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/*---------------------------------------------------------------------------------------------
* Copyright (c) Microsoft Corporation. All rights reserved.
* Licensed under the MIT License. See License.txt in the project root for license information.
*--------------------------------------------------------------------------------------------*/
import { IAction } from 'vs/base/common/actions';
import { VSBuffer } from 'vs/base/common/buffer';
import { CancellationToken } from 'vs/base/common/cancellation';
import { Event } from 'vs/base/common/event';
import { IJSONSchemaSnippet } from 'vs/base/common/jsonSchema';
import { IDisposable } from 'vs/base/common/lifecycle';
import severity from 'vs/base/common/severity';
import { URI as uri } from 'vs/base/common/uri';
import { IPosition, Position } from 'vs/editor/common/core/position';
import { IRange, Range } from 'vs/editor/common/core/range';
import * as editorCommon from 'vs/editor/common/editorCommon';
import { ITextModel as EditorIModel } from 'vs/editor/common/model';
import * as nls from 'vs/nls';
import { ConfigurationTarget } from 'vs/platform/configuration/common/configuration';
import { RawContextKey } from 'vs/platform/contextkey/common/contextkey';
import { createDecorator } from 'vs/platform/instantiation/common/instantiation';
import { ITelemetryEndpoint } from 'vs/platform/telemetry/common/telemetry';
import { IWorkspaceFolder } from 'vs/platform/workspace/common/workspace';
import { IEditorPane } from 'vs/workbench/common/editor';
import { DebugCompoundRoot } from 'vs/workbench/contrib/debug/common/debugCompoundRoot';
import { Source } from 'vs/workbench/contrib/debug/common/debugSource';
import { TaskIdentifier } from 'vs/workbench/contrib/tasks/common/tasks';
import { IEditorService } from 'vs/workbench/services/editor/common/editorService';
export const VIEWLET_ID = 'workbench.view.debug';
export const VARIABLES_VIEW_ID = 'workbench.debug.variablesView';
export const WATCH_VIEW_ID = 'workbench.debug.watchExpressionsView';
export const CALLSTACK_VIEW_ID = 'workbench.debug.callStackView';
export const LOADED_SCRIPTS_VIEW_ID = 'workbench.debug.loadedScriptsView';
export const BREAKPOINTS_VIEW_ID = 'workbench.debug.breakPointsView';
export const DISASSEMBLY_VIEW_ID = 'workbench.debug.disassemblyView';
export const DEBUG_PANEL_ID = 'workbench.panel.repl';
export const REPL_VIEW_ID = 'workbench.panel.repl.view';
export const DEBUG_SERVICE_ID = 'debugService';
export const CONTEXT_DEBUG_TYPE = new RawContextKey<string>('debugType', undefined, { type: 'string', description: nls.localize('debugType', "Debug type of the active debug session. For example 'python'.") });
export const CONTEXT_DEBUG_CONFIGURATION_TYPE = new RawContextKey<string>('debugConfigurationType', undefined, { type: 'string', description: nls.localize('debugConfigurationType', "Debug type of the selected launch configuration. For example 'python'.") });
export const CONTEXT_DEBUG_STATE = new RawContextKey<string>('debugState', 'inactive', { type: 'string', description: nls.localize('debugState', "State that the focused debug session is in. One of the following: 'inactive', 'initializing', 'stopped' or 'running'.") });
export const CONTEXT_DEBUG_UX_KEY = 'debugUx';
export const CONTEXT_DEBUG_UX = new RawContextKey<string>(CONTEXT_DEBUG_UX_KEY, 'default', { type: 'string', description: nls.localize('debugUX', "Debug UX state. When there are no debug configurations it is 'simple', otherwise 'default'. Used to decide when to show welcome views in the debug viewlet.") });
export const CONTEXT_IN_DEBUG_MODE = new RawContextKey<boolean>('inDebugMode', false, { type: 'boolean', description: nls.localize('inDebugMode', "True when debugging, false otherwise.") });
export const CONTEXT_IN_DEBUG_REPL = new RawContextKey<boolean>('inDebugRepl', false, { type: 'boolean', description: nls.localize('inDebugRepl', "True when focus is in the debug console, false otherwise.") });
export const CONTEXT_BREAKPOINT_WIDGET_VISIBLE = new RawContextKey<boolean>('breakpointWidgetVisible', false, { type: 'boolean', description: nls.localize('breakpointWidgetVisibile', "True when breakpoint editor zone widget is visible, false otherwise.") });
export const CONTEXT_IN_BREAKPOINT_WIDGET = new RawContextKey<boolean>('inBreakpointWidget', false, { type: 'boolean', description: nls.localize('inBreakpointWidget', "True when focus is in the breakpoint editor zone widget, false otherwise.") });
export const CONTEXT_BREAKPOINTS_FOCUSED = new RawContextKey<boolean>('breakpointsFocused', true, { type: 'boolean', description: nls.localize('breakpointsFocused', "True when the BREAKPOINTS view is focused, false otherwise.") });
export const CONTEXT_WATCH_EXPRESSIONS_FOCUSED = new RawContextKey<boolean>('watchExpressionsFocused', true, { type: 'boolean', description: nls.localize('watchExpressionsFocused', "True when the WATCH view is focused, false otherwsie.") });
export const CONTEXT_WATCH_EXPRESSIONS_EXIST = new RawContextKey<boolean>('watchExpressionsExist', false, { type: 'boolean', description: nls.localize('watchExpressionsExist', "True when at least one watch expression exists, false otherwise.") });
export const CONTEXT_VARIABLES_FOCUSED = new RawContextKey<boolean>('variablesFocused', true, { type: 'boolean', description: nls.localize('variablesFocused', "True when the VARIABLES views is focused, false otherwsie") });
export const CONTEXT_EXPRESSION_SELECTED = new RawContextKey<boolean>('expressionSelected', false, { type: 'boolean', description: nls.localize('expressionSelected', "True when an expression input box is open in either the WATCH or the VARIABLES view, false otherwise.") });
export const CONTEXT_BREAKPOINT_INPUT_FOCUSED = new RawContextKey<boolean>('breakpointInputFocused', false, { type: 'boolean', description: nls.localize('breakpointInputFocused', "True when the input box has focus in the BREAKPOINTS view.") });
export const CONTEXT_CALLSTACK_ITEM_TYPE = new RawContextKey<string>('callStackItemType', undefined, { type: 'string', description: nls.localize('callStackItemType', "Represents the item type of the focused element in the CALL STACK view. For example: 'session', 'thread', 'stackFrame'") });
export const CONTEXT_CALLSTACK_SESSION_IS_ATTACH = new RawContextKey<boolean>('callStackSessionIsAttach', false, { type: 'boolean', description: nls.localize('callStackSessionIsAttach', "True when the session in the CALL STACK view is attach, false otherwise. Used internally for inline menus in the CALL STACK view.") });
