翻译The wake-up register defines the inputs that are allowed to wake the 33978 from Low-power mode. Programming the wake-up bit to logic [0] disables the specific input from waking the IC (Table 29). Programming the wake-up bit to logic [1] enables the specific input to wake-up with any switch change of state The MCU may change or update the wake-up register via software at any time in Normal mode. The Wake-up register defaults to logic [1] (wake-up enabled). If all channels (SG and SB) have the Wake-up bit disabled, the device disables the polling timer to reduce the current consumption during Low-power mode.

唤醒寄存器定义了可以从低功耗模式唤醒33978的输入信号。将唤醒位编程为逻辑[0]会禁用特定输入信号唤醒IC（表29）。将唤醒位编程为逻辑[1]会启用特定输入信号，以便在任何开关状态改变时唤醒。MCU可以在正常模式下随时通过软件更改或更新唤醒寄存器。唤醒寄存器默认为逻辑[1]（启用唤醒）。如果所有通道（SG和SB）的唤醒位被禁用，设备将禁用轮询定时器，以减少低功耗模式下的电流消耗。

相关问题

ldentify Patterns using Boundaries Use these guidelines to determine and set the boundaries of the dynamic data:.Analyze the location of the dynamic data within the HTTPresponse. o ldentify the string that is immediately to the left of the dynamic data.This string defines the leftboundary of the dynamic data. o ldentify the string that is immediately to the right of the dynamic data.This string defines the rightboundary of the dynamic data. .The right and left boundaries should be as unique as possible to better locate the strings.. web_reg_save_param_ex looks for the characters between (but not including) the specified boundaries and saves the information beginning one byte after the left boundary and ending onebyte before the right boundary. web_reg_save_param_ex does not support embedded boundarycharacters. For example, if the input buffer is {a{b{c} and "[" is specified as a left boundary, and "as a rightboundary, the first instance is c and there are no further instances—it found the right and leftboundaries but it does not allow embedded boundaries, so "c" is the only valid match. By default, the maximum length of any boundary string is 256 characters.Include a web_set_max_html_param_len function in your script to increase the maximum permitted length.Forexample, the following function increases the maximum length to 1024 characters: These length restrictions do not apply where either the left or right boundaries are blank. -翻译成中文

使用边界识别模式的指南来确定和设置动态数据的边界：

1. 分析动态数据在HTTP响应中的位置。

2. 确定紧挨着动态数据左侧的字符串。该字符串定义了动态数据的左边界。

3. 确定紧挨着动态数据右侧的字符串。该字符串定义了动态数据的右边界。

4. 左右边界应尽可能独特，以更好地定位字符串。

5. web_reg_save_param_ex查找指定边界之间的字符（但不包括这些字符），并将信息保存在左边界之后的一个字节开始，右边界之前的一个字节结束。web_reg_save_param_ex不支持嵌入式边界字符。例如，如果输入缓冲区为{a {b {c}，并且“ [”被指定为左边界，“as”被指定为右边界，则第一个实例是c，并且没有进一步的实例-它找到了右和左边界，但不允许嵌入式边界，因此“ c”是唯一有效的匹配。

6. 默认情况下，任何边界字符串的最大长度为256个字符。将web_set_max_html_param_len函数包含在脚本中以增加最大允许长度。例如，以下函数将最大长度增加到1024个字符：

7. 这些长度限制不适用于左或右边界为空的情况。

The Flash EEPROM Emulation 1.0 module (rba_FeeFs1) is a sub-component of the Fee module that defines Fee 1.0 layout and behaviour, and it forms part of the RTA-MEM stack. This is an implementation variant with a D-Flash layout 1.0, in which management and user data of NvRAM blocks are written one after the other. When the layout of data on flash /AUTOSAR_Fee/EcucModuleDefs/Fee/FeeGeneral/FeeRbFsSelect is configured to “FS1”, the Fee module source code is disabled and rba_FeeFs1 provides the implementation of the Fee functions. rba_FeeFs1 supports the Fee module’s key features, including reading and writing blocks to/from non-volatile memory. It also supports the Sector Reorganization process, see the Supported Features section for more details 英文翻译

Flash EEPROM Emulation 1.0模块(rba_FeeFs1)是Fee模块的一个子组件，定义了Fee 1.0的布局和行为，并且它是RTA-MEM堆栈的一部分。这是一个D-Flash布局1.0的实现变体，其中NvRAM块的管理和用户数据是依次写入的。

当在flash上配置了数据布局为"/AUTOSAR_Fee/EcucModuleDefs/Fee/FeeGeneral/FeeRbFsSelect"的"FS1"时，Fee模块的源代码将被禁用，而rba_FeeFs1则提供了Fee函数的实现。

rba_FeeFs1支持Fee模块的关键功能，包括读取和写入非易失性内存中的块。它还支持扇区重组过程，更多详细信息请参阅支持功能部分。