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regex 0.9b 'replace' and 'find_all' added

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penguindark 2020-01-14 02:45:08 +01:00 committed by Alexander Medvednikov
parent e87e5e33a7
commit 25e7ceeef0
2 changed files with 262 additions and 144 deletions
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276
vlib/regex/regex.v
View File

@ -1,6 +1,6 @@
/********************************************************************** /**********************************************************************
* *
* regex 0.9a * regex 0.9b
* *
* Copyright (c) 2019 Dario Deledda. All rights reserved. * Copyright (c) 2019 Dario Deledda. All rights reserved.
* Use of this source code is governed by an MIT license * Use of this source code is governed by an MIT license
@ -15,9 +15,10 @@
* *
**********************************************************************/ **********************************************************************/
module regex module regex
import strings
pub const( pub const(
V_REGEX_VERSION = "0.9a" // regex module version V_REGEX_VERSION = "0.9b" // regex module version
MAX_CODE_LEN = 256 // default small base code len for the regex programs MAX_CODE_LEN = 256 // default small base code len for the regex programs
MAX_QUANTIFIER = 1073741824 // default max repetitions allowed for the quantifiers = 2^30 MAX_QUANTIFIER = 1073741824 // default max repetitions allowed for the quantifiers = 2^30
@ -196,6 +197,22 @@ pub fn (re RE) get_parse_error_string(err int) string {
} }
} }
// utf8_str convert and utf8 sequence to a printable string
[inline]
fn utf8_str(ch u32) string {
mut i := 4
mut res := ""
for i > 0 {
v := byte((ch >> ((i-1)*8)) & 0xFF)
if v != 0{
res += "${v:1c}"
}
i--
}
return res
}
// simple_log default log function // simple_log default log function
fn simple_log(txt string) { fn simple_log(txt string) {
C.fprintf(C.stdout, "%s",txt.str) C.fprintf(C.stdout, "%s",txt.str)
@ -1013,191 +1030,152 @@ pub fn (re mut RE) compile(in_txt string) (int,int) {
// get_code return the compiled code as regex string, note: may be different from the source! // get_code return the compiled code as regex string, note: may be different from the source!
pub fn (re RE) get_code() string { pub fn (re RE) get_code() string {
mut result := ""
// use the best buffer possible
mut tmp_len := 256+128
if tmp_len < re.cc.len+128 {
tmp_len = re.cc.len+128
}
// some memory buffer
buf1 := [byte(0)].repeat(tmp_len)
buf := &buf1[0]
mut buf_ptr := buf
mut pc1 := 0 mut pc1 := 0
C.sprintf(buf_ptr, "========================================\nv RegEx compiler v%s output:\n", V_REGEX_VERSION) mut res := strings.new_builder(re.cc.len*2*re.prog.len)
result += tos_clone(buf) res.write("========================================\nv RegEx compiler v $V_REGEX_VERSION output:\n")
mut stop_flag := false mut stop_flag := false
for pc1 <= re.prog.len { for pc1 <= re.prog.len {