export const CONTEXT_CALLSTACK_ITEM_STOPPED = new RawContextKey<boolean>('callStackItemStopped', false, { type: 'boolean', description: nls.localize('callStackItemStopped', "True when the focused item in the CALL STACK is stopped. Used internaly for inline menus in the CALL STACK view.") });
export const CONTEXT_CALLSTACK_SESSION_HAS_ONE_THREAD = new RawContextKey<boolean>('callStackSessionHasOneThread', false, { type: 'boolean', description: nls.localize('callStackSessionHasOneThread', "True when the focused session in the CALL STACK view has exactly one thread. Used internally for inline menus in the CALL STACK view.") });
export const CONTEXT_WATCH_ITEM_TYPE = new RawContextKey<string>('watchItemType', undefined, { type: 'string', description: nls.localize('watchItemType', "Represents the item type of the focused element in the WATCH view. For example: 'expression', 'variable'") });
export const CONTEXT_CAN_VIEW_MEMORY = new RawContextKey<boolean>('canViewMemory', undefined, { type: 'boolean', description: nls.localize('canViewMemory', "Indicates whether the item in the view has an associated memory refrence.") });
export const CONTEXT_BREAKPOINT_ITEM_TYPE = new RawContextKey<string>('breakpointItemType', undefined, { type: 'string', description: nls.localize('breakpointItemType', "Represents the item type of the focused element in the BREAKPOINTS view. For example: 'breakpoint', 'exceptionBreakppint', 'functionBreakpoint', 'dataBreakpoint'") });
export const CONTEXT_BREAKPOINT_ACCESS_TYPE = new RawContextKey<string>('breakpointAccessType', undefined, { type: 'string', description: nls.localize('breakpointAccessType', "Represents the access type of the focused data breakpoint in the BREAKPOINTS view. For example: 'read', 'readWrite', 'write'") });
export const CONTEXT_BREAKPOINT_SUPPORTS_CONDITION = new RawContextKey<boolean>('breakpointSupportsCondition', false, { type: 'boolean', description: nls.localize('breakpointSupportsCondition', "True when the focused breakpoint supports conditions.") });
export const CONTEXT_LOADED_SCRIPTS_SUPPORTED = new RawContextKey<boolean>('loadedScriptsSupported', false, { type: 'boolean', description: nls.localize('loadedScriptsSupported', "True when the focused sessions supports the LOADED SCRIPTS view") });
export const CONTEXT_LOADED_SCRIPTS_ITEM_TYPE = new RawContextKey<string>('loadedScriptsItemType', undefined, { type: 'string', description: nls.localize('loadedScriptsItemType', "Represents the item type of the focused element in the LOADED SCRIPTS view.") });
export const CONTEXT_FOCUSED_SESSION_IS_ATTACH = new RawContextKey<boolean>('focusedSessionIsAttach', false, { type: 'boolean', description: nls.localize('focusedSessionIsAttach', "True when the focused session is 'attach'.") });
export const CONTEXT_STEP_BACK_SUPPORTED = new RawContextKey<boolean>('stepBackSupported', false, { type: 'boolean', description: nls.localize('stepBackSupported', "True when the focused session supports 'stepBack' requests.") });
export const CONTEXT_RESTART_FRAME_SUPPORTED = new RawContextKey<boolean>('restartFrameSupported', false, { type: 'boolean', description: nls.localize('restartFrameSupported', "True when the focused session supports 'restartFrame' requests.") });
export const CONTEXT_STACK_FRAME_SUPPORTS_RESTART = new RawContextKey<boolean>('stackFrameSupportsRestart', false, { type: 'boolean', description: nls.localize('stackFrameSupportsRestart', "True when the focused stack frame suppots 'restartFrame'.") });
export const CONTEXT_JUMP_TO_CURSOR_SUPPORTED = new RawContextKey<boolean>('jumpToCursorSupported', false, { type: 'boolean', description: nls.localize('jumpToCursorSupported', "True when the focused session supports 'jumpToCursor' request.") });
export const CONTEXT_STEP_INTO_TARGETS_SUPPORTED = new RawContextKey<boolean>('stepIntoTargetsSupported', false, { type: 'boolean', description: nls.localize('stepIntoTargetsSupported', "True when the focused session supports 'stepIntoTargets' request.") });
export const CONTEXT_BREAKPOINTS_EXIST = new RawContextKey<boolean>('breakpointsExist', false, { type: 'boolean', description: nls.localize('breakpointsExist', "True when at least one breakpoint exists.") });
export const CONTEXT_DEBUGGERS_AVAILABLE = new RawContextKey<boolean>('debuggersAvailable', false, { type: 'boolean', description: nls.localize('debuggersAvailable', "True when there is at least one debug extensions active.") });
export const CONTEXT_DEBUG_EXTENSION_AVAILABLE = new RawContextKey<boolean>('debugExtensionAvailable', false, { type: 'boolean', description: nls.localize('debugExtensionsAvailable', "True when there is at least one debug extension installed and enabled.") });
export const CONTEXT_DEBUG_PROTOCOL_VARIABLE_MENU_CONTEXT = new RawContextKey<string>('debugProtocolVariableMenuContext', undefined, { type: 'string', description: nls.localize('debugProtocolVariableMenuContext', "Represents the context the debug adapter sets on the focused variable in the VARIABLES view.") });
export const CONTEXT_SET_VARIABLE_SUPPORTED = new RawContextKey<boolean>('debugSetVariableSupported', false, { type: 'boolean', description: nls.localize('debugSetVariableSupported', "True when the focused session supports 'setVariable' request.") });
export const CONTEXT_SET_EXPRESSION_SUPPORTED = new RawContextKey<boolean>('debugSetExpressionSupported', false, { type: 'boolean', description: nls.localize('debugSetExpressionSupported', "True when the focused session supports 'setExpression' request.") });
export const CONTEXT_BREAK_WHEN_VALUE_CHANGES_SUPPORTED = new RawContextKey<boolean>('breakWhenValueChangesSupported', false, { type: 'boolean', description: nls.localize('breakWhenValueChangesSupported', "True when the focused session supports to break when value changes.") });
export const CONTEXT_BREAK_WHEN_VALUE_IS_ACCESSED_SUPPORTED = new RawContextKey<boolean>('breakWhenValueIsAccessedSupported', false, { type: 'boolean', description: nls.localize('breakWhenValueIsAccessedSupported', "True when the focused breakpoint supports to break when value is accessed.") });
export const CONTEXT_BREAK_WHEN_VALUE_IS_READ_SUPPORTED = new RawContextKey<boolean>('breakWhenValueIsReadSupported', false, { type: 'boolean', description: nls.localize('breakWhenValueIsReadSupported', "True when the focused breakpoint supports to break when value is read.") });
