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Overview
| Comment: | Reformat the core and aggregate function descriptions in a way that works better on mobile. Use the "output_list" proc for the lists of pragma and aggregate and core functions. |
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| Timelines: | family | ancestors | descendants | both | mobile-friendly |
| Files: | files | file ages | folders |
| SHA1: |
fc4a66aa03d1ecb6b004b6227d6cd260 |
| User & Date: | drh 2016-09-01 00:48:22 |
Context
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2016-09-01
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| 00:54 | Update the comment on the output_list proc. Use the output_list proc from capi3ref.in to process session.in. check-in: 6f74e2171b user: drh tags: mobile-friendly | |
| 00:48 | Reformat the core and aggregate function descriptions in a way that works better on mobile. Use the "output_list" proc for the lists of pragma and aggregate and core functions. check-in: fc4a66aa03 user: drh tags: mobile-friendly | |
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2016-08-31
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| 21:38 | Limit the width of syntax diagram images to the width of the screen. check-in: 2cbeb114ca user: drh tags: mobile-friendly | |
Changes
Changes to pages/capi3ref.in.
301 301 hd_putsnl "for(var i=0; i<$vx.length; i++){" 302 302 hd_putsnl " if( (++j)>nRow ){" 303 303 hd_putsnl " h += \"</ul></td>\\n<td><ul>\\n\";" 304 304 hd_putsnl " j = 1;" 305 305 hd_putsnl " }" 306 306 hd_putsnl " if($vx\[i\].u==\"\" || $vx\[i\].s==2){" 307 307 hd_putsnl " h += \"<li>\"" 308 - hd_putsnl " ea = \"\\n\"" 308 + hd_putsnl " ea = \"\"" 309 309 hd_putsnl " }else{" 310 310 hd_putsnl " h += \"<li><a href='\";" 311 311 hd_putsnl " h += $vx\[i\].u;" 312 312 hd_putsnl " h += \"'>\";" 313 - hd_putsnl " ea = \"</a>\\n\"" 313 + hd_putsnl " ea = \"</a>\"" 314 314 hd_putsnl " }" 315 - hd_putsnl " if($vx\[i\].s==2) h += \"<s>\"" 315 + hd_putsnl " if($vx\[i\].s==2 || $vx\[i\].s==3) h += \"<s>\"" 316 316 hd_putsnl " h += $vx\[i\].x;" 317 - hd_putsnl " if($vx\[i\].s==2) h += \"</s>\"" 317 + hd_putsnl " if($vx\[i\].s==2 || $vx\[i\].s==3) h += \"</s>\"" 318 318 hd_putsnl " h += ea" 319 319 hd_putsnl " if($vx\[i\].s==1) h += \"<small><i>(exp)</i></small>\\n\";" 320 + hd_putsnl " if($vx\[i\].s==3) h += \"¹\\n\";" 321 + hd_putsnl " if($vx\[i\].s==4) h += \"²\\n\";" 322 + hd_putsnl " if($vx\[i\].s==5) h += \"³\\n\";" 320 323 hd_putsnl "}" 321 324 hd_putsnl "document.getElementById(\"$tx\").innerHTML = h;" 322 325 hd_putsnl "</script>" 323 326 } 324 327 325 328 hd_open_aux c3ref/intro.html 326 329 hd_header Introduction
Changes to pages/lang.in.