buf_ptr = buf res.write("PC:${pc1:3d}")
C.sprintf(buf_ptr, "PC:%3d ist:%08x ",pc1, re.prog[pc1].ist)
buf_ptr += vstrlen(buf_ptr) res.write(" ist: ")
res.write("${re.prog[pc1].ist:8x}".replace(" ","0") )
res.write(" ")
ist :=re.prog[pc1].ist ist :=re.prog[pc1].ist
if ist == IST_BSLS_CHAR { if ist == IST_BSLS_CHAR {
C.sprintf(buf_ptr, "[\\%c] BSLS", re.prog[pc1].v_ch) res.write("[\\${re.prog[pc1].v_ch:1c}] BSLS")
} else if ist == IST_PROG_END { } else if ist == IST_PROG_END {
C.sprintf(buf_ptr, "PROG_END") res.write("PROG_END")
stop_flag = true stop_flag = true
} else if ist == IST_OR_BRANCH { } else if ist == IST_OR_BRANCH {
C.sprintf(buf_ptr, "OR ") res.write("OR ")
} else if ist == IST_CHAR_CLASS_POS { } else if ist == IST_CHAR_CLASS_POS {
C.sprintf(buf_ptr, "[%s] CHAR_CLASS_POS", re.get_char_class(pc1)) res.write("[${re.get_char_class(pc1)}] CHAR_CLASS_POS")
} else if ist == IST_CHAR_CLASS_NEG { } else if ist == IST_CHAR_CLASS_NEG {
C.sprintf(buf_ptr, "[^] CHAR_CLASS_NEG[%s]", re.get_char_class(pc1)) res.write("[^${re.get_char_class(pc1)}] CHAR_CLASS_NEG")
} else if ist == IST_DOT_CHAR { } else if ist == IST_DOT_CHAR {
C.sprintf(buf_ptr, ". DOT_CHAR") res.write(". DOT_CHAR")
} else if ist == IST_GROUP_START { } else if ist == IST_GROUP_START {
C.sprintf(buf_ptr, "( GROUP_START #:%d", re.prog[pc1].group_id) res.write("( GROUP_START #:${re.prog[pc1].group_id}")
} else if ist == IST_GROUP_END { } else if ist == IST_GROUP_END {
C.sprintf(buf_ptr, ") GROUP_END #:%d", re.prog[pc1].group_id) res.write(") GROUP_END #:${re.prog[pc1].group_id}")
} else if ist & SIMPLE_CHAR_MASK == 0 { } else if ist & SIMPLE_CHAR_MASK == 0 {
C.sprintf(buf_ptr, "[%c] query_ch", ist & IST_SIMPLE_CHAR) res.write("[${ist & IST_SIMPLE_CHAR:1c}] query_ch")
} }
buf_ptr += vstrlen(buf_ptr)
if re.prog[pc1].rep_max == MAX_QUANTIFIER { if re.prog[pc1].rep_max == MAX_QUANTIFIER {
C.sprintf(buf_ptr, " {%3d,MAX}",re.prog[pc1].rep_min) res.write(" {${re.prog[pc1].rep_min:3d},MAX}")
}else{ }else{
if ist == IST_OR_BRANCH { if ist == IST_OR_BRANCH {
C.sprintf(buf_ptr, " if false go: %3d if true go: %3d", re.prog[pc1].rep_min, re.prog[pc1].rep_max) res.write(" if false go: ${re.prog[pc1].rep_min:3d} if true go: ${re.prog[pc1].rep_max:3d}")
} else { } else {
C.sprintf(buf_ptr, " {%3d,%3d}", re.prog[pc1].rep_min, re.prog[pc1].rep_max) res.write(" {${re.prog[pc1].rep_min:3d},${re.prog[pc1].rep_max:3d}}")
} }
} }
buf_ptr += vstrlen(buf_ptr) res.write("\n")
C.sprintf(buf_ptr, "\n")
buf_ptr += vstrlen(buf_ptr)
result += tos_clone(buf)
if stop_flag { if stop_flag {
break break
} }
pc1++ pc1++
} }
buf_ptr = buf res.write("========================================\n")
C.sprintf(buf_ptr, "========================================\n") return res.str()
result += tos_clone(buf)
return result
} }
// get_query return a string with a reconstruction of the query starting from the regex program code // get_query return a string with a reconstruction of the query starting from the regex program code