export const CONTEXT_TERMINATE_DEBUGGEE_SUPPORTED = new RawContextKey<boolean>('terminateDebuggeeSupported', false, { type: 'boolean', description: nls.localize('terminateDebuggeeSupported', "True when the focused session supports the terminate debuggee capability.") });
export const CONTEXT_SUSPEND_DEBUGGEE_SUPPORTED = new RawContextKey<boolean>('suspendDebuggeeSupported', false, { type: 'boolean', description: nls.localize('suspendDebuggeeSupported', "True when the focused session supports the suspend debuggee capability.") });
export const CONTEXT_VARIABLE_EVALUATE_NAME_PRESENT = new RawContextKey<boolean>('variableEvaluateNamePresent', false, { type: 'boolean', description: nls.localize('variableEvaluateNamePresent', "True when the focused variable has an 'evalauteName' field set.") });
export const CONTEXT_VARIABLE_IS_READONLY = new RawContextKey<boolean>('variableIsReadonly', false, { type: 'boolean', description: nls.localize('variableIsReadonly', "True when the focused variable is readonly.") });
export const CONTEXT_EXCEPTION_WIDGET_VISIBLE = new RawContextKey<boolean>('exceptionWidgetVisible', false, { type: 'boolean', description: nls.localize('exceptionWidgetVisible', "True when the exception widget is visible.") });
export const CONTEXT_MULTI_SESSION_REPL = new RawContextKey<boolean>('multiSessionRepl', false, { type: 'boolean', description: nls.localize('multiSessionRepl', "True when there is more than 1 debug console.") });
export const CONTEXT_MULTI_SESSION_DEBUG = new RawContextKey<boolean>('multiSessionDebug', false, { type: 'boolean', description: nls.localize('multiSessionDebug', "True when there is more than 1 active debug session.") });
export const CONTEXT_DISASSEMBLE_REQUEST_SUPPORTED = new RawContextKey<boolean>('disassembleRequestSupported', false, { type: 'boolean', description: nls.localize('disassembleRequestSupported', "True when the focused sessions supports disassemble request.") });
export const CONTEXT_DISASSEMBLY_VIEW_FOCUS = new RawContextKey<boolean>('disassemblyViewFocus', false, { type: 'boolean', description: nls.localize('disassemblyViewFocus', "True when the Disassembly View is focused.") });
export const CONTEXT_LANGUAGE_SUPPORTS_DISASSEMBLE_REQUEST = new RawContextKey<boolean>('languageSupportsDisassembleRequest', false, { type: 'boolean', description: nls.localize('languageSupportsDisassembleRequest', "True when the language in the current editor supports disassemble request.") });
export const CONTEXT_FOCUSED_STACK_FRAME_HAS_INSTRUCTION_POINTER_REFERENCE = new RawContextKey<boolean>('focusedStackFrameHasInstructionReference', false, { type: 'boolean', description: nls.localize('focusedStackFrameHasInstructionReference', "True when the focused stack frame has instruction pointer reference.") });
export const debuggerDisabledMessage = (debugType: string) => nls.localize('debuggerDisabled', "Configured debug type '{0}' is installed but not supported in this environment.", debugType);
export const EDITOR_CONTRIBUTION_ID = 'editor.contrib.debug';
export const BREAKPOINT_EDITOR_CONTRIBUTION_ID = 'editor.contrib.breakpoint';
export const DEBUG_SCHEME = 'debug';
export const INTERNAL_CONSOLE_OPTIONS_SCHEMA = {
enum: ['neverOpen', 'openOnSessionStart', 'openOnFirstSessionStart'],
default: 'openOnFirstSessionStart',
description: nls.localize('internalConsoleOptions', "Controls when the internal debug console should open.")
};
// raw
export interface IRawModelUpdate {
sessionId: string;
threads: DebugProtocol.Thread[];
stoppedDetails?: IRawStoppedDetails;
}
export interface IRawStoppedDetails {
reason?: string;
description?: string;
threadId?: number;
text?: string;
totalFrames?: number;
allThreadsStopped?: boolean;
framesErrorMessage?: string;
hitBreakpointIds?: number[];
}
// model
export interface ITreeElement {
getId(): string;
}
export interface IReplElement extends ITreeElement {
toString(includeSource?: boolean): string;
readonly sourceData?: IReplElementSource;
}
export interface IReplElementSource {
readonly source: Source;
readonly lineNumber: number;
readonly column: number;
}
export interface IExpressionContainer extends ITreeElement {
readonly hasChildren: boolean;
evaluateLazy(): Promise<void>;
getChildren(): Promise<IExpression[]>;
readonly reference?: number;
readonly value: string;
readonly type?: string;
valueChanged?: boolean;
readonly presentationHint?: DebugProtocol.VariablePresentationHint | undefined;
}
export interface IExpression extends IExpressionContainer {
name: string;
}
export interface IDebugger {
createDebugAdapter(session: IDebugSession): Promise<IDebugAdapter>;
runInTerminal(args: DebugProtocol.RunInTerminalRequestArguments, sessionId: string): Promise<number | undefined>;
getCustomTelemetryEndpoint(): ITelemetryEndpoint | undefined;
}
export const enum State {
Inactive,
Initializing,
Stopped,
Running
}
export function getStateLabel(state: State): string {
switch (state) {
case State.Initializing: return 'initializing';
case State.Stopped: return 'stopped';
case State.Running: return 'running';
default: return 'inactive';
}
}
export interface AdapterEndEvent {
error?: Error;
sessionLengthInSeconds: number;
emittedStopped: boolean;
}
export interface LoadedSourceEvent {
reason: 'new' | 'changed' | 'removed';
source: Source;
}
export type IDebugSessionReplMode = 'separate' | 'mergeWithParent';
export interface IDebugSessionOptions {
noDebug?: boolean;
parentSession?: IDebugSession;
lifecycleManagedByParent?: boolean;
repl?: IDebugSessionReplMode;
compoundRoot?: DebugCompoundRoot;
compact?: boolean;
debugUI?: {
simple?: boolean;
};
startedByUser?: boolean;
}
export interface IDataBreakpointInfoResponse {
dataId: string | null;
description: string;
canPersist?: boolean;
accessTypes?: DebugProtocol.DataBreakpointAccessType[];
}
export interface IMemoryInvalidationEvent {
fromOffset: number;
toOffset: number;
}
export const enum MemoryRangeType {
Valid,
Unreadable,
Error,
}
export interface IMemoryRange {
type: MemoryRangeType;
offset: number;
length: number;
}
export interface IValidMemoryRange extends IMemoryRange {
type: MemoryRangeType.Valid;
offset: number;
length: number;
data: VSBuffer;
}
export interface IUnreadableMemoryRange extends IMemoryRange {
type: MemoryRangeType.Unreadable;
}
export interface IErrorMemoryRange extends IMemoryRange {
type: MemoryRangeType.Error;
error: string;
}
/**
* Union type of memory that can be returned from read(). Since a read request
* could encompass multiple previously-read ranges, multiple of these types
* are possible to return.
