Horldsence
c7f42a1979
探测脚本是诊断工具，测错比不测更糟——它给出的数字会被当成结论。
**重组状态必须按 (sender_id, frame_id) 存。** 原先只按 sender_id 存，于是丢片
之后下一帧的分片会接着凑上一帧的计数，凑够了交出去一张混着两帧的 JPEG，表现为
"JPEG 不完整"。修完：14 秒 132 帧，0 张坏帧。
换帧时被放弃的半成品单独计为"被新帧取代"，不并入"JPEG 不完整"——它们本来就
不完整，混在一起会把两种情形都算成链路有问题。
**分窗 fps 的分子分母必须同量纲。** 原先用累计帧数除以窗口时长，于是报出 39、
61、79 这种随时间单调上升的假数字，看起来像板子越跑越快。改成窗口增量除以窗
口时长后稳定在 22，也就是传感器上限。
顺带修正两处与代码不符的注释：
partitions.csv / sdkconfig.defaults
两处都写死 app 分区在 0x40000，实际是 scripts/flash.sh 自动挑选并写回，
当前为 0x060000。补上 flash.sh 会重编译并复验的原因（重编译会让镜像位移，
所以偏移无法是常量）。
.env.example
补 CAM_VSYNC_INVERT 和 WIFI_AUTH。WIFI_AUTH 一直能用但没进文档：通常不用
设，扫描会报告 AP 的真实认证方式；只有扫不到时（隐藏 SSID）才需要指定，
指定后只试这一种，不成功直接报错而不是挨个试 10 秒——挨个试等于在猜一个
本该已知的值。
17 lines
984 B
CSV
17 lines
984 B
CSV
# Name, Type, SubType, Offset, Size, Flags
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#
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# The app partition offset here is chosen by scripts/flash.sh, not by hand. It
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# sits well above the usual 0x10000 because the module this firmware was first
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# brought up on has a defective byte in its SPI flash at 0xFADE7 (bits 5..7
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# cannot be programmed). The app image is unchanged by where it is placed, so
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# moving the partition moves which image byte lands on that address - and
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# because a rebuild can shift the image again, re-deriving the offset by hand
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# would break on the next build. flash.sh picks the lowest 64 KB-aligned offset
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# whose byte at that address the flash can actually store, writes it back here,
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# and rebuilds.
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#
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# If you move to healthy hardware, put `factory` back at 0x10000 and delete
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# BAD_FLASH_ADDR from scripts/flash.sh; nothing else depends on this.
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nvs, data, nvs, 0x9000, 0x6000,
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phy_init, data, phy, 0xf000, 0x1000,
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factory, app, factory, 0x060000, 0x120000, |