def alignAssetKey(self, view, assets):
ext = view.viewport_extent()
if self.needLongPanel:
viewportRate = (ext[0] + self.getLineNumerExt(view)
) / self.vOpts("screen_param")
panelWidth = int(viewportRate * self.vOpts("panel_param"))
else:
panelWidth = self.vOpts("panel_width")
assetKeys = []
for asset in assets:
infoCount = len(asset.keyInfo) if asset.keyInfo else 0
if infoCount == 0:
assetKeys.append(asset.key)
elif infoCount == 1:
lkey, rkey = asset.key, asset.keyInfo[0]
assetKeys.append(Str.alignmentBothSide(lkey, rkey, panelWidth))
elif infoCount == 2:
lkey, rkey, tip = asset.key, asset.keyInfo[0], asset.keyInfo[1]
keyArr = [Str.alignmentBothSide(lkey, rkey, panelWidth)]
tipArr = tip.split("\n")
for idx in range(len(tipArr), 3):
tipArr.append("")
keyArr.extend(tipArr[:3])
assetKeys.append(keyArr)
else:
raise Exp.WrongCallError(
"key item count: {} is not support!".format(len(keyArr)))
return assetKeys
def alignAssetKey(self, view, assets):
ext = view.viewport_extent()
if self.needLongPanel:
viewportRate = (ext[0]+self.getLineNumerExt(view))/self.vOpts("screen_param")
panelWidth = int(viewportRate * self.vOpts("panel_param"))
else:
panelWidth = self.vOpts("panel_width")
assetKeys = []
for asset in assets:
infoCount = len(asset.keyInfo) if asset.keyInfo else 0
if infoCount == 0:
assetKeys.append(asset.key)
elif infoCount == 1:
lkey, rkey = asset.key, asset.keyInfo[0]
assetKeys.append(Str.alignmentBothSide(lkey, rkey, panelWidth))
elif infoCount == 2:
lkey, rkey, tip = asset.key, asset.keyInfo[0], asset.keyInfo[1]
keyArr = [Str.alignmentBothSide(lkey, rkey, panelWidth)]
tipArr = tip.split("\n")
for idx in range(len(tipArr), 3):
tipArr.append("")
keyArr.extend(tipArr[:3])
assetKeys.append(keyArr)
else:
raise Exp.WrongCallError("key item count: {} is not support!".format(len(keyArr)))
return assetKeys
def run(self, qAndaDict=None, **kwds):
content = kwds.get("content")
ignore_target = kwds.get("ignore_target", [])
self.transfKey = "key" not in ignore_target
self.transfVal = "val" not in ignore_target
self.ignoreKeys = kwds.get("ignore_keys", [])
self.need_expand_variables = kwds.get("need_expand_variables", True)
belong_to_project = kwds.get("belong_to_project", False)
record_mode = kwds.get("record_mode", "record")
self.qAndaDict = qAndaDict
key = content["key"]
if self.qAndaDict is not None:
key = Str.renderText(key, **self.qAndaDict)
key = key.lower()
if record_mode == "erase":
self.vEraseContent(key, belong_to_project)
return
elif record_mode == "toggle":
self.vEraseContent(key, belong_to_project)
elif record_mode == "record":
pass
else:
sublime.error_message(
"record_mode: {} is not allowed".format(record_mode))
self.vPreTransContent(key, content)
content = Data.transfJsonObj(content, self.needTransf, self.transf)
self.vPostTransContent(content)
self.vRecordContent(key, content, belong_to_project)
def run(self, qAndaDict=None, **kwds):
content = kwds.get("content")
ignore_target = kwds.get("ignore_target", [])
self.transfKey = "key" not in ignore_target
self.transfVal = "val" not in ignore_target
self.ignoreKeys = kwds.get("ignore_keys", [])
self.need_expand_variables = kwds.get("need_expand_variables", True)
belong_to_project = kwds.get("belong_to_project", False)
record_mode = kwds.get("record_mode", "record")
self.qAndaDict = qAndaDict
key = content["key"]
if self.qAndaDict is not None:
key = Str.renderText(key, **self.qAndaDict)
key = key.lower()
if record_mode == "erase":
self.vEraseContent(key, belong_to_project)
return
elif record_mode == "toggle":
self.vEraseContent(key, belong_to_project)
elif record_mode == "record":
pass
else:
sublime.error_message(
"record_mode: {} is not allowed".format(record_mode))
self.vPreTransContent(key, content)
content = Data.transfJsonObj(content, self.needTransf, self.transf)