*/
export type MemoryRange = IValidMemoryRange | IUnreadableMemoryRange | IErrorMemoryRange;
export const DEBUG_MEMORY_SCHEME = 'vscode-debug-memory';
/**
* An IMemoryRegion corresponds to a contiguous range of memory referred to
* by a DAP `memoryReference`.
*/
export interface IMemoryRegion extends IDisposable {
/**
* Event that fires when memory changes. Can be a result of memory events or
* `write` requests.
*/
readonly onDidInvalidate: Event<IMemoryInvalidationEvent>;
/**
* Whether writes are supported on this memory region.
*/
readonly writable: boolean;
/**
* Requests memory ranges from the debug adapter. It returns a list of memory
* ranges that overlap (but may exceed!) the given offset. Use the `offset`
* and `length` of each range for display.
*/
read(fromOffset: number, toOffset: number): Promise<MemoryRange[]>;
/**
* Writes memory to the debug adapter at the given offset.
*/
write(offset: number, data: VSBuffer): Promise<number>;
}
export interface IDebugSession extends ITreeElement {
readonly configuration: IConfig;
readonly unresolvedConfiguration: IConfig | undefined;
readonly state: State;
readonly root: IWorkspaceFolder | undefined;
readonly parentSession: IDebugSession | undefined;
readonly subId: string | undefined;
readonly compact: boolean;
readonly compoundRoot: DebugCompoundRoot | undefined;
readonly name: string;
readonly isSimpleUI: boolean;
readonly autoExpandLazyVariables: boolean;
setSubId(subId: string | undefined): void;
getMemory(memoryReference: string): IMemoryRegion;
setName(name: string): void;
readonly onDidChangeName: Event<string>;
getLabel(): string;
getSourceForUri(modelUri: uri): Source | undefined;
getSource(raw?: DebugProtocol.Source): Source;
setConfiguration(configuration: { resolved: IConfig; unresolved: IConfig | undefined }): void;
rawUpdate(data: IRawModelUpdate): void;
getThread(threadId: number): IThread | undefined;
getAllThreads(): IThread[];
clearThreads(removeThreads: boolean, reference?: number): void;
getStoppedDetails(): IRawStoppedDetails | undefined;
getReplElements(): IReplElement[];
hasSeparateRepl(): boolean;
removeReplExpressions(): void;
addReplExpression(stackFrame: IStackFrame | undefined, name: string): Promise<void>;
appendToRepl(data: string | IExpression, severity: severity, isImportant?: boolean, source?: IReplElementSource): void;
// session events
readonly onDidEndAdapter: Event<AdapterEndEvent | undefined>;
readonly onDidChangeState: Event<void>;
readonly onDidChangeReplElements: Event<void>;
// DA capabilities
readonly capabilities: DebugProtocol.Capabilities;
// DAP events
readonly onDidLoadedSource: Event<LoadedSourceEvent>;
readonly onDidCustomEvent: Event<DebugProtocol.Event>;
readonly onDidProgressStart: Event<DebugProtocol.ProgressStartEvent>;
readonly onDidProgressUpdate: Event<DebugProtocol.ProgressUpdateEvent>;
readonly onDidProgressEnd: Event<DebugProtocol.ProgressEndEvent>;
readonly onDidInvalidateMemory: Event<DebugProtocol.MemoryEvent>;
// DAP request
initialize(dbgr: IDebugger): Promise<void>;
launchOrAttach(config: IConfig): Promise<void>;
restart(): Promise<void>;
terminate(restart?: boolean /* false */): Promise<void>;
disconnect(restart?: boolean /* false */, suspend?: boolean): Promise<void>;
sendBreakpoints(modelUri: uri, bpts: IBreakpoint[], sourceModified: boolean): Promise<void>;
sendFunctionBreakpoints(fbps: IFunctionBreakpoint[]): Promise<void>;
dataBreakpointInfo(name: string, variablesReference?: number): Promise<IDataBreakpointInfoResponse | undefined>;
sendDataBreakpoints(dbps: IDataBreakpoint[]): Promise<void>;
sendInstructionBreakpoints(dbps: IInstructionBreakpoint[]): Promise<void>;
sendExceptionBreakpoints(exbpts: IExceptionBreakpoint[]): Promise<void>;
breakpointsLocations(uri: uri, lineNumber: number): Promise<IPosition[]>;
getDebugProtocolBreakpoint(breakpointId: string): DebugProtocol.Breakpoint | undefined;
stackTrace(threadId: number, startFrame: number, levels: number, token: CancellationToken): Promise<DebugProtocol.StackTraceResponse | undefined>;
exceptionInfo(threadId: number): Promise<IExceptionInfo | undefined>;
scopes(frameId: number, threadId: number): Promise<DebugProtocol.ScopesResponse | undefined>;
variables(variablesReference: number, threadId: number | undefined, filter: 'indexed' | 'named' | undefined, start: number | undefined, count: number | undefined): Promise<DebugProtocol.VariablesResponse | undefined>;
evaluate(expression: string, frameId?: number, context?: string): Promise<DebugProtocol.EvaluateResponse | undefined>;
customRequest(request: string, args: any): Promise<DebugProtocol.Response | undefined>;
cancel(progressId: string): Promise<DebugProtocol.CancelResponse | undefined>;
disassemble(memoryReference: string, offset: number, instructionOffset: number, instructionCount: number): Promise<DebugProtocol.DisassembledInstruction[] | undefined>;
readMemory(memoryReference: string, offset: number, count: number): Promise<DebugProtocol.ReadMemoryResponse | undefined>;
writeMemory(memoryReference: string, offset: number, data: string, allowPartial?: boolean): Promise<DebugProtocol.WriteMemoryResponse | undefined>;
restartFrame(frameId: number, threadId: number): Promise<void>;
next(threadId: number, granularity?: DebugProtocol.SteppingGranularity): Promise<void>;
stepIn(threadId: number, targetId?: number, granularity?: DebugProtocol.SteppingGranularity): Promise<void>;
stepInTargets(frameId: number): Promise<{ id: number; label: string }[] | undefined>;
stepOut(threadId: number, granularity?: DebugProtocol.SteppingGranularity): Promise<void>;
stepBack(threadId: number, granularity?: DebugProtocol.SteppingGranularity): Promise<void>;
continue(threadId: number): Promise<void>;
reverseContinue(threadId: number): Promise<void>;
pause(threadId: number): Promise<void>;
terminateThreads(threadIds: number[]): Promise<void>;
completions(frameId: number | undefined, threadId: number, text: string, position: Position, overwriteBefore: number, token: CancellationToken): Promise<DebugProtocol.CompletionsResponse | undefined>;
setVariable(variablesReference: number | undefined, name: string, value: string): Promise<DebugProtocol.SetVariableResponse | undefined>;
setExpression(frameId: number, expression: string, value: string): Promise<DebugProtocol.SetExpressionResponse | undefined>;
loadSource(resource: uri): Promise<DebugProtocol.SourceResponse | undefined>;
getLoadedSources(): Promise<Source[]>;
gotoTargets(source: DebugProtocol.Source, line: number, column?: number): Promise<DebugProtocol.GotoTargetsResponse | undefined>;
goto(threadId: number, targetId: number): Promise<DebugProtocol.GotoResponse | undefined>;
}
export interface IThread extends ITreeElement {
/**
* Process the thread belongs to
*/
readonly session: IDebugSession;
/**
* Id of the thread generated by the debug adapter backend.
