kolibrios/programs/network/netsurf/libcss/test/data/parse/nth.dat

# Test data for nth-* expressions

# Odd and Even

#data
E:nth-child(odd) {}
#errors
#expected
| 1 E:nth-child(2n+1)
#reset

#data
E:nth-child(even) {}
#errors
#expected
| 1 E:nth-child(2n+0)
#reset

# Basic numbers

#data
E:nth-child(1) {}
#errors
#expected
| 1 E:nth-child(0n+1)
#reset

#data
E:nth-child(-1) {}
#errors
#expected
| 1 E:nth-child(0n+-1)
#reset

# IDENT ws [ NUMBER ws ]?

#data
E:nth-child(n) {}
#errors
#expected
| 1 E:nth-child(1n+0)
#reset

#data
E:nth-child(-n) {}
#errors
#expected
| 1 E:nth-child(-1n+0)
#reset

#data
E:nth-child(-n- 1) {}
#errors
#expected
| 1 E:nth-child(-1n+-1)
#reset

#data
E:nth-child(-n-1) {}
#errors
#expected
| 1 E:nth-child(-1n+-1)
#reset

# DIMENSION ws [ NUMBER ws ]?

#data
E:nth-child(2n) {}
#errors
#expected
| 1 E:nth-child(2n+0)
#reset

#data
E:nth-child(-2n) {}
#errors
#expected
| 1 E:nth-child(-2n+0)
#reset

#data
E:nth-child(2n- 1) {}
#errors
#expected
| 1 E:nth-child(2n+-1)
#reset

#data
E:nth-child(-2n- 1) {}
#errors
#expected
| 1 E:nth-child(-2n+-1)
#reset

#data
E:nth-child(2n-1) {}
#errors
#expected
| 1 E:nth-child(2n+-1)
#reset

#data
E:nth-child(-2n-1) {}
#errors
#expected
| 1 E:nth-child(-2n+-1)
#reset

# IDENT ws CHAR ws NUMBER ws

#data
E:nth-child(n - 1) {}
#errors
#expected
| 1 E:nth-child(1n+-1)
#reset

#data
E:nth-child(n+1) {}
#errors
#expected
| 1 E:nth-child(1n+1)
#reset

#data
E:nth-child(n + 1) {}
#errors
#expected
| 1 E:nth-child(1n+1)
#reset

# DIMENSION ws CHAR ws NUMBER ws

#data
E:nth-child(2n - 1) {}
#errors
#expected
| 1 E:nth-child(2n+-1)
#reset

#data
E:nth-child(2n+1) {}
#errors
#expected
| 1 E:nth-child(2n+1)
#reset

#data
E:nth-child(2n + 1) {}
#errors
#expected
| 1 E:nth-child(2n+1)
#reset

# Illegal inputs

#data
E:nth-child(n--1) {}
#errors
#expected
#reset

#data
E:nth-child(n-+1) {}
#errors
#expected
#reset

#data
E:nth-child(n- -1) {}
#errors
#expected
#reset

#data
E:nth-child(n- +1) {}
#errors
#expected
#reset

#data
E:nth-child(n + -1) {}
#errors
#expected
#reset

#data
E:nth-child(n - +1) {}
#errors
#expected
#reset

#data
E:nth-child(2n--1) {}
#errors
#expected
#reset

#data
E:nth-child(2n-+1) {}
#errors
#expected
#reset

#data
E:nth-child(2n- -1) {}
#errors
#expected
#reset

#data
E:nth-child(2n- +1) {}
#errors
#expected
#reset

#data
E:nth-child(2n + -1) {}
#errors
#expected
#reset

#data
E:nth-child(2n - +1) {}
#errors
#expected
#reset

#data
E:nth-child(3 n) {}
#errors
#expected
#reset

#data
E:nth-child(+2 n) {}
#errors
#expected
#reset

#data
E:nth-child(+ 2) {}
#errors
#expected
#reset