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LibreOffice
core
Commits
098df79f
Kaydet (Commit)
098df79f
authored
Agu 29, 2015
tarafından
Matteo Casalin
Dosyalara gözat
Seçenekler
Dosyalara Gözat
İndir
Eposta Yamaları
Sade Fark
Formatting and bail-out early (to not re-format too much)
Change-Id: If4c55fe669f7bb861baca0ae224675ca74004de5
üst
0871b509
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2 changed files
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412 additions
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409 deletions
+412
-409
scflt.cxx
sc/source/filter/starcalc/scflt.cxx
+390
-389
ucbstorage.cxx
sot/source/sdstor/ucbstorage.cxx
+22
-20
No files found.
sc/source/filter/starcalc/scflt.cxx
Dosyayı görüntüle @
098df79f
...
@@ -405,22 +405,22 @@ Sc10FontCollection::Sc10FontCollection(SvStream& rStream)
...
@@ -405,22 +405,22 @@ Sc10FontCollection::Sc10FontCollection(SvStream& rStream)
:
ScCollection
(
4
,
4
)
:
ScCollection
(
4
,
4
)
,
nError
(
0
)
,
nError
(
0
)
{
{
sal_uInt16
ID
(
0
);
sal_uInt16
ID
(
0
);
rStream
.
ReadUInt16
(
ID
);
rStream
.
ReadUInt16
(
ID
);
if
(
ID
==
FontID
)
if
(
ID
==
FontID
)
{
sal_uInt16
nAnz
(
0
);
rStream
.
ReadUInt16
(
nAnz
);
for
(
sal_uInt16
i
=
0
;
(
i
<
nAnz
)
&&
(
nError
==
0
);
i
++
)
{
{
nError
=
insert_new
<
Sc10FontData
>
(
this
,
rStream
);
sal_uInt16
nAnz
(
0
);
rStream
.
ReadUInt16
(
nAnz
);
for
(
sal_uInt16
i
=
0
;
(
i
<
nAnz
)
&&
(
nError
==
0
);
i
++
)
{
nError
=
insert_new
<
Sc10FontData
>
(
this
,
rStream
);
}
}
else
{
OSL_FAIL
(
"FontID"
);
nError
=
errUnknownID
;
}
}
}
else
{
OSL_FAIL
(
"FontID"
);
nError
=
errUnknownID
;
}
}
}
// named regions
// named regions
...
@@ -446,22 +446,22 @@ Sc10NameCollection::Sc10NameCollection(SvStream& rStream) :
...
@@ -446,22 +446,22 @@ Sc10NameCollection::Sc10NameCollection(SvStream& rStream) :
ScCollection
(
4
,
4
),
ScCollection
(
4
,
4
),
nError
(
0
)
nError
(
0
)
{
{
sal_uInt16
ID
;
sal_uInt16
ID
;
rStream
.
ReadUInt16
(
ID
);
rStream
.
ReadUInt16
(
ID
);
if
(
ID
==
NameID
)
if
(
ID
==
NameID
)
{
sal_uInt16
nAnz
;
rStream
.
ReadUInt16
(
nAnz
);
for
(
sal_uInt16
i
=
0
;
(
i
<
nAnz
)
&&
(
nError
==
0
);
i
++
)
{
{
nError
=
insert_new
<
Sc10NameData
>
(
this
,
rStream
);
sal_uInt16
nAnz
;
rStream
.
ReadUInt16
(
nAnz
);
for
(
sal_uInt16
i
=
0
;
(
i
<
nAnz
)
&&
(
nError
==
0
);
i
++
)
{
nError
=
insert_new
<
Sc10NameData
>
(
this
,
rStream
);
}
}
else
{
OSL_FAIL
(
"NameID"
);
nError
=
errUnknownID
;
}
}
}
else
{
OSL_FAIL
(
"NameID"
);
nError
=
errUnknownID
;
}
}
}
// templates
// templates
...
@@ -492,26 +492,26 @@ Sc10PatternData::Sc10PatternData(SvStream& rStream)
...
@@ -492,26 +492,26 @@ Sc10PatternData::Sc10PatternData(SvStream& rStream)
rStream
.
Read
(
Reserved
,
sizeof
(
Reserved
));
rStream
.
Read
(
Reserved
,
sizeof
(
Reserved
));
}
}
Sc10PatternCollection
::
Sc10PatternCollection
(
SvStream
&
rStream
)
:
Sc10PatternCollection
::
Sc10PatternCollection
(
SvStream
&
rStream
)
ScCollection
(
4
,
4
),
:
ScCollection
(
4
,
4
)
nError
(
0
)
,
nError
(
0
)
{
{
sal_uInt16
ID
;
sal_uInt16
ID
;
rStream
.
ReadUInt16
(
ID
);
rStream
.
ReadUInt16
(
ID
);
if
(
ID
==
PatternID
)
if
(
ID
==
PatternID
)
{
sal_uInt16
nAnz
;
rStream
.
ReadUInt16
(
nAnz
);
for
(
sal_uInt16
i
=
0
;
(
i
<
nAnz
)
&&
(
nError
==
0
);
i
++
)
{
{
nError
=
insert_new
<
Sc10PatternData
>
(
this
,
rStream
);
sal_uInt16
nAnz
;
rStream
.
ReadUInt16
(
nAnz
);
for
(
sal_uInt16
i
=
0
;
(
i
<
nAnz
)
&&
(
nError
==
0
);
i
++
)
{
nError
=
insert_new
<
Sc10PatternData
>
(
this
,
rStream
);
}
}
else
{
OSL_FAIL
(
"PatternID"
);
nError
=
errUnknownID
;
}
}
}
else
{
OSL_FAIL
(
"PatternID"
);
nError
=
errUnknownID
;
}
}
}
// database
// database
...
@@ -551,27 +551,27 @@ Sc10DataBaseData::Sc10DataBaseData(SvStream& rStream)
...
@@ -551,27 +551,27 @@ Sc10DataBaseData::Sc10DataBaseData(SvStream& rStream)
DataBaseRec
.