*/
readonly threadId: number;
/**
* Name of the thread.
*/
readonly name: string;
/**
* Information about the current thread stop event. Undefined if thread is not stopped.
*/
readonly stoppedDetails: IRawStoppedDetails | undefined;
/**
* Information about the exception if an 'exception' stopped event raised and DA supports the 'exceptionInfo' request, otherwise undefined.
*/
readonly exceptionInfo: Promise<IExceptionInfo | undefined>;
readonly stateLabel: string;
/**
* Gets the callstack if it has already been received from the debug
* adapter.
*/
getCallStack(): ReadonlyArray<IStackFrame>;
/**
* Gets the top stack frame that is not hidden if the callstack has already been received from the debug adapter
*/
getTopStackFrame(): IStackFrame | undefined;
/**
* Invalidates the callstack cache
*/
clearCallStack(): void;
/**
* Indicates whether this thread is stopped. The callstack for stopped
* threads can be retrieved from the debug adapter.
*/
readonly stopped: boolean;
next(granularity?: DebugProtocol.SteppingGranularity): Promise<any>;
stepIn(granularity?: DebugProtocol.SteppingGranularity): Promise<any>;
stepOut(granularity?: DebugProtocol.SteppingGranularity): Promise<any>;
stepBack(granularity?: DebugProtocol.SteppingGranularity): Promise<any>;
continue(): Promise<any>;
pause(): Promise<any>;
terminate(): Promise<any>;
reverseContinue(): Promise<any>;
}
export interface IScope extends IExpressionContainer {
readonly name: string;
readonly expensive: boolean;
readonly range?: IRange;
readonly hasChildren: boolean;
}
export interface IStackFrame extends ITreeElement {
readonly thread: IThread;
readonly name: string;
readonly presentationHint: string | undefined;
readonly frameId: number;
readonly range: IRange;
readonly source: Source;
readonly canRestart: boolean;
readonly instructionPointerReference?: string;
getScopes(): Promise<IScope[]>;
getMostSpecificScopes(range: IRange): Promise<ReadonlyArray<IScope>>;
forgetScopes(): void;
restart(): Promise<any>;
toString(): string;
openInEditor(editorService: IEditorService, preserveFocus?: boolean, sideBySide?: boolean, pinned?: boolean): Promise<IEditorPane | undefined>;
equals(other: IStackFrame): boolean;
}
export interface IEnablement extends ITreeElement {
readonly enabled: boolean;
}
export interface IBreakpointData {
readonly id?: string;
readonly lineNumber: number;
readonly column?: number;
readonly enabled?: boolean;
readonly condition?: string;
readonly logMessage?: string;
readonly hitCondition?: string;
}
export interface IBreakpointUpdateData {
readonly condition?: string;
readonly hitCondition?: string;
readonly logMessage?: string;
readonly lineNumber?: number;
readonly column?: number;
}
export interface IBaseBreakpoint extends IEnablement {
readonly condition?: string;
readonly hitCondition?: string;
readonly logMessage?: string;
readonly verified: boolean;
readonly supported: boolean;
readonly message?: string;
readonly sessionsThatVerified: string[];
getIdFromAdapter(sessionId: string): number | undefined;
}
export interface IBreakpoint extends IBaseBreakpoint {
readonly uri: uri;
readonly lineNumber: number;
readonly endLineNumber?: number;
readonly column?: number;
readonly endColumn?: number;
readonly adapterData: any;
readonly sessionAgnosticData: { lineNumber: number; column: number | undefined };
}
export interface IFunctionBreakpoint extends IBaseBreakpoint {
readonly name: string;
}
export interface IExceptionBreakpoint extends IBaseBreakpoint {
readonly filter: string;
readonly label: string;
readonly description: string | undefined;
}
export interface IDataBreakpoint extends IBaseBreakpoint {
readonly description: string;
readonly dataId: string;
readonly canPersist: boolean;
readonly accessType: DebugProtocol.DataBreakpointAccessType;
}
export interface IInstructionBreakpoint extends IBaseBreakpoint {
// instructionReference is the instruction 'address' from the debugger.
readonly instructionReference: string;
readonly offset?: number;
}
export interface IExceptionInfo {
readonly id?: string;
readonly description?: string;
readonly breakMode: string | null;
readonly details?: DebugProtocol.ExceptionDetails;
}
// model interfaces
export interface IViewModel extends ITreeElement {
/**
* Returns the focused debug session or undefined if no session is stopped.
*/
readonly focusedSession: IDebugSession | undefined;
/**
* Returns the focused thread or undefined if no thread is stopped.
*/
readonly focusedThread: IThread | undefined;
/**
* Returns the focused stack frame or undefined if there are no stack frames.
