132 lines
4.0 KiB
C++
132 lines
4.0 KiB
C++
#pragma once
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#include "PSDFixture.h"
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// Raw Photoshop records built byte by byte for edges.
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namespace PSDReaderFixtures {
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struct Extra {
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const char *signature;
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const char *key;
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QByteArray payload;
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// An 8B64 block's upper length word.
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quint32 high = 0;
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};
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struct Record {
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QRect bounds;
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std::vector<PSDFixture::Channel> channels;
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const char *signature = "8BIM";
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const char *blendKey = "norm";
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uchar opacity = 255;
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bool clipping = false;
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uchar flags = 0;
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std::optional<QRect> mask;
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uchar maskFlags = 0;
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uchar maskDefault = 255;
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QByteArray name = "Layer";
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std::vector<Extra> extras;
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};
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inline QByteArray solidChannels(const QRect &bounds, std::vector<PSDFixture::Channel> &channels)
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{
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const QByteArray plane(bounds.width() * bounds.height(), '\x80');
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for (const qint16 id : {-1, 0, 1, 2})
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channels.push_back({id, QByteArray("\0\0", 2) + plane});
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return plane;
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}
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inline QByteArray header(quint32 width, quint32 height)
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{
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PSDFixture::Buffer data;
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data.string("8BPS");
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data.u16(1);
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data.bytes(QByteArray(6, '\0'));
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data.u16(3);
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data.u32(height);
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data.u32(width);
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data.u16(8);
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data.u16(3);
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data.u32(0);
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return data.data;
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}
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inline QByteArray file(const std::vector<Record> &records, const QByteArray &resources = QByteArray(), quint32 width = 8, quint32 height = 8,
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std::optional<qint16> count = std::nullopt)
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{
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PSDFixture::Buffer data;
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data.bytes(header(width, height));
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data.u32(quint32(resources.size()));
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data.bytes(resources);
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PSDFixture::Buffer body, payloads;
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body.i16(count.value_or(qint16(records.size())));
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for (const Record &record : records) {
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body.i32(record.bounds.top());
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body.i32(record.bounds.left());
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body.i32(record.bounds.top() + record.bounds.height());
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body.i32(record.bounds.left() + record.bounds.width());
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body.u16(quint16(record.channels.size()));
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for (const PSDFixture::Channel &channel : record.channels) {
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body.i16(channel.id);
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body.u32(quint32(channel.payload.size()));
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payloads.bytes(channel.payload);
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}
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body.string(record.signature);
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body.string(record.blendKey);
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body.u8(record.opacity);
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body.u8(record.clipping ? 1 : 0);
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body.u8(record.flags);
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body.u8(0);
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PSDFixture::Buffer extra;
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if (record.mask) {
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extra.u32(20);
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extra.i32(record.mask->top());
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extra.i32(record.mask->left());
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extra.i32(record.mask->top() + record.mask->height());
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extra.i32(record.mask->left() + record.mask->width());
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extra.u8(record.maskDefault);
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extra.u8(record.maskFlags);
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extra.u16(0);
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} else {
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extra.u32(0);
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}
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extra.u32(0);
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extra.u8(uchar(record.name.size()));
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extra.bytes(record.name);
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extra.bytes(QByteArray((4 - ((record.name.size() + 1) % 4)) % 4, '\0'));
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for (const Extra &block : record.extras) {
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extra.string(block.signature);
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extra.string(block.key);
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if (QByteArray(block.signature) == "8B64")
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extra.u32(block.high);
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extra.u32(quint32(block.payload.size()));
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extra.bytes(block.payload);
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if (block.payload.size() % 2 == 1)
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extra.u8(0);
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}
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body.u32(quint32(extra.data.size()));
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body.bytes(extra.data);
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}
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PSDFixture::Buffer info;
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info.u32(quint32(body.data.size() + payloads.data.size()));
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info.bytes(body.data);
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info.bytes(payloads.data);
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info.u32(0);
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data.u32(quint32(info.data.size()));
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data.bytes(info.data);
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return data.data;
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}
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inline QByteArray section(quint32 type, const char *blend = "norm")
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{
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PSDFixture::Buffer payload;
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payload.u32(type);
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payload.string("8BIM");
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payload.string(blend);
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return payload.data;
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}
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inline QByteArray unicode(const QString &name)
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{
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return PSDFixture::luni(name);
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}
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}
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