📄 cyclic.drc.rpt
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; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|addressed~245 ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sdaMedian|sum[2] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|sdap ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|read~53 ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|byteCounter[0]~293 ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|shiftOutReg ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|shiftInReg[7] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cregout:expander_data|reg[0] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|shiftInReg[6] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|waitCounter[2] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|waitCounter[0] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|waitCounter[1] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|waitff ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sclMedian|sum[1] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sdaMedian|sum[1] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sclMedian|sum[0] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sclMedian|shiftReg[4] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sdaMedian|sum[0] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sdaMedian|shiftReg[4] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sclMedian|shiftReg[3] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sclMedian|shiftReg[2] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sdaMedian|shiftReg[3] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sdaMedian|shiftReg[2] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sclMedian|shiftReg[1] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sdaMedian|shiftReg[1] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sclMedian|shiftReg[0] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cSlave:I2Cslavecore_one|medianFilter:sdaMedian|shiftReg[0] ;
; Design should not contain ripple clock structures - Structure1 ; expander:i2c_expander|i2cregout:expander_data|reg[7] ;
; Clock signal source should drive only input clock ports ; fran_pg:pattern_generator|vsync_art ;
; Clock signal source should drive only input clock ports ; expander:i2c_expander|klok_div_8[2] ;
; Clock signal source should drive only input clock ports ; expander:i2c_expander|klok_div_8[1] ;
; Clock signal source should drive only input clock ports ; expander:i2c_expander|klok_div_8[0] ;
; Clock signal source should drive only input clock ports ; clk1_in ;
; Clock signal source should drive only input clock ports ; dclk ;
+----------------------------------------------------------------+------------------------------------------------------------------------------------+
+------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+
; Information only Violations ;
+-----------------------------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+
; Rule name ; Name ;
+-----------------------------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|Red_art[0] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; r_e_o_pg[1] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|Red_art[1] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|fullregbuf[11] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|importN7bits:fullreg|Xoutbuf01[4] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|certaingrayscales:theCertainGrayscale2|Red_dff[2] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|Red_on ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|fullregbuf[7] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; g_e_o_pg[0] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|Gre_art[0] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; g_e_o_pg[1] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|Gre_art[1] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|Gre_on ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|fullregbuf[8] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; b_e_o_pg[0] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|Blu_art[0] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; b_e_o_pg[1] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|Blu_art[1] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|Blu_on ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|fullregbuf[9] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; de_out_pg ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|nblank_art_delay[4] ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; hsync_out_pg ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|hsync_art ;
; Register output directly drives input of another register when both registers are triggered at same time - Structure1 ; fran_pg:pattern_generator|fullregbuf[13] ;
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