QueryValue2
=
ScfTools
::
ReadLongDouble
(
rStream
);
DataBaseRec
.
QueryValue2
=
ScfTools
::
ReadLongDouble
(
rStream
);
}
}
Sc10DataBaseCollection
::
Sc10DataBaseCollection
(
SvStream
&
rStream
)
:
Sc10DataBaseCollection
::
Sc10DataBaseCollection
(
SvStream
&
rStream
)
ScCollection
(
4
,
4
),
:
ScCollection
(
4
,
4
)
nError
(
0
)
,
nError
(
0
)
{
{
sal_uInt16
ID
;
sal_uInt16
ID
;
rStream
.
ReadUInt16
(
ID
);
rStream
.
ReadUInt16
(
ID
);
if
(
ID
==
DataBaseID
)
if
(
ID
==
DataBaseID
)
{
lcl_ReadFixedString
(
rStream
,
ActName
,
sizeof
(
ActName
));
sal_uInt16
nAnz
;
rStream
.
ReadUInt16
(
nAnz
);
for
(
sal_uInt16
i
=
0
;
(
i
<
nAnz
)
&&
(
nError
==
0
);
i
++
)
{
{
nError
=
insert_new
<
Sc10DataBaseData
>
(
this
,
rStream
);
lcl_ReadFixedString
(
rStream
,
ActName
,
sizeof
(
ActName
));
sal_uInt16
nAnz
;
rStream
.
ReadUInt16
(
nAnz
);
for
(
sal_uInt16
i
=
0
;
(
i
<
nAnz
)
&&
(
nError
==
0
);
i
++
)
{
nError
=
insert_new
<
Sc10DataBaseData
>
(
this
,
rStream
);
}
}
else
{
OSL_FAIL
(
"DataBaseID"
);
nError
=
errUnknownID
;
}
}
}
else
{
OSL_FAIL
(
"DataBaseID"
);
nError
=
errUnknownID
;
}
}
}
bool
Sc10LogFont
::
operator
==
(
const
Sc10LogFont
&
rData
)
const
bool
Sc10LogFont
::
operator
==
(
const
Sc10LogFont
&
rData
)
const
...
@@ -656,10 +656,10 @@ sal_uInt16 Sc10PageCollection::InsertFormat( const Sc10PageFormat& rData )
...
@@ -656,10 +656,10 @@ sal_uInt16 Sc10PageCollection::InsertFormat( const Sc10PageFormat& rData )
static
inline
sal_uInt8
GetMixedCol
(
const
sal_uInt8
nB
,
const
sal_uInt8
nF
,
const
sal_uInt16
nFak
)
static
inline
sal_uInt8
GetMixedCol
(
const
sal_uInt8
nB
,
const
sal_uInt8
nF
,
const
sal_uInt16
nFak
)
{
{
sal_Int32
nT
=
nB
-
nF
;
sal_Int32
nT
=
nB
-
nF
;
nT
*=
(
sal_Int32
)
nFak
;
nT
*=
(
sal_Int32
)
nFak
;
nT
/=
0xFFFF
;
nT
/=
0xFFFF
;
nT
+=
nF
;
nT
+=
nF
;
return
(
sal_uInt8
)
nT
;
return
(
sal_uInt8
)
nT
;
}
}
static
inline
Color
GetMixedColor
(
const
Color
&
rFore
,
const
Color
&
rBack
,
sal_uInt16
nFact
)
static
inline
Color
GetMixedColor
(
const
Color
&
rFore
,
const
Color
&
rBack
,
sal_uInt16
nFact
)
...
@@ -777,12 +777,12 @@ void Sc10PageCollection::PutToDoc( ScDocument* pDoc )
...
@@ -777,12 +777,12 @@ void Sc10PageCollection::PutToDoc( ScDocument* pDoc )
bool
bSwapCol
=
false
;
bool
bSwapCol
=
false
;
switch
(
pHeadFootLine
->
Raster
)
switch
(
pHeadFootLine
->
Raster
)
{
{
case
raNone
:
nFact
=
0xffff
;
bSwapCol
=
true
;
break
;
case
raNone
:
nFact
=
0xffff
;
bSwapCol
=
true
;
break
;
case
raGray12
:
nFact
=
(
0xffff
/
100
)
*
12
;
break
;
case
raGray12
:
nFact
=
(
0xffff
/
100
)
*
12
;
break
;
case
raGray25
:
nFact
=
(
0xffff
/
100
)
*
25
;
break
;
case
raGray25
:
nFact
=
(
0xffff
/
100
)
*
25
;
break
;
case
raGray50
:
nFact
=
(
0xffff
/
100
)
*
50
;
break
;
case
raGray50
:
nFact
=
(
0xffff
/
100
)
*
50
;
break
;
case
raGray75
:
nFact
=
(
0xffff
/
100
)
*
75
;
break
;
case
raGray75
:
nFact
=
(
0xffff
/
100
)
*
75
;
break
;
default
:
nFact
=
0xffff
;
default
:
nFact
=
0xffff
;
}
}
if
(
bSwapCol
)
if
(
bSwapCol
)
aSetItemItemSet
.
Put
(
SvxBrushItem
(
GetMixedColor
(
aBColor
,
aRColor
,
nFact
),
ATTR_BACKGROUND
)
);
aSetItemItemSet
.
Put
(
SvxBrushItem
(
GetMixedColor
(
aBColor
,
aRColor
,
nFact
),
ATTR_BACKGROUND
)
);
...
@@ -791,58 +791,58 @@ void Sc10PageCollection::PutToDoc( ScDocument* pDoc )
...