pub fn (re RE) get_query() string { pub fn (re RE) get_query() string {
// use the best buffer possible mut res := strings.new_builder(re.query.len*2)
buf1 := [byte(0)].repeat(re.cc.len*2)
buf := &buf1[0]
mut buf_ptr := buf
if (re.flag & F_MS) != 0 { if (re.flag & F_MS) != 0 {
C.sprintf(buf_ptr, "^") res.write("^")
buf_ptr += vstrlen(buf_ptr)
} }
mut i := 0 mut i := 0
for i < re.prog.len && re.prog[i].ist != IST_PROG_END && re.prog[i].ist != 0{ for i < re.prog.len && re.prog[i].ist != IST_PROG_END && re.prog[i].ist != 0{
ch := re.prog[i].ist ch := re.prog[i].ist
//C.printf("ty: %08x\n", ch)
// GROUP start // GROUP start
if ch == IST_GROUP_START { if ch == IST_GROUP_START {
if re.debug == 0 { if re.debug == 0 {
C.sprintf(buf_ptr, "(") res.write("(")
} else { } else {
C.sprintf(buf_ptr, "#%d(", re.prog[i].group_id) res.write("#${re.prog[i].group_id}(")
} }
buf_ptr += vstrlen(buf_ptr)
i++ i++
continue continue
} }
// GROUP end // GROUP end
if ch == IST_GROUP_END { if ch == IST_GROUP_END {
C.sprintf(buf_ptr, ")") res.write(")")
buf_ptr += vstrlen(buf_ptr)
} }
// OR branch // OR branch
if ch == IST_OR_BRANCH { if ch == IST_OR_BRANCH {
C.sprintf(buf_ptr, "|") res.write("|")
if re.debug > 0 { if re.debug > 0 {
C.sprintf(buf_ptr, "{%d,%d}", re.prog[i].rep_min, re.prog[i].rep_max) res.write("{${re.prog[i].rep_min},${re.prog[i].rep_max}}")
} }
buf_ptr += vstrlen(buf_ptr)
i++ i++
continue continue
} }
// char class // char class
if ch == IST_CHAR_CLASS_NEG || ch == IST_CHAR_CLASS_POS { if ch == IST_CHAR_CLASS_NEG || ch == IST_CHAR_CLASS_POS {
C.sprintf(buf_ptr, "[") res.write("[")
buf_ptr += vstrlen(buf_ptr)
if ch == IST_CHAR_CLASS_NEG { if ch == IST_CHAR_CLASS_NEG {
C.sprintf(buf_ptr, "^") res.write("^")
buf_ptr += vstrlen(buf_ptr)
} }
res.write("${re.get_char_class(i)}")
C.sprintf(buf_ptr,"%s", re.get_char_class(i)) res.write("]")
buf_ptr += vstrlen(buf_ptr)
C.sprintf(buf_ptr, "]")
buf_ptr += vstrlen(buf_ptr)
} }
// bsls char // bsls char
if ch == IST_BSLS_CHAR { if ch == IST_BSLS_CHAR {
C.sprintf(buf_ptr, "\\%c", re.prog[i].v_ch) res.write("\\${re.prog[i].v_ch:1c}")
buf_ptr += vstrlen(buf_ptr)
} }
// IST_DOT_CHAR // IST_DOT_CHAR
if ch == IST_DOT_CHAR { if ch == IST_DOT_CHAR {
C.sprintf(buf_ptr, ".") res.write(".")
buf_ptr += vstrlen(buf_ptr)
} }
// char alone // char alone
if ch & SIMPLE_CHAR_MASK == 0 { if ch & SIMPLE_CHAR_MASK == 0 {
if byte(ch) in BSLS_ESCAPE_LIST { if byte(ch) in BSLS_ESCAPE_LIST {
C.sprintf(buf_ptr, "\\") res.write("\\")
buf_ptr += vstrlen(buf_ptr)
} }
C.sprintf(buf_ptr, "%c", re.prog[i].ist) res.write("${re.prog[i].ist:c}")
buf_ptr += vstrlen(buf_ptr)
} }
// quantifier // quantifier
if !(re.prog[i].rep_min == 1 && re.prog[i].rep_max == 1) { if !(re.prog[i].rep_min == 1 && re.prog[i].rep_max == 1) {
if re.prog[i].rep_min == 0 && re.prog[i].rep_max == 1 { if re.prog[i].rep_min == 0 && re.prog[i].rep_max == 1 {
C.sprintf(buf_ptr, "?") res.write("?")
