Removing horrible CR/LF line endings.

7 files changed, 409 insertions, 409 deletions

diff --git a/Database/database-types.h b/Database/database-types.h
index 95c5ebd..7d92f87 100644
--- a/Database/database-types.h
+++ b/Database/database-types.h
@@ -1,47 +1,47 @@
-#ifndef __DATABASE_TYPES_H__

-#define __DATABASE_TYPES_H__

-

-/** The basic tags that describe the bytes of the database. The tag "CODE_FIRST_BYTE" is

- * mainly for multi-bytes instructions, in order to help the UI displaying

- * properly the instructions.

- */

-

-enum basic_tags_t {

-    TAG_UNKNOWN = 0,

-    TAG_CODE,

-    TAG_DATA,

-    TAG_CODE_FIRST_BYTE,

-};

-

-/** The 8-bits tag for a byte. The certitude part 

- * A non-hollow database will be as big (at least) as the input file: in-memory-RLE is probably a good idea.

- */

-struct memory_tags_t {

-    unsigned short basic_tags: 2;

-    /** -1..30, 30 being "user hinted", 29 being "external reference" (entry point, exported symbol, ...)

-     * and -1 means something's fishy with that tag, and that it is probably completely wrong.

-     * Certitude will grow down with distance from a certain piece of info when the crawler goes away jumping around.

-     */

-    unsigned short certitude: 6;

-};

-

-/** An absolute pointer can reference a segment from its ID, and a pointer within the segment.

- */

-

-typedef union {

-    Uint64 raw_ptr;

-    struct {

-        Uint32 segment_id;

-        Uint32 ptr;

-    };

-} absolute_ptr;

-

-/** A function description.

- */

-

-struct function_t {

-    absolute_ptr start;

-    Uint32 size;

-};

-

-#endif

+#ifndef __DATABASE_TYPES_H__
+#define __DATABASE_TYPES_H__
+
+/** The basic tags that describe the bytes of the database. The tag "CODE_FIRST_BYTE" is
+ * mainly for multi-bytes instructions, in order to help the UI displaying
+ * properly the instructions.
+ */
+
+enum basic_tags_t {
+    TAG_UNKNOWN = 0,
+    TAG_CODE,
+    TAG_DATA,
+    TAG_CODE_FIRST_BYTE,
+};
+
+/** The 8-bits tag for a byte. The certitude part 
+ * A non-hollow database will be as big (at least) as the input file: in-memory-RLE is probably a good idea.
+ */
+struct memory_tags_t {
+    unsigned short basic_tags: 2;
+    /** -1..30, 30 being "user hinted", 29 being "external reference" (entry point, exported symbol, ...)
+     * and -1 means something's fishy with that tag, and that it is probably completely wrong.
+     * Certitude will grow down with distance from a certain piece of info when the crawler goes away jumping around.
+     */
+    unsigned short certitude: 6;
+};
+
+/** An absolute pointer can reference a segment from its ID, and a pointer within the segment.
+ */
+
+typedef union {
+    Uint64 raw_ptr;
+    struct {
+        Uint32 segment_id;
+        Uint32 ptr;
+    };
+} absolute_ptr;
+
+/** A function description.
+ */
+
+struct function_t {
+    absolute_ptr start;
+    Uint32 size;
+};
+
+#endif
diff --git a/Database/internals/database-internal.cpp b/Database/internals/database-internal.cpp
index 0c90b71..e19222a 100644
--- a/Database/internals/database-internal.cpp
+++ b/Database/internals/database-internal.cpp
@@ -1,27 +1,27 @@
-#include "database-internal.h"

-

-DatabaseCell::DatabaseCell(Cpu * cpu, Uint64 cpu_base, absolute_ptr origin, Uint32 size, Uint32 extra_size, DatabaseCell * prev, Database * parent) : cpu(cpu), next(0), prev(prev), parent(parent) {

-    prev->next = this;

-    parent->setEnd(this);

-    if (origin) {

-        Segment * origin_seg = parent->GetSegment(SEGID(origin));