@@ -791,58 +791,58 @@ void Sc10PageCollection::PutToDoc( ScDocument* pDoc )
if
(
pHeadFootLine
->
Frame
!=
0
)
if
(
pHeadFootLine
->
Frame
!=
0
)
{
{
sal_uInt16
nLeft
=
0
;
sal_uInt16
nLeft
=
0
;
sal_uInt16
nTop
=
0
;
sal_uInt16
nTop
=
0
;
sal_uInt16
nRight
=
0
;
sal_uInt16
nRight
=
0
;
sal_uInt16
nBottom
=
0
;
sal_uInt16
nBottom
=
0
;
sal_uInt16
fLeft
=
(
pHeadFootLine
->
Frame
&
0x000F
);
sal_uInt16
fLeft
=
(
pHeadFootLine
->
Frame
&
0x000F
);
sal_uInt16
fTop
=
(
pHeadFootLine
->
Frame
&
0x00F0
)
/
0x0010
;
sal_uInt16
fTop
=
(
pHeadFootLine
->
Frame
&
0x00F0
)
/
0x0010
;
sal_uInt16
fRight
=
(
pHeadFootLine
->
Frame
&
0x0F00
)
/
0x0100
;
sal_uInt16
fRight
=
(
pHeadFootLine
->
Frame
&
0x0F00
)
/
0x0100
;
sal_uInt16
fBottom
=
(
pHeadFootLine
->
Frame
&
0xF000
)
/
0x1000
;
sal_uInt16
fBottom
=
(
pHeadFootLine
->
Frame
&
0xF000
)
/
0x1000
;
if
(
fLeft
>
1
)
if
(
fLeft
>
1
)
nLeft
=
50
;
nLeft
=
50
;
else
if
(
fLeft
>
0
)
else
if
(
fLeft
>
0
)
nLeft
=
20
;
nLeft
=
20
;
if
(
fTop
>
1
)
if
(
fTop
>
1
)
nTop
=
50
;
nTop
=
50
;
else
if
(
fTop
>
0
)
else
if
(
fTop
>
0
)
nTop
=
20
;
nTop
=
20
;
if
(
fRight
>
1
)
if
(
fRight
>
1
)
nRight
=
50
;
nRight
=
50
;
else
if
(
fRight
>
0
)
else
if
(
fRight
>
0
)
nRight
=
20
;
nRight
=
20
;
if
(
fBottom
>
1
)
if
(
fBottom
>
1
)
nBottom
=
50
;
nBottom
=
50
;
else
if
(
fBottom
>
0
)
else
if
(
fBottom
>
0
)
nBottom
=
20
;
nBottom
=
20
;
Color
ColorLeft
(
COL_BLACK
);
Color
ColorLeft
(
COL_BLACK
);
Color
ColorTop
(
COL_BLACK
);
Color
ColorTop
(
COL_BLACK
);
Color
ColorRight
(
COL_BLACK
);
Color
ColorRight
(
COL_BLACK
);
Color
ColorBottom
(
COL_BLACK
);
Color
ColorBottom
(
COL_BLACK
);
sal_uInt16
cLeft
=
(
pHeadFootLine
->
FrameColor
&
0x000F
);
sal_uInt16
cLeft
=
(
pHeadFootLine
->
FrameColor
&
0x000F
);
sal_uInt16
cTop
=
(
pHeadFootLine
->
FrameColor
&
0x00F0
)
>>
4
;
sal_uInt16
cTop
=
(
pHeadFootLine
->
FrameColor
&
0x00F0
)
>>
4
;
sal_uInt16
cRight
=
(
pHeadFootLine
->
FrameColor
&
0x0F00
)
>>
8
;
sal_uInt16
cRight
=
(
pHeadFootLine
->
FrameColor
&
0x0F00
)
>>
8
;
sal_uInt16
cBottom
=
(
pHeadFootLine
->
FrameColor
&
0xF000
)
>>
12
;
sal_uInt16
cBottom
=
(
pHeadFootLine
->
FrameColor
&
0xF000
)
>>
12
;
lcl_ChangeColor
(
cLeft
,
ColorLeft
);
lcl_ChangeColor
(
cLeft
,
ColorLeft
);
lcl_ChangeColor
(
cTop
,
ColorTop
);
lcl_ChangeColor
(
cTop
,
ColorTop
);
lcl_ChangeColor
(
cRight
,
ColorRight
);
lcl_ChangeColor
(
cRight
,
ColorRight
);
lcl_ChangeColor
(
cBottom
,
ColorBottom
);
lcl_ChangeColor
(
cBottom
,
ColorBottom
);
::
editeng
::
SvxBorderLine
aLine
;
::
editeng
::
SvxBorderLine
aLine
;
SvxBoxItem
aBox
(
ATTR_BORDER
);
SvxBoxItem
aBox
(
ATTR_BORDER
);
aLine
.
SetWidth
(
nLeft
);
aLine
.
SetWidth
(
nLeft
);
aLine
.
SetColor
(
ColorLeft
);
aLine
.
SetColor
(
ColorLeft
);
aBox
.
SetLine
(
&
aLine
,
SvxBoxItemLine
::
LEFT
);
aBox
.
SetLine
(
&
aLine
,
SvxBoxItemLine
::
LEFT
);
aLine
.
SetWidth
(
nTop
);
aLine
.
SetWidth
(
nTop
);
aLine
.
SetColor
(
ColorTop
);
aLine
.
SetColor
(
ColorTop
);
aBox
.
SetLine
(
&
aLine
,
SvxBoxItemLine
::
TOP
);
aBox
.
SetLine
(
&
aLine
,
SvxBoxItemLine
::
TOP
);
aLine
.
SetWidth
(
nRight
);
aLine
.
SetWidth
(
nRight
);
aLine
.
SetColor
(
ColorRight
);
aLine
.
SetColor
(
ColorRight
);
aBox
.
SetLine
(
&
aLine
,
SvxBoxItemLine
::
RIGHT
);
aBox
.
SetLine
(
&
aLine
,
SvxBoxItemLine
::
RIGHT
);
aLine
.
SetWidth
(
nBottom
);
aLine
.
SetWidth
(
nBottom
);
aLine
.
SetColor
(
ColorBottom
);
aLine
.
SetColor
(
ColorBottom
);
aBox
.
SetLine
(
&
aLine
,
SvxBoxItemLine
::
BOTTOM
);
aBox
.
SetLine
(
&
aLine
,
SvxBoxItemLine
::
BOTTOM
);
aSetItemItemSet
.
Put
(
aBox
);
aSetItemItemSet
.