2318 2318 function are different. ^For example, the [agg_max|max()] function with a 2319 2319 single argument is an aggregate and the [max()] function with two or more 2320 2320 arguments is a simple function. 2321 2321 2322 2322 <tcl> 2323 2323 ############################################################################## 2324 2324 Section {Core Functions} corefunc {*corefunc} 2325 +unset -nocomplain corefuncset 2325 2326 proc funcdef {syntax keywords desc} { 2326 - hd_puts {<tr>} 2327 - regsub -all {\s+} [string trim $syntax] {<br />} syntax 2328 - regsub -all {\(([^*)]+)\)} $syntax {(<i>\1</i>)} syntax 2329 - regsub -all {,} $syntax {</i>,<i>} syntax 2330 - regsub -all {<i>\.\.\.</i>} $syntax {...} syntax 2331 - hd_puts "<td valign=\"top\" align=\"right\" width=\"120\">" 2332 - if {[llength $keywords]==0} { 2333 - regexp {[a-z_]+} $syntax name 2334 - hd_fragment $name *$name "${name}() SQL function" 2335 - } else { 2336 - set fragname [lindex $keywords 0] 2337 - regsub -all {[^a-z]} $fragname {} fragname 2338 - hd_fragment $fragname 2339 - eval hd_keywords [string map {\n { }} $keywords] 2340 - } 2341 - hd_puts "$syntax</td>" 2342 - hd_puts {<td valign="top">} 2343 - hd_resolve $desc 2344 - hd_puts {</td></tr>} 2327 + global corefuncset 2328 + regexp {^[a-z_]+} $syntax basesyntax 2329 + set corefuncset($basesyntax) [list $syntax $keywords $desc] 2345 2330 } 2346 -</tcl> 2347 - 2348 -<p>The core functions shown below are available by default. 2349 -[datefunc | Date & Time functions], 2350 -[aggfunc | aggregate functions], and 2351 -[json1 | JSON functions] are documented separately. An 2352 -application may define additional 2353 -functions written in C and added to the database engine using 2354 -the [sqlite3_create_function()] API.</p> 2355 - 2356 -<table border=0 cellpadding=10> 2357 -<tcl> 2358 2331 funcdef {abs(X)} {} { 2359 2332 ^The abs(X) function returns the absolute value of the numeric 2360 2333 argument X. ^Abs(X) returns NULL if X is NULL. 2361 2334 ^(Abs(X) returns 0.0 if X is a string or blob 2362 2335 that cannot be converted to a numeric value.)^ ^If X is the 2363 2336 integer -9223372036854775808 then abs(X) throws an integer overflow 2364 2337 error since there is no equivalent positive 64-bit two complement value. ................................................................................ 2709 2682 SQLite manages these zeroblobs very efficiently. Zeroblobs can be used to 2710 2683 reserve space for a BLOB that is later written using 2711 2684 [sqlite3_blob_open() | incremental BLOB I/O]. 2712 2685 ^This SQL function is implemented using the [sqlite3_result_zeroblob()] 2713 2686 routine from the C/C++ interface. 2714 2687 } 2715 2688 </tcl> 2716 -</table> 2689 + 2690 +<p>The core functions shown below are available by default. 2691 +[datefunc | Date & Time functions], 2692 +[aggfunc | aggregate functions], and 2693 +[json1 | JSON functions] are documented separately. An 2694 +application may define additional 2695 +functions written in C and added to the database engine using 2696 +the [sqlite3_create_function()] API.</p> 2717 2697 2718 2698 <tcl> 2699 +set lx {} 2700 +foreach basesyntax [array names corefuncset] { 2701 + foreach {syntax keywords desc} $corefuncset($basesyntax) break 2702 + regexp {^[a-z_]+} $basesyntax fragment 2703 + foreach coresyntax $syntax { 2704 + lappend lx [list $fragment $coresyntax 0] 2705 + } 2706 +} 2707 +output_list {} 225 [lsort -index 1 $lx] 2708 + 2709 +hd_putsnl "<hr class='xhr'>" 2710 +hd_putsnl "<dl>" 2711 +foreach basesyntax [lsort [array names corefuncset]] { 2712 + foreach {syntax keywords desc} $corefuncset($basesyntax) break 2713 + regsub -all {\s+} [string trim $syntax] {<br />} syntax 2714 + regsub -all {\(([^*)]+)\)} $syntax {(<i>\1</i>)} syntax 2715 + regsub -all {,} $syntax {</i>,<i>} syntax 2716 + regsub -all {<i>\.\.\.</i>} $syntax {...} syntax 2717 + regexp {^[a-z]+} $basesyntax fragment 2718 + if {[llength $keywords]==0} { 2719 + regexp {[a-z_]+} $syntax name 2720 + hd_fragment $name *$name "${name}() SQL function" 2721 + } else { 2722 + set fragname [lindex $keywords 0] 2723 + regsub -all {[^a-z]} $fragname {} fragname 2724 + hd_fragment $fragname 2725 + eval hd_keywords [string map {\n { }} $keywords] 2726 + } 2727 + hd_puts "<dt><p><b>$syntax</b></dt>" 2728 + hd_resolve "<dd><p>$desc</dd>\n" 2729 +} 2730 +hd_putsnl "</dl>" 2731 + 2719 2732 ############################################################################## 2720 2733 Section {Date And Time Functions} datefunc {*datefunc {date and time functions}} 2721 2734 hd_keywords {date() SQL function} {time() SQL function} 2722 2735 hd_keywords {datetime() SQL function} {julianday() SQL function} 2723 2736 hd_keywords {strftime() SQL function} 2724 2737 </tcl> 2725 2738 ................................................................................ 