-        segment = new Segment(size, cpu_base, parent->GetNextSegId(), extra_size, origin_seg->getPristineMemory() + SEGOFFSET(origin));

-    } else {

-        segment = new Segment(size, cpu_base, parent->GetNextSegId(), extra_size);

-    }

-}

-

-DatabaseCell::~DatabaseCell() {

-    if (parent->getEnd() == this)

-        parent->setEnd(prev);

-

-    if (parent->getStart() == this)

-        parent->setStart(next);

-

-    if (next)

-        next->prev = prev;

-    if (prev)

-        prev->next = next;

-

-    delete segment;

-}

+#include "database-internal.h"
+
+DatabaseCell::DatabaseCell(Cpu * cpu, Uint64 cpu_base, absolute_ptr origin, Uint32 size, Uint32 extra_size, DatabaseCell * prev, Database * parent) : cpu(cpu), next(0), prev(prev), parent(parent) {
+    prev->next = this;
+    parent->setEnd(this);
+    if (origin) {
+        Segment * origin_seg = parent->GetSegment(SEGID(origin));
+        segment = new Segment(size, cpu_base, parent->GetNextSegId(), extra_size, origin_seg->getPristineMemory() + SEGOFFSET(origin));
+    } else {
+        segment = new Segment(size, cpu_base, parent->GetNextSegId(), extra_size);
+    }
+}
+
+DatabaseCell::~DatabaseCell() {
+    if (parent->getEnd() == this)
+        parent->setEnd(prev);
+
+    if (parent->getStart() == this)
+        parent->setStart(next);
+
+    if (next)
+        next->prev = prev;
+    if (prev)
+        prev->next = next;
+
+    delete segment;
+}
diff --git a/Database/internals/database-internal.h b/Database/internals/database-internal.h
index 75e82c9..f63b40e 100644
--- a/Database/internals/database-internal.h
+++ b/Database/internals/database-internal.h
@@ -1,39 +1,39 @@
-#ifndef __DATABASE_INTERNAL_H__

-#define __DATABASE_INTERNAL_H__

-

-#include "database-segment.h"

-#include "database-types.h"

-

-class Database;

-class Cpu;

-

-/** A database element. Basically, the database is a collection of segments, associated with information.

- * This class could have been merged with Segment's, but in an effort to split the segment, that only

- * contains the raw memory, and the various data associated with it, this glue element exists. It'll also

- * construct a linked list for the database.

- */

-

-class DatabaseCell : public Base {

-  public:

-      /** The constructor of a DatabaseCell. Note that if you specify the origin parameter, 

-       * it'll create a sub-segment based on the first one. Note also that this doesn't support

-       * the patching system, yet.

-       */

-      DatabaseCell(Cpu * cpu, Uint64 cpu_base, absolute_ptr origin, Uint32 size, Uint32 extra_size, DatabaseCell * prev);

-      ~DatabaseCell();

-    Uint32 getID() { return segment->GetID(); }

-    void LoadMemory(Handle * src) { segment->LoadMemory(src); }

-    Segment * getSegment() { return segment; }

-    Cpu * getCpu() { return cpu; }

-    Uint64 getCpuBase() { return segment->getCpuBase(); }

-    absolute_ptr getOrigin() { return origin; }

-

-  private:

-    Segment * segment;

-    Cpu * cpu;

-    absolute_ptr origin; // a data segment can come from within another one

-    DatabaseCell * next, * prev;

-    Database * parent;

-};