Put
(
aBox
);
}
}
pSet
->
Put
(
SvxULSpaceItem
(
0
,
0
,
ATTR_ULSPACE
)
);
pSet
->
Put
(
SvxULSpaceItem
(
0
,
0
,
ATTR_ULSPACE
)
);
...
@@ -1698,48 +1698,49 @@ void Sc10Import::LoadColAttr(SCCOL Col, SCTAB Tab)
...
@@ -1698,48 +1698,49 @@ void Sc10Import::LoadColAttr(SCCOL Col, SCTAB Tab)
if
(
nError
==
0
)
LoadAttr
(
aFlag
);
if
(
nError
==
0
)
LoadAttr
(
aFlag
);
if
(
nError
==
0
)
LoadAttr
(
aPattern
);
if
(
nError
==
0
)
LoadAttr
(
aPattern
);
if
(
nError
==
0
)
if
(
nError
)
return
;
SCROW
nStart
;
SCROW
nEnd
;
sal_uInt16
i
;
sal_uInt16
nLimit
;
sal_uInt16
nValue1
;
Sc10ColData
*
pColData
;
// Font (Name, Size)
nStart
=
0
;
nEnd
=
0
;
nLimit
=
aFont
.
Count
;
pColData
=
aFont
.
pData
;
for
(
i
=
0
;
i
<
nLimit
;
i
++
,
pColData
++
)
{
{
SCROW
nStart
;
nEnd
=
static_cast
<
SCROW
>
(
pColData
->
Row
);
SCROW
nEnd
;
if
((
nStart
<=
nEnd
)
&&
(
pColData
->
Value
))
sal_uInt16
i
;
sal_uInt16
nLimit
;
sal_uInt16
nValue1
;
Sc10ColData
*
pColData
;
// Font (Name, Size)
nStart
=
0
;
nEnd
=
0
;
nLimit
=
aFont
.
Count
;
pColData
=
aFont
.
pData
;
for
(
i
=
0
;
i
<
nLimit
;
i
++
,
pColData
++
)
{
{
nEnd
=
static_cast
<
SCROW
>
(
pColData
->
Row
);
FontFamily
eFam
=
FAMILY_DONTKNOW
;
if
((
nStart
<=
nEnd
)
&&
(
pColData
->
Value
))
Sc10FontData
*
pFont
=
pFontCollection
->
At
(
pColData
->
Value
);
if
(
pFont
)
{
{
FontFamily
eFam
=
FAMILY_DONTKNOW
;
switch
(
pFont
->
PitchAndFamily
&
0xF0
)
Sc10FontData
*
pFont
=
pFontCollection
->
At
(
pColData
->
Value
);
if
(
pFont
)
{
{
switch
(
pFont
->
PitchAndFamily
&
0xF0
)
case
ffDontCare
:
eFam
=
FAMILY_DONTKNOW
;
break
;
{
case
ffRoman
:
eFam
=
FAMILY_ROMAN
;
break
;
case
ffDontCare
:
eFam
=
FAMILY_DONTKNOW
;
break
;
case
ffSwiss
:
eFam
=
FAMILY_SWISS
;
break
;
case
ffRoman
:
eFam
=
FAMILY_ROMAN
;
break
;
case
ffModern
:
eFam
=
FAMILY_MODERN
;
break
;
case
ffSwiss
:
eFam
=
FAMILY_SWISS
;
break
;
case
ffScript
:
eFam
=
FAMILY_SCRIPT
;
break
;
case
ffModern
:
eFam
=
FAMILY_MODERN
;
break
;
case
ffDecorative
:
eFam
=
FAMILY_DECORATIVE
;
break
;
case
ffScript
:
eFam
=
FAMILY_SCRIPT
;
break
;
default
:
eFam
=
FAMILY_DONTKNOW
;
break
;
case
ffDecorative
:
eFam
=
FAMILY_DECORATIVE
;
break
;
default
:
eFam
=
FAMILY_DONTKNOW
;
break
;
}
ScPatternAttr
aScPattern
(
pDoc
->
GetPool
());
aScPattern
.
GetItemSet
().
Put
(
SvxFontItem
(
eFam
,
SC10TOSTRING
(
pFont
->
FaceName
),
EMPTY_OUSTRING
,
PITCH_DONTKNOW
,
RTL_TEXTENCODING_DONTKNOW
,
ATTR_FONT
));
aScPattern
.
GetItemSet
().
Put
(
SvxFontHeightItem
(
std
::
abs
(
pFont
->
Height
),
100
,
ATTR_FONT_HEIGHT
));
pDoc
->
ApplyPatternAreaTab
(
Col
,
nStart
,
Col
,
nEnd
,
Tab
,
aScPattern
);
}
}
ScPatternAttr
aScPattern
(
pDoc
->
GetPool
());
aScPattern
.
GetItemSet
().
Put
(
SvxFontItem
(
eFam
,
SC10TOSTRING
(
pFont
->
FaceName
),
EMPTY_OUSTRING
,
PITCH_DONTKNOW
,
RTL_TEXTENCODING_DONTKNOW
,
ATTR_FONT
));
aScPattern
.
GetItemSet
().
Put
(
SvxFontHeightItem
(
std
::
abs
(
pFont
->
Height
),
100
,
ATTR_FONT_HEIGHT
));
pDoc
->
ApplyPatternAreaTab
(
Col
,
nStart
,
Col
,
nEnd
,
Tab
,
aScPattern
);
}
}
nStart
=
nEnd
+
1
;
}
}
nStart
=
nEnd
+
1
;
}
// Font color
// Font color
nStart
=
0
;
nStart
=
0
;
...
@@ -1773,13 +1774,13 @@ void Sc10Import::LoadColAttr(SCCOL Col, SCTAB Tab)
...
@@ -1773,13 +1774,13 @@ void Sc10Import::LoadColAttr(SCCOL Col, SCTAB Tab)
{
{
ScPatternAttr
aScPattern
(
pDoc
->
GetPool
());
ScPatternAttr
aScPattern
(
pDoc
->
GetPool
());
if
((
nValue1
&
atBold
)
==
atBold
)
if
((
nValue1
&
atBold
)
==
atBold
)
aScPattern
.
