97         pnor_partition& part = table.partitions[numParts];  in preparePartitions()  local
105         // partition00=part,0x00000000,0x00002000,00,READWRITE  in preparePartitions()
115         parseTocLine(line, blockSize, part);  in preparePartitions()
122             if (part.data.id == prev.data.id)  in preparePartitions()
127                         prev.data.name, prev.data.base, part.data.name,  in preparePartitions()
128                         part.data.base, part.data.id);  in preparePartitions()
131             if (part.data.base < prev_end)  in preparePartitions()
134                 err << "Partition '" << part.data.name << "' start block 0x"  in preparePartitions()
135                     << std::hex << part.data.base << "is less than the end "  in preparePartitions()
142         file = rwDir / part.data.name;  in preparePartitions()
145             file = roDir / part.data.name;  in preparePartitions()
154         patch = patchDir / part.data.name;  in preparePartitions()
157             const size_t size = part.data.size * blockSize;  in preparePartitions()
158             part.data.actual =  in preparePartitions()
173         const struct pnor_partition& part = table.partitions[i];  in partition()  local
174         size_t len = part.data.size;  in partition()
176         if ((blockOffset >= part.data.base) &&  in partition()
177             (blockOffset < (part.data.base + len)))  in partition()
179             return part;  in partition()
183         if (blockOffset < part.data.base)  in partition()
185             throw UnmappedOffset(offset, part.data.base * blockSize);  in partition()
251 static inline void writeSizes(pnor_partition& part, size_t start, size_t end,  in writeSizes()  argument
255     part.data.base = align_up(start, blockSize) / blockSize;  in writeSizes()
257     part.data.size = sizeInBlocks;  in writeSizes()
258     part.data.actual = size;  in writeSizes()
261 static inline void writeUserdata(pnor_partition& part, uint32_t version,  in writeUserdata()  argument
314     if (part.data.id == 0 && !part.data.base && part.data.size)  in writeUserdata()
319     part.data.user.data[0] = state;  in writeUserdata()
320     part.data.user.data[1] = perms;  in writeUserdata()
321     part.data.user.data[1] |= version;  in writeUserdata()
324 static inline void writeDefaults(pnor_partition& part)  in writeDefaults()  argument
326     part.data.pid = PARENT_PATITION_ID;  in writeDefaults()
327     part.data.type = PARTITION_TYPE_DATA;  in writeDefaults()
328     part.data.flags = 0; // flags unused  in writeDefaults()
331 static inline void writeNameAndId(pnor_partition& part, std::string&& name,  in writeNameAndId()  argument
335     memcpy(part.data.name, name.c_str(), sizeof(part.data.name));  in writeNameAndId()
336     part.data.id = std::stoul(id);  in writeNameAndId()
340                   pnor_partition& part)  in parseTocLine()  argument
365     writeNameAndId(part, match[NAME_MATCH].str(), match[ID_MATCH].str());  in parseTocLine()
366     writeDefaults(part);  in parseTocLine()
393     writeSizes(part, start, end, blockSize);  in parseTocLine()
400     writeUserdata(part, version << versionShift, match.suffix().str());  in parseTocLine()
401     part.checksum = details::checksum(part.data);  in parseTocLine()