-

-#endif

+#ifndef __DATABASE_INTERNAL_H__
+#define __DATABASE_INTERNAL_H__
+
+#include "database-segment.h"
+#include "database-types.h"
+
+class Database;
+class Cpu;
+
+/** A database element. Basically, the database is a collection of segments, associated with information.
+ * This class could have been merged with Segment's, but in an effort to split the segment, that only
+ * contains the raw memory, and the various data associated with it, this glue element exists. It'll also
+ * construct a linked list for the database.
+ */
+
+class DatabaseCell : public Base {
+  public:
+      /** The constructor of a DatabaseCell. Note that if you specify the origin parameter, 
+       * it'll create a sub-segment based on the first one. Note also that this doesn't support
+       * the patching system, yet.
+       */
+      DatabaseCell(Cpu * cpu, Uint64 cpu_base, absolute_ptr origin, Uint32 size, Uint32 extra_size, DatabaseCell * prev);
+      ~DatabaseCell();
+    Uint32 getID() { return segment->GetID(); }
+    void LoadMemory(Handle * src) { segment->LoadMemory(src); }
+    Segment * getSegment() { return segment; }
+    Cpu * getCpu() { return cpu; }
+    Uint64 getCpuBase() { return segment->getCpuBase(); }
+    absolute_ptr getOrigin() { return origin; }
+
+  private:
+    Segment * segment;
+    Cpu * cpu;
+    absolute_ptr origin; // a data segment can come from within another one
+    DatabaseCell * next, * prev;
+    Database * parent;
+};
+
+#endif
diff --git a/Database/internals/database-references.cpp b/Database/internals/database-references.cpp
index 8520f16..c138698 100644
--- a/Database/internals/database-references.cpp
+++ b/Database/internals/database-references.cpp
@@ -1,47 +1,47 @@
-#include "database-references.h"

-

-RefFrom::RefFrom(RefTo * refTo, SegmentRefData * data) : refTo(refTo), data(data) {

-    assert(refto);

-    assert(data);

-    

-    next = data->getRefFrom();

-    prev = 0;

-    data->firstRefFrom = this;

-    if (next)

-        next->prev = this;

-}

-

-RefFrom::~RefFrom() {

-    if (next)

-        next->prev = prev;

-    if (prev)

-        prev->next = next;

-    else

-        data->setFirstRefFrom(next);

-}

-

-RefTo::RefTo(absolute_ptr ptr, SegmentRefData * data, Database * database) : data(data) {

-    assert(database);

-    Segment * destSeg = database->getSegment(ptr.segment_id);

-    assert(destSeg);

-    refFrom = new RefFrom(this, destSeg->getSegmentRefData(ptr.ptr);

-    

-    RefTo * t = data->getRefTo();

-    if (t) {

-        delete t;

-        data->setRefTo(this);

-    }

-}

-

-RefTo::~RefTo() {

-    data->refTo = 0;

-    delete refFrom;

-}

-

-SegmentRefData::SegmentRefData(Uint32 ptr, Segment * seg) : ptr(ptr), seg(seg) {

-    seg->setSegmentRefData(ptr, this);

-}

-

-SegmentRefData::~SegmentRefData() {

-    seg->setSegmentRefData(ptr, 0);

-}

+#include "database-references.h"
+
+RefFrom::RefFrom(RefTo * refTo, SegmentRefData * data) : refTo(refTo), data(data) {
+    assert(refto);
+    assert(data);
+    
+    next = data->getRefFrom();
+    prev = 0;
+    data->firstRefFrom = this;
+    if (next)
+        next->prev = this;
+}
+
+RefFrom::~RefFrom() {
+    if (next)
+        next->prev = prev;
+    if (prev)
+        prev->next = next;
+    else
+        data->setFirstRefFrom(next);
+}
+
+RefTo::RefTo(absolute_ptr ptr, SegmentRefData * data, Database * database) : data(data) {
+    assert(database);
+    Segment * destSeg = database->getSegment(ptr.segment_id);
+    assert(destSeg);
+    refFrom = new RefFrom(this, destSeg->getSegmentRefData(ptr.ptr);
+    
+    RefTo * t = data->getRefTo();
+    if (t) {
+        delete t;
+        data->setRefTo(this);
+    }
+}
+
+RefTo::~RefTo() {
+    data->refTo = 0;
+    delete refFrom;
+}
+
+SegmentRefData::SegmentRefData(Uint32 ptr, Segment * seg) : ptr(ptr), seg(seg) {
+    seg->setSegmentRefData(ptr, this);
+}
+
+SegmentRefData::~SegmentRefData() {
+    seg->setSegmentRefData(ptr, 0);
+}
diff --git a/Database/internals/database-references.h b/Database/internals/database-references.h
index 65e4cdf..278b531 100644
--- a/Database/internals/database-references.h
+++ b/Database/internals/database-references.h
@@ -1,58 +1,58 @@
-#ifndef __DATABASE_REFERENCES_H__

-#define __DATABASE_REFERENCES_H__

-

-class SegmentData;

-class RefFrom;

-class RefTo;

-

-/** The reference system, where the database will be able to hold references from and to memory pointers.