GetItemSet
().
Put
(
SvxWeightItem
(
WEIGHT_BOLD
,
ATTR_FONT_WEIGHT
));
aScPattern
.
GetItemSet
().
Put
(
SvxWeightItem
(
WEIGHT_BOLD
,
ATTR_FONT_WEIGHT
));
if
((
nValue1
&
atItalic
)
==
atItalic
)
if
((
nValue1
&
atItalic
)
==
atItalic
)
aScPattern
.
GetItemSet
().
Put
(
SvxPostureItem
(
ITALIC_NORMAL
,
ATTR_FONT_POSTURE
));
aScPattern
.
GetItemSet
().
Put
(
SvxPostureItem
(
ITALIC_NORMAL
,
ATTR_FONT_POSTURE
));
if
((
nValue1
&
atUnderline
)
==
atUnderline
)
if
((
nValue1
&
atUnderline
)
==
atUnderline
)
aScPattern
.
GetItemSet
().
Put
(
SvxUnderlineItem
(
UNDERLINE_SINGLE
,
ATTR_FONT_UNDERLINE
));
aScPattern
.
GetItemSet
().
Put
(
SvxUnderlineItem
(
UNDERLINE_SINGLE
,
ATTR_FONT_UNDERLINE
));
if
((
nValue1
&
atStrikeOut
)
==
atStrikeOut
)
if
((
nValue1
&
atStrikeOut
)
==
atStrikeOut
)
aScPattern
.
GetItemSet
().
Put
(
SvxCrossedOutItem
(
STRIKEOUT_SINGLE
,
ATTR_FONT_CROSSEDOUT
));
aScPattern
.
GetItemSet
().
Put
(
SvxCrossedOutItem
(
STRIKEOUT_SINGLE
,
ATTR_FONT_CROSSEDOUT
));
pDoc
->
ApplyPatternAreaTab
(
Col
,
nStart
,
Col
,
nEnd
,
Tab
,
aScPattern
);
pDoc
->
ApplyPatternAreaTab
(
Col
,
nStart
,
Col
,
nEnd
,
Tab
,
aScPattern
);
}
}
nStart
=
nEnd
+
1
;
nStart
=
nEnd
+
1
;
...
@@ -2121,7 +2122,6 @@ void Sc10Import::LoadColAttr(SCCOL Col, SCTAB Tab)
...
@@ -2121,7 +2122,6 @@ void Sc10Import::LoadColAttr(SCCOL Col, SCTAB Tab)
}
}
nStart
=
nEnd
+
1
;
nStart
=
nEnd
+
1
;
}
}
}
}
}
void
Sc10Import
::
LoadAttr
(
Sc10ColAttr
&
rAttr
)
void
Sc10Import
::
LoadAttr
(
Sc10ColAttr
&
rAttr
)
...
@@ -2155,246 +2155,247 @@ void Sc10Import::LoadAttr(Sc10ColAttr& rAttr)
...
@@ -2155,246 +2155,247 @@ void Sc10Import::LoadAttr(Sc10ColAttr& rAttr)
void
Sc10Import
::
ChangeFormat
(
sal_uInt16
nFormat
,
sal_uInt16
nInfo
,
sal_uLong
&
nKey
)
void
Sc10Import
::
ChangeFormat
(
sal_uInt16
nFormat
,
sal_uInt16
nInfo
,
sal_uLong
&
nKey
)
{
{
// TODO: formats are mapped only for StarCalc 3.0 internal formats
// TODO: formats are mapped only for StarCalc 3.0 internal formats
// more correctly, at times new formats need to be created (Stephan: please check!)
// more correctly, at times new formats need to be created (Stephan: please check!)
nKey
=
0
;
nKey
=
0
;
switch
(
nFormat
)
switch
(
nFormat
)
{
{
case
vfStandard
:
case
vfStandard
:
if
(
nInfo
>
0
)
if
(
nInfo
>
0
)
nKey
=
2
;
nKey
=
2
;
break
;
break
;
case
vfMoney
:
case
vfMoney
:
if
(
nInfo
>
0
)
if
(
nInfo
>
0
)
nKey
=
21
;
nKey
=
21
;
else
else
nKey
=
20
;
nKey
=
20
;
break
;
break
;
case
vfThousend
:
case
vfThousend
:
if
(
nInfo
>
0
)
if
(
nInfo
>
0
)
nKey
=
4
;
nKey
=
4
;
else
else
nKey
=
5
;
nKey
=
5
;
break
;
break
;
case
vfPercent
:
case
vfPercent
:
if
(
nInfo
>
0
)
if
(
nInfo
>
0
)
nKey
=
11
;
nKey
=
11
;
else
else
nKey
=
10
;
nKey
=
10
;
break
;
break
;
case
vfExponent
:
case
vfExponent
:
nKey
=
60
;
nKey
=
60
;
break
;
break
;
case
vfZerro
:
case
vfZerro
:
// TODO: no equivalent
// TODO: no equivalent
break
;
break
;
case
vfDate
:
case
vfDate
:
switch
(
nInfo
)
switch
(
nInfo
)
{
{
case
df_NDMY_Long
:
case
df_NDMY_Long
:
nKey
=
31
;
nKey
=
31
;
break
;
break
;
case
df_DMY_Long
:
case
df_DMY_Long
:
nKey
=
30
;
nKey
=
30
;
break
;
break
;
case
df_MY_Long
:
case
df_MY_Long
:
nKey
=
32
;
nKey
=
32
;
break
;
break
;
case
df_NDM_Long
:
case
df_NDM_Long
:
nKey
=
31
;
nKey
=
31
;
break
;
break
;
case
df_DM_Long
:
case
df_DM_Long
:
nKey
=
33
;
nKey
=
33
;
break
;
break
;
case
df_M_Long
:
case
df_M_Long
:
nKey
=
34
;
nKey
=
34
;
break
;
break
;
case
df_NDMY_Short
:
case
df_NDMY_Short
:
nKey
=
31
;