*/
readonly focusedStackFrame: IStackFrame | undefined;
getSelectedExpression(): { expression: IExpression; settingWatch: boolean } | undefined;
setSelectedExpression(expression: IExpression | undefined, settingWatch: boolean): void;
updateViews(): void;
isMultiSessionView(): boolean;
onDidFocusSession: Event<IDebugSession | undefined>;
onDidFocusStackFrame: Event<{ stackFrame: IStackFrame | undefined; explicit: boolean }>;
onDidSelectExpression: Event<{ expression: IExpression; settingWatch: boolean } | undefined>;
onDidEvaluateLazyExpression: Event<IExpressionContainer>;
onWillUpdateViews: Event<void>;
evaluateLazyExpression(expression: IExpressionContainer): void;
}
export interface IEvaluate {
evaluate(session: IDebugSession, stackFrame: IStackFrame, context: string): Promise<void>;
}
export interface IDebugModel extends ITreeElement {
getSession(sessionId: string | undefined, includeInactive?: boolean): IDebugSession | undefined;
getSessions(includeInactive?: boolean): IDebugSession[];
getBreakpoints(filter?: { uri?: uri; lineNumber?: number; column?: number; enabledOnly?: boolean }): ReadonlyArray<IBreakpoint>;
areBreakpointsActivated(): boolean;
getFunctionBreakpoints(): ReadonlyArray<IFunctionBreakpoint>;
getDataBreakpoints(): ReadonlyArray<IDataBreakpoint>;
getExceptionBreakpoints(): ReadonlyArray<IExceptionBreakpoint>;
getInstructionBreakpoints(): ReadonlyArray<IInstructionBreakpoint>;
getWatchExpressions(): ReadonlyArray<IExpression & IEvaluate>;
onDidChangeBreakpoints: Event<IBreakpointsChangeEvent | undefined>;
onDidChangeCallStack: Event<void>;
onDidChangeWatchExpressions: Event<IExpression | undefined>;
}
/**
* An event describing a change to the set of [breakpoints](#debug.Breakpoint).
*/
export interface IBreakpointsChangeEvent {
added?: Array<IBreakpoint | IFunctionBreakpoint | IDataBreakpoint | IInstructionBreakpoint>;
removed?: Array<IBreakpoint | IFunctionBreakpoint | IDataBreakpoint | IInstructionBreakpoint>;
changed?: Array<IBreakpoint | IFunctionBreakpoint | IDataBreakpoint | IInstructionBreakpoint>;
sessionOnly: boolean;
}
// Debug configuration interfaces
export interface IDebugConfiguration {
allowBreakpointsEverywhere: boolean;
openDebug: 'neverOpen' | 'openOnSessionStart' | 'openOnFirstSessionStart' | 'openOnDebugBreak';
openExplorerOnEnd: boolean;
inlineValues: boolean | 'auto' | 'on' | 'off'; // boolean for back-compat
toolBarLocation: 'floating' | 'docked' | 'hidden';
showInStatusBar: 'never' | 'always' | 'onFirstSessionStart';
internalConsoleOptions: 'neverOpen' | 'openOnSessionStart' | 'openOnFirstSessionStart';
extensionHostDebugAdapter: boolean;
enableAllHovers: boolean;
showSubSessionsInToolBar: boolean;
console: {
fontSize: number;
fontFamily: string;
lineHeight: number;
wordWrap: boolean;
closeOnEnd: boolean;
collapseIdenticalLines: boolean;
historySuggestions: boolean;
acceptSuggestionOnEnter: 'off' | 'on';
};
focusWindowOnBreak: boolean;
focusEditorOnBreak: boolean;
onTaskErrors: 'debugAnyway' | 'showErrors' | 'prompt' | 'abort';
showBreakpointsInOverviewRuler: boolean;
showInlineBreakpointCandidates: boolean;
confirmOnExit: 'always' | 'never';
disassemblyView: {
showSourceCode: boolean;
};
autoExpandLazyVariables: boolean;
}
export interface IGlobalConfig {
version: string;
compounds: ICompound[];
configurations: IConfig[];
}
export interface IEnvConfig {
internalConsoleOptions?: 'neverOpen' | 'openOnSessionStart' | 'openOnFirstSessionStart';
preRestartTask?: string | TaskIdentifier;
postRestartTask?: string | TaskIdentifier;
preLaunchTask?: string | TaskIdentifier;
postDebugTask?: string | TaskIdentifier;
debugServer?: number;
noDebug?: boolean;
}
export interface IConfigPresentation {
hidden?: boolean;
group?: string;
order?: number;
}
export interface IConfig extends IEnvConfig {
// fundamental attributes
type: string;
request: string;
name: string;
presentation?: IConfigPresentation;
// platform specifics
windows?: IEnvConfig;
osx?: IEnvConfig;
linux?: IEnvConfig;
// internals
__configurationTarget?: ConfigurationTarget;
__sessionId?: string;
__restart?: any;
__autoAttach?: boolean;
port?: number; // TODO
}
export interface ICompound {
name: string;
stopAll?: boolean;
preLaunchTask?: string | TaskIdentifier;
configurations: (string | { name: string; folder: string })[];
presentation?: IConfigPresentation;
}
export interface IDebugAdapter extends IDisposable {
readonly onError: Event<Error>;
readonly onExit: Event<number | null>;
onRequest(callback: (request: DebugProtocol.Request) => void): void;
onEvent(callback: (event: DebugProtocol.Event) => void): void;
startSession(): Promise<void>;
sendMessage(message: DebugProtocol.ProtocolMessage): void;
sendResponse(response: DebugProtocol.Response): void;
sendRequest(command: string, args: any, clb: (result: DebugProtocol.Response) => void, timeout?: number): number;
stopSession(): Promise<void>;
}
export interface IDebugAdapterFactory extends ITerminalLauncher {
createDebugAdapter(session: IDebugSession): IDebugAdapter;
substituteVariables(folder: IWorkspaceFolder | undefined, config: IConfig): Promise<IConfig>;
}
export interface IDebugAdapterExecutableOptions {
cwd?: string;
env?: { [key: string]: string };
}
export interface IDebugAdapterExecutable {
readonly type: 'executable';
readonly command: string;
readonly args: string[];
readonly options?: IDebugAdapterExecutableOptions;
}
export interface IDebugAdapterServer {
readonly type: 'server';
readonly port: number;
readonly host?: string;
}
export interface IDebugAdapterNamedPipeServer {
readonly type: 'pipeServer';
readonly path: string;
}
export interface IDebugAdapterInlineImpl extends IDisposable {
readonly onDidSendMessage: Event<DebugProtocol.Message>;
handleMessage(message: DebugProtocol.Message): void;
}
export interface IDebugAdapterImpl {
readonly type: 'implementation';
readonly implementation: IDebugAdapterInlineImpl;
}
export type IAdapterDescriptor = IDebugAdapterExecutable | IDebugAdapterServer | IDebugAdapterNamedPipeServer | IDebugAdapterImpl;
export interface IPlatformSpecificAdapterContribution {
program?: string;
args?: string[];
runtime?: string;
runtimeArgs?: string[];
}
export interface IDebuggerContribution extends IPlatformSpecificAdapterContribution {
type: string;
label?: string;
win?: IPlatformSpecificAdapterContribution;
winx86?: IPlatformSpecificAdapterContribution;
windows?: IPlatformSpecificAdapterContribution;
osx?: IPlatformSpecificAdapterContribution;
linux?: IPlatformSpecificAdapterContribution;
// internal
aiKey?: string;
// supported languages
languages?: string[];
// debug configuration support
configurationAttributes?: any;
initialConfigurations?: any[];
configurationSnippets?: IJSONSchemaSnippet[];
variables?: { [key: string]: string };
when?: string;
}
export interface IBreakpointContribution {
language: string;
when?: string;
}
export enum DebugConfigurationProviderTriggerKind {
/**
* `DebugConfigurationProvider.provideDebugConfigurations` is called to provide the initial debug configurations for a newly created launch.json.
