.content.push(this.createExecutorComponentForTree(tree, tree.executors[idxExecutor], customTreeId));
}
return gl;
}
getPresentationModeLayoutForComparisonSlide(state, left, right) {
const gl = this.getPresentationModeEmptyLayout();
gl.content[0].content = [
{
type: 'row',
height: 50,
content: this.createSourceContentArray(state, left, right),
},
{
type: 'row',
height: 50,
content: [
{
type: 'stack',
width: 100,
content: [this.createDiffComponent(left.compiler + 1, right.compiler + 1)],
},
],
},
];
return gl;
}
createPresentationModeComponents(session, customSessionId, customWidth) {
const stack = {
type: 'stack',
width: customWidth ? customWidth : 50,
activeItemIndex: 0,
content: [this.createSourceComponent(session, customSessionId)],
};
for (let idxCompiler = 0; idxCompiler < session.compilers.length; idxCompiler++) {
const compiler = session.compilers[idxCompiler];
stack.content.push(this.createCompilerComponent(session, compiler, customSessionId));
for (const viewtype of compiler.specialoutputs) {
stack.content.push(this.createSpecialOutputComponent(viewtype, session, idxCompiler, customSessionId));
}
for (const tool of compiler.tools) {
stack.content.push(
this.createToolComponent(false, idxCompiler + 1, tool.id, tool.args, tool.stdin, customSessionId),
);
}
}
for (let idxExecutor = 0; idxExecutor < session.executors.length; idxExecutor++) {
stack.content.push(this.createExecutorComponent(session, session.executors[idxExecutor], customSessionId));
}
return stack;
}
generatePresentationModeMobileViewerSlides(state) {
const slides = [];
if (state.trees.length > 0) {
for (var idxTree = 0; idxTree < state.trees.length; idxTree++) {
const gl = this.getPresentationModeLayoutForTree(state, {
tree: idxTree,
});
slides.push(gl);
}
return slides;
}
for (var idxSession = 0; idxSession < state.sessions.length; idxSession++) {
const gl = this.getPresentationModeLayoutForSource(state, {
session: idxSession,
compiler: 0,
});
slides.push(gl);
}
return slides;
}
treeLayoutFromClientstate(state) {
const firstTree = state.trees[0];
const leftSide = this.newTreeFromTree(firstTree, 25);
const middle = this.newEmptyStack(40);
for (const session of state.sessions) {
middle.content.push(this.createSourceComponent(session));
}
const rightSide = this.newEmptyStack(40);
let idxCompiler = 0;
for (const compiler of firstTree.compilers) {
rightSide.content.push(this.createCompilerComponentForTree(firstTree, compiler));
for (const specialOutput of compiler.specialoutputs) {
rightSide.content.push(this.createSpecialOutputComponentForTreeCompiler(specialOutput, idxCompiler));
}
idxCompiler++;
}
this.golden.content[0].content.push(leftSide, middle, rightSide);
}
fromClientState(state) {
this.golden = {
settings: {
hasHeaders: true,
constrainDragToContainer: false,
reorderEnabled: true,
selectionEnabled: false,
popoutWholeStack: false,
blockedPopoutsThrowError: true,
closePopoutsOnUnload: true,
showPopoutIcon: false,
showMaximiseIcon: true,
showCloseIcon: true,
responsiveMode: 'onload',
tabOverlapAllowance: 0,
reorderOnTabMenuClick: true,
tabControlOffset: 10,
},
dimensions: {
borderWidth: 5,
borderGrabWidth: 15,
minItemHeight: 10,
minItemWidth: 10,
headerHeight: 20,
dragProxyWidth: 300,
dragProxyHeight: 200,
},
labels: {
close: 'close',
maximise: 'maximise',
minimise: 'minimise',
popout: 'open in new window',
popin: 'pop in',
tabDropdown: 'additional tabs',
},
content: [
{
type: 'row',
content: [],
},
],
};
if (state.trees.length > 0) {
this.treeLayoutFromClientstate(state);
return;
}
if (state.sessions.length > 1) {
const sessionWidth = 100 / state.sessions.length;
for (let idxSession = 0; idxSession < state.sessions.length; idxSession++) {
const session = state.sessions[idxSession];
this.golden.content[0].content[idxSession] = {
type: 'column',
isClosable: true,
reorderEnabled: true,
width: sessionWidth,
content: [
{
type: 'row',
content: [],
},
{
type: 'row',
content: [],
},
],
};
let stack = this.newSourceStackFromSession(session, 100);
this.golden.content[0].content[idxSession].content[0].content.push(stack);
const compilerWidth =
100 /
(1 +
session.compilers.length +
session.executors.length +
session.countNumberOfSpecialOutputsAndTools());
if (session.conformanceview) {
const stack = this.newConformanceViewStack(session, compilerWidth, session.conformanceview);
this.golden.content[0].content[idxSession].content[1].content.push(stack);
}
for (let idxCompiler = 0; idxCompiler < session.compilers.length; idxCompiler++) {
const compiler = session.compilers[idxCompiler];
let stack = this.newCompilerStackFromSession(session, compiler, compilerWidth);
this.golden.content[0].content[idxSession].content[1].content.push(stack);
for (const viewtype of compiler.specialoutputs) {
let stack = this.newStackWithOneComponent(
compilerWidth,
this.createSpecialOutputComponent(viewtype, session, idxCompiler),
);
if (stack) {
this.golden.content[0].content[idxSession].content[1].content.push(stack);
}
}
for (const tool of compiler.tools) {
let stack = this.newToolStackFromCompiler(
session,
idxCompiler + 1,
tool.id,
tool.args,
tool.stdin,
compilerWidth,
);
this.golden.content[0].content[idxSession].content[1].content.push(stack);
}
}
for (let idxExecutor = 0; idxExecutor < session.executors.length; idxExecutor++) {
const executor = session.executors[idxExecutor];
let stack = this.newExecutorStackFromSession(session, executor, compilerWidth);
this.golden.content[0].content[idxSession].content[1].content.push(stack);
}
}
} else if (state.sessions.length === 1) {
const session = state.sessions[0];
this.golden.content[0] = {
type: 'row',
content: [],
};
const width =
100 /
(1 +
session.compilers.length +
session.executors.length +
session.countNumberOfSpecialOutputsAndTools());
this.golden.content[0].content.push(this.newSourceStackFromSession(session, width));
if (session.conformanceview) {
const stack = this.newConformanceViewStack(session, width, session.conformanceview);
this.golden.content[0].content.push(stack);
}
for (let idxCompiler = 0; idxCompiler < session.compilers.length; idxCompiler++) {
const compiler = session.compilers[idxCompiler];
let stack = this.newCompilerStackFromSession(session, compiler, width);
this.golden.content[0].content.push(stack);
for (const viewtype of compiler.specialoutputs) {
let stack = this.newStackWithOneComponent(
width,
this.createSpecialOutputComponent(viewtype, session, idxCompiler),
);
if (stack) {
this.golden.content[0].content.push(stack);
}
}
for (const tool of compiler.tools) {
let stack = this.newToolStackFromCompiler(
session,
compiler,
idxCompiler + 1,
tool.id,
tool.args,
tool.stdin,
width,
);
this.golden.content[0].content.push(stack);
}
}
for (const executor of session.executors) {
let stack = this.newExecutorStackFromSession(session, executor, width);
this.golden.content[0].content.push(stack);
}
}
}
}