} else if re.prog[i].rep_min == 1 && re.prog[i].rep_max == MAX_QUANTIFIER { } else if re.prog[i].rep_min == 1 && re.prog[i].rep_max == MAX_QUANTIFIER {
C.sprintf(buf_ptr, "+") res.write("+")
} else if re.prog[i].rep_min == 0 && re.prog[i].rep_max == MAX_QUANTIFIER { } else if re.prog[i].rep_min == 0 && re.prog[i].rep_max == MAX_QUANTIFIER {
C.sprintf(buf_ptr, "*") res.write("*")
} else { } else {
if re.prog[i].rep_max == MAX_QUANTIFIER { if re.prog[i].rep_max == MAX_QUANTIFIER {
C.sprintf(buf_ptr, "{%d,MAX}", re.prog[i].rep_min) res.write("{${re.prog[i].rep_min},MAX}")
} else { } else {
C.sprintf(buf_ptr, "{%d,%d}", re.prog[i].rep_min, re.prog[i].rep_max) res.write("{${re.prog[i].rep_min},${re.prog[i].rep_max}}")
} }
} }
buf_ptr += vstrlen(buf_ptr)
} }
i++ i++
} }
if (re.flag & F_ME) != 0 { if (re.flag & F_ME) != 0 {
C.sprintf(buf_ptr, "$") res.write("$")
buf_ptr += vstrlen(buf_ptr)
} }
res := tos_clone(buf)
return res return res.str()
} }
/****************************************************************************** /******************************************************************************
@ -1269,9 +1247,11 @@ pub fn (re mut RE) match_base(in_txt byteptr, in_txt_len int ) (int,int) {
if re.debug>0 { if re.debug>0 {
// print header // print header
h_buf := [byte(0)].repeat(64) mut h_buf := strings.new_builder(32)
C.sprintf(&h_buf[0], "flags: %08x\n",re.flag) h_buf.write("flags: ")
re.log_func(tos_clone(&h_buf[0])) h_buf.write("${re.flag:8x}".replace(" ","0"))
h_buf.write("\n")
re.log_func(h_buf.str())
} }
for m_state != .end { for m_state != .end {
@ -1279,7 +1259,7 @@ pub fn (re mut RE) match_base(in_txt byteptr, in_txt_len int ) (int,int) {
if pc >= 0 && pc < re.prog.len { if pc >= 0 && pc < re.prog.len {
ist = re.prog[pc].ist ist = re.prog[pc].ist
}else if pc >= re.prog.len { }else if pc >= re.prog.len {
C.printf("ERROR!! PC overflow!!\n") //C.printf("ERROR!! PC overflow!!\n")
return ERR_INTERNAL_ERROR, i return ERR_INTERNAL_ERROR, i
} }
@ -1287,86 +1267,69 @@ pub fn (re mut RE) match_base(in_txt byteptr, in_txt_len int ) (int,int) {
// DEBUG LOG // DEBUG LOG
//****************************************** //******************************************
if re.debug>0 { if re.debug>0 {
// use the best buffer possible mut buf2 := strings.new_builder(re.cc.len+128)
mut tmp_len := 256
if tmp_len < re.cc.len+128 {
tmp_len = re.cc.len+128
}
// some memory buffer
buf1 := [byte(0)].repeat(tmp_len)
buf := &buf1[0]
// print all the instructions // print all the instructions
mut buf_ptr := buf
// end of the input text // end of the input text
if i >= in_txt_len { if i >= in_txt_len {
C.sprintf(buf_ptr, "# %3d END OF INPUT TEXT\n",step_count) buf2.write("# ${step_count:3d} END OF INPUT TEXT\n")
re.log_func(tos_clone(buf)) re.log_func(buf2.str())