*/
Initial = 1,
/**
* `DebugConfigurationProvider.provideDebugConfigurations` is called to provide dynamically generated debug configurations when the user asks for them through the UI (e.g. via the "Select and Start Debugging" command).
*/
Dynamic = 2
}
export interface IDebugConfigurationProvider {
readonly type: string;
readonly triggerKind: DebugConfigurationProviderTriggerKind;
resolveDebugConfiguration?(folderUri: uri | undefined, debugConfiguration: IConfig, token: CancellationToken): Promise<IConfig | null | undefined>;
resolveDebugConfigurationWithSubstitutedVariables?(folderUri: uri | undefined, debugConfiguration: IConfig, token: CancellationToken): Promise<IConfig | null | undefined>;
provideDebugConfigurations?(folderUri: uri | undefined, token: CancellationToken): Promise<IConfig[]>;
}
export interface IDebugAdapterDescriptorFactory {
readonly type: string;
createDebugAdapterDescriptor(session: IDebugSession): Promise<IAdapterDescriptor>;
}
export interface IDebugAdapterTrackerFactory {
readonly type: string;
}
export interface ITerminalLauncher {
runInTerminal(args: DebugProtocol.RunInTerminalRequestArguments, sessionId: string): Promise<number | undefined>;
}
export interface IConfigurationManager {
/**
* Returns an object containing the selected launch configuration and the selected configuration name. Both these fields can be null (no folder workspace).
*/
readonly selectedConfiguration: {
launch: ILaunch | undefined;
// Potentially activates extensions
getConfig: () => Promise<IConfig | undefined>;
name: string | undefined;
// Type is used when matching dynamic configurations to their corresponding provider
type: string | undefined;
};
selectConfiguration(launch: ILaunch | undefined, name?: string, config?: IConfig, dynamicConfigOptions?: { type?: string }): Promise<void>;
getLaunches(): ReadonlyArray<ILaunch>;
getLaunch(workspaceUri: uri | undefined): ILaunch | undefined;
getAllConfigurations(): { launch: ILaunch; name: string; presentation?: IConfigPresentation }[];
removeRecentDynamicConfigurations(name: string, type: string): void;
getRecentDynamicConfigurations(): { name: string; type: string }[];
/**
* Allows to register on change of selected debug configuration.
*/
onDidSelectConfiguration: Event<void>;
hasDebugConfigurationProvider(debugType: string): boolean;
getDynamicProviders(): Promise<{ label: string; type: string; pick: () => Promise<{ launch: ILaunch; config: IConfig } | undefined> }[]>;
registerDebugConfigurationProvider(debugConfigurationProvider: IDebugConfigurationProvider): IDisposable;
unregisterDebugConfigurationProvider(debugConfigurationProvider: IDebugConfigurationProvider): void;
resolveConfigurationByProviders(folderUri: uri | undefined, type: string | undefined, debugConfiguration: any, token: CancellationToken): Promise<any>;
}
export interface IAdapterManager {
onDidRegisterDebugger: Event<void>;
hasEnabledDebuggers(): boolean;
getDebugAdapterDescriptor(session: IDebugSession): Promise<IAdapterDescriptor | undefined>;
getDebuggerLabel(type: string): string | undefined;
isDebuggerInterestedInLanguage(language: string): boolean;
activateDebuggers(activationEvent: string, debugType?: string): Promise<void>;
registerDebugAdapterFactory(debugTypes: string[], debugAdapterFactory: IDebugAdapterFactory): IDisposable;
createDebugAdapter(session: IDebugSession): IDebugAdapter | undefined;
registerDebugAdapterDescriptorFactory(debugAdapterDescriptorFactory: IDebugAdapterDescriptorFactory): IDisposable;
unregisterDebugAdapterDescriptorFactory(debugAdapterDescriptorFactory: IDebugAdapterDescriptorFactory): void;
substituteVariables(debugType: string, folder: IWorkspaceFolder | undefined, config: IConfig): Promise<IConfig>;
runInTerminal(debugType: string, args: DebugProtocol.RunInTerminalRequestArguments, sessionId: string): Promise<number | undefined>;
}
export interface ILaunch {
/**
* Resource pointing to the launch.json this object is wrapping.
*/
readonly uri: uri;
/**
* Name of the launch.
*/
readonly name: string;
/**
* Workspace of the launch. Can be undefined.
*/
readonly workspace: IWorkspaceFolder | undefined;
/**
* Should this launch be shown in the debug dropdown.
*/
readonly hidden: boolean;
/**
* Returns a configuration with the specified name.
* Returns undefined if there is no configuration with the specified name.
*/
getConfiguration(name: string): IConfig | undefined;
/**
* Returns a compound with the specified name.
* Returns undefined if there is no compound with the specified name.
*/
getCompound(name: string): ICompound | undefined;
/**
* Returns the names of all configurations and compounds.
* Ignores configurations which are invalid.
*/
getConfigurationNames(ignoreCompoundsAndPresentation?: boolean): string[];
/**
* Opens the launch.json file. Creates if it does not exist.
*/
openConfigFile(preserveFocus: boolean, type?: string, token?: CancellationToken): Promise<{ editor: IEditorPane | null; created: boolean }>;
}
// Debug service interfaces
export const IDebugService = createDecorator<IDebugService>(DEBUG_SERVICE_ID);
export interface IDebugService {
readonly _serviceBrand: undefined;
/**
* Gets the current debug state.
*/
readonly state: State;
readonly initializingOptions?: IDebugSessionOptions | undefined;
/**
* Allows to register on debug state changes.
