def run(self, Mml2vgmInfo, index):
#設定値の読み込み
Mml2vgmInfo.loadSetting()
#初回のみ(設定値が無いときのみ)git.exeの場所をユーザーに問い合わせ、設定値として保存する
gt = Mml2vgmInfo.getSettingValue("soxpath")
if gt is None:
gt = Mml2vgmInfo.fileSelect(
"sox.exeを選択してください(この選択内容は設定値として保存され次回からの問い合わせはありません)")
if not Mml2vgmInfo.confirm("sox.exeの場所は以下でよろしいですか\r\n" + gt):
return None
Mml2vgmInfo.setSettingValue("soxpath", gt)
Mml2vgmInfo.saveSetting()
#念のため
if gt is None or gt == "":
Mml2vgmInfo.msg("sox.exeを指定してください")
return None
#ファイル情報の整理
for fnf in Mml2vgmInfo.fileNamesFull:
ext = Path.GetExtension(fnf)
bas = Path.GetFileNameWithoutExtension(fnf)
wp = Path.GetDirectoryName(fnf)
Directory.SetCurrentDirectory(wp)
si = ScriptInfo()
# 引数を組み立てる
if index == 0:
args = "--i \"" + bas + ext + "\""
elif index == 1:
# -b 8bit
# -c 1 mono
# -r 14k rate 14KHz
args = bas + ext + " -b 8 -r 8k -c 1 " + bas + "_8k" + ext
elif index == 2:
args = bas + ext + " -r 14k -e signed-integer -c 1 " + bas + "_14k" + ext
elif index == 3:
args = bas + ext + " -r 16k -e signed-integer -c 1 " + bas + "_16k" + ext
elif index == 4:
args = bas + ext + " -r 18500 -e signed-integer -c 1 " + bas + "_18500" + ext
ret = Mml2vgmInfo.runCommand(gt, args, True)
if ret != "":
Mml2vgmInfo.msg(ret)
else:
if index != 0:
Mml2vgmInfo.msg("success")
Mml2vgmInfo.refreshFolderTreeView()
return si
def run(self, Mml2vgmInfo, index):
#設定値の読み込み
Mml2vgmInfo.loadSetting()
#初回のみ(設定値が無いときのみ)mucom88.exeの場所をユーザーに問い合わせ、設定値として保存する
mc = Mml2vgmInfo.getSettingValue("mucom88path")
if mc is None:
mc = Mml2vgmInfo.fileSelect(
"mucom88.exeを選択してください(この選択内容は設定値として保存され次回からの問い合わせはありません)")
if not Mml2vgmInfo.confirm("mucom88.exeの場所は以下でよろしいですか\r\n" + mc):
return None
Mml2vgmInfo.setSettingValue("mucom88path", mc)
Mml2vgmInfo.saveSetting()
#念のため
if mc is None or mc == "":
Mml2vgmInfo.msg("mucom88.exeを指定してください")
return None
#ファイル選択
muc = Mml2vgmInfo.fileSelect("mucファイルの選択")
if muc is None:
return None
#ファイル情報の整理
#Mml2vgmInfo.msgLogWindow(muc)
wp = Path.GetDirectoryName(muc)
#Mml2vgmInfo.msgLogWindow(wp)
Directory.SetCurrentDirectory(wp)
#mucom88.exeでコンパイルを行いmubファイルを生成する
args = "-c " + muc
Mml2vgmInfo.runCommand(mc, args, True)
#mubファイルが出来たかチェック(mucom88.exeはコンパイルが成功するとmucom88.mubというファイルができる)
mm = Path.Combine(wp, "mucom88.mub")
#Mml2vgmInfo.msgLogWindow(mm)
if not File.Exists(mm):
return None
#mucom88.mubを本来のファイル名にリネーム
mub = Path.Combine(wp, Path.GetFileNameWithoutExtension(muc) + ".mub")
#Mml2vgmInfo.msgLogWindow(mub)
File.Delete(mub)
File.Move(mm, mub)
#mucom88.exeで演奏を開始
Mml2vgmInfo.runCommand(mc, mub, False)
#戻り値を生成(何もしないけど念のため)
si = ScriptInfo()
si.responseMessage = ""
return si
def run(self, Mml2vgmInfo, index):
#設定値の読み込み
Mml2vgmInfo.loadSetting()
#初回のみ(設定値が無いときのみ)sox.exeの場所をユーザーに問い合わせ、設定値として保存する
gt = Mml2vgmInfo.getSettingValue("soxpath")
if gt is None:
gt = Mml2vgmInfo.fileSelect(
"sox.exeを選択してください(この選択内容は設定値として保存され次回からの問い合わせはありません)")
if not Mml2vgmInfo.confirm("sox.exeの場所は以下でよろしいですか\r\n" + gt):
return None
Mml2vgmInfo.setSettingValue("soxpath", gt)
Mml2vgmInfo.saveSetting()
#念のため
if gt is None or gt == "":
Mml2vgmInfo.msg("sox.exeを指定してください")
return None
#ファイル情報の整理
for fnf in Mml2vgmInfo.fileNamesFull:
ext = Path.GetExtension(fnf)
