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removed old applescript code and files

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This commit is contained in:
Rhet Turnbull
2019-12-21 06:59:02 -08:00
parent 591db8b5a6
commit 18395933a5
4 changed files with 0 additions and 2205 deletions
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1
osxphotos/__init__.py
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@@ -21,7 +21,6 @@ import objc
import yaml import yaml
from Foundation import * from Foundation import *
# from . import _applescript
from ._version import __version__ from ._version import __version__
# TODO: find edited photos: see https://github.com/orangeturtle739/photos-export/blob/master/extract_photos.py # TODO: find edited photos: see https://github.com/orangeturtle739/photos-export/blob/master/extract_photos.py

207
osxphotos/_applescript.py
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@@ -1,207 +0,0 @@
""" applescript -- Easy-to-use Python wrapper for NSAppleScript """
"""
This code is from py-applescript, a public domain package available at:
https://github.com/rdhyee/py-applescript
I've included the whole thing here for simplicity as there is more than one
applescript packge on PyPi so there's ambiguity as to which one "import applescript"
would use if user had installed another library.
This package is used instead of the others because it uses a native PyObjC
bridge and is thus much faster than others which use osascript.
"""
import sys
from Foundation import (
NSAppleScript,
NSAppleEventDescriptor,
NSURL,
NSAppleScriptErrorMessage,
NSAppleScriptErrorBriefMessage,
NSAppleScriptErrorNumber,
NSAppleScriptErrorAppName,
NSAppleScriptErrorRange,
)
from .aecodecs import Codecs, fourcharcode, AEType, AEEnum
from . import kae
__all__ = ["AppleScript", "ScriptError", "AEType", "AEEnum", "kMissingValue", "kae"]
######################################################################
class AppleScript:
""" Represents a compiled AppleScript. The script object is persistent; its handlers may be called multiple times and its top-level properties will retain current state until the script object's disposal.
"""
_codecs = Codecs()
def __init__(self, source=None, path=None):
"""
source : str | None -- AppleScript source code
path : str | None -- full path to .scpt/.applescript file
Notes:
- Either the path or the source argument must be provided.
- If the script cannot be read/compiled, a ScriptError is raised.
"""
if path:
url = NSURL.fileURLWithPath_(path)
self._script, errorinfo = NSAppleScript.alloc().initWithContentsOfURL_error_(
url, None
)
if errorinfo:
raise ScriptError(errorinfo)
elif source:
self._script = NSAppleScript.alloc().initWithSource_(source)
else:
raise ValueError("Missing source or path argument.")
if not self._script.isCompiled():
errorinfo = self._script.compileAndReturnError_(None)[1]
if errorinfo:
raise ScriptError(errorinfo)
def __repr__(self):
s = self.source
return "AppleScript({})".format(
repr(s) if len(s) < 100 else "{}...{}".format(repr(s)[:80], repr(s)[-17:])
)
##
def _newevent(self, suite, code, args):
evt = NSAppleEventDescriptor.appleEventWithEventClass_eventID_targetDescriptor_returnID_transactionID_(
fourcharcode(suite),
fourcharcode(code),
NSAppleEventDescriptor.nullDescriptor(),
0,
0,
)
evt.setDescriptor_forKeyword_(
self._codecs.pack(args), fourcharcode(kae.keyDirectObject)
)
return evt
def _unpackresult(self, result, errorinfo):
if not result:
raise ScriptError(errorinfo)
return self._codecs.unpack(result)
##
source = property(
lambda self: str(self._script.source()), doc="str -- the script's source code"
)
def run(self, *args):
""" Run the script, optionally passing arguments to its run handler.
args : anything -- arguments to pass to script, if any; see also supported type mappings documentation
Result : anything | None -- the script's return value, if any
Notes:
- The run handler must be explicitly declared in order to pass arguments.
- AppleScript will ignore excess arguments. Passing insufficient arguments will result in an error.
- If execution fails, a ScriptError is raised.