nKey
=
31
;
break
;
break
;
case
df_DMY_Short
:
case
df_DMY_Short
:
nKey
=
30
;
nKey
=
30
;
break
;
break
;
case
df_MY_Short
:
case
df_MY_Short
:
nKey
=
32
;
nKey
=
32
;
break
;
break
;
case
df_NDM_Short
:
case
df_NDM_Short
:
nKey
=
31
;
nKey
=
31
;
break
;
break
;
case
df_DM_Short
:
case
df_DM_Short
:
nKey
=
33
;
nKey
=
33
;
break
;
break
;
case
df_M_Short
:
case
df_M_Short
:
nKey
=
34
;
nKey
=
34
;
break
;
break
;
case
df_Q_Long
:
case
df_Q_Long
:
nKey
=
35
;
nKey
=
35
;
break
;
break
;
case
df_Q_Short
:
case
df_Q_Short
:
nKey
=
35
;
nKey
=
35
;
break
;
break
;
default
:
nKey
=
30
;
break
;
}
break
;
case
vfTime
:
switch
(
nInfo
)
{
case
tf_HMS_Long
:
nKey
=
41
;
break
;
case
tf_HM_Long
:
nKey
=
40
;
break
;
case
tf_HMS_Short
:
nKey
=
43
;
break
;
case
tf_HM_Short
:
nKey
=
42
;
break
;
default
:
nKey
=
41
;
break
;
}
break
;
case
vfBoolean
:
nKey
=
99
;
break
;
case
vfStandardRed
:
if
(
nInfo
>
0
)
nKey
=
2
;
break
;
case
vfMoneyRed
:
if
(
nInfo
>
0
)
nKey
=
23
;
else
nKey
=
22
;
break
;
case
vfThousendRed
:
if
(
nInfo
>
0
)
nKey
=
4
;
else
nKey
=
5
;
break
;
case
vfPercentRed
:
if
(
nInfo
>
0
)
nKey
=
11
;
else
nKey
=
10
;
break
;
case
vfExponentRed
:
nKey
=
60
;
break
;
case
vfFormula
:
break
;
case
vfString
:
break
;
default
:
default
:
nKey
=
30
;
break
;
break
;
}
}
break
;
case
vfTime
:
switch
(
nInfo
)
{
case
tf_HMS_Long
:
nKey
=
41
;
break
;
case
tf_HM_Long
:
nKey
=
40
;
break
;
case
tf_HMS_Short
:
nKey
=
43
;
break
;
case
tf_HM_Short
:
nKey
=
42
;
break
;
default
:
nKey
=
41
;
break
;
}
break
;
case
vfBoolean
:
nKey
=
99
;
break
;
case
vfStandardRed
:
if
(
nInfo
>
0
)
nKey
=
2
;
break
;
case
vfMoneyRed
:
if
(
nInfo
>
0
)
nKey
=
23
;
else
nKey
=
22
;
break
;
case
vfThousendRed
:
if
(
nInfo
>
0
)
nKey
=
4
;
else
nKey
=
5
;
break
;
case
vfPercentRed
:
if
(
nInfo
>
0
)
nKey
=
11
;
else
nKey
=
10
;
break
;
case
vfExponentRed
:
nKey
=
60
;
break
;
case
vfFormula
:
break
;
case
vfString
:
break
;
default
:
break
;
}
}
}
void
Sc10Import
::
LoadObjects
()
void
Sc10Import
::
LoadObjects
()
{
{
sal_uInt16
ID
;
sal_uInt16
ID
;
rStream
.
ReadUInt16
(
ID
);
rStream
.
ReadUInt16
(
ID
);
if
(
rStream
.
IsEof
())
return
;
if
(
rStream
.
IsEof
())
if
(
ID
==
ObjectID
)
return
;
{
if
(
ID
==
ObjectID
)
sal_uInt16
nAnz
;
rStream
.
ReadUInt16
(
nAnz
);
sal_Char
Reserved
[
32
];
rStream
.
Read
(
Reserved
,
sizeof
(
Reserved
));
nError
=
rStream
.
GetError
();
if
((
nAnz
>
0
)
&&
(
nError
==
0
))
{
{
sal_uInt8
ObjectType
;
sal_uInt16
nAnz
;
Sc10GraphHeader
GraphHeader
;
rStream
.
ReadUInt16
(
nAnz
);
bool
IsOleObject
=
false
;
// TODO: this is only a bandaid
sal_Char
Reserved
[
32
];
for
(
sal_uInt16
i
=
0
;
(
i
<
nAnz
)
&&
(
nError
==
0
)
&&
!
rStream
.
IsEof
()
&&
!
IsOleObject
;
i
++
)
rStream
.
Read
(
Reserved
,
sizeof
(
Reserved
));
{
nError
=
rStream
.
GetError
();
rStream
.
ReadUChar
(
ObjectType
);
if
((
nAnz
>
0
)
&&
(
nError
==
0
))
lcl_ReadGraphHeader
(
rStream
,
GraphHeader
);
double
nPPTX
=
ScGlobal
::
nScreenPPTX
;
double
nPPTY
=
ScGlobal
::
nScreenPPTY
;
long
nStartX
=
0
;
SCCOL
nMaxCol
=
SanitizeCol
(
GraphHeader
.
CarretX
);
for
(
SCCOL
nX
=
0
;
nX
<
nMaxCol
;
++
nX
)
nStartX
+=
pDoc
->
GetColWidth
(
nX
,
static_cast
<
SCTAB
>
(
GraphHeader
.
CarretZ
));
nStartX
=
(
long
)
(
nStartX
*
HMM_PER_TWIPS
);
nStartX
+=
(
long
)
(
GraphHeader
.
x
/
nPPTX
*
HMM_PER_TWIPS
);
long
nSizeX
=
(
long
)
(
GraphHeader
.
w
/
nPPTX
*
HMM_PER_TWIPS
);
long
nStartY
=
pDoc
->
GetRowHeight
(
0
,
SanitizeRow
(
static_cast
<
SCsROW
>
(
GraphHeader
.