bas = Path.GetFileNameWithoutExtension(fnf)
wp = Path.GetDirectoryName(fnf)
Directory.SetCurrentDirectory(wp)
si = ScriptInfo()
argList = [
"--i \"{0}{1}\"",
"\"{0}{1}\" -r 8000 -b 8 -c 1 \"{0}_8k{1}\"",
"\"{0}{1}\" -r 14000 -b 8 -c 1 \"{0}_14k{1}\"",
"\"{0}{1}\" -r 16000 -b 8 -c 1 \"{0}_16k{1}\"",
"\"{0}{1}\" -r 18500 -b 8 -c 1 \"{0}_18500{1}\"",
"\"{0}{1}\" -b 16 -r 14000 -e signed-integer -c 1 \"{0}_16b_14k{1}\"",
"\"{0}{1}\" -b 16 -r 16000 -e signed-integer -c 1 \"{0}_16b_16k{1}\"",
"\"{0}{1}\" -b 16 -r 18500 -e signed-integer -c 1 \"{0}_16b_18500{1}\"",
"\"{0}{1}\" -n trim 0 1.5 noiseprof \"{0}.noise-profile\"",
"\"{0}{1}\" \"{0}_cleaned{1}\" noisered \"{0}.noise-profile\" 0.2 "
]
args = argList[index].format(bas, ext)
ret = Mml2vgmInfo.runCommand(gt, args, True)
if ret != "":
Mml2vgmInfo.msg(ret)
else:
if index != 0:
Mml2vgmInfo.msg("success")
Mml2vgmInfo.refreshFolderTreeView()
return si
def setUp():
'''
Sets up the DLLs directory.
'''
#if it exists, we cannot continue because we will
#not have the correct permissions to move/remove the
#DLLs directory
if Directory.Exists(DLLS_DIR):
print "ERROR - cannot test anything with a pre-existing DLLs directory"
raise Exception(
"Cannot move/delete DLLs which is being used by this process!")
Directory.CreateDirectory(DLLS_DIR)
File.Copy(IP_DIR + "\\IronPython.dll", DLLS_DIR + "\\IronPython.dll")
Directory.SetCurrentDirectory(DLLS_DIR)
#create a number of "normal" assemblies
okAssemblies(50)
#create 5 assemblies in the fooFIVE namespace with nearly
#identical contents
dupAssemblies(5)
#recreate the sys module
overrideNative()
#ensure corrupt DLLs cannot work
corruptDLL()
#ensure unmanaged DLLs don't break it
unmanagedDLL()
#create an exe and a DLL competing for the same
#namespace
dllVsExe()
#create an exe in it's own namespace
exeOnly()
#create a DLL that's really a *.txt and
#create a *.txt that's really a DLL
textFiles()
#creates "unique" DLL names that should be loadable
#by IP
uniqueDLLNames()
#cleanup after ourselves
File.Delete(DLLS_DIR + "\\IronPython.dll")
def run(self, Mml2vgmInfo, index):
#設定値の読み込み
Mml2vgmInfo.loadSetting()
#初回のみ(設定値が無いときのみ)git.exeの場所をユーザーに問い合わせ、設定値として保存する
gt = Mml2vgmInfo.getSettingValue("gitpath")
if gt is None:
gt = Mml2vgmInfo.fileSelect(
"git.exeを選択してください(この選択内容は設定値として保存され次回からの問い合わせはありません)")
if not Mml2vgmInfo.confirm("git.exeの場所は以下でよろしいですか\r\n" + gt):
return None
Mml2vgmInfo.setSettingValue("gitpath", gt)
Mml2vgmInfo.saveSetting()
#念のため
if gt is None or gt == "":
Mml2vgmInfo.msg("git.exeを指定してください")
return None
si = ScriptInfo()
commitMsg = ""
if index == 1:
#git コミット
commitMsg = Mml2vgmInfo.inputBox("コミット時のコメントを入力してください")
if commitMsg == "":
return si
#ファイル情報の整理
for fnf in Mml2vgmInfo.fileNamesFull:
wp = Path.GetDirectoryName(fnf)
Directory.SetCurrentDirectory(wp)
if index == 0:
#git ステージング
args = "add " + fnf
ret = Mml2vgmInfo.runCommand(gt, args, True)
if ret != "":
Mml2vgmInfo.msg(ret)
else:
#git コミット
args = "commit -m\"" + commitMsg + "\""
ret = Mml2vgmInfo.runCommand(gt, args, True)
if ret != "":
Mml2vgmInfo.msg(ret)
return si
def main():
'''
Runs the test by spawning off another IP process which
utilizes the newly created DLLs directory.