"""
if args:
evt = self._newevent(kae.kCoreEventClass, kae.kAEOpenApplication, args)
return self._unpackresult(*self._script.executeAppleEvent_error_(evt, None))
else:
return self._unpackresult(*self._script.executeAndReturnError_(None))
def call(self, name, *args):
""" Call the specified user-defined handler.
name : str -- the handler's name (case-sensitive)
args : anything -- arguments to pass to script, if any; see documentation for supported types
Result : anything | None -- the script's return value, if any
Notes:
- The handler's name must be a user-defined identifier, not an AppleScript keyword; e.g. 'myCount' is acceptable; 'count' is not.
- AppleScript will ignore excess arguments. Passing insufficient arguments will result in an error.
- If execution fails, a ScriptError is raised.
"""
evt = self._newevent(
kae.kASAppleScriptSuite, kae.kASPrepositionalSubroutine, args
)
evt.setDescriptor_forKeyword_(
NSAppleEventDescriptor.descriptorWithString_(name),
fourcharcode(kae.keyASSubroutineName),
)
return self._unpackresult(*self._script.executeAppleEvent_error_(evt, None))
##
class ScriptError(Exception):
""" Indicates an AppleScript compilation/execution error. """
def __init__(self, errorinfo):
self._errorinfo = dict(errorinfo)
def __repr__(self):
return "ScriptError({})".format(self._errorinfo)
@property
def message(self):
""" str -- the error message """
msg = self._errorinfo.get(NSAppleScriptErrorMessage)
if not msg:
msg = self._errorinfo.get(NSAppleScriptErrorBriefMessage, "Script Error")
return msg
number = property(
lambda self: self._errorinfo.get(NSAppleScriptErrorNumber),
doc="int | None -- the error number, if given",
)
appname = property(
lambda self: self._errorinfo.get(NSAppleScriptErrorAppName),
doc="str | None -- the name of the application that reported the error, where relevant",
)
@property
def range(self):
""" (int, int) -- the start and end points (1-indexed) within the source code where the error occurred """
range = self._errorinfo.get(NSAppleScriptErrorRange)
if range:
start = range.rangeValue().location
end = start + range.rangeValue().length
return (start, end)
else:
return None
def __str__(self):
msg = self.message
for s, v in [
(" ({})", self.number),
(" app={!r}", self.appname),
(" range={0[0]}-{0[1]}", self.range),
]:
if v is not None:
msg += s.format(v)
return (
msg.encode("ascii", "replace") if sys.version_info.major < 3 else msg
) # 2.7 compatibility
##
kMissingValue = AEType(kae.cMissingValue) # convenience constant

294
osxphotos/aecodecs.py
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@@ -1,294 +0,0 @@
""" aecodecs -- Convert from common Python types to Apple Event Manager types and vice-versa. """
import datetime, struct, sys
from Foundation import NSAppleEventDescriptor, NSURL
from . import kae
__all__ = ["Codecs", "AEType", "AEEnum"]
######################################################################
def fourcharcode(code):
""" Convert four-char code for use in NSAppleEventDescriptor methods.
