pygsti.circuits.circuitparser.CircuitLexer

class CircuitLexer

Bases: object

Lexer for matching and interpreting text-format operation sequences

Methods

__init__()
make_label(s)
t_GATE(t)	'G[a-z0-9_]+(;[a-zQ0-9_\./]+)*(:[a-zQ0-9_]+)*(![0-9\.]+)?'
t_INSTRMT(t)	'I[a-z0-9_]+(![0-9\.]+)?'
t_INTEGER(t)	'\d+'
t_NOP(t)	'\{\}'
t_POVM(t)	'M[a-z0-9_]+(![0-9\.]+)?'
t_PREP(t)	'rho[a-z0-9_]+(![0-9\.]+)?'
t_REFLBL(t)	'<\s*[a-zA-Z0-9_]+\s*>'
t_STRINGIND(t)	'S(?=\s*\<)'
t_error(t)

Attributes

t_CLOSEBR
t_COLON
t_EXCLAM
t_EXPOP
t_LPAREN
t_MULTOP
t_OPENBR
t_RPAREN
t_SEMICOLON
t_ignore
tokens

static t_GATE(t)

'G[a-z0-9_]+(;[a-zQ0-9_\./]+)*(:[a-zQ0-9_]+)*(![0-9\.]+)?'

static t_INSTRMT(t)

'I[a-z0-9_]+(![0-9\.]+)?'

static t_INTEGER(t)

'\d+'

static t_NOP(t)

'\{\}'

static t_POVM(t)

'M[a-z0-9_]+(![0-9\.]+)?'

static t_PREP(t)

'rho[a-z0-9_]+(![0-9\.]+)?'

static t_REFLBL(t)

'<\s*[a-zA-Z0-9_]+\s*>'

static t_STRINGIND(t)

'S(?=\s*\<)'