self.vPostTransContent(content)
self.vRecordContent(key, content, belong_to_project)
def run(self, qAndaDict=None, **kwds):
_async = kwds.pop("async", True)
commands = kwds.pop("commands")
run_mode = kwds.pop("run_mode", "capture_both")
win_mode = kwds.pop("win_mode", "hide")
run_opts = kwds.pop("run_opts", {})
dyn_report_mul = kwds.pop("dyn_report_mul", True)
if qAndaDict:
commands = [Str.renderText(cmd, **qAndaDict) for cmd in commands]
commands = Setting.expandVariables(self.window, *commands)
cwd, = Setting.expandVariables(self.window, run_opts.get("cwd", "${file_path}"))
if cwd:
run_opts["cwd"] = cwd
workParams = dict(commands=commands,
run_mode=run_mode,
win_mode=win_mode,
run_opts=run_opts,
dyn_report_mul=dyn_report_mul
)
print(workParams)
if _async:
view = self.window.active_view()
self.asncCmdCount += 1
if run_mode != "run":
view.set_status(ASYNC_STATUS_KEY, "***asnc command running***")
self.doWorkAsnc(view, workParams, **kwds)
else:
self.doWork(**Data.mergeDicts(kwds, workParams))
def transf(self, obj, _):
if self.qAndaDict is not None:
obj = Str.renderText(obj, **self.qAndaDict)
if self.need_expand_variables:
obj, = Setting.expandVariables(self.window, obj)
return obj
def transf(self, obj, _):
if self.qAndaDict is not None:
obj = Str.renderText(obj, **self.qAndaDict)
if self.need_expand_variables:
obj, = Setting.expandVariables(self.window, obj)
return obj
def run(self, qAndaDict=None, **kwds):
_async = kwds.pop("async", True)
self.code = kwds.pop("code")
if qAndaDict:
self.code = Str.renderText(self.code, **qAndaDict)
if _async:
view = self.window.active_view()
self.asncCmdCount += 1
view.set_status(ASYNC_STATUS_KEY, "***asnc code running***")
self.doWorkAsnc(view, **kwds)
else:
self.doWork(**kwds)
from MUtils import Os, Str
from . import WView, Selection
_extendVariableKeys = {
"m_sel_row": lambda vw: str(Selection.getRowCols(vw)[0][0]),
"m_sel_col": lambda vw: str(Selection.getRowCols(vw)[0][1]),
"m_sel_text": lambda vw: Selection.getSelTexts(vw)[0],
"m_sel_lefttext": lambda vw: Selection.getLeftTexts(vw)[0],
"m_sel_righttext": lambda vw: Selection.getRightTexts(vw)[0],
"m_sel_line": lambda vw: Selection.getLines(vw)[0],
}
_extendVariableCmds = {
"!lower": lambda v: v.lower(),
"!upper": lambda v: v.upper(),
"!unixpath": lambda v: v.replace("\\", "/"),
"!020": lambda v: Str.padWithChar(v, "0", 20),
}
@WView.fwPrepareWindow
def expandVariables(window, *strs, forSublime=True, forEnv=True):
view = window.active_view()
sublimeVariables = window.extract_variables()
extendVariables = {k: kFn(view) for k, kFn in _extendVariableKeys.items()}
for cmd, cmdFn in _extendVariableCmds.items():
extendVariables.update(
{k + cmd: cmdFn(v)
for k, v in sublimeVariables.items()})
from MUtils import Os, Str
from . import WView, Selection
_extendVariableKeys = {
"m_sel_row": lambda vw: str(Selection.getRowCols(vw)[0][0]),
"m_sel_col": lambda vw: str(Selection.getRowCols(vw)[0][1]),
"m_sel_text": lambda vw: Selection.getSelTexts(vw)[0],
"m_sel_lefttext": lambda vw: Selection.getLeftTexts(vw)[0],
"m_sel_righttext": lambda vw: Selection.getRightTexts(vw)[0],
"m_sel_line": lambda vw: Selection.getLines(vw)[0],
}
_extendVariableCmds = {
"!lower": lambda v: v.lower(),
"!upper": lambda v: v.upper(),
"!unixpath": lambda v: v.replace("\\", "/"),
"!020": lambda v: Str.padWithChar(v, "0", 20),
}
@WView.fwPrepareWindow
def expandVariables(window, *strs, forSublime=True, forEnv=True):
view = window.active_view()
sublimeVariables = window.extract_variables()
extendVariables = {k: kFn(view) for k, kFn in _extendVariableKeys.items()}
for cmd, cmdFn in _extendVariableCmds.items():
extendVariables.update({
k+cmd: cmdFn(v) for k, v in sublimeVariables.items()
})
sublimeVariables.update(extendVariables)