CarretY
)
-
1
),
SanitizeTab
(
static_cast
<
SCTAB
>
(
GraphHeader
.
CarretZ
)));
nStartY
=
(
long
)
(
nStartY
*
HMM_PER_TWIPS
);
nStartY
+=
(
long
)
(
GraphHeader
.
y
/
nPPTY
*
HMM_PER_TWIPS
);
long
nSizeY
=
(
long
)
(
GraphHeader
.
h
/
nPPTY
*
HMM_PER_TWIPS
);
switch
(
ObjectType
)
{
{
case
otOle
:
sal_uInt8
ObjectType
;
// TODO: here we need to do something like OleLoadFromStream
Sc10GraphHeader
GraphHeader
;
IsOleObject
=
true
;
bool
IsOleObject
=
false
;
// TODO: this is only a bandaid
break
;
for
(
sal_uInt16
i
=
0
;
(
i
<
nAnz
)
&&
(
nError
==
0
)
&&
!
rStream
.
IsEof
()
&&
!
IsOleObject
;
i
++
)
case
otImage
:
{
Sc10ImageHeader
ImageHeader
;
lcl_ReadImageHeaer
(
rStream
,
ImageHeader
);
// Attention: here come the data (Bitmap oder Metafile)
// Typ = 1 Device-dependend Bitmap DIB
// Typ = 2 MetaFile
rStream
.
SeekRel
(
ImageHeader
.
Size
);
if
(
ImageHeader
.
Typ
!=
1
&&
ImageHeader
.
Typ
!=
2
)
nError
=
errUnknownFormat
;
break
;
}
case
otChart
:
{
Sc10ChartHeader
ChartHeader
;
Sc10ChartSheetData
ChartSheetData
;
Sc10ChartTypeData
*
pTypeData
=
new
(
::
std
::
nothrow
)
Sc10ChartTypeData
;
if
(
!
pTypeData
)
nError
=
errOutOfMemory
;
else
{
{
lcl_ReadChartHeader
(
rStream
,
ChartHeader
);
rStream
.
ReadUChar
(
ObjectType
);
lcl_ReadGraphHeader
(
rStream
,
GraphHeader
);
double
nPPTX
=
ScGlobal
::
nScreenPPTX
;
double
nPPTY
=
ScGlobal
::
nScreenPPTY
;
long
nStartX
=
0
;
SCCOL
nMaxCol
=
SanitizeCol
(
GraphHeader
.
CarretX
);
for
(
SCCOL
nX
=
0
;
nX
<
nMaxCol
;
++
nX
)
nStartX
+=
pDoc
->
GetColWidth
(
nX
,
static_cast
<
SCTAB
>
(
GraphHeader
.
CarretZ
));
nStartX
=
(
long
)
(
nStartX
*
HMM_PER_TWIPS
);
nStartX
+=
(
long
)
(
GraphHeader
.
x
/
nPPTX
*
HMM_PER_TWIPS
);
long
nSizeX
=
(
long
)
(
GraphHeader
.
w
/
nPPTX
*
HMM_PER_TWIPS
);
long
nStartY
=
pDoc
->
GetRowHeight
(
0
,
SanitizeRow
(
static_cast
<
SCsROW
>
(
GraphHeader
.
CarretY
)
-
1
),
SanitizeTab
(
static_cast
<
SCTAB
>
(
GraphHeader
.
CarretZ
)));
nStartY
=
(
long
)
(
nStartY
*
HMM_PER_TWIPS
);
nStartY
+=
(
long
)
(
GraphHeader
.
y
/
nPPTY
*
HMM_PER_TWIPS
);
long
nSizeY
=
(
long
)
(
GraphHeader
.
h
/
nPPTY
*
HMM_PER_TWIPS
);
switch
(
ObjectType
)
{
case
otOle
:
// TODO: here we need to do something like OleLoadFromStream
IsOleObject
=
true
;
break
;
case
otImage
:
{
Sc10ImageHeader
ImageHeader
;
lcl_ReadImageHeaer
(
rStream
,
ImageHeader
);
// Attention: here come the data (Bitmap oder Metafile)
// Typ = 1 Device-dependend Bitmap DIB
// Typ = 2 MetaFile
rStream
.
SeekRel
(
ImageHeader
.
Size
);
if
(
ImageHeader
.
Typ
!=
1
&&
ImageHeader
.
Typ
!=
2
)
nError
=
errUnknownFormat
;
break
;
}
case
otChart
:
{
Sc10ChartHeader
ChartHeader
;
Sc10ChartSheetData
ChartSheetData
;
Sc10ChartTypeData
*
pTypeData
=
new
(
::
std
::
nothrow
)
Sc10ChartTypeData
;
if
(
!
pTypeData
)
nError
=
errOutOfMemory
;
else
{
lcl_ReadChartHeader
(
rStream
,
ChartHeader
);
// TODO: use old Metafile ??
// TODO: use old Metafile ??
rStream
.
SeekRel
(
ChartHeader
.
Size
);
rStream
.
SeekRel
(
ChartHeader
.
Size
);
lcl_ReadChartSheetData
(
rStream
,
ChartSheetData
);
lcl_ReadChartSheetData
(
rStream
,
ChartSheetData
);
lcl_ReadChartTypeData
(
rStream
,
*
pTypeData
);
lcl_ReadChartTypeData
(
rStream
,
*
pTypeData
);
Rectangle
aRect
(
Point
(
nStartX
,
nStartY
),
Size
(
nSizeX
,
nSizeY
)
);
Rectangle
aRect
(
Point
(
nStartX
,
nStartY
),
Size
(
nSizeX
,
nSizeY
)
);
Sc10InsertObject
::
InsertChart
(
pDoc
,
static_cast
<
SCTAB
>
(
GraphHeader
.
CarretZ
),
aRect
,
Sc10InsertObject
::
InsertChart
(
pDoc
,
static_cast
<
SCTAB
>
(
GraphHeader
.
CarretZ
),
aRect
,
static_cast
<
SCTAB
>
(
GraphHeader
.
CarretZ
),
static_cast
<
SCTAB
>
(
GraphHeader
.