3019 3032 [http://en.wikipedia.org/wiki/Gregorian_calendar | Gregorian calendar] 3020 3033 system. It is also assumed that every 3021 3034 day is exactly 86400 seconds in duration.</p> 3022 3035 3023 3036 <tcl> 3024 3037 ############################################################################## 3025 3038 Section {Aggregate Functions} aggfunc {*aggfunc} 3026 -</tcl> 3039 +unset -nocomplain corefuncset 3027 3040 3028 -<p> 3029 -The aggregate functions shown below are available by default. Additional 3030 -aggregate functions written in C may be added using the 3031 -[sqlite3_create_function()]</a> 3032 -API.</p> 3033 - 3034 -<p> 3035 -^In any aggregate function that takes a single argument, that argument 3036 -can be preceded by the keyword DISTINCT. ^In such cases, duplicate 3037 -elements are filtered before being passed into the aggregate function. 3038 -^For example, the function "count(distinct X)" will return the number 3039 -of distinct values of column X instead of the total number of non-null 3040 -values in column X. 3041 -</p> 3042 - 3043 -<table border=0 cellpadding=10> 3044 -<tcl> 3045 3041 funcdef {avg(X)} {*avg {avg() aggregate function}} { 3046 3042 ^The avg() function 3047 3043 returns the average value of all non-NULL <i>X</i> within a 3048 3044 group. ^String and BLOB values that do not look like numbers are 3049 3045 interpreted as 0. 3050 3046 ^The result of avg() is always a floating point value as long as 3051 3047 at there is at least one non-NULL input even if all ................................................................................ 3113 3109 3114 3110 <p>^Sum() will throw an "integer overflow" exception if all inputs 3115 3111 are integers or NULL 3116 3112 and an integer overflow occurs at any point during the computation. 3117 3113 ^Total() never throws an integer overflow. 3118 3114 } 3119 3115 </tcl> 3120 -</table> 3116 + 3117 + 3118 +<p> 3119 +The aggregate functions shown below are available by default. Additional 3120 +aggregate functions written in C may be added using the 3121 +[sqlite3_create_function()]</a> 3122 +API.</p> 3123 + 3124 +<p> 3125 +^In any aggregate function that takes a single argument, that argument 3126 +can be preceded by the keyword DISTINCT. ^In such cases, duplicate 3127 +elements are filtered before being passed into the aggregate function. 3128 +^For example, the function "count(distinct X)" will return the number 3129 +of distinct values of column X instead of the total number of non-null 3130 +values in column X. 3131 +</p> 3121 3132 3122 3133 <tcl> 3134 +set lx {} 3135 +foreach basesyntax [array names corefuncset] { 3136 + foreach {syntax keywords desc} $corefuncset($basesyntax) break 3137 + regexp {^[a-z_]+} $basesyntax fragment 3138 + foreach coresyntax $syntax { 3139 + lappend lx [list $fragment $coresyntax 0] 3140 + } 3141 +} 3142 +output_list {} 225 [lsort -index 1 $lx] 3143 + 3144 +hd_putsnl "<hr class='xhr'>" 3145 +hd_putsnl "<dl>" 3146 +foreach basesyntax [lsort [array names corefuncset]] { 3147 + foreach {syntax keywords desc} $corefuncset($basesyntax) break 3148 + regsub -all {\s+} [string trim $syntax] {<br />} syntax 3149 + regsub -all {\(([^*)]+)\)} $syntax {(<i>\1</i>)} syntax 3150 + regsub -all {,} $syntax {</i>,<i>} syntax 3151 + regsub -all {<i>\.\.\.</i>} $syntax {...} syntax 3152 + regexp {^[a-z]+} $basesyntax fragment 3153 + if {[llength $keywords]==0} { 3154 + regexp {[a-z_]+} $syntax name 3155 + hd_fragment $name *$name "${name}() SQL function" 3156 + } else { 3157 + set fragname [lindex $keywords 0] 3158 + regsub -all {[^a-z]} $fragname {} fragname 3159 + hd_fragment $fragname 3160 + eval hd_keywords [string map {\n { }} $keywords] 3161 + } 3162 + hd_puts "<dt><p><b>$syntax</b></dt>" 3163 + hd_resolve "<dd><p>$desc</dd>\n" 3164 +} 3165 +hd_putsnl "</dl>" 3166 + 3123 3167 ############################################################################## 3124 3168 Section INSERT insert {INSERT *INSERTs} 3125 3169 3126 3170 RecursiveBubbleDiagram insert-stmt 3127 3171 </tcl> 3128 3172 3129 3173 <p>The INSERT statement comes in three basic forms. ................................................................................ 4848 4892 </p> 4849 4893 4850 4894 <tcl> 4851 4895 set lx {} 4852 4896 foreach word $keyword_list { 4853 4897 lappend lx [list {} $word 0] 4854 4898 } 4855 -output_list {} 180 $lx 4899 +output_list {} 200 $lx 4856 4900 </tcl> 4857 4901 <blockquote> 4858 4902 <table width="100%"><tr> 4859 4903 <td align="left" valign="top" width="20%"> 4860 4904 <tcl>
Changes to pages/pragma.in.
