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Enumerations | |
| enum | tNode { NODE_IN = 1, NODE_OUT = 2, NODE_CLK = 4, NODE_CTRL = 8 } |
| possible types of in-circuit nodes More... | |
| enum | tProPen { PP_LIN = 1, PP_EXP = 2 } |
| operation used to evaluate penalty during mark transportation process More... | |
| enum | tSeqEst { SE_BASIC = 1, SE_PRECISE = 2 } |
| type of sequential length estimation More... | |
Variables | |
| const unsigned long | MAX_STR_LEN = 255 |
| string length limit | |
| const char | NAME_SEPARATOR = '.' |
| character for separation of hirerarchical names | |
| const int | ORDERED_SCAN = 1 |
| id for ordered-scan technique | |
| const int | UNORDERED_SCAN = 2 |
| id for unordered-scan technique | |
| const int | TEST_POINT_INSERTION = 4 |
| id for test-point-insertion technique | |
| const int | BIST = 8 |
| id for BIST technique | |
| enum tNode |
| enum tProPen |
| enum tSeqEst |
| const int BIST = 8 |
id for BIST technique
| const unsigned long MAX_STR_LEN = 255 |
string length limit
| const char NAME_SEPARATOR = '.' |
character for separation of hirerarchical names
| const int ORDERED_SCAN = 1 |
id for ordered-scan technique
| const int TEST_POINT_INSERTION = 4 |
id for test-point-insertion technique
| const int UNORDERED_SCAN = 2 |
id for unordered-scan technique
1.5.6