}else{ }else{
// print only the exe istruction // print only the exe istruction
if (re.debug == 1 && m_state == .ist_load) || if (re.debug == 1 && m_state == .ist_load) ||
re.debug == 2 re.debug == 2
{ {
if ist == IST_PROG_END { if ist == IST_PROG_END {
C.sprintf(buf_ptr, "# %3d PROG_END\n",step_count) buf2.write("# ${step_count:3d} PROG_END\n")
buf_ptr += vstrlen(buf_ptr)
} }
else if ist == 0 || m_state in [.start,.ist_next,.stop] { else if ist == 0 || m_state in [.start,.ist_next,.stop] {
C.sprintf(buf_ptr, "# %3d s: %12s PC: NA\n",step_count, state_str(m_state).str) buf2.write("# ${step_count:3d} s: ${state_str(m_state):12s} PC: NA\n")
buf_ptr += vstrlen(buf_ptr)
}else{ }else{
ch, char_len = get_charb(in_txt,i) ch, char_len = get_charb(in_txt,i)
tmp_bl:=[byte(ch >> 24), byte((ch >> 16) & 0xFF), byte((ch >> 8) & 0xFF), byte(ch & 0xFF), 0] buf2.write("# ${step_count:3d} s: ${state_str(m_state):12s} PC: ${pc:3d}=>")
tmp_un_ch := byteptr(&tmp_bl[4-char_len]) buf2.write("${ist:8x}".replace(" ","0"))
buf2.write(" i,ch,len:[${i:3d},'${utf8_str(ch)}',${char_len}] f.m:[${first_match:3d},${state.match_index:3d}] ")
C.sprintf(buf_ptr, "# %3d s: %12s PC: %3d=>%08x i,ch,len:[%3d,'%s',%d] f.m:[%3d,%3d] ",
step_count, state_str(m_state).str , pc, ist, i, tmp_un_ch, char_len, first_match,state.match_index)
buf_ptr += vstrlen(buf_ptr)
if ist & SIMPLE_CHAR_MASK == 0 { if ist & SIMPLE_CHAR_MASK == 0 {
if char_len < 4 { if char_len < 4 {
C.sprintf(buf_ptr, "query_ch: [%c]", ist & IST_SIMPLE_CHAR) tmp_c := ist & IST_SIMPLE_CHAR
buf2.write("query_ch: [${tmp_c:1c}]")
} else { } else {
C.sprintf(buf_ptr, "query_ch: [%c]", ist | SIMPLE_CHAR_MASK) tmp_c := ist | IST_SIMPLE_CHAR
buf2.write("query_ch: [${tmp_c:1c}]")
} }
buf_ptr += vstrlen(buf_ptr)
} else { } else {
if ist == IST_BSLS_CHAR { if ist == IST_BSLS_CHAR {
C.sprintf(buf_ptr, "BSLS [\\%c]",re.prog[pc].v_ch) buf2.write("BSLS [\\${re.prog[pc].v_ch:1c}]")
} else if ist == IST_PROG_END { } else if ist == IST_PROG_END {
C.sprintf(buf_ptr, "PROG_END") buf2.write("PROG_END")
} else if ist == IST_OR_BRANCH { } else if ist == IST_OR_BRANCH {
C.sprintf(buf_ptr, "OR") buf2.write("OR")
} else if ist == IST_CHAR_CLASS_POS { } else if ist == IST_CHAR_CLASS_POS {
C.sprintf(buf_ptr, "CHAR_CLASS_POS[%s]",re.get_char_class(pc)) buf2.write("CHAR_CLASS_POS[${re.get_char_class(pc)}]")
} else if ist == IST_CHAR_CLASS_NEG { } else if ist == IST_CHAR_CLASS_NEG {
C.sprintf(buf_ptr, "CHAR_CLASS_NEG[%s]",re.get_char_class(pc)) buf2.write("CHAR_CLASS_NEG[${re.get_char_class(pc)}]")
} else if ist == IST_DOT_CHAR { } else if ist == IST_DOT_CHAR {
C.sprintf(buf_ptr, "DOT_CHAR") buf2.write("DOT_CHAR")
} else if ist == IST_GROUP_START { } else if ist == IST_GROUP_START {
C.sprintf(buf_ptr, "GROUP_START #:%d rep:%d ",re.prog[pc].group_id, re.prog[re.prog[pc].goto_pc].group_rep) tmp_gi :=re.prog[pc].group_id
