chromedp/input.go
Daniel Martí da4ac414ed get rid of all sleeps in tests
The navigate sleeps can be replaced by appropriate wait actions.

Some other tests don't need any sleeps at all. This might be because
work is done synchronously now; I haven't been able to get test flakes
after hundreds of test runs with flags like -parallel=32 -count=200.
2019-04-01 12:18:16 +01:00

191 lines
5.1 KiB
Go

package chromedp
import (
"context"
"fmt"
"github.com/chromedp/cdproto/cdp"
"github.com/chromedp/cdproto/dom"
"github.com/chromedp/cdproto/input"
"github.com/chromedp/chromedp/kb"
)
// MouseAction is a mouse action.
func MouseAction(typ input.MouseType, x, y int64, opts ...MouseOption) Action {
me := input.DispatchMouseEvent(typ, float64(x), float64(y))
// apply opts
for _, o := range opts {
me = o(me)
}
return me
}
// MouseClickXY sends a left mouse button click (ie, mousePressed and
// mouseReleased event) at the X, Y location.
func MouseClickXY(x, y int64, opts ...MouseOption) Action {
return ActionFunc(func(ctx context.Context, h cdp.Executor) error {
me := &input.DispatchMouseEventParams{
Type: input.MousePressed,
X: float64(x),
Y: float64(y),
Button: input.ButtonLeft,
ClickCount: 1,
}
// apply opts
for _, o := range opts {
me = o(me)
}
err := me.Do(ctx, h)
if err != nil {
return err
}
me.Type = input.MouseReleased
return me.Do(ctx, h)
})
}
// MouseClickNode dispatches a mouse left button click event at the center of a
// specified node.
//
// Note that the window will be scrolled if the node is not within the window's
// viewport.
func MouseClickNode(n *cdp.Node, opts ...MouseOption) Action {
return ActionFunc(func(ctx context.Context, h cdp.Executor) error {
var pos []int
err := EvaluateAsDevTools(fmt.Sprintf(scrollIntoViewJS, n.FullXPath()), &pos).Do(ctx, h)
if err != nil {
return err
}
box, err := dom.GetBoxModel().WithNodeID(n.NodeID).Do(ctx, h)
if err != nil {
return err
}
c := len(box.Content)
if c%2 != 0 || c < 1 {
return ErrInvalidDimensions
}
var x, y int64
for i := 0; i < c; i += 2 {
x += int64(box.Content[i])
y += int64(box.Content[i+1])
}
x /= int64(c / 2)
y /= int64(c / 2)
return MouseClickXY(x, y, opts...).Do(ctx, h)
})
}
// MouseOption is a mouse action option.
type MouseOption func(*input.DispatchMouseEventParams) *input.DispatchMouseEventParams
// Button is a mouse action option to set the button to click from a string.
func Button(btn string) MouseOption {
return ButtonType(input.ButtonType(btn))
}
// ButtonType is a mouse action option to set the button to click.
func ButtonType(button input.ButtonType) MouseOption {
return func(p *input.DispatchMouseEventParams) *input.DispatchMouseEventParams {
return p.WithButton(button)
}
}
// ButtonLeft is a mouse action option to set the button clicked as the left
// mouse button.
func ButtonLeft(p *input.DispatchMouseEventParams) *input.DispatchMouseEventParams {
return p.WithButton(input.ButtonLeft)
}
// ButtonMiddle is a mouse action option to set the button clicked as the middle
// mouse button.
func ButtonMiddle(p *input.DispatchMouseEventParams) *input.DispatchMouseEventParams {
return p.WithButton(input.ButtonMiddle)
}
// ButtonRight is a mouse action option to set the button clicked as the right
// mouse button.
func ButtonRight(p *input.DispatchMouseEventParams) *input.DispatchMouseEventParams {
return p.WithButton(input.ButtonRight)
}
// ButtonNone is a mouse action option to set the button clicked as none (used
// for mouse movements).
func ButtonNone(p *input.DispatchMouseEventParams) *input.DispatchMouseEventParams {
return p.WithButton(input.ButtonNone)
}
// ButtonModifiers is a mouse action option to add additional input modifiers
// for a button click.
func ButtonModifiers(modifiers ...input.Modifier) MouseOption {
return func(p *input.DispatchMouseEventParams) *input.DispatchMouseEventParams {
for _, m := range modifiers {
p.Modifiers |= m
}
return p
}
}
// ClickCount is a mouse action option to set the click count.
func ClickCount(n int) MouseOption {
return func(p *input.DispatchMouseEventParams) *input.DispatchMouseEventParams {
return p.WithClickCount(int64(n))
}
}
// KeyAction will synthesize a keyDown, char, and keyUp event for each rune
// contained in keys along with any supplied key options.
//
// Only well-known, "printable" characters will have char events synthesized.
//
// Please see the chromedp/kb package for implementation details and the list
// of well-known keys.
func KeyAction(keys string, opts ...KeyOption) Action {
return ActionFunc(func(ctx context.Context, h cdp.Executor) error {
for _, r := range keys {
for _, k := range kb.Encode(r) {
if err := k.Do(ctx, h); err != nil {
return err
}
}
}
return nil
})
}
// KeyActionNode dispatches a key event on a node.
func KeyActionNode(n *cdp.Node, keys string, opts ...KeyOption) Action {
return ActionFunc(func(ctx context.Context, h cdp.Executor) error {
err := dom.Focus().WithNodeID(n.NodeID).Do(ctx, h)
if err != nil {
return err
}
return KeyAction(keys, opts...).Do(ctx, h)
})
}
// KeyOption is a key action option.
type KeyOption func(*input.DispatchKeyEventParams) *input.DispatchKeyEventParams
// KeyModifiers is a key action option to add additional modifiers on the key
// press.
func KeyModifiers(modifiers ...input.Modifier) KeyOption {
return func(p *input.DispatchKeyEventParams) *input.DispatchKeyEventParams {
for _, m := range modifiers {
p.Modifiers |= m
}
return p
}
}