- */

-

-class RefFrom : public Base {

-  public:

-      RefFrom(RefTo * refTo, SegmentRefData * data);

-      ~RefFrom()

-    SegmentRefData * getRefSegData() { return refTo->getSegRefData(); }

-    SegmentRefData * getSegRefData() { return data; }

-    RefFrom * getNext() { return next; }

-  private:

-    RefTo * refTo;

-    RefFrom * next, * prev;

-    SegmentRefData * data;

-};

-

-class RefTo : public Base {

-  public:

-      RefTo(Uint32 ptr, SegmentRefData * data);

-      ~RefTo();

-    SegmentRefData * getRefSegData() { return refFrom->getSegRefData(); }

-    SegmentRefData * getSegRefData() { return data; }

-  private:

-    RefFrom * refFrom;

-    SegmentRefData * data;

-};

-

-class SegmentRefData : public Base {

-  public:

-      SegmentRefData(Uint32 ptr, Segment * seg);

-      ~SegmentRefData()

-    Uint32 getPtr() { return ptr; }

-    Segment * getSegment() { return seg; }

-    SegmentRefData * getSegmentRefData(Uint32 ptr) { return seg->getSegmentRefData(ptr); }

-    

-    RefTo * getRefTo() { return refTo; }

-    RefFrom * getRefFrom() { return firstRefFrom; }

-    

-    void setRefTo(RefTo * newRefTo) { refTo = newRefTo; checkDestroy(); }

-    void setFirstRefFrom(RefFrom * newFirstRefFrom) { firstRefFrom = newFirstRefFrom; checkDestroy(); }

-    

-  private:

-    RefTo * refTo;

-    RefFrom * firstRefFrom;

-    

-    Uint32 ptr;

-    Segment * seg;

-    void checkDestroy() { if (!refTo && !firstRefFrom) delete this; }

-};

-

-#endif

+#ifndef __DATABASE_REFERENCES_H__
+#define __DATABASE_REFERENCES_H__
+
+class SegmentData;
+class RefFrom;
+class RefTo;
+
+/** The reference system, where the database will be able to hold references from and to memory pointers.
+ */
+
+class RefFrom : public Base {
+  public:
+      RefFrom(RefTo * refTo, SegmentRefData * data);
+      ~RefFrom()
+    SegmentRefData * getRefSegData() { return refTo->getSegRefData(); }
+    SegmentRefData * getSegRefData() { return data; }
+    RefFrom * getNext() { return next; }
+  private:
+    RefTo * refTo;
+    RefFrom * next, * prev;
+    SegmentRefData * data;
+};
+
+class RefTo : public Base {
+  public:
+      RefTo(Uint32 ptr, SegmentRefData * data);
+      ~RefTo();
+    SegmentRefData * getRefSegData() { return refFrom->getSegRefData(); }
+    SegmentRefData * getSegRefData() { return data; }
+  private:
+    RefFrom * refFrom;
+    SegmentRefData * data;
+};
+
+class SegmentRefData : public Base {
+  public:
+      SegmentRefData(Uint32 ptr, Segment * seg);
+      ~SegmentRefData()
+    Uint32 getPtr() { return ptr; }
+    Segment * getSegment() { return seg; }
+    SegmentRefData * getSegmentRefData(Uint32 ptr) { return seg->getSegmentRefData(ptr); }
+    
+    RefTo * getRefTo() { return refTo; }
+    RefFrom * getRefFrom() { return firstRefFrom; }
+    
+    void setRefTo(RefTo * newRefTo) { refTo = newRefTo; checkDestroy(); }
+    void setFirstRefFrom(RefFrom * newFirstRefFrom) { firstRefFrom = newFirstRefFrom; checkDestroy(); }
+    
+  private:
+    RefTo * refTo;
+    RefFrom * firstRefFrom;
+    
+    Uint32 ptr;
+    Segment * seg;
+    void checkDestroy() { if (!refTo && !firstRefFrom) delete this; }
+};
+
+#endif
diff --git a/Database/internals/database-segment.cpp b/Database/internals/database-segment.cpp
index 4b94000..55689f8 100644
--- a/Database/internals/database-segment.cpp
+++ b/Database/internals/database-segment.cpp
@@ -1,119 +1,119 @@
-#include "database-segment.h"