tmp_gr := re.prog[re.prog[pc].goto_pc].group_rep
buf2.write("GROUP_START #:${tmp_gi} rep:${tmp_gr} ")
} else if ist == IST_GROUP_END { } else if ist == IST_GROUP_END {
C.sprintf(buf_ptr, "GROUP_END #:%d deep:%d ",re.prog[pc].group_id, group_index) buf2.write("GROUP_END #:${re.prog[pc].group_id} deep:${group_index} ")
} }
buf_ptr += vstrlen(buf_ptr)
} }
if re.prog[pc].rep_max == MAX_QUANTIFIER { if re.prog[pc].rep_max == MAX_QUANTIFIER {
C.sprintf(buf_ptr, "{%d,MAX}:%d",re.prog[pc].rep_min,re.prog[pc].rep) buf2.write("{${re.prog[pc].rep_min},MAX}:${re.prog[pc].rep}")
} else { } else {
C.sprintf(buf_ptr, "{%d,%d}:%d",re.prog[pc].rep_min,re.prog[pc].rep_max,re.prog[pc].rep) buf2.write("{${re.prog[pc].rep_min},${re.prog[pc].rep_max}}:${re.prog[pc].rep}")
} }
buf_ptr += vstrlen(buf_ptr) buf2.write(" (#${group_index})\n")
C.sprintf(buf_ptr, " (#%d)\n",group_index)
} }
re.log_func(buf2.str())
re.log_func(tos_clone(buf))
} }
} }
step_count++ step_count++
@ -1438,7 +1401,7 @@ pub fn (re mut RE) match_base(in_txt byteptr, in_txt_len int ) (int,int) {
re.prog[pc].reset() re.prog[pc].reset()
// check if we are in the program bounds // check if we are in the program bounds
if pc < 0 || pc > re.prog.len { if pc < 0 || pc > re.prog.len {
C.printf("ERROR!! PC overflow!!\n") //C.printf("ERROR!! PC overflow!!\n")
return ERR_INTERNAL_ERROR, i return ERR_INTERNAL_ERROR, i
} }
m_state = .ist_load m_state = .ist_load
@ -1450,7 +1413,7 @@ pub fn (re mut RE) match_base(in_txt byteptr, in_txt_len int ) (int,int) {
pc = pc + 1 pc = pc + 1
// check if we are in the program bounds // check if we are in the program bounds
if pc < 0 || pc > re.prog.len { if pc < 0 || pc > re.prog.len {
C.printf("ERROR!! PC overflow!!\n") //C.printf("ERROR!! PC overflow!!\n")
return ERR_INTERNAL_ERROR, i return ERR_INTERNAL_ERROR, i
} }
m_state = .ist_load m_state = .ist_load
@ -1999,3 +1962,48 @@ pub fn (re mut RE) find(in_txt string) (int,int) {
} }
return NO_MATCH_FOUND, 0 return NO_MATCH_FOUND, 0
} }
// find all the non overlapping occurrences of the match pattern
pub fn (re mut RE) find_all(in_txt string) []int {
mut i := 0
mut res := []int
mut ls := -1
for i < in_txt.len {
s,e := re.find(in_txt[i..])
if s >= 0 && e > s && i+s > ls {
//println("find match in: ${i+s},${i+e} [${in_txt[i+s..i+e]}] ls:$ls")
res << i+s
res << i+e
ls = i+s
i = i+e
continue
} else {
i++
}
}
return res
}
// replace return a string where the matches are replaced with the replace string
pub fn (re mut RE) replace(in_txt string, repl string) string {
pos := re.find_all(in_txt)
if pos.len > 0 {
mut res := ""
mut i := 0
mut s1 := 0
mut e1 := in_txt.len
for i < pos.len {
e1 = pos[i]
res += in_txt[s1..e1] + repl
s1 = pos[i+1]
i += 2
}
res += in_txt[s1..]