'''
try:
setUp()
Directory.SetCurrentDirectory(ORIG_DIR)
from iptest.process_util import launch_ironpython_changing_extensions
ret_val = launch_ironpython_changing_extensions("dllsite.py", add=["-S"], additionalScriptParams=("OKtoRun",))
finally:
cleanUp()
exit(ret_val)
import clr
import sys
from System.IO import Directory, Path
x86path = r'C:\Program Files\Resolver One\bin'
x64path = r'C:\Program Files (x86)\Resolver One\bin'
if Directory.Exists(x86path):
topLevel = Path.GetDirectoryName(x86path)
bin = x86path
else:
topLevel = Path.GetDirectoryName(x64path)
bin = x64path
Directory.SetCurrentDirectory(topLevel)
sys.path.extend((topLevel, bin))
# This adds references to all .NET assemblies
# that Resolver One spreadsheets use
clr.AddReference('TopLevel')
import LoadAssemblies
LoadAssemblies.binDir = bin
import LoadRequiredAssemblies
# Needed to configure caches
from MarketData import Bloomberg, Thomson
from Library.Workbook import Workbook
from Library.ContextDependent import MakeContextDependentFunctions
closeButton.IsDefault = True
if CultureInfo.CurrentCulture.Equals(
CultureInfo.GetCultureInfo("ja-JP")):
closeButton.Content = "閉じる"
else:
closeButton.Content = "Close"
closeButton.Click += onCloseClick
border.Child = closeButton
window.Show()
Task.Factory.StartNew(onValidate).ContinueWith(onCompleted, context)
Directory.SetCurrentDirectory(currentDirectory)
def onStart(s, e):
global menuItem, separator
for window in Application.Current.Windows:
if window is Application.Current.MainWindow and window.ContextMenu is not None:
if not window.ContextMenu.Items.Contains(menuItem):
menuItem.Click += onClick
window.ContextMenu.Items.Insert(
window.ContextMenu.Items.Count - 4, menuItem)
if not clr.GetClrType(Separator).IsInstanceOfType(
window.ContextMenu.Items[10]):
separator = Separator()
# import this to load the correct standard library
# As a side effect it changes directory
from runworkbook import RunWorkbook
# Needed for unittest - not shipped with Resolver One
import sys
sys.path.append(r'C:\Python25\Lib')
import unittest
from System.Drawing import Color
from Library.CellRange import CellRange
from Library.Worksheet import Worksheet
Directory.SetCurrentDirectory(this_dir)
spreadsheet_path = Path.Combine(this_dir, 'TestableSheet.rsl')
class TestableSheetTest(unittest.TestCase):
def testWorksheets(self):
workbook = RunWorkbook(spreadsheet_path, useCache=True)
worksheets = [sheet.Name for sheet in workbook]
self.assertEquals(worksheets, ['Data'],
"Incorrect worksheets in spreadsheet")
def testBasicSpreadsheetConfiguration(self):
workbook = RunWorkbook(spreadsheet_path, useCache=True)
self.assertTrue(workbook['Data'].ShowBounds,
"Data.ShowBounds is not set to True")
# IronPython imports to enable Excel interop,
import clr
clr.AddReference("Microsoft.Office.Interop.Excel")
import Microsoft.Office.Interop.Excel as Excel
from System.Runtime.InteropServices import Marshal
# import system things needed below
from System.IO import Directory, Path
from System import DateTime
# use the ANSYS function GetProjectDirectory to figure out what directory you are in
# and set that to the current directory
projDir = GetProjectDirectory()
Directory.SetCurrentDirectory(projDir)
# Open up a log file to put useful information in
logFile = open("TowerTool.log", "w")
# Put a header in the log file
logFile.write("================================================\n")
logFile.write("Tower Tool Run Log File\n")
logFile.write("================================================\n")
logFile.write("Start time: " + DateTime.Now.ToString('yyyy-mm-dd hh:mm:ss') +
"\n")
logFile.write("Proj Dir: %s\n\n" % projDir)
# Use the Excel GetActiveObject funtion to get the object for the excel session
ex = Marshal.GetActiveObject("Excel.Application")
# Make Excel visible
ex.Visible = True
# Define the active workbook and worksheet