code : bytes -- four-char code, e.g. b'utxt'
Result : int -- OSType, e.g. 1970567284
"""
return struct.unpack(">I", code)[0]
#######
class Codecs:
""" Implements mappings for common Python types with direct AppleScript equivalents. Used by AppleScript class. """
kMacEpoch = datetime.datetime(1904, 1, 1)
kUSRF = fourcharcode(kae.keyASUserRecordFields)
def __init__(self):
# Clients may add/remove/replace encoder and decoder items:
self.encoders = {
NSAppleEventDescriptor.class__(): self.packdesc,
type(None): self.packnone,
bool: self.packbool,
int: self.packint,
float: self.packfloat,
bytes: self.packbytes,
str: self.packstr,
list: self.packlist,
tuple: self.packlist,
dict: self.packdict,
datetime.datetime: self.packdatetime,
AEType: self.packtype,
AEEnum: self.packenum,
}
if sys.version_info.major < 3: # 2.7 compatibility
self.encoders[unicode] = self.packstr
self.decoders = {
fourcharcode(k): v
for k, v in {
kae.typeNull: self.unpacknull,
kae.typeBoolean: self.unpackboolean,
kae.typeFalse: self.unpackboolean,
kae.typeTrue: self.unpackboolean,
kae.typeSInt32: self.unpacksint32,
kae.typeIEEE64BitFloatingPoint: self.unpackfloat64,
kae.typeUTF8Text: self.unpackunicodetext,
kae.typeUTF16ExternalRepresentation: self.unpackunicodetext,
kae.typeUnicodeText: self.unpackunicodetext,
kae.typeLongDateTime: self.unpacklongdatetime,
kae.typeAEList: self.unpackaelist,
kae.typeAERecord: self.unpackaerecord,
kae.typeAlias: self.unpackfile,
kae.typeFSS: self.unpackfile,
kae.typeFSRef: self.unpackfile,
kae.typeFileURL: self.unpackfile,
kae.typeType: self.unpacktype,
kae.typeEnumeration: self.unpackenumeration,
}.items()
}
def pack(self, data):
"""Pack Python data.
data : anything -- a Python value
Result : NSAppleEventDescriptor -- an AE descriptor, or error if no encoder exists for this type of data
"""
try:
return self.encoders[data.__class__](data) # quick lookup by type/class
except (KeyError, AttributeError) as e:
for (
type,
encoder,
) in (
self.encoders.items()
): # slower but more thorough lookup that can handle subtypes/subclasses
if isinstance(data, type):
return encoder(data)
raise TypeError(
"Can't pack data into an AEDesc (unsupported type): {!r}".format(data)
)
def unpack(self, desc):
"""Unpack an Apple event descriptor.
desc : NSAppleEventDescriptor
Result : anything -- a Python value, or the original NSAppleEventDescriptor if no decoder is found
"""
decoder = self.decoders.get(desc.descriptorType())
# unpack known type
if decoder:
return decoder(desc)
# if it's a record-like desc, unpack as dict with an extra AEType(b'pcls') key containing the desc type
rec = desc.coerceToDescriptorType_(fourcharcode(kae.typeAERecord))
if rec:
rec = self.unpackaerecord(rec)
rec[AEType(kae.pClass)] = AEType(struct.pack(">I", desc.descriptorType()))
return rec
# return as-is
return desc
##
def _packbytes(self, desctype, data):
return NSAppleEventDescriptor.descriptorWithDescriptorType_bytes_length_(
fourcharcode(desctype), data, len(data)
)
def packdesc(self, val):
return val
def packnone(self, val):
return NSAppleEventDescriptor.nullDescriptor()
def packbool(self, val):
return NSAppleEventDescriptor.descriptorWithBoolean_(int(val))
def packint(self, val):
if (-2 ** 31) <= val < (2 ** 31):
return NSAppleEventDescriptor.descriptorWithInt32_(val)
else:
return self.pack(float(val))
def packfloat(self, val):
return self._packbytes(kae.typeFloat, struct.pack("d", val))
def packbytes(self, val):
return self._packbytes(kae.typeData, val)
def packstr(self, val):
return NSAppleEventDescriptor.descriptorWithString_(val)
def packdatetime(self, val):
delta = val - self.kMacEpoch
sec = delta.days * 3600 * 24 + delta.seconds
return self._packbytes(kae.typeLongDateTime, struct.pack("q", sec))
