ICS TRIPLEX T8920 Voltage monitoring module

The BR command allows you to set a target code instruction address as a "breakpoint address" for debugging purposes. If, during target code execution, a breakpoint with 0 count is found, the target code state is saved in the target registers and control is returned back to 16XBug. This allows you to see the actual state of the processor at selected instructions in the code. Up to eight breakpoints can be defined. The breakpoints are kept in a table which is displayed each time either BR or NOBR is used. If an address is specified with the BR command, that address is added to the breakpoint table. The count field specifies how many times the instruction at the breakpoint address must be fetched before a breakpoint is taken. The count, if greater than zero, is decremented with each fetch. Every time that a breakpoint with zero count is found, a breakpoint handler routine prints the CPU state on the screen and control is returned to 16XBug.

The block search command searches

 the specified range of memory for a match with a user-entered data pattern. This command has three modes, as described below. Mode 1 - LITERAL STRING SEARCH -- In this mode, a search is carried out for the ASCII equivalent of the literal string you entered. This mode is assumed if the single quote (') indicating the beginning of a text field is encountered following range. The size as specified in the option field tells whether the count field of range refers to bytes, words, or longwords. If range is not specified using a count, then no options are allowed. If a match is found, then the address of the first byte of the match is output.

Mode 2 - DATA SEARCH

In this mode, you enter a data pattern as part of the command line, and you either enter a size in the option field or it is assumed (the assumption is word). The size entered in the option field also dictates whether the count field in range refers to bytes, words, or longwords. The following actions occur during a data search: 1. The user-entered data pattern is right-justified and leading bits are truncated or leading zeros are added as necessary to make the data pattern the specified size. 2. A compare is made with successive bytes, words, or longwords (depending on the size in effect) within the range for a match with the user-entered data. Comparison is made only on those bits at bit positions corresponding to a "1" in the mask. If no mask is specified, then a default mask of all ones is used (all bits are compared). The size of the mask is taken to be the same size as the data. The default data size is word.

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