return res
}
return in_txt
}

118
vlib/regex/regex_test.v
View File

@ -1,5 +1,10 @@
import regex import regex
/******************************************************************************
*
* Test section
*
******************************************************************************/
struct TestItem { struct TestItem {
src string src string
q string q string
@ -77,7 +82,113 @@ match_test_suite = [
] ]
) )
struct TestItemFa {
src string
q string
r []int
}
const (
match_test_suite_fa = [
// find_all tests
TestItemFa{
"oggi pippo è andato a casa di pluto ed ha trovato pippo",
r"p[iplut]+o",
[5, 10, 31, 36, 51, 56]
},
TestItemFa{
"oggi pibao è andato a casa di pbababao ed ha trovato pibabababao",
r"(pi?(ba)+o)",
[5, 10, 31, 39, 54, 65]
},
]
)
struct TestItemRe {
src string
q string
rep string
r string
}
const (
match_test_suite_re = [
// replace tests
TestItemRe{
"oggi pibao è andato a casa di pbababao ed ha trovato pibabababao",
r"(pi?(ba)+o)",
"CIAO",
"oggi CIAO è andato a casa di CIAO ed ha trovato CIAO"
},
TestItemRe{
"Today is a good day and tomorrow will be for sure.",
r"[Tt]o\w+",
"CIAO",
"CIAO is a good day and CIAO will be for sure."
}
]
)
fn test_regex(){ fn test_regex(){
// check find_all
for c,to in match_test_suite_fa{
// debug print
//println("#$c [$to.src] q[$to.q] $to.r")
mut re, re_err, err_pos := regex.regex(to.q)
if re_err == regex.COMPILE_OK {
res := re.find_all(to.src)
if res.len != to.r.len {
println("ERROR: find_all, array of different size.")
assert false
}
for c1,i in res {
if i != to.r[c1] {
println("ERROR: find_all, different indexes.")
assert false
}
}
} else {
println("query: $to.q")
lc := "-".repeat(err_pos-1)
println("err : $lc^")
err_str := re.get_parse_error_string(re_err)
println("ERROR: $err_str")
assert false
}
}
// check replace
for c,to in match_test_suite_re{
// debug print
//println("#$c [$to.src] q[$to.q] $to.r")
mut re, re_err, err_pos := regex.regex(to.q)
if re_err == regex.COMPILE_OK {
res := re.replace(to.src,to.rep)
if res != to.r {
println("ERROR: replace.")
assert false
}
} else {
println("query: $to.q")
lc := "-".repeat(err_pos-1)
println("err : $lc^")
err_str := re.get_parse_error_string(re_err)
println("ERROR: $err_str")
assert false
}
}
// check match and find
for c,to in match_test_suite { for c,to in match_test_suite {
// debug print // debug print
//println("#$c [$to.src] q[$to.q] $to.s") //println("#$c [$to.src] q[$to.q] $to.s")
@ -128,11 +239,9 @@ fn test_regex(){
if start != to.s || end != to.e { if start != to.s || end != to.e {
println("#$c [$to.src] q[$to.q] res[$tmp_str] $start, $end") println("#$c [$to.src] q[$to.q] res[$tmp_str] $start, $end")
println("ERROR!") println("ERROR!")
C.printf("ERROR!! res:(%d, %d) refh:(%d, %d)\n",start, end, to.s, to.e) //C.printf("ERROR!! res:(%d, %d) refh:(%d, %d)\n",start, end, to.s, to.e)
assert false assert false
break break
} else {
assert true
} }
// rerun to test consistency // rerun to test consistency
@ -147,7 +256,7 @@ fn test_regex(){
} else { } else {
println("query: $to.q") println("query: $to.q")
lc := "-".repeat(err_pos-1) lc := "-".repeat(err_pos-1)
println("err : $lc") println("err : $lc^")
err_str := re.get_parse_error_string(re_err) err_str := re.get_parse_error_string(re_err)
println("ERROR: $err_str") println("ERROR: $err_str")
assert false assert false
@ -155,3 +264,4 @@ fn test_regex(){
} }
} }
} }