*/
onDidChangeState: Event<State>;
/**
* Allows to register on new session events.
*/
onDidNewSession: Event<IDebugSession>;
/**
* Allows to register on sessions about to be created (not yet fully initialised)
*/
onWillNewSession: Event<IDebugSession>;
/**
* Allows to register on end session events.
*/
onDidEndSession: Event<IDebugSession>;
/**
* Gets the configuration manager.
*/
getConfigurationManager(): IConfigurationManager;
/**
* Gets the adapter manager.
*/
getAdapterManager(): IAdapterManager;
/**
* Sets the focused stack frame and evaluates all expressions against the newly focused stack frame,
*/
focusStackFrame(focusedStackFrame: IStackFrame | undefined, thread?: IThread, session?: IDebugSession, options?: { explicit?: boolean; preserveFocus?: boolean; sideBySide?: boolean; pinned?: boolean }): Promise<void>;
/**
* Returns true if breakpoints can be set for a given editor model. Depends on mode.
*/
canSetBreakpointsIn(model: EditorIModel): boolean;
/**
* Adds new breakpoints to the model for the file specified with the uri. Notifies debug adapter of breakpoint changes.
*/
addBreakpoints(uri: uri, rawBreakpoints: IBreakpointData[], ariaAnnounce?: boolean): Promise<IBreakpoint[]>;
/**
* Updates the breakpoints.
*/
updateBreakpoints(uri: uri, data: Map<string, IBreakpointUpdateData>, sendOnResourceSaved: boolean): Promise<void>;
/**
* Enables or disables all breakpoints. If breakpoint is passed only enables or disables the passed breakpoint.
* Notifies debug adapter of breakpoint changes.
*/
enableOrDisableBreakpoints(enable: boolean, breakpoint?: IEnablement): Promise<void>;
/**
* Sets the global activated property for all breakpoints.
* Notifies debug adapter of breakpoint changes.
*/
setBreakpointsActivated(activated: boolean): Promise<void>;
/**
* Removes all breakpoints. If id is passed only removes the breakpoint associated with that id.
* Notifies debug adapter of breakpoint changes.
*/
removeBreakpoints(id?: string): Promise<any>;
/**
* Adds a new function breakpoint for the given name.
*/
addFunctionBreakpoint(name?: string, id?: string): void;
/**
* Updates an already existing function breakpoint.
* Notifies debug adapter of breakpoint changes.
*/
updateFunctionBreakpoint(id: string, update: { name?: string; hitCondition?: string; condition?: string }): Promise<void>;
/**
* Removes all function breakpoints. If id is passed only removes the function breakpoint with the passed id.
* Notifies debug adapter of breakpoint changes.
*/
removeFunctionBreakpoints(id?: string): Promise<void>;
/**
* Adds a new data breakpoint.
*/
addDataBreakpoint(label: string, dataId: string, canPersist: boolean, accessTypes: DebugProtocol.DataBreakpointAccessType[] | undefined, accessType: DebugProtocol.DataBreakpointAccessType): Promise<void>;
/**
* Removes all data breakpoints. If id is passed only removes the data breakpoint with the passed id.
* Notifies debug adapter of breakpoint changes.
*/
removeDataBreakpoints(id?: string): Promise<void>;
/**
* Adds a new instruction breakpoint.
*/
addInstructionBreakpoint(address: string, offset: number, condition?: string, hitCondition?: string): Promise<void>;
/**
* Removes all instruction breakpoints. If address is passed only removes the instruction breakpoint with the passed address.
* The address should be the address string supplied by the debugger from the "Disassemble" request.
* Notifies debug adapter of breakpoint changes.
*/
removeInstructionBreakpoints(address?: string): Promise<void>;
setExceptionBreakpointCondition(breakpoint: IExceptionBreakpoint, condition: string | undefined): Promise<void>;
setExceptionBreakpoints(data: DebugProtocol.ExceptionBreakpointsFilter[]): void;
/**
* Sends all breakpoints to the passed session.
* If session is not passed, sends all breakpoints to each session.
*/
sendAllBreakpoints(session?: IDebugSession): Promise<any>;
/**
* Adds a new watch expression and evaluates it against the debug adapter.
*/
addWatchExpression(name?: string): void;
/**
* Renames a watch expression and evaluates it against the debug adapter.
*/
renameWatchExpression(id: string, newName: string): void;
/**
* Moves a watch expression to a new possition. Used for reordering watch expressions.
*/
moveWatchExpression(id: string, position: number): void;
/**
* Removes all watch expressions. If id is passed only removes the watch expression with the passed id.
*/
removeWatchExpressions(id?: string): void;
/**
* Starts debugging. If the configOrName is not passed uses the selected configuration in the debug dropdown.
* Also saves all files, manages if compounds are present in the configuration
* and resolveds configurations via DebugConfigurationProviders.
*
* Returns true if the start debugging was successful. For compound launches, all configurations have to start successfully for it to return success.
* On errors the startDebugging will throw an error, however some error and cancelations are handled and in that case will simply return false.
*/
startDebugging(launch: ILaunch | undefined, configOrName?: IConfig | string, options?: IDebugSessionOptions, saveBeforeStart?: boolean): Promise<boolean>;
/**
* Restarts a session or creates a new one if there is no active session.
*/
restartSession(session: IDebugSession, restartData?: any): Promise<any>;
/**
* Stops the session. If no session is specified then all sessions are stopped.
*/
stopSession(session: IDebugSession | undefined, disconnect?: boolean, suspend?: boolean): Promise<any>;
/**
* Makes unavailable all sources with the passed uri. Source will appear as grayed out in callstack view.
*/
sourceIsNotAvailable(uri: uri): void;
/**
* Gets the current debug model.
*/
getModel(): IDebugModel;
/**
* Gets the current view model.
*/
getViewModel(): IViewModel;
/**
* Resumes execution and pauses until the given position is reached.
*/
runTo(uri: uri, lineNumber: number, column?: number): Promise<void>;
}
// Editor interfaces
export const enum BreakpointWidgetContext {
CONDITION = 0,
HIT_COUNT = 1,
LOG_MESSAGE = 2
}
export interface IDebugEditorContribution extends editorCommon.IEditorContribution {
showHover(range: Range, focus: boolean): Promise<void>;
addLaunchConfiguration(): Promise<any>;
closeExceptionWidget(): void;
}
export interface IBreakpointEditorContribution extends editorCommon.IEditorContribution {
showBreakpointWidget(lineNumber: number, column: number | undefined, context?: BreakpointWidgetContext): void;
closeBreakpointWidget(): void;
getContextMenuActionsAtPosition(lineNumber: number, model: EditorIModel): IAction[];
}
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