CarretZ
),
ChartSheetData
.
DataX1
,
ChartSheetData
.
DataY1
,
ChartSheetData
.
DataX1
,
ChartSheetData
.
DataY1
,
ChartSheetData
.
DataX2
,
ChartSheetData
.
DataY2
);
ChartSheetData
.
DataX2
,
ChartSheetData
.
DataY2
);
delete
pTypeData
;
delete
pTypeData
;
}
break
;
}
default
:
nError
=
errUnknownFormat
;
break
;
}
nError
=
rStream
.
GetError
();
}
}
}
break
;
default
:
nError
=
errUnknownFormat
;
break
;
}
}
nError
=
rStream
.
GetError
();
}
}
}
}
else
else
{
{
OSL_FAIL
(
"ObjectID"
);
OSL_FAIL
(
"ObjectID"
);
nError
=
errUnknownID
;
nError
=
errUnknownID
;
}
}
}
}
FltError
ScFormatFilterPluginImpl
::
ScImportStarCalc10
(
SvStream
&
rStream
,
ScDocument
*
pDocument
)
FltError
ScFormatFilterPluginImpl
::
ScImportStarCalc10
(
SvStream
&
rStream
,
ScDocument
*
pDocument
)
...
...
sot/source/sdstor/ucbstorage.cxx
Dosyayı görüntüle @
098df79f
...
@@ -398,9 +398,9 @@ SvGlobalName GetClassId_Impl( SotClipboardFormatId nFormat )
...
@@ -398,9 +398,9 @@ SvGlobalName GetClassId_Impl( SotClipboardFormatId nFormat )
// class, that uses the refcounted object as impl-class.
// class, that uses the refcounted object as impl-class.
enum
RepresentModes
{
enum
RepresentModes
{
nonset
,
nonset
,
svstream
,
svstream
,
xinputstream
xinputstream
};
};
class
UCBStorageStream_Impl
:
public
SvRefBase
,
public
SvStream
class
UCBStorageStream_Impl
:
public
SvRefBase
,
public
SvStream
...
@@ -450,7 +450,7 @@ public:
...
@@ -450,7 +450,7 @@ public:
BaseStorage
*
CreateStorage
();
// create an OLE Storage on the UCBStorageStream
BaseStorage
*
CreateStorage
();
// create an OLE Storage on the UCBStorageStream
sal_uLong
GetSize
();
sal_uLong
GetSize
();
sal_uInt64
ReadSourceWriteTemporary
(
sal_uInt64
aLength
);
// read aLength from source and copy to temporary,
sal_uInt64
ReadSourceWriteTemporary
(
sal_uInt64
aLength
);
// read aLength from source and copy to temporary,
// no seeking is produced
// no seeking is produced
sal_uLong
ReadSourceWriteTemporary
();
// read source till the end and copy to temporary,
sal_uLong
ReadSourceWriteTemporary
();
// read source till the end and copy to temporary,
...
@@ -489,10 +489,10 @@ public:
...
@@ -489,10 +489,10 @@ public:
// this means that the root storage does an autocommit when its external
// this means that the root storage does an autocommit when its external
// reference is destroyed
// reference is destroyed
bool
m_bIsRoot
;
// marks this storage as root storages that manages all oommits and reverts
bool
m_bIsRoot
;
// marks this storage as root storages that manages all oommits and reverts
bool
m_bDirty
;
// ???
bool
m_bDirty
;
// ???
bool
m_bIsLinked
;
bool
m_bIsLinked
;
bool
m_bListCreated
;
bool
m_bListCreated
;
SotClipboardFormatId
m_nFormat
;
SotClipboardFormatId
m_nFormat
;
OUString
m_aUserTypeName
;
OUString
m_aUserTypeName
;
SvGlobalName
m_aClassId
;
SvGlobalName
m_aClassId
;
...
@@ -518,22 +518,25 @@ public:
...
@@ -518,22 +518,25 @@ public:
void
ReadContent
();
void
ReadContent
();
void
CreateContent
();
void
CreateContent
();
::
ucbhelper
::
Content
*
GetContent
()
::
ucbhelper
::
Content
*
GetContent
()
{
if
(
!
m_pContent
)
CreateContent
();
return
m_pContent
;
}
{
if
(
!
m_pContent
)
CreateContent
();
return
m_pContent
;
}
UCBStorageElementList_Impl
&
GetChildrenList
()
UCBStorageElementList_Impl
&
GetChildrenList
()
{
{
long
nError
=
m_nError
;
long
nError
=
m_nError
;
ReadContent
();
ReadContent
();
if
(
m_nMode
&
StreamMode
::
WRITE
)
if
(
m_nMode
&
StreamMode
::
WRITE
)
{
m_nError
=
nError
;
if
(
m_pAntiImpl
)
{
{
m_pAntiImpl
->
ResetError
();
m_nError
=
nError
;
m_pAntiImpl
->
SetError
(
nError
);
if
(
m_pAntiImpl
)
{
m_pAntiImpl
->
ResetError
();
m_pAntiImpl
->
SetError
(
nError
);
}
}
}
}
return
m_aChildrenList
;
return
m_aChildrenList
;
}
}
void
SetError
(
long
nError
);
void
SetError
(
long
nError
);
...
@@ -661,8 +664,7 @@ UCBStorageStream_Impl::UCBStorageStream_Impl( const OUString& rName, StreamMode
...
@@ -661,8 +664,7 @@ UCBStorageStream_Impl::UCBStorageStream_Impl( const OUString& rName, StreamMode
if
(
bRepair
)
if
(
bRepair
)
{
{
xComEnv
=
new
::
ucbhelper
::
CommandEnvironment
(
Reference
<
::
com
::
sun
::
star
::
task
::
XInteractionHandler
>
(),
xComEnv
=
new
::
ucbhelper
::
CommandEnvironment
(
Reference
<
::
com
::
sun
::
star
::
task
::
XInteractionHandler
>
(),
xProgress
);
xProgress
);
aTemp
+=
"?repairpackage"
;
aTemp
+=
"?repairpackage"
;
}
}
...
...
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