-

-Segment::Segment(Uint32 size, Uint32 id, Uint64 cpu_base, Uint32 extra_size, const Byte * data) : patches(0), plainmemory(0), size(size), extra_size(extra_size), id(id), cpu_base(cpu_base) {

-    Uint64 fullsize = size + extra_size;

-    

-    assert(size);

-    

-    if (data) {

-        plainmemory = (Byte *) data;

-        loaded = true;

-        allocated = false

-    } else {

-        plainmemory = Allocator<Byte>::alloc(size);

-        loaded = false;

-        allocated = true;

-    }

-    tags = Allocator<memory_tags_t>::alloc(fullsize);

-    refData = Allocator<SegmentRefData *>::alloc(fullsize);

-}

-

-Segment::~Segment() {

-    if (allocated)

-        Allocator<Byte>::free(plainmemory);

-    if (patches)

-        Allocator<Byte>::free(patches);

-    if (patchesmemory)

-        Allocator<Byte>::free(patchesmap);

-    Allocator<memory_tags_t>::free(tags);

-    Allocator<SegmentRefData *>::free(refData);

-}

-

-short Segment::Read(Uint32 ptr) {

-    if (ptr >= size) {

-        LOG(CONSOLE, ERROR, "Out of bound read attempt in segment %i at %08X\n", id, ptr);

-        return -1;

-    }

-    if (IsPatched(ptr))

-        return patches[ptr];

-    return plainmemory[ptr];

-}

-

-short Segment::RawRead(Uint32 ptr) {

-    if (ptr >= size) {

-        LOG(CONSOLE, ERROR, "Out of bound rawread attempt in segment %i at %08X\n", id, ptr);

-        return -1;

-    }

-    return plainmemory[ptr];

-}

-

-void Segment::Patch(Uint32 ptr, Byte val) {

-    if (!patchesmap) {

-        patches = Allocator<Byte>::alloc(size);

-        patchesmap = Allocator<Byte>::alloc((size << 3) + ((size & 7) ? 1 : 0));

-    }

-    if (ptr >= size) {

-        LOG(CONSOLE, ERROR, "Out of bound patch attempt in segment %i at %08X\n", id, ptr);

-        return;

-    }

-    patches[ptr] = val;

-    patchesmap[ptr / 8] |= (1 << ptr % 8);

-}

-

-void Segment::Restore(Uint32 ptr) {

-    if (!patchesmap)

-        return;

-    if (ptr >= size) {

-        LOG(CONSOLE, ERROR, "Out of bound patch attempt in segment %i at %08X\n", id, ptr);

-        return;

-    }

-    patchesmap[ptr / 8] &= ~(1 << (ptr % 8));

-}

-

-bool Segment::IsPatched(Uint32 ptr) {

-    if (!patchesmap)

-        return false;

-    return patchesmap[ptr / 8] & (1 << (ptr % 8));

-}

-

-void Segment::LoadMemory(Handle * src) {

-    if (loaded) {

-        LOG(CONSOLE, WARNING, "Memory segment already loaded, second attempt ignored.");

-        return;

-    }

-

-    src->Read(plainmemory, size);