1542 1542 <p>When this pragma is on, the SQLITE_MASTER tables in which database 1543 1543 can be changed using ordinary [UPDATE], [INSERT], and [DELETE] 1544 1544 statements.)^ ^Warning: misuse of this pragma can easily result in 1545 1545 a corrupt database file.</p> 1546 1546 } 1547 1547 1548 1548 Section {List Of PRAGMAs} {toc} {{pragma list}} 1549 -</tcl> 1550 -<table border=0 width="100%" cellpadding=10> 1551 -<tr><td valign="top" align="left"><ul> 1552 -<tcl> 1553 -set allprag [lsort [array names PragmaRef]] 1554 -set nprag [llength $allprag] 1555 -set nrow [expr {($nprag+2)/3}] 1556 -for {set i 0} {$i<$nprag} {incr i} { 1557 - set prag [lindex $allprag $i] 1549 +set lx {} 1550 +foreach prag [array names PragmaRef] { 1558 1551 set ref $PragmaRef($prag) 1559 1552 if {[info exists PragmaLegacy($prag)]} { 1560 - hd_puts "<li><a href=\"#pragma_$ref\"><s>$prag</s></a>¹\n" 1553 + lappend lx [list "PRAGMA $ref" $prag 3] 1561 1554 } elseif {[info exists PragmaDebug($prag)]} { 1562 - hd_puts "<li><a href=\"#pragma_$ref\"><i>$prag</i></a>²\n" 1555 + lappend lx [list "PRAGMA $ref" $prag 4] 1563 1556 } elseif {[info exists PragmaTest($prag)]} { 1564 - hd_puts "<li><a href=\"#pragma_$ref\"><i>$prag</i></a>³\n" 1557 + lappend lx [list "PRAGMA $ref" $prag 5] 1565 1558 } else { 1566 - hd_puts "<li><a href=\"#pragma_$ref\">$prag</a>\n" 1567 - } 1568 - if {$i%$nrow==($nrow-1) && $i+1<$nprag} { 1569 - hd_puts "</ul></td><td valign=\"top\" align=\"left\"><ul>\n" 1559 + lappend lx [list "PRAGMA $ref" $prag 0] 1570 1560 } 1571 1561 } 1562 +output_list {} 250 [lsort -index 1 $lx] 1572 1563 </tcl> 1573 -</ul></td></tr></table> 1574 1564 <p>Notes: 1575 1565 <ol> 1576 -<li>Pragmas whose names are marked through in the list above 1577 -are deprecated. They are not maintained. They continue to exist 1578 -for historical compatibility only. 1579 -Do not use the deprecated pragmas in new applications. 1580 -Remove deprecated pragmas 1581 -from existing applications at your earliest opportunity.</blockquote> 1566 +<li>Pragmas whose names are <s>struck through</s> 1567 +are deprecated. Do not use them. They exist 1568 +for historical compatibility. 1582 1569 <li>These pragmas are used for debugging SQLite and 1583 1570 are only available when SQLite is compiled using [SQLITE_DEBUG]. 1584 1571 <li>These pragmas are used for testing SQLite and are not recommended 1585 1572 for use in application programs.</ol></p> 1586 1573 <tcl> 1587 1574 foreach prag [lsort [array names PragmaBody]] { 1588 1575 hd_fragment pragma_$prag