def packlist(self, val):
lst = NSAppleEventDescriptor.listDescriptor()
for item in val:
lst.insertDescriptor_atIndex_(self.pack(item), 0)
return lst
def packdict(self, val):
record = NSAppleEventDescriptor.recordDescriptor()
usrf = desctype = None
for key, value in val.items():
if isinstance(key, AEType):
if key.code == kae.pClass and isinstance(
value, AEType
): # AS packs records that contain a 'class' property by coercing the packed record to the descriptor type specified by the property's value (assuming it's an AEType)
desctype = value
else:
record.setDescriptor_forKeyword_(
self.pack(value), fourcharcode(key.code)
)
else:
if not usrf:
usrf = NSAppleEventDescriptor.listDescriptor()
usrf.insertDescriptor_atIndex_(self.pack(key), 0)
usrf.insertDescriptor_atIndex_(self.pack(value), 0)
if usrf:
record.setDescriptor_forKeyword_(usrf, self.kUSRF)
if desctype:
newrecord = record.coerceToDescriptorType_(fourcharcode(desctype.code))
if newrecord:
record = newrecord
else: # coercion failed for some reason, so pack as normal key-value pair
record.setDescriptor_forKeyword_(
self.pack(desctype), fourcharcode(key.code)
)
return record
def packtype(self, val):
return NSAppleEventDescriptor.descriptorWithTypeCode_(fourcharcode(val.code))
def packenum(self, val):
return NSAppleEventDescriptor.descriptorWithEnumCode_(fourcharcode(val.code))
#######
def unpacknull(self, desc):
return None
def unpackboolean(self, desc):
return desc.booleanValue()
def unpacksint32(self, desc):
return desc.int32Value()
def unpackfloat64(self, desc):
return struct.unpack("d", bytes(desc.data()))[0]
def unpackunicodetext(self, desc):
return desc.stringValue()
def unpacklongdatetime(self, desc):
return self.kMacEpoch + datetime.timedelta(
seconds=struct.unpack("q", bytes(desc.data()))[0]
)
def unpackaelist(self, desc):
return [
self.unpack(desc.descriptorAtIndex_(i + 1))
for i in range(desc.numberOfItems())
]
def unpackaerecord(self, desc):
dct = {}
for i in range(desc.numberOfItems()):
key = desc.keywordForDescriptorAtIndex_(i + 1)
value = desc.descriptorForKeyword_(key)
if key == self.kUSRF:
lst = self.unpackaelist(value)
for i in range(0, len(lst), 2):
dct[lst[i]] = lst[i + 1]
else:
dct[AEType(struct.pack(">I", key))] = self.unpack(value)
return dct
def unpacktype(self, desc):
return AEType(struct.pack(">I", desc.typeCodeValue()))
def unpackenumeration(self, desc):
return AEEnum(struct.pack(">I", desc.enumCodeValue()))
def unpackfile(self, desc):
url = bytes(
desc.coerceToDescriptorType_(fourcharcode(kae.typeFileURL)).data()
).decode("utf8")
return NSURL.URLWithString_(url).path()
#######
class AETypeBase:
""" Base class for AEType and AEEnum.
Notes:
- Hashable and comparable, so may be used as keys in dictionaries that map to AE records.
"""
def __init__(self, code):
"""
code : bytes -- four-char code, e.g. b'utxt'
"""
if not isinstance(code, bytes):
raise TypeError("invalid code (not a bytes object): {!r}".format(code))
elif len(code) != 4:
raise ValueError("invalid code (not four bytes long): {!r}".format(code))
self._code = code
code = property(
lambda self: self._code, doc="bytes -- four-char code, e.g. b'utxt'"
)
def __hash__(self):
return hash(self._code)
def __eq__(self, val):
return val.__class__ == self.__class__ and val.code == self._code
def __ne__(self, val):
return not self == val
def __repr__(self):
return "{}({!r})".format(self.__class__.__name__, self._code)
##
class AEType(AETypeBase):
"""An AE type. Maps to an AppleScript type class, e.g. AEType(b'utxt') <=> 'unicode text'."""
class AEEnum(AETypeBase):
"""An AE enumeration. Maps to an AppleScript constant, e.g. AEEnum(b'yes ') <=> 'yes'."""

1703
osxphotos/kae.py
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