-}

-

-void setTag(Uint32 ptr, memory_tags_t tag) {

-    if (ptr >= (size + extra_size)) {

-        LOG(CONSOLE, ERROR, "Out of bound setTag attempt in segment %i at %08X\n", id, ptr);

-        return;

-    }

-    tags[ptr] = tag;

-}

-

-memory_tags_t getTag(Uint32 ptr) {

-    if (ptr >= (size + extra_size)) {

-        memory_tags_t z = { 0, 0 };

-        LOG(CONSOLE, ERROR, "Out of bound getTag attempt in segment %i at %08X\n", id, ptr);

-        return z;

-    }

-    return tags[ptr];

-}

-

-SegmentRefData * Segment::getSegmentRefData(Uint32 ptr) {

-    if (ptr >= (size + extra_size)) {

-        LOG(CONSOLE, ERROR, "Out of bound getSegmentRefData attempt in segment %i at %08X\n", id, ptr);

-        return 0;

-    }

-    return refData[ptr];

-}

-

-void Segment::setSegmentRefData(Uint32 ptr, SegmentRefData * data) {

-    if (ptr >= (size + extra_size)) {

-        LOG(CONSOLE, ERROR, "Out of bound setSegmentRefData attempt in segment %i at %08X\n", id, ptr);

-        return;

-    }

-    refData[ptr] = data;

-}

+#include "database-segment.h"
+
+Segment::Segment(Uint32 size, Uint32 id, Uint64 cpu_base, Uint32 extra_size, const Byte * data) : patches(0), plainmemory(0), size(size), extra_size(extra_size), id(id), cpu_base(cpu_base) {
+    Uint64 fullsize = size + extra_size;
+    
+    assert(size);
+    
+    if (data) {
+        plainmemory = (Byte *) data;
+        loaded = true;
+        allocated = false
+    } else {
+        plainmemory = Allocator<Byte>::alloc(size);
+        loaded = false;
+        allocated = true;
+    }
+    tags = Allocator<memory_tags_t>::alloc(fullsize);
+    refData = Allocator<SegmentRefData *>::alloc(fullsize);
+}
+
+Segment::~Segment() {
+    if (allocated)
+        Allocator<Byte>::free(plainmemory);
+    if (patches)
+        Allocator<Byte>::free(patches);
+    if (patchesmemory)
+        Allocator<Byte>::free(patchesmap);
+    Allocator<memory_tags_t>::free(tags);
+    Allocator<SegmentRefData *>::free(refData);
+}
+
+short Segment::Read(Uint32 ptr) {
+    if (ptr >= size) {
+        LOG(CONSOLE, ERROR, "Out of bound read attempt in segment %i at %08X\n", id, ptr);
+        return -1;
+    }
+    if (IsPatched(ptr))
+        return patches[ptr];
+    return plainmemory[ptr];
+}
+
+short Segment::RawRead(Uint32 ptr) {
+    if (ptr >= size) {
+        LOG(CONSOLE, ERROR, "Out of bound rawread attempt in segment %i at %08X\n", id, ptr);
+        return -1;
+    }
+    return plainmemory[ptr];
+}
+
+void Segment::Patch(Uint32 ptr, Byte val) {
+    if (!patchesmap) {
+        patches = Allocator<Byte>::alloc(size);
+        patchesmap = Allocator<Byte>::alloc((size << 3) + ((size & 7) ? 1 : 0));
+    }
+    if (ptr >= size) {
+        LOG(CONSOLE, ERROR, "Out of bound patch attempt in segment %i at %08X\n", id, ptr);
+        return;
+    }
+    patches[ptr] = val;
+    patchesmap[ptr / 8] |= (1 << ptr % 8);
+}
+
+void Segment::Restore(Uint32 ptr) {
+    if (!patchesmap)
+        return;
+    if (ptr >= size) {
+        LOG(CONSOLE, ERROR, "Out of bound patch attempt in segment %i at %08X\n", id, ptr);
+        return;
+    }
+    patchesmap[ptr / 8] &= ~(1 << (ptr % 8));
+}
+
+bool Segment::IsPatched(Uint32 ptr) {
+    if (!patchesmap)
+        return false;
+    return patchesmap[ptr / 8] & (1 << (ptr % 8));
+}
+
+void Segment::LoadMemory(Handle * src) {
+    if (loaded) {
+        LOG(CONSOLE, WARNING, "Memory segment already loaded, second attempt ignored.");
+        return;
+    }
+
+    src->Read(plainmemory, size);
+}
+
+void setTag(Uint32 ptr, memory_tags_t tag) {
+    if (ptr >= (size + extra_size)) {
+        LOG(CONSOLE, ERROR, "Out of bound setTag attempt in segment %i at %08X\n", id, ptr);
+        return;
+    }
+    tags[ptr] = tag;
+}
+
+memory_tags_t getTag(Uint32 ptr) {
+    if (ptr >= (size + extra_size)) {
+        memory_tags_t z = { 0, 0 };
+        LOG(CONSOLE, ERROR, "Out of bound getTag attempt in segment %i at %08X\n", id, ptr);
+        return z;
+    }
+    return tags[ptr];
+}
+
+SegmentRefData * Segment::getSegmentRefData(Uint32 ptr) {
+    if (ptr >= (size + extra_size)) {
+        LOG(CONSOLE, ERROR, "Out of bound getSegmentRefData attempt in segment %i at %08X\n", id, ptr);
+        return 0;
+    }
+    return refData[ptr];
+}
+
+void Segment::setSegmentRefData(Uint32 ptr, SegmentRefData * data) {
+    if (ptr >= (size + extra_size)) {
+        LOG(CONSOLE, ERROR, "Out of bound setSegmentRefData attempt in segment %i at %08X\n", id, ptr);
+        return;
+    }
+    refData[ptr] = data;
+}
diff --git a/Database/internals/database-segment.h b/Database/internals/database-segment.h
index 72086a7..a08b149 100644
--- a/Database/internals/database-segment.h
+++ b/Database/internals/database-segment.h
@@ -1,72 +1,72 @@
-#ifndef __DATABASE_SEGMENT_H__

-#define __DATABASE_SEGMENT_H__

-

-#include "database-types.h"

-

-class SegmentRefData;

-

-/**

- * The Segment class that holds the memory and patches for a memory segment.

- *

- * This class will passively hold the memory for a segment memory. The tags

- * corresponding to each byte are also stored there. The patches are optionnal,

- * and will only be allocated if a patch is actually done.

- *

- * TODO: do in-memory hollow structure for the tags.

- */

-

-class Segment : public Base {

-  public:

-      /**

-       * Main constructor.

-       *

-       * @param size is the real data size of this segment.

-       * @param id is the static id for that data segment.

-       * @param cpu_base is the base absolute physical address for that segment in the cpu's flat memory.

-       * @param extra_size gives the size of the uninitialized memory at the end of the segment, typically the bss part.

-       * @param data optionally holds the memory to use for this segment. If it's provided, the caller MUST NOT free it, as it's going to be used directly.

-       */

-      Segment(Uint32 size, Uint32 id, Uint64 cpu_base, Uint32 extra_size = 0, const Byte * data = 0);

-      ~Segment();

-    Uint32 getId() { return id; }

-    /** Will return the byte for that pointer in the segment. May be patched.

-     * @param ptr is the pointer for the byte to be retrieved.

-     * @return the byte read, or -1 if it's inside the BSS part, or outside the whole segment.

-     */

-    short Read(Uint32 ptr);

-    /** Will return the byte for that pointer in the segment. Will NOT be patched.

-     * @param ptr is the pointer for the byte to be retrieved.

-     * @return the byte read, or -1 if it's inside the BSS part, or outside the whole segment.

-     */

-    short RawRead(Uint32 ptr);

-    /** In case you need to read the (unpatched) memory block.

-     * @return the memory block of the segment.

-     */

-    const Byte * getPristineMemory() { return plainmemory; }

-    void Patch(Uint32 ptr, Byte val);

-    void Restore(Uint32 ptr);

-    bool IsPatched(Uint32 ptr);

-    bool IsLoaded() { return loaded; }

-    /** Will load the memory segment with the provided Handle; will

-     * only work if you didn't provide data during the constructor.

-     * @see Segment()

-     */

-    void LoadMemory(Handle * src);

-    void setTag(Uint32 ptr, memory_tags_t tag);

-    memory_tags_t getTag(Uint32 ptr);

-    Uint32 getSize() { return size; }

-    Uint64 getFullSize() { return size + extra_size; }

-    Uint64 getCpuBase() { return cpu_base; }

-    SegmentRefData * getSegmentRefData(Uint32 ptr);

-    void setSegmentRefData(Uint32 ptr, SegmentRefData * data);

-  private:

-    Byte * plainmemory, * patches, * patchesmap;

-    SegmentRefData ** refData;

-    memory_tags_t * tags;

-    bool loaded, allocated;

-    Uint32 size, extra_size;

-    Uint32 id;

-    Uint64 cpu_base;

-}

-

-#endif

+#ifndef __DATABASE_SEGMENT_H__
+#define __DATABASE_SEGMENT_H__
+
+#include "database-types.h"
+
+class SegmentRefData;
+
+/**
+ * The Segment class that holds the memory and patches for a memory segment.
+ *
+ * This class will passively hold the memory for a segment memory. The tags
+ * corresponding to each byte are also stored there. The patches are optionnal,
+ * and will only be allocated if a patch is actually done.
+ *
+ * TODO: do in-memory hollow structure for the tags.
+ */
+
+class Segment : public Base {
+  public:
+      /**
+       * Main constructor.
+       *
+       * @param size is the real data size of this segment.
+       * @param id is the static id for that data segment.
+       * @param cpu_base is the base absolute physical address for that segment in the cpu's flat memory.
+       * @param extra_size gives the size of the uninitialized memory at the end of the segment, typically the bss part.
+       * @param data optionally holds the memory to use for this segment. If it's provided, the caller MUST NOT free it, as it's going to be used directly.
+       */
+      Segment(Uint32 size, Uint32 id, Uint64 cpu_base, Uint32 extra_size = 0, const Byte * data = 0);
+      ~Segment();
+    Uint32 getId() { return id; }
+    /** Will return the byte for that pointer in the segment. May be patched.
+     * @param ptr is the pointer for the byte to be retrieved.
+     * @return the byte read, or -1 if it's inside the BSS part, or outside the whole segment.
+     */
+    short Read(Uint32 ptr);
+    /** Will return the byte for that pointer in the segment. Will NOT be patched.
+     * @param ptr is the pointer for the byte to be retrieved.
+     * @return the byte read, or -1 if it's inside the BSS part, or outside the whole segment.
+     */
+    short RawRead(Uint32 ptr);
+    /** In case you need to read the (unpatched) memory block.
+     * @return the memory block of the segment.
+     */
+    const Byte * getPristineMemory() { return plainmemory; }
+    void Patch(Uint32 ptr, Byte val);
+    void Restore(Uint32 ptr);
+    bool IsPatched(Uint32 ptr);
+    bool IsLoaded() { return loaded; }
+    /** Will load the memory segment with the provided Handle; will
+     * only work if you didn't provide data during the constructor.
+     * @see Segment()
+     */
+    void LoadMemory(Handle * src);
+    void setTag(Uint32 ptr, memory_tags_t tag);
+    memory_tags_t getTag(Uint32 ptr);
+    Uint32 getSize() { return size; }
+    Uint64 getFullSize() { return size + extra_size; }
+    Uint64 getCpuBase() { return cpu_base; }
+    SegmentRefData * getSegmentRefData(Uint32 ptr);
+    void setSegmentRefData(Uint32 ptr, SegmentRefData * data);
+  private:
+    Byte * plainmemory, * patches, * patchesmap;
+    SegmentRefData ** refData;
+    memory_tags_t * tags;
+    bool loaded, allocated;
+    Uint32 size, extra_size;
+    Uint32 id;
+    Uint64 cpu